Abstract
An LED or/and Laser light device(s) connect with outlet or bulb-base or interchangeable or USB power source, which incorporates more than one geometric shapes of optics-piece including image-forming-piece and optics-lens(es) that said optics-lens(es) having at least one of reflective and/or refractive properties which has relative positions, distances, and/or orientations to LEDs and/or Laser light-source(s) and image-forming-piece to let light-beams reflect, retro-reflect, refract, or go through art, design, texture, treated area of said optics-lens and/or image-forming-piece, so the light-beam of the said LED or laser light-source at least reflected or/and refracted and/or traveling and/or passing through multiple times the said reflective and refractive optic lens(es) and/or art-areas, and/or image-forming-device to create or project lighted image(s), message(s), number(s), time, geometric art(s), nature scene(s), galaxy(ies), milky way, sky(ies), cloud(s), space nebula, stars, moon, water-wave(s), aurora light(s), animal(s), character(s), cartoon(s), sign(s), logo(s), wording(s) or commercial(s) to desired surfaces, including (1) indoor ceiling, walls, floors while the light-device have built-in prong, or (2) outdoor building, fence, walls, garden, patio area(s) and/or all other desired areas while light-device have AC-plug-wire to AC outlet to show the wider view angle lighted image and/or patterns. The said each of the said optics lens and image-forming-piece has its pre-determined geometric-shapes and/or texture, shaped opening, printing, art-design, wording, windows, cutout, variable thickness incorporate with motor/movement/spin/rotating/moving parts to make one or more inner and/or outer optics-lens and/or image-forming-piece and accessories to rotating to create said above wide viewing angle lighted image or lighted-patterns become motion/moving/variable/shaking, vibration, changing color or patterns with or without at least one of sensor, switch, RF or wireless control system.
Claims
1. An LED outdoor projection light device for a moving lighted image and/or pattern, comprising: at least one LED light source; at least one of an optics piece and image forming unit movable in front of the at least one LED; and at least one motor and gear set for causing the at least one of an optics piece and image forming unit to rotate, move, shake, or wave, wherein the at least one LED light source is connected with at least one of: (i) an AC-to-DC circuit; (ii) an integrated circuit; (iii) a sensor and/or switch; and (iv) control circuitry for a desired light function, and wherein the at least one of an optics piece and image forming unit, which is caused to rotate, move, shake or wave as LED light beams pass therethrough, has at least one of (a) reflective, refractive, or reflective and refractive optical properties, and (b) a film, slide, painting, printing, art, display; to obtain desired changeable light effects.
2. The LED outdoor projection light device for a moving lighted image and/or pattern as claimed in claim 1, wherein the at least one LED is one of (i) a single color light source, (ii) multiple color light source, and (iii) plurality of light sources having different colors, the at least one LED being a DIP, chip, dice, or COB(chips on board) type LED and/or part of an LED assembly.
3. The LED outdoor projection light device for a moving lighted image and/or pattern as claimed in claim 1, wherein the optics lens has at least one of following optics properties or elements: (i) reflection, (ii) refraction, (iii) diffusion, (iv) diffraction, (v) a grating, (vi) a light transmission area, (vii) light blocking areas, (viii) texturing, (ix) markings, (x) coloring, (xi) variable thickness, and (xii) even brightness with art or design.
4. The LED outdoor projection light device for a moving lighted image and/or pattern as claimed in claim 1, wherein the image forming unit includes one or more of the following (i) a shaped opening, (ii) a shaped cutout, (iii) a printed area, (iv) a painted area, (v) a non-punched-through window with art or design, (vi) a stencil, (vii) a film, (viii) a slide, (ix) an image display, and (x) textured, treated, or prism optics lens.
5. The LED outdoor projection light device for a moving lighted image and/or pattern as claimed in claim 1, wherein the image forming unit includes two rotating optics pieces assembled on an axis of the motor and gear set, wherein the two rotating optics pieces have a predetermined relative position, orientation, and distance, and wherein the two rotating optics pieces have a same or different rotating direction.
6. The LED outdoor projection light device for a moving lighted image and/or pattern as claimed in claim 1, wherein the optics piece or a cover of the projection light device is (a) an optics lens having at least one of a treated, textured, prism, or diamond cut, jewelry, or multiple detents, (b) a round convex-lens, or (c) an at least semi-spherical optics piece, to project and enlarged moving image and/or pattern on an outdoor surface including a building, house, wall, fence, front door, garage door, pathway, floor, or garden surface.
7. The LED outdoor projection light device for a moving lighted image and/or pattern as claimed in claim 1, wherein the image forming unit is or includes: (A) a flat piece, slide, or film in front or top of the at least one LED, (B) at least one coiled, cylindrical, rolled, or three-dimensional unit, and at least one LED (1) positioned within an inner space of a moving or rotating image forming unit, or (2) surrounded by the moving or rotating image forming unit, or (C) at least one of an added extra optics lens, focus assembly, and protective piece positioned in front of the image forming unit.
8. The LED outdoor projection light device for a moving lighted image and/or pattern as claimed in claim 1, wherein the said motor and gear set also drives other parts to get desired functions including one or more of the following: (1) changing rotating direction between horizontal and vertical or other directions to rotate the other parts, the other parts including (i) a cylinder, (ii) roller, (iii) three-dimensional image-forming-piece, or (iv) an optics lens with an optics treatment and a changeable rotation axis, (2) rotating at least one of an inner master gear and at least one connected and additional linked gear unit, the gear units having respective center openings through which light beams pass to illuminate the at least one optics piece or image forming unit, the at least one optics piece or image forming unit having art, designs, a film, a slide, or a character to form a tiny lighted image and/or pattern which is then enlarged and projected by a front projection lens, (3) rotating at least one injected inner round, planar, or spherical optics lens having a plurality of-reflective and/or refractive optics structures in front at least one image forming piece having printing, painting, art, or designs to form a shaped lighted image and/or pattern for transmission through a round, planar, or spherical optics lens and a front or top cover, (4) rotating an inner plurality of optics lenses fitted within a tray, holder, or disc in front or on top of the at least one image forming unit to form an enlarged lighted image and/or pattern which is transmitted through a top cover to project enlarged images that move along an arc, a predetermined angle, up and down, or left and right, (5) rotating a camshaft unit to change a rotation axis of the motor and gear set, and (6) provide continuous, linear, front-and-back, right-and-left or up-and-down movements of the projected images and/or patterns, or extend or retract the projection lens or a refracting lens to change a distance between the projecting lens or refracting lens and the image forming unit to provide a variable focus.
9. The LED outdoor projection light device for a moving lighted image and/or pattern as claimed in claim 1, wherein the at least one optics piece is an outer cover which has at least one of (1) art, (2) design, (3) words, (4) a cartoon character, (5) a geometric shape, (6) painting, (7) printing, (8) an opening, (9) a non-punch-through window with art or design within, (10) a slide, and (11) a film; to form an image or pattern to transmit light beams that have passed through: (1) at least one inner round, spherical, or flat rotating optic lens, or (2) at least one inner non-rotating optic lens, and to form the lighted images or patterns.
10. The LED outdoor projection light device for a moving lighted image and/or pattern as claimed in claim 1, wherein the at least one optics piece is an inner optics lens or an outer cover having one of the following shapes: (i) at least a ball shape, (ii) a dome with a predetermined height, (iii) a sphere, egg, or turtle back shape, (iv) a flattened dome, (v) a polyhedron, and (vi) a non-polyhedral three-dimensional shape; wherein the inner optics lens or outer cover has at least one predetermined light transmitting or image forming (1) area, (2) section, (3) surface, (4) body, (5) non-punch through window area, (6) film, (7) sheet, and/or (8) body having pin holes, which has at least one of art, design, printing, painting, drawing, stenciling, a cartoon character, and a word.
11. The LED outdoor projection light device for a moving lighted image and/or pattern as claimed in claim 1, wherein the LED outdoor projection light device has at least one added electric part or accessory selected from: (1) a switch, (2) a sensor, (3) an audio device, and (4) a wireless controller or Internet network device that incorporates a downloaded APP or uses a wireless or network protocol, wherein the at least one added electric part of accessory remotely controls, sets, adjusts, or turns on and off at least one LED or light device function.
12. The LED outdoor projection light device for a moving lighted image and/or pattern as claimed in claim 1, wherein the LED outdoor light device has at least one of: 1. built-in prongs to plug into an outlet to get AC power source for indoor light applications only, 2. a built-in AC plug wire to plug into an outlet to get AC power source for outdoor light applications only, 3. a built-in receiver port to receive a male plug or adaptor to get outside AC-to-DC transformer power for outdoor light applications only, 4. a built-in USB port to receive an outside USB-wire to get power from a DC energy storage device for outdoor applications only, 5. a built-in battery compartment to install non-rechargeable or rechargeable batteries for outdoor applications only, and 6. a built-in rechargeable battery or energy storage unit to get power from a solar module, wind generation, chemical compound, or chemical reaction generator.
13. An LED and/or laser outdoor projection light device having more than one optics piece, comprising; at least one LED, laser, or LED and laser light source; a plurality of optics pieces including at least one of an optics lens, image forming piece, grating, and outer cover; at least one motor and gear set to rotate at least one of the at least one optics piece, image forming piece, grating piece, or outer cover, wherein the at least one LED, laser, or LED and laser light source is connected with at least one of an integrated circuit, AC-to-DC circuit, and circuitry for a desired light function, and wherein the plurality of optics pieces have at least one of the following properties: (i) reflective, (ii) refractive, (iii) diffractive, (iv) grating, (v) diffusion, and (vi) light-transmission and are arranged to create desired light effects for light emitted from the outer cover.
14. An LED and/or laser outdoor projection light device for a moving lighted image, pattern, or light beams, comprising: at least one LED, laser, or LED and laser light source; a plurality of optics pieces including at least one of an optics lens, image forming piece, grating, and outer optics or protective cover; at least one motor and gear set to rotate at least one of the at least one optics piece, image forming piece, grating piece, or outer cover, wherein the at least one LED, laser, or LED and laser light source is connected with at least one of an integrated circuit, AC-to-DC circuit, and circuitry for a desired light function, and wherein the at least one LED, laser, or LED and laser light source are arranged to emit light to an inner one of the optics pieces to create desired lighted images, patterns, and/or light beam displays, and to emit the lighted images, patterns, and/or light beam displays through the outer optics or protective cover to project moving, shaking, or rotating lighted images, patterns, and/or light beam displays to be seen at outdoor surfaces.
15. A motor assembly for an LED and/or laser outdoor projection light or bulb for projecting a large viewing angle or size lighted image, lighted pattern, and/or light-beam to be seen on an outdoor surfaces, the projection light or bulb having a built-in AC-to-DC circuit or being incorporated with an outside transformer, and the projection light or bulb being an outdoor garden light, outdoor landscape light, outdoor seasonal light, outdoor holiday light with or without a ground stake and/or bracket set for installation at an outdoor location and adjustment of the location, direction, orientation, or height of the projected image, pattern, and/or light beam, the motor assembly comprising: a motor and gear set; wherein the said motor and gear set also drives other parts to get desired functions including one or more of the following: (1) changing rotating direction between horizontal and vertical or other directions to rotate the other parts, the other parts including (i) a cylinder, (ii) roller, (iii) three-dimensional image-forming-piece, or (iv) an optics lens with an optics treatment and a changeable rotation axis, (2) rotating at least one of an inner master gear and at least one connected and additional linked gear unit, the gear units having respective center openings through which light beams pass to illuminate the at least one optics piece or image forming unit, the at least one optics piece or image forming unit having art, designs, a film, a slide, or a character to form a tiny lighted image and/or pattern which is then enlarged and projected by a front projection lens, (3) rotating at least one of inner round or spherical optics lens having a plurality of injected reflective and/or refractive optics structures in front at least one image forming piece having printing, painting, art, or designs to form a shaped lighted image and/or pattern for transmission through a round or spherical optics lens and a front or top cover, (4) rotating an inner plurality of optics lenses fitted within a tray, holder, or disc in front or on top of the at least one LED to form a tiny lighted image and/or pattern which is then enlarged and transmitted through a top cover to project enlarged images that move along an arc, a predetermined angle, up and down, or left and right, and/or (5) rotating a camshaft unit to change a rotation axis of the motor and gear set and provide continuous, linear, front-and-back, right-and-left or up-and-down movements of the projected images and/or patterns, or extending and retracting the projection lens or a refracting lens vary a distance between the projecting lens or refracting lens and the image forming unit to a variable focus.
16. A changeable image forming piece for an LED and/or laser outdoor projection light or bulb, comprising: a surface having at least one of art, a grating, a design, printing, painting, a slide, a film, a cutout, an opening, a window, or a stencil on the surface and installed in front of a light source, wherein the changeable image forming piece is at least one of: (1) a single piece or sheet fitted within a tray or holder, the tray or holder being detachably assembled to a light-device body, housing slot, opening, or gap to enable changing, rotating, or moving of the single piece or sheet; (2) a single piece or sheet fitted within a hole of a gear unit or disc with teeth, the single piece or sheet being manually rotatable or rotatable or by a master gear incorporated with another gear unit or gear-assembly; (3) a plurality of pieces or sheets fitted with a tray, holder, or disc rotatable by moving teeth or gear teeth, either manually or by another moving gear unit or gear assembly; or (4) a coiled, rolled, circular, round, semi-round, or polyhedral shaped image forming piece connected with a gear unit and motor having a speed adjusting gear set to cause the image forming piece to roll or rotate, wherein the image forming piece is positioned in front of a light source and light beam pass through the image forming piece to a projection lens.
Description
BRIEF OF DRAWINGS
(1) FIGS. 1 and 2 and 3 shown the 1.sup.st embodiment for LED and/or laser light-device has more than one of optics-piece(s) for multiple times reflection and/or refraction.
(2) FIG. 1A show the motor & gear-set(s) to make one or more than one of the optic-piece(s) rotating to create lighted image and/or lighted patterns.
(3) FIG. 1B show the LED light device have motor & gear-set(s) to make one or more than one of optic-piece(s) rotating to get desired light effect, performance, functions.
(4) FIG. 1C show the LED and/or laser light device have the desired optic-piece(s) in front of light-source and light-source also aim to the project-image and/or patterns output-end or
(5) FIG. 1D show the detail arrangement for the FIG. 1 from top view.
(6) FIG. 1E show one of alternative arrangement for LED outdoor project light with inner one or more optic-piece(s) to create multiple reflection and/or refraction light-beam to came out top-cover art or design or printed-area, painting-sections.
(7) FIG. 2A show the 1.sup.st alternative LED outdoor project light up-grade model have LED and 1.sup.st optics-piece to wider LED light-beam emit to rotating cylinder or roll optic-piece(s) by motor & gear-set(s) and go through the 2.sup.nd fixed position image-forming-piece and 2.sup.nd magnify-lens to enlarge tiny lighted image and/or pattern and emit to front project-lens or extend-and-retractable project-assembly for manual or automatically adjust focus and power from AC-plug-wire connect with outlet.
(8) FIG. 2B show the 2.sup.nd alternative embodiment have the magnetic-unit and electric-coil to make at least one of inner optics-piece(s) having texture or art or design for moving or shaving or waving and go through the 2.sup.nd optics-piece(s) or top-cover with design, art, opening, printed or painted areas to present desired image and/pattern project out to outdoor surface(s).
(9) FIG. 2C show the 3rd alternative embodiment have the motor & gear set(s) to make at least one of inner optic-piece(s) wherein are image-forming-piece(s) and light-beam emit to the 1.sup.st and 2.sup.nd optic-piece(s) to get the desired projected image and/or patterns.
(10) FIG. 2D show the one of preferred inner optics-piece(s) of the said LED and/or laser outdoor light device have different treatment of the optic-piece(s) for LED and/or laser light-source.
(11) FIG. 2E show the alternative inner optics-piece(s) of the said LED and/or laser light-device to created very splendid light-beam before emit to the top cover or top optics-piece(s).
(12) FIG. 2F show the gear and gear-assembly that is same as disc-with-teeth same as co-pending (#FF-4=U.S. Ser. No. 14,967,862=Pending case) (#FF-3=U.S. application Ser. No. 14-539,027=Pending case) (#FF-2 U.S. Ser. No. 14/275,184=now allowed) (#FF-1 now is issued patent) (#FF-2008) which parent U.S. Ser. No. 12/318,470 filed on Dec. 30, 2008 now is U.S. Pat. No. 8,721,160 issued on May 13, 2014
(13) FIG. 2G show apply the gear(s) arrangement to change the horizon rotating to vertical rotating or/reverse.
(14) FIG. 3A show the preferred alternative construction for FIG. 3.
(15) FIGS. 3B and 3C and 3D show the LED outdoor project light have the 1.sup.st cylinder or roll type optic-piece(s) wherein the 1.sup.st optics-piece is rotating image-forming-piece and front have the 2.sup.nd fixed image-forming-piece to form the said image-forming-assembly
(16) FIG. 3E show the one of the alternative construction of FIG. 3 LED outdoor project light-device details construction.
(17) FIG. 3F show the preferred LED outdoor project light-device has motor & gear set and other gear(s) to change rotating-direction to make 1.sup.st cylinder type optic-piece to rotate and LED light-beam emit to 1.sup.st and 2.sup.nd fix image-forming-piece with optional magnify-lens to enlarge tiny lighted image and/or patterns emit to the said project or refract lens or extend-and-retract project refract-lens or assembly to make focus adjust by manual or automatically.
(18) FIG. 3G show the all switch and sensor or other electric parts for LED and/or laser light device including speaker, wireless receiver, all kid of sensor including PIR, radar, power fail, photo sensor, or moving detector to operate the said LED and/or laser light-source or audio system.
(19) FIG. 3H show the master and surround gear-assembly wherein the said gear-housing have the image-forming-piece within same as current inventor co-pending (#FF-4=U.S. Ser. No. 14,967,862=Pending case) (#FF-3=U.S. application Ser. No. 14-539,027=Pending case) (#FF-2 U.S. Ser. No. 14/275,184=now allowed) (#FF-1 now is issued patent) (#FF-2008) which parent U.S. Ser. No. 12/318,470 filed on Dec. 30, 2008 now is U.S. Pat. No. 8,721,160 issued on May 13, 2014
(20) FIGS. 3-9 show the top view of the FIGS. 3-5.
(21) FIGS. 3-10 show the gear-assembly with master and surrounding linkable gear-unit(s) and related LED and image-forming-piece(s).
(22) FIG. 4 show the LED and/or laser light-device where is one of (1) indoor night light has prong (2) outdoor garden or landscape or patio or accent, or holiday, or seasonal light or light-string with the more than one optic-piece(s) to make multiple times of reflection and/or refraction to get desired projected image and/or pattern and/or light-beams.
(23) FIG. 4A show the traditional tube or ice-cream or speaker shape garden light with the AC-plug-wire to get AC power source or outside AC-to-DC transformer to drive inside motor & gear-set(s) and light-source. The said one or more the inner optic-piece(s) rotating and create the very splendid light-beam mixing and emit to front of 3.sup.rd image-forming-piece which had art, design, window, film, slide fit within the said tray or holder or disc which can replace from housing slot or opening. The said art or design or window has very splendid mixing light-beam get into at least one of the automatically adjust extend-and-retract project refractive-lens or assembly to emit from very fuzzy to very clear continuously focus changing or automatically to get very clear and sharp lighted image and/or patterns depend on market requirement.
(24) FIG. 4B show the motor and gear set make one or more inner optics-piece(s) rotating to get very splendid mixing light-beam and emit out directly from top-cover art, design, window, printed or painting areas to show out projected lighted image and/or patterns without the manual or automatically focus adjustable extend-and-retract refractive-assembly.
(25) FIG. 4C and FIG. 4D show the alternative model for LED and/or laser outdoor project light-device wherein is bulb-type with male bulb-base.
(26) FIG. 5 and FIG. 5A show the basic model for motor & gear-sets to make the inner one or more than one optics-pieces(s) to rotate along the axis and the detail of preferred one of many combination or parts & accessories.
(27) FIGS. 5B and 5C and 5D show the parent filed case for the one of preferred top cover for half-ball, or ball, or flat-shape or dome with high or medium or low height which have desired optics-lens or image-forming-piece optics-properties within the top-cover.
(28) FIGS. 5E, 5F, 5G, 5H, 5I, 5J show co-pending parent filed case drawing for detail description for relation with the current invention. This filing is Division filing of
(29) (#ZZZ-4) U.S. application Ser. No. 14/296,599 Filed on Oct. 18, 2016 which is Continue In Part filing of
(30) (#ZZZ-3) U.S. application Ser. No. 14/503,647 filed on Oct. 1, 2014 now is U.S. Pat. No. 9,719,654 which is Division filing of
(31) (#ZZZ-2) U.S. application Ser. No. 14/451,822 filed on Aug. 5, 2014, which is Continue In Part filing of
(32) (#ZZZ-1) U.S. application Ser. No. 14/323,318 filed on Jul. 3, 2014 which is Continue In Part filing of
(33) (#ZZZ-13) U.S. application Ser. No. 14/023,889 filed on Sep. 11, 2013.
(34) FIGS. 6, 6A, and 6B show co-pending for detail description for relation with the current invention.
(35) (#FF-4=U.S. Ser. No. 14,967,862=Pending case) (#FF-3=U.S. application Ser. No. 14-539,027=Pending case) (#FF-2 U.S. Ser. No. 14/275,184=now allowed) (#FF-1 now is issued patent) (#FF-2008) which parent U.S. Ser. No. 12/318,470 filed on Dec. 30, 2008 now is U.S. Pat. No. 8,721,160 issued on May 13, 2014
(36) FIG. 7 show the rotating inner optic-piece(s) construction and parts arrangement for plurality refractive or project-lens fit into rotatable disc, tray, holder.
(37) FIG. 7A show the upgrade for FIG. 7 has center non-rotating and bigger-size projected image and/or patterns and/or light-beam.
(38) FIG. 7B and FIG. 7C show the alternative for FIG. 7 with top or front cover.
(39) FIG. 7D show the 4 different connector or conductive-contact for current outdoor LED and/or laser project light-device.
(40) FIG. 8 shown the FIG. 7 the arrangement and light-beam traveling path and how to form the big-size project-image traveling path for partial circle or arc.
(41) FIG. 8A and FIG. 8B show the how to apply more than one inner rotating optics-lens to get preferred light-effects with top cover.
(42) FIG. 8C show the laser light application for more than one rotating grating or diffractive properties optic-lens or use a grating-assembly to create laser projected image or patterns or light-beam and how to make the one unit with changeable projected-image/patters/light-beam.
DETAIL DESCRIPTION OF DRAWINGS
(43) FIG. 1 is the 1.sup.st preferred embodiment show the LED and/or laser light device (1b) has more than one optics-piece including the 1.sup.st reflective and/or refractive lens (3) and also the diffractive grating-piece (3f) (3f) fit within the 1.sup.st optic-lens (3) both belong to the 1.sup.st optic-lens for LED or laser light-source light-beam.
(44) The light-device has the 2.sup.nd optic-lens (3a) with flat (3b) and/or convex-lens (3c) and/or diamond-cut (3d) and/or even-thickness optics-lens (3b) for LED light-beam. The LED light-beam came out from 1.sup.st reflective and/or refractive and/or texture lens (3) emit to the 2.sup.nd optics-lens (3a) which is outer in preferred shape selected from one or more than one piece at least partial ball combination, with ball or other combination, dome(s) with different height, flat-shape, curved shape cover (3a) which having different height, curve-flat or sphere shape and construction for 2.sup.nd optic-piece which is optics-lens. The said light device has the inner geometric shape inner 1.sup.st optics-piece (3) which is other optics-lens. Both has its pre-determined optics properties so can allow LED and/or laser light-beam emit out to big area or wider view angle to viewer after multiple reflected and/or refracted the said light-beam. From FIG. 1 the LED light-beam from LED light-source (1) to emit to three directions and path (4) (5) (6) 1.sup.st hit the 1.sup.st optic-lens (3) and be reflected and/or refracted and some LED light-beam hit the 2.sup.nd optic-cover and emit out. The laser light-beam hit the 1.sup.st optic-lens built-in diffraction grating-piece (3f) (3f) and split the original high-power or wattage laser light-beam into plurality of laser light-beam and can go through the 2.sup.nd optics-cover built-in diffractive grating-piece to create more splendid laser light-beam or lighted pattern and/or image to get no-harm people eye wattage or power.
(45) FIG. 2 is one of the outdoor garden project light has base (12) and built-in LED (10) and/or laser (11) light source to emit the LED light-beam go through the front 1.sup.st reflective and/or refractive optic-lens (3i) and go through the top cover reflective and/or refractive and/or diffusion 2.sup.nd optics-lens to spread out (14a), or the LED light-beam not go through the 1.sup.st optics-lens (3i) but direct go through the 2.sup.nd optics-lens opening or window (not punch through) or hit the 1.sup.st light-beam passable areas (3h) to emit out as line (14c) (14c) to form the lighted image and/or patterns and/or art.
(46) FIG. 2 The said LED and/or laser light-source, the said laser light-source (11) laser light-beam (13) emit to top 1.sup.st inner optics-lens which having areas with diffractive grating-piece so can split the said laser light-beam (13) into plurality of lower wattage or power middle laser light-beam (14) or lighted patterns or image. The middle laser light-beam (14) emit to front cover which having the areas with diffraction grating-piece (3j) which will split the middle power or wattage laser light-beam into more plurality of the small power or wattage laser light-beam or lighted patterns and/or image.
(47) FIG. 3 is the 3rd preferred embodiment show the LED and/or laser light device (24) has more than one optics-piece(s) including the outer around 180 flat wider opening cover (24A) is the 1.sup.st optic-piece which is optics-lens (24A) and the light device also have the inner geometric shape 2.sup.nd optics-piece (23) which is an image-forming-piece in the form of plastic film, slide, film, printed sheet, shape-forming carrier, color film, piece has openings (3h) or cutouts (3h), or windows which is not punch through area (3h), or shaped printed area (3h) made by preferred material to make the inner or lower or behind positioned LED (20) or-and laser (21) (22) light-beam to pass though non-block areas (3h) to create the lighted beam and/or image and/or patterns. The light device (24) also have added N-number (N is any number) inner optics-piece [FIGS. 4 (98)(99), FIG. 4-1 (86) (86), FIG. 4-2 (102)(103)] [FIG. 3-8 (210) (210)] which is not only one inner optics-lens[FIGS. 4 (98)(99), FIG. 4A (86) (86), FIG. 4B (102)(103)] [FIG. 3-8 (210) (210)] and the one or more than one of optics-lens [FIGS. 4 (98)(99), FIG. 4A (86) (86), FIG. 4B (102)(103)] may rotating with different direction so can make the lower or inner LED (20) and/laser (21) (22) light-source light-beam to passing through and emit to the top cover to become very splendid light effects.
(48) The added N-number inner optics-lens [FIGS. 4 (98)(99), FIG. 4A (86) (86), FIG. 4B (102)(103)] [FIG. 3-8 (210) (210)]can work with moving device [FIG. 4 (95)(96), FIG. 4A (88), FIG. 4B (123) to make the lighted image and/or patterns and/or words to be shaking, vibration (1) while the added number of optic-lens is One and rotating related to the said inner or lower fixed LED and/or laser light source so the light-beam will changing direction through the only one rotating optic-lens with reflective and/or refractive properties lens such as prism-lens, so the changing light-beam traveling directions and emit to the fixed front or top cover opening or light-passing through areas to cause (1-1) sometime light emit to right side of openings or hole and (1-2) sometime the light emit to left side of openings or hole, so make the lighted image and/or patterns and/or words look like shaking, vibration, waving effects.
(49) (2) While the Added N-number of optics-lens is more than one, and at least two of optics-lens is rotating along the different direction such as (2-1) one is clock-wise and (2-2) other is anti-clockwise, so can allow the inner or lower LED and/or laser light-beam to go through Double times of reflective and/or refractive and/or diffractive properties optics-lens(s) to created Double splendid light-beam before go out from top or front geometric-shape cover. While the light-beam emit out from two or more rotated optic-lens emit to the front or top geometric shape cover which is fixed position not rotating may having art, design, opening, printing, painting, cutout, windows (not punch through) so each light-passing-area(s) has very splendid light-beams and present the splendid lighted image and/or patterns and/or words with splendid moving, changeable effects. Both the said lighted image, patterns came out from the pre-determined image-forming-piece and more than two desired optics properties optics-lens so can allow LED or-laser light-beam emit out to big area or wider view angle to viewer.
(50) FIG. 1A, FIG. 1B, FIG. 1C, FIG. 1D shown the 1.sup.st preferable embodiment major 2 optics-piece(s) and parts details.
(51) From FIG. 1A the inner housing the 1.sup.st or more number of the inner optics-piece is optic-lens (28) which has reflect and/or refract and/or laser diffraction grating optics-properties optics-lens(s) rotating in clockwise and/or anti-clock-wise for each one by motor and gear-set(s) to change the lower positioned at least one LED (26) and/or laser light-beam for splendid light effects. The said 2.sup.nd or more number of optics-lens(s) is a front cover (27) having geometric shape including different height dome, curved, flat, sphere shape front cover with art, design, painting, printing, window (not punch through), film, slide or cut-outs fit within so can let light-beam emit out from the 1.sup.st optic-piece (28) to become lighted image and/or pattern and/or wordings.
(52) From FIG. 1A inside housing (25) have motor(s) and related gear-set(s) (26-1) to make individual or more than one image-forming-unit(s) or film or slide or cutouts or inner optics-lens (28) to rotating along with related LED (26) and/or refract-lens and/or front added focus adjustable lens-assembly, and/or front magnify-lens assembly.
(53) From FIG. 1B show the 1.sup.st inner optic-piece is optics-lens (31) or lens-assembly (31) and LED (30) and optional motor (30) and related gear-set(s) (30) fit into the housing (29) with the conductive-contact which can be prong (33) (34) or bulb-base (35) or AC-plug-wire (36) or outside AC-to-DC transformer (37) for outdoor garden, seasonal, holiday light or light-string applications.
(54) The said LED (30) light-beam emit through the 1.sup.st or more number of the 1.sup.st optics-lens or lens-assembly (31) and LED and/or laser light-beam at least some of light-beam have reflected and/or refracted and some of light-beam emit to the 2.sup.nd outer optic-piece which is a optics-cover in desired geometric shape and construction with desired combination for above list the optics-properties so make the lighted pattern, and/or image, and/or wording with moving or changeable or shaking or vibration or rotating while incorporate the lower positioned motor (30) and its related gear-sets (30) to rotate the said at least one or more of inner optics-lens (31).
(55) From FIG. 1C show the LED and/or laser light device have the inner LED (40) light-beam go through the inner 1.sup.st or more fixed or rotating optics-lens (not shown) and light-beam emit out from the 1.sup.st optics-lens (41) emit to the 2.sup.nd optics-piece (41) having desired design or art or painted or printed or light-passing areas (43) to form the star or desired shape and go through the said outer the 3rd optics-lens (42) is a optics-cover has refractive and/or reflective optics-properties (42) to form the big size lighted-image and/or patterns or words on outdoor surface. Alternative or the said LED light device housing (38) also has built-in laser light-source (44) and emit out single high-wattage laser light-beam and emit to desired number of inner housing diffractive grating piece(s) (45) or area(s) inside the hosing (38) and emit plurality of the said lower-wattage laser lighted image and/or pattern through the outer-cover (46) which functions is protection cover.
(56) It also show housing (38) embodiment incorporate the RF receiver unit (38-2) and the said LED and/or laser light-device housing (38) has incorporated with AC-plug wire (39) without AC-to-DC circuit inside or incorporated with the outside transformer (37) which has built-in AC-to-DC circuit inside and export the DC current into the light-device.
(57) From FIG. 1D shown the LED and/or laser light-device have base (47) to install the said LEDs (49) and motor & gear-set(s) (47-2) and circuitry & IC board (50). The motor & gear-set(s) make the said inner at least one or more of 1.sup.st optic-lens (51) to rotating to came out the splendid light-beam for desired colors, brightness, moving, waving, or shaking and the LED light-beam emit out from the at least one or more inner 1.sup.st optic-lens (51) or go through the said outer the 2.sup.nd optics-cover (52) design, opening, printed, painting areas (53) and emit out from the 2.sup.nd optic-cover to wider outdoor areas. It is appreciated for alternative arrangement that the said art (53) or design or opening or cutout or film or slide is arranged on the inner most front optic-piece (51) in front of all other lower optics-lens (not shown) so the light-beam go through inner optic-lens design (53) or art or window area(s) to form the said lighted-image and/or patterns and go through the outer protection cover (51) with or without the said art or design.
(58) From FIG. 1D also show the tubular or cylinder or ice-cream cone shape or other geometric housing (47) has built-in wireless controller receiver (4-01) or RF receiver (57) to receiver the electric signal or RF signal to drive the circuitry and IC (50) to make the said light-source (49) and/or motor & gear-set (47-2) to make desired functions, light effects, color mixing, color selection, functions selection, motor & gear-sets setting or speed adjustable.
(59) The said LED and/or laser light-device get AC power source for the current invention for outdoor project light is from outside transformer (55) which has built-in AC-to-DC circuitry.
(60) From FIG. 1, FIG. 2, FIG. 3, FIGS. 1A to 1D the current invention show the some optics-piece(s) including;
(61) (1) Optic-lens has textures
(62) (2) image-forming-piece made of other material has shape holes, opening, cutouts, window, stencil, film, slide, LCD display, wireless changeable images.
(63) (3) Image-forming-piece or Optic-lens is moving while incorporate with motor with crane-shift, motor with more than one of gear-set(s) motor & gear-sets & axis, spin kit, rotating kits, clock movement, magnetic unit & coil assembly.
(64) (4) optic-lens or optics-cover is a geometric shape unit has plurality tiny reflective lens arranged to form one geometric shape surface with different shape, size, color, thickness, variable thickness into or form a one unit to get fixed LEDs or-and Laser-light light-beam to plurality of light-beams become very splendid and spread out light beam including prism-lens, diamond cut-lens, jewelry-lens.
(65) (5) Optic-lens for dome with different height, half ball, ball or sphere shape Cover which has wide diameter-opening so can has wider viewing angle open-space to allow all light-beams to spread out to wider and bigger areas with said designed Image wanted with or without refractive optics properties.
(66) (6) image-forming-piece is made by preferred material such as plastic can be any shape such as sheet, piece, flat, coil, roll, ball, half ball, dome, nuts, ball, sphere, bar, cover or any other geometric shape with its preferred optic construction including texture, opening, window, printing, painting, art, design, slide, film, character image, LCD display, and incorporate the optional front 2.sup.nd image-forming-device and/or incorporate with front extendable & retractable to adjustable focus project-lens assembly, convex lens, magnify lens, variable thickness lens, variable focus by plurality of tiny optic-lens, reflective piece, refraction-lens and make the said lighted image and/or patterns have steady fixed or have moving, waving, shaking, vibration, rotating device to added features. So these are the other features for the current invention from the above FIGS. 1, 2, 3, 1-1, 1-2, 1-3, 1-4.
(67) From FIGS. 1, 2, 3 It has alternative design to get desired light effects which just has IC and related circuitry incorporate with more than one LEDs or/and laser light-source(s) so can use LED or-and Laser light source has different time to turn on and turn off with desired cycle, duration and frequency so can make the lighting is changeable for color, brightness so look like the moving or variable light effects to save a lot of complicated assembly or cost by using the motor or movement.
(68) The LEDs or/and laser light-source(s) may selected from group of color, specification, size, functions, power, watt, and each LED or/and laser-light(s) can has its emit direction, orientation, angle to anywhere while the inner of light-device housing has more than one reflective and/or refractive lens as inventor's prior patented claims so the each LED or/and laser light-device has different light emit direction even LED or/and laser-light emit angle is narrow but after the light beam travel the said one or more than one of reflective or/and refractive lens(s), then, the light will come out from its wide opening cover including 180 flat, dome with different height, ball, ball, sphere or flat-dome shape protect or projection cover so can get the wider viewing angle image or lighted patterns shown on desired sides, areas, surface.
(69) This is the result basing (1) more than one LEDs or laser light-source(s) (2) more than one Reflect and/or Refractive optics-lens or units (3) more than one image-forming-piece with desired optic properties (4) selected incorporate with other parts & accessories may in desired combination selected from motor, one or more than one gear-piece including the master-gear and more than one surrounding join gear-piece, cam-shaft, movement, magnetic unit & magnetic-coil assembly for inductive reaction the optic-lens waving, interchangeable power source, moving optics-elements, optic-element made of light-block material has shaped holes or opening or windows, texture lens, optics lens, plurality of optics lens, IC, wireless connection kit, wife receiver kit, RF receiver kits, and AC-plug-wire or other conductive-connector to get AC and/or DC power source . . . etc. It is appreciated that all above list co-pending or co-inventor earlier filed case still fall within the current invention scope, coverage and claims especially including all inventor's co-pending prior arts scope as inventor's all prior patents and co-pending all LED project light concept as above and below listed (9) co-pending and issued prior arts.
(70) U.S. Ser. No. 12/318,471, U.S. Ser. No. 12/318,470, U.S. Ser. No. 12/834,435 and also is continuous filing for co-inventor's prior filing cases as below issued patents: U.S. Ser. No. 12/292,153 now is U.S. Pat. No. 7,871,192, U.S. Ser. No. 12/232,505 now is U.S. Pat. No. 7,832,917, U.S. Ser. No. 12/318,473 now is U.S. Pat. No. 7,832,918. LED light has laser means U.S. Ser. No. 12/624,621 (Now is U.S. Pat. No. 8,303,150) LED project light for Seasonal items
(71) U.S. Ser. No. 12/771,003 (now is U.S. Pat. No. 8,408,736) Light device has More than one project means.
(72) U.S. Ser. No. 12/876,507 (now U.S. Pat. No. 8,083,377) Light device has projection function with focus adjustable and project means can change position
(73) U.S. Ser. No. 12/886,832 Digital data projection Light device, Sep. 8, 2010 filed
(74) U.S. Ser. No. 12/938,564 Laser projection light device, Nov. 4, 2010 filed
(75) U.S. Ser. No. 12/948,953 LED light has time projection. Nov. 13, 2010 filed.
(76) U.S. Ser. No. 13/021,107 LED light has 3Dimensional projection, Feb. 4, 2011 filed. Above listed Projection light device total has (9) projection light device are parent filing cases as CIP filing of the current invention.
(77) From FIG. 1 and FIG. 2 and FIG. 3 show the indoor application for LED and/or laser project light that is Plug-In type light device with have prong to plug-in wall outlet to get the Alternative Current (A.C.) to drive the inner circuit, LEDs or/and laser light, Sensor, switch, controller or wireless controller, and optional motor to make the moving optics-element including but not limited for optic-lens so can make motion effects of the related image to ceiling/walls/floor has plenty of color and moving (If add the motor or moving device). While FIGS. 1-1, 1-2, 1-3, 1-4 the prong (34) (33) change to AC-Plug-wire (37) (39) as the FIG. 1-3 and FIG. 1-4 is for the outdoor application LED and/or laser project light device.
(78) The said geometric shape optics-element(s) has more than one optic-lens has optic-properties including reflective and/or refract and/or shape the lighted image, or image-forming-piece(s) that can create or shape the lighted patterns and/or image and/or the light-beam properties for the current FIGS. 1, 2, 3, 1A, 1B, 1C, 1D for all the said optics-elements of LED or-and laser light device.
(79) The said LED or-and Laser light which preferred has the sphere or ball or half ball or ball or dome or around 180 degree flat wide opening lens as top cover optics-lens has desired of optics-lens with desired optics properties including magnify and diffusion or spread out the light beams by (1) mirror-polished reflective or refractive lens for outside or inside and has (2) round convex surface outside of each optics-lens so it become a convex-lens so it will be not only can reflect the light beams also can allow light beam refraction and pass through to 180 degree wide opening flat cover or dome cover or sphere cover so the wider 180 degree flat opening or dome or sphere or half-ball or ball Cover optics-lens is needed for current invention.
(80) It is appreciated that the details drawing show as FIG. 5-10 for the Alternative Current (A.C.) to use outside transformer (013) get AC power by AC-plug-wire (03) and incorporated the light-device built-in receptacle (015) to receiving male plug (014) from transformer (013), or adaptor (014) or light-device has its own built-in AC-to-DC circuit inside and the AC-plug-wire. While male-plug (014) insert into the receiving-port (015) from the outside transformer (013A) so AC wires current drive the light-device circuit to make the light source(s) turn on and emit light beam to desire area(s) with sensor or switch or wireless controller. It also can use USB male-plug and wire to get power from the outside power source through light-device built-in USB Ports.
(81) From FIG. 1E show the alternative embodiment for outdoor project light device has the base (58) which has built-in audio-system including the speaker (58-1) which can connect with blue-tooth or pre-recorded IC to play the sound matching the projected lighted image and/or patterns and/wording. The said base (58) have built-in circuit and PCB (60) which has desired electric parts and accessories fit within at least have the LEDs (62) And RF-receiver (61) and other IC related circuit to make the said LEDs (62) to have pre-determined light functions. The added magnify or optic-lens to put in front of the said each or all LED(s) (62) so make the LED light-beam wide spread out to the top image-forming-piece (70) and go through the texture of the optic-lens (70) or the design (72) or art (72) or printed-area or painted-areas. Alternatively can add 2.sup.nd optic-lens (71) or 2.sup.nd magnify-lens (71) to make the said 1.sup.st image to be-enlarge for more good result. The lighted pattern or image came out from 1.sup.st image-forming-piece or optics-lens (70) emit to the front optics-cover with desired optics-properties may selected from reflective and/or refractive and/or passing-through with or without art (74) (74) and/or simple just is one of the protective-lens. The said FIG. 1E light-device connect with AC power source can be use conductive-contactor is a prong (16b) for indoor project light only and it is appreciated the said conductive-contractor can be an AC-plug-wire for outdoor application but not limited to only an AC-plug-wire which also can be prong, USB-port, male bulb-base as above discussed. From FIG. 1E also had 2.sup.nd circuit board (63) which has other circuitry to get AC power-source from outlet and change by built-in 2.sup.nd circuit board (63) its AC-to-DC circuit to change AC current to DC current for all IC or RF receiver or Wifi receiver or blue-tooth receiver and also supply desired current to audio system to play sound or music match the lighted image and/or patterns.
(82) From FIG. 1 and FIG. 2 and FIG. 3 shows light device its optic-element has more than one reflective or refractive on its surface within one optics-lens to allow light beam can traveling or pass though the convex-lens especially for the TOP Cover Optics-element and reflect within the reflective-lens or refractive lens (2 in one piece) to let light emit out to create image on ceilings, walls, floor, so the more than one of optics-elements also including the one piece of lens has more than one optic-properties.
(83) FIG. 1A and FIG. 1B and FIG. 1C and FIG. 1D: shows a first preferred embodiment of the current invention has (2) optics elementsone is top cover is optic-lens with refractive or-and reflective properties and one is inner disc-like optics-lens has refractive or-and reflective properties or convex lens both has the preferred wave-textures has variable thickness so the LEDs or Laser-Lights some of the light beam can passing though the disc-like optics-lens has wave textures then has 1.sup.st lighted patterns or image and all these 1.sup.st group light beam will traveling or passing the 2.sup.nd big and wide optics-lens to create the super large size viewing angle image, lighted patterns, message, time, geometric art, nature scene, galaxy, milky way, sky, cloud, starts, moon, water waves, animal, characters, cartoon, sign, logo, commercial to been seen.
(84) From FIG. 2A shows the Third preferred embodiment (3-1) again has more than one of optics elements including top around 180 degree wide opening optic-lens cover (284) which preferred has wave-like textures or plurality of small convex lens (283) with different focus design big or small size mixed with variety of the thickness or-and refractive or-and reflective properties so has variable focus while the LEDs or/and laser-lights light-beam hit the cover (284) some light beam will reflective and some light beam will refractive to viewer or desired areas.
(85) For FIG. 2A, the said outdoor project light-device (3-1) housing have more than one 1.sup.st optics-piece (275) (278) (279) and the number is three and all belong to optic-lens(s). The said 1.sup.st optics-lens (275) is making LED light-source (274) light-beam to spread out to wider areas (277) so can emit into the said 2.sup.nd inner optics-lens (278) and then emit to the 3rd optic-lens (279) wherein in order to make more splendid LED light effects, the said 2.sup.nd and 3rd optics-lens can rotating on anti-clock-wise direction so can make very splendid LED light-beams and emit out to the front art or design or painted or printed area (281) which and make the art or design has very splendid light performance to be seen on outdoor surface(s) including garage-door, front door, garden, building, fence, ground while have sufficient number of the high-power LED light-source (274). The said LED light-device (269) the said 2.sup.nd and 3rd inner optic-lens incorporated with motor, or magnetic unit & coil assembly, to make shaving, waving, moving, motion of the said moving optic-lens (278) (279) so the light-beam traveling or passing though the inner moving optics-lens (278) (279) will make the LEDs light-beam become changeable position, direction, orientation and hit the top cover art or design area(s) or window(s) to come out more splendid light effects may be in any combination select from image, lighted patterns, message, time, geometric art, nature scene, galaxy, milky way, sky, cloud, starts, moon, water waves, animal, characters, cartoon, sign, logo, commercial to been seen. From FIG. 2-1 the front or top optics-cover has art or display or design area(s) (281) and rest-area (283) of the cover (283) may have other optics-lens with different or other optics-properties may selected from reflected and/or refractive and/or diffusion and/or diffraction grating and/or see-through or design combination for optics-properties from market place so can make the said one LED light-device had more than one light performance and can be change or select the preferred functions by switch, sensor, remote controller in blue-tooth, RF, IR, wifi with download APP to operate the functions including color-changing, color-mixing, brightness controller, functions change, color selection, functions selection, audio related changing as above discuss preferred embodiment from FIGS. 1, 2, 3, 1A to 1E Also, From FIG. 2A the LED light-device get AC power source by built-in prong (270) or AC-plug-wire (272) which has AC-plug (271).
(86) From FIG. 2A also can have the Alternative arrangement for the optics-pieces that will make the continuously moving the lighted image and/or patterns while the LED (274) emit the light-beam out through the front magnify-lens (275) and emit to the a cylinder coiled image-forming-piece (273) form the 1.sup.st image and/or patterns and the LED light-device (269) has 2.sup.nd image-forming-piece which is flat and position in front of the said 1.sup.st image-forming device so can make one continuously moving image shown on the steady-and-fixed position back-ground lighted-image effects. It also can have more steady-and-fixed position back-ground image-forming-unit(s) as co-inventor for LED light has such arrangement show on (#WWW-2013) U.S. Pat. No. 9,648,672 Filed on Jun. 21, 2013 U.S. Ser. No. 13/923,721 which show the motion effects by 3 layer of display to show continuously such as rain-drop or snow-flake falling down from sky to ground continuously effect and the U.S. Pat. No. 9,648,672 also show the coiled image-forming-piece as FIG. 4 show 3Dimension application such as 3 cylinder image-forming-piece and its Child-filed case (#WWW-1) US patent U.S. Pat. No. 10,045,405 had the same drawing on FIG. 4 which issued on Aug. 7, 2018. So this is the co-inventor co-pending case and not for co-inventor PRIOR-ART for the same concept of coiled cylinder image-forming-piece for LED light-device and any US patent filed case after the Jun. 21, 2013 (#WWW-2013) U.S. Pat. No. 9,648,672 should not allow the coiled cylinder image-forming-piece for all LED light including indoor and outdoor light except the inventor of current case.
(87) From FIG. 2A, the LED light-beam emit out from the magnify-lens (275) and emit to the coiled cylinder 1.sup.st image-forming-piece (273) to create the continuously moving effect and plus the 2.sup.nd image-forming-piece (278) which is a slide or printed or painting piece (278) with art or design to match the image or design or art of 1.sup.st cylinder rolling image-forming-piece (273) so form a continuously moving image with steady-and-fix background as co-inventor (#WWW-2013) U.S. Pat. No. 9,648,672 filed on Jun. 21, 2013. The said continue moving image and patterns with steady-and-fixed background image emit to the front magnify-lens (279) to enlarge again because the rolling cylinder its image is very tiny so can coiled into very small diameter to reduce the light-device dimension so need the extra one or more magnify-lens in front to enlarge it more bigger so can emit to front the said reflective and/or refractive project lens or project-assembly which has the extend-and-retract refractive-lens to adjust the focus as above list the co-inventor co-pending (#FF-4=U.S. Ser. No. 14,967,862=Pending case) (#FF-3=U.S. application Ser. No. 14-539,027=Pending case) (#FF-2 U.S. Ser. No. 14/275,184=now allowed) (#FF-1 now is issued patent) (#FF-2008) which parent U.S. Ser. No. 12/318,470 filed on Dec. 30, 2008 now is U.S. Pat. No. 8,721,160 issued on May 13, 2014 on claim 5.
(88) From FIG. 2A (275) (278) (279): One or more inner optics-lens having reflective and/or refractive properties to rotating to created splendid plurality of light-beams. This is same as above discussed said co-pending (#FF-4=US Series Number 14,967,862=Pending case) (#FF-3=U.S. Application Ser. No. 14-539,027=Pending case) (#FF-2 US Series Number 14-275,184=now allowed) (#FF-1 now is issued patent) (#FF-1) U.S. Pat. No. 8,721,160 B2 which file don 10-28-2010 and Division of application Ser. No. 12/318,470 filed on Dec. 30, 2008 claim 2 [An LED project light as claimed in claim 1, further comprising at least one of the following element (a) a telescope assembly, (b) tile means for tilting said optics means, (c) ROTATING MEANS FOR ROTATING SAID OPTICS MEANS, (d) adjust means for adjusting said optics means, (e) a roller and (0 an elastic member to change a project direction of said light]. Wherein, the (c) rotating means for rotating said optics-means, and/or At least one of the image-forming-device is a sheet or a roll or a cylinder or tubular construction to make it rotating to change image. This is same as co-pending(#FF-4=US Series Number 14,967,862=Pending case) (#FF-3=U.S. Application Ser. No. 14-539,027=Pending case) (#FF-2 US Series Number 14-275,184=now allowed) (#FF-1 now is issued patent) and issued (#FF-1) U.S. Pat. No. 8,721,160 B2 which file don 10-28-2010 and Division of application Ser. No. 12/318,470 filed on Dec. 30, 2008 claim 3 [An LED project light as claimed in claim 2, wherein said SLIDE ARE CHANGEED BY AT LEAST ONE OF SAID ROLLER, said elastic member, and a push button.
(89) From FIG. 2B show the multiple different color of LED and/or laser light-source (289) wherein from FIG. 2B is LED which has Red, Green, Blue or other color LEDs (289) fit within the PCB (288) with preferred IC and circuitry to drive the same multiple LEDs (289) to turn-on/turn-off, chasing, sequential, flashing, fade-in and fade-out, random flash, pair-flashing, mixing color, auto changing color, select color or other LED light effects available from market place. In front of the each LED (298) optional to add the 1.sup.st optic-piece (293) may select from one of magnify or convex lens or concave-lens (293) in order to get wider emit-out angle or focus the light-beam aim to front image-forming-piece (for each LED. The said 1.sup.st optic-piece (293) can arrange in one holder or tray (291) to easily assemble with the each LED (298). The tray or holder (291) top surface may have a pair of the supporter or holder (294) to hold the 2.sup.nd optics-piece (302) two ends or two ears (303) to make the 2.sup.nd optics-piece (302) moving or shaking or waving along the two ends (303) and one of the end or ear (303) is assembled with one arm (298) by fixing-kits (301) and the arm bottom has one magnetic-unit (297) holder (298) so can fit the magnetic-unit (297) into and make reaction with the lower-positioned electric-coil (300) which is connect with the circuitry (not shown) to supply the electric signals with variable amount so the electric-coil (300) will change electricity to magnetic-force to push the top magnetic-unit (297) away to cause the arm (299) to move the 2.sup.nd optic-piece here is 1.sup.st or 2.sup.nd (if count the lower 1.sup.st optic-piece together) optics-lens (302) with preferred texture (305), optic-treatment, marking, logo, words, design, art so this will make the image and/or patterns while the lower position LEDs (289) light-beam travel the said 2.sup.nd optic-lens (302). The light-beam passed the 1.sup.st or 2.sup.nd optics-lens will emit to front 2.sup.nd or called 3rd optics-lens (307) which has optional 2.sup.nd image-forming-piece (if count the 1.sup.st or 2.sup.nd optics-lens as 1.sup.st image-forming-piece). The lower 1.sup.st image-forming-piece (304) is moving or waving or shaking by magnetic-unit (297) and electric-coil (300) which is equivalent or equal function as earlier discussed the FIG. 2 or FIG. 3A both has the motor or movement or spin device to make the image-forming-piece or optics-lens with optics-treatments for form the image and/or patterns. The one preferred embodiment for FIG. 2B is the water-wave light-effect. While the LED light-beam emit to the inner 1.sup.st optics-lens (304) with water-wave textures (305) so form the 1.sup.st water-wave lighted image and/or patterns which is moving or shaking or waving by the reaction of the said magnetic-unit (297) and electric-coil (300). The waving or shaking or moving 1.sup.st lighted water wave light-beam emit to the front 2.sup.nd optics-lens (307) also has water wave textures or treatments (308) but it is fixed on the frame or top-housing-part (306) so one is moving, one is steady so can look similar real water waver like river or sea or ocean depend on the design or art for water wave texture and reaction of magnetic-force.
(90) The FIG. 2B also can have alternative light arrangement for example, the LED light beam is sequential flash from right line to left for 4 steps and each step have 3 LEDs so the LED light is moving from the right.fwdarw.2.sup.nd right.fwdarw.2.sup.nd left.fwdarw.left and light-beam emit to the 1.sup.st optic-lens (304) which has reflective and/or refractive optics-properties so can make the light become wider emit angle and splendid plurality of light-beam to emit to the front 2.sup.nd optics-lens which has the design (309) or art (310) both have area can emit out the light beam to form the (I Love You) or (Star-Shape). The moving LEDs controlled by IC chip and circuitry and each 3 LEDs light-beam emit into the front 2.sup.nd optics-lens with different input-angle so the 4 steps of the sequential flash or tune-on and turn-off will make the front design (309) or art (310) lighted image and/or art have different input-angle of light-beam to cause the different lighted image and/or pattern shown on the different outside surface basing on emit-into light-beam at different locations or angle.
(91) The other replacement or alternative arrangement also can get same result to make the lighted image and/or pattern show moving, shaking, waving, variable shown on outside surface but not use IC and circuitry to control as above discussion. The alternative way is to apply a motor or movement or spin device (not shown) to make the said 1.sup.st optics-lens (304) rotating and the lower positioned LEDs light-beam passing through the rotating or moving or waving 1.sup.st optics-lens (304) which has reflective and/or refractive lens (304) so each light-beam passing through will be reflected and/or refracted and LEDs is fixed not move so it change the LED light-beam go through the front light-passable design (309) or/and art (310) so the lighted image and/or pattern look variable, shaking, moving. This is the one of the alternative. As long as the inner 1.sup.st or more number of optics-lens and/or image-forming-piece is moving or rotating or shaking or waving to cause the lower positioned LED light-beam to change or reflected and/or refracted is key for the current invention and also is same as the co-inventor co-pending (#FF-4=U.S. Ser. No. 14,967,862=Pending case) (#FF-3=U.S. application Ser. No. 14-539,027=Pending case) (#FF-2 U.S. Ser. No. 14/275,184=now allowed) (#FF-1 now is issued patent) covered as US issued patent (#FF-1) U.S. Pat. No. 8,721,160 B2 which file don Oct. 28, 2010 and Division of application Ser. No. 12/318,470 filed on Dec. 30, 2008 claim 2 [An LED project light as claimed in claim 1, further comprising at least one of the following element (a) a telescope assembly, (b) tile means for tilting said optics means, (c) ROTATING MEANS FOR ROTATING SAID OPTICS MEANS, (d) adjust means for adjusting said optics means, (e) a roller and (f) an elastic member to change a project direction of said light]. Wherein, the (c) rotating means for rotating said optics-means, and/or
(92) From FIG. 2B show outdoor LED and/or laser project light base (287) have built-in IC or RF-receiver (286) which incorporate with RF-transmitter to make LEDs color, brightness, functions change or setting, and/or photo-sensor (285-2) which to turn-on and turn-off the said light-source (289) basing on environment brightness, and/or wireless receiver including blue-tooth, wife, z-way, zigbee which can receive all different wireless signals to control the said light-device and/or its light-source from remote away distance even cross pacific or Atlantic ocean while wireless link to internet system.
(93) From FIG. 2C show the alternative outdoor LED light construction. The said outdoor LED project light which has one base (238) have the conductive-contactor to get AC power source including prong (34), bulb-base (35), AC-plug-wire (36) and AC-to-DC transformer (37) those built-into the desired shape of housing such as cylinder, tubular, ice-cream cone, or bar, or football or other geometric shape. The said base (238) has space to fit the motor (239) and gear-set (240) and its axis (241). The said LED outdoor project light-device have the LED (242) install on the PCB which has the hole to allow lower positioned axis (241) to passing through to install the one or more of the 1.sup.st image-forming-piece (hereafter as Image-FP) (Image-FP1) (Image-PF2). The said 1.sup.st Image-forming-piece may have Image-PF1 (244) have the one or more of arts, film, slide (245) to create the desired image and/or patterns, and/or 2.sup.nd choice to have or alternative image-forming-piece is Image-FP2 (247) have the preferred alternative one or more of the said cut-out, window, design (246) to created shaped image and/or patterns, or has the 3.sup.rd choice or alternative for the image-forming-piece (Image-FP3) (248) which is a coiled-cylinder or round unit has continuously art, design, printing, or painting (not shown) to create the continuously moving, rolling, rotating lighted image and/or patterns (as FIG. 3-4 shown) while the one side of the coiled-cylinder image-forming-piece (248) rolled by the gear-2 (251) which is triggered by the gear-1 (250) which install on the axis (249) of the lower motor or movement or spin-device (not shown). It is appreciated the coiled-cylinder image-forming-piece is same concept as co-inventor co-pending filed case (#WWW-2013) U.S. Pat. No. 9,648,672 Filed on Jun. 21, 2013 U.S. Ser. No. 13/923,721 which show the motion effects by 3 layer of display to show continuously such as rain-drop or snow-flake falling down from sky to ground continuously effect and the U.S. Pat. No. 9,648,672 also show the coiled image-forming-piece as FIG. 4 show [3Dimension application such as 3 cylinder image-forming-piece ] and its Child-filed case (#WWW-1) US patent U.S. Pat. No. 10,045,405 had the same drawing on FIG. 4 which issued on Mar. 7, 2018. So this is the co-inventor co-pending case and not for co-inventor PRIOR-ART for the same concept of coiled cylinder image-forming-piece for LED light-device and any US patent filed case after the Jun. 21, 2013 (#WWW-2013) U.S. Pat. No. 9,648,672 should not allow the coiled cylinder image-forming-piece for all LED light including indoor and outdoor light except the inventor of current case.
(94) The LED (242) light-beam emit to the front one or more 1.sup.st image-forming-piece (244) and/or (247) and/or 1.sup.st image-forming-piece (248) which the PCB (257) and LEDs (258) (259) (260) is fit within the inner of cylinder (248) and the inner LEDs (258) (259) (260) light-beam emit to areas where have project-lens (not shown) to emit out the lighted image and/or patterns. This is same as all above discussed co-inventor co-pending patent for basic LED project light for all applications which mainly the LED light-beam aim to the image-forming-piece and aim to the project-lens, so even the said coil-cylinder rolling image-forming-piece still fall within this basic-theory for create the lighted image and/or patterns. Wherein the said LED(s) may select from (i) group 1 and/or 2 having Red and Green and Blue (259) (260) so can make mixing colors, or (ii) single white LED (258) with high-power to emit sufficient brightness for white light so can make the coil-cylinder single color or multiple-color film/slide with rich color to show out full color image and/or pattern. The PCB (257) install on the base (253) having the preferred circuitry (254) install within the joint-gap (256) and the said PCB (257) also have the RF-receiver (255) and RF related circuit and parts. The light-beam passed through the desired number of 1.sup.st image-forming-piece(s) and emit to the top 2.sup.nd image-forming-piece or optics-lens (266) to make more complicated image and/or patterns, or go through the optics-lens (266) to just directly enlarge and project to outside outdoor area this depend on market required.
(95) From FIG. 2C Show the inner construction for one of preferred the light device has built-in motor (or equivalent motor as above listed all replaceable device) to fix the motor on the housing may by screw. It also shown the motor has optional gear-set (not shown) to reduce the motor's rotating speed to slower speed to prevent from people uncomfortable to see quickly moving image on ceiling, walls, floor. It also not show the switch, electric parts & accessories, conductive wires to connect with circuit and the get the power source constructions.
(96) FIG. 2D show the inner or 2.sup.nd optics-piece (137h) has plurality different optic-property optics-lens arrangement in one optics-piece (137h) including flat even-thickness areas (137d) (137e) with design or art for light-beam emit through, convex-lens (127i) (137j) to refract the light-beam, diffractive gating-piece (not shown) to split the inner laser light-beam to plurality number of lower-wattage laser light-beam (137m), or other convex-lens, diffuse-lens for the inner optics-piece so can create the lighted image and/or patterns and/or wording and/or arts.
(97) From FIG. 2E that disclosure the 2.sup.nd here is inner optics-piece (137n) like those are dish like reflector has plurality small tiny reflector (137r) to build along the dish like surface. The 2.sup.nd inner optics-piece (137n) can work with moving device to make the image or lighted patterns have moving, changeable effects. It has the 3rd optics-piece like 6 rotating optics-lens LED bulb (137t), or is multiple-cut-surface ball with many cut surface surround the ball-outside-surface, so can allow the built-in LED (137t) or-and bottom LED (not shown) light-beam passing through to get plurality of light-beams to hit the dish like reflectors (137r) to get splendid light effects with or without moving or motor device for the 2.sup.nd inner dish-like reflector (137n) to rotating to create the moving effects. All those Three or two optics-piece (137n) (137r) (137t) has its pre-determined optics-properties so can allow LED or-laser light-beam emit out to big area or wider view angle to viewer.
(98) From FIG. 4A (95) (96) (97): The telescope optics-lens has built-in Screw-thread or tube-construction can easily move and change the refractive-lens (96) to up-and down to change the distance for one or more image-forming-device by manual or by motor with built-in cam-shaft or eccentric-shaft so can change the circle rotating to up-and-down straight or line movement the said telescope optics-lens. This is same as co-pending (#FF-4=US Series Number 14,967,862=Pending case) (#FF-3=U.S. Application Ser. No. 14-539,027=Pending case) (#FF-2 US Series Number 14-275,184=now allowed) (#FF-1 now is issued patent) and issued (#FF-1) U.S. Pat. No. 8,721,160 B2 which file don 10-28-2010 and Division of application Ser. No. 12/318,470 filed on 12-30-2008 claim 2 [An LED project light as claimed in claim 1, further comprising at least one of the following elements: (2) a telescope assembly.], and claim 5 [An LED project light as claimed in claim 1, wherein said optics means includes an extend means and said extendable means changes a relative posit-en-position of said slides, said light source, and said lens to adjust a focus of said image.
(99) FIG. 2D and FIG. 2E shows The 3rd preferred embodiment of the current invention's optic elements has (1) The inner optic-elements is a reflector unit which has Plenty of small size different reflective optics lens build in on one piece of metalized treated reflector, the plenty of optics unit which has different size, shape, geometric shape, thickness, focus, reflective properties, refractive properties to make the LED(s) or Laser-light(s) light source light beam can traveling or passing to make the splendid and pre-designed light beam pattern, color, spread out, shape, brightness, and other light effects, performance, functions available from market place and may incorporate with motor/movement/spin/rotating/magnetic unit & coil assembly-to make the said optic-elements become moving optics-elements. From FIG. 2D and FIG. 2E shows the more than one optics-elements on the top of light source (LEDs and Laser-lights) the both light source light beam hit the center crystal-like optics ball, some light traveling and passing though the crystal-like optics ball basing on reflective or refraction theory so can create the very eye-catching light effects. The both of optics-elements can cooperate with motor/moving/spin/rotating/magnetic unit & coil assembly to make optics-elements for moving-and moving at least one or both reflective lens and reflective-ball to get the desired light effects.
(100) From FIG. 2D and FIG. 2E show the (2) preferred optics-elements has built-in plurality tiny reflective-lens of different size, shape, thickness, focus, color optics lens in one disc-shape reflector piece to make the LEDs or-and Laser-lights' light beam traveling or passing through to hit the others optic-element which has desire optics properties may in group combination select from optics lens, convex lens, concave lens, reflective lens, refractive lens, moving optic-element, element made by light-block material with holes, or opening or windows or cutouts or stencils, optic texture lens to make the light beam.fwdarw.1st optic means.fwdarw.2nd optics means (or to N optics means) to create the splendid light performance, effects, functions.
(101) From FIG. 2E, It also appreciated that the more than one optics means and LEDs or/and Laser-lights has also incorporated with other electric parts & accessories may in group combination selected from power source, circuit, motor, movement, spin kit, rotating kit, magnetic unit & coin assembly, IC, sensor, controller or wireless controller, conductive piece, prong, Bulb base, USB set, circuit, and all other electric parts & accessories so can have right and pre-determined light function.
(102) From FIG. 2F (180) (181)(182) (183) (184): At least one main-big gear-piece (180) is drive by the motor and axis to make it rotating with desired gear-teeth to reduce the rotating-per-minutes (RPM) to desired speed and drive one or more other surrounding or different height gear-piece (181) (182) (183) (184) to fit gear-teeth and the one or more other contacted-gear-piece (181) (182) (183) (184) so rotating while the main-big gear-piece (180) is rotating. Wherein, the smaller gear-piece (181) (182) (183) (184) has center image-forming-piece (185) (186) (187) (188) fit within so make the image-forming-piece (185) (186) (187) (188) which may is one of film, slide, cut-piece, printed-piece, shape-piece, or grating-piece for laser light-source.
(103) From FIG. 2F (180) (181)(182) (183) (184): At least one main-big gear-piece (180) is drive by the motor and axis to make it rotating with desired gear-teeth to reduce the rotating-per-minutes (RPM) to desired speed and drive one or more other surrounding or different height gear-piece (181) (182) (183) (184) to fit gear-teeth and the one or more other contacted-gear-piece (181) (182) (183) (184) so rotating while the main-big gear-piece (180) is rotating. Wherein, the smaller gear-piece (181) (182) (183) (184) has center image-forming-piece (185) (186) (187) (188) fit within so make the image-forming-piece (185) (186) (187) (188) which may is one of film, slide, cut-piece, printed-piece, shape-piece, or grating-piece for laser light-source.
(104) From FIG. 2G The teeth of main-gear set or center gear-set (192) fit on the housing boundary or wall or divider-fence (191) and match the gear-teeth with gear-piece (190) (193) fixed on axis (189) of motor (189): At least one gear-piece fixed on axis from motor and match the at least one of other gear-piece (190) (193) to change the round-rotating from motor and its gear-piece or gear-assembly on 1.sup.st horizon or vertical to change to other vertical or horizon rotating such as FIGS. 3B, 3C, 3D shown the make the rotating-from horizon (164) to vertical (165) of the said cylinder or tubular-type of image-forming-unit (160A) or like FIG. 2G from horizon (190) to vertical (192).
(105) From FIG. 3A show LED outdoor project light device (138) has desired conductive-contact such as AC-Plug wire to get AC power source for outdoor application and the said light-device (138) which having moving optics-piece that is one or more of the optics-lens or image-forming-piece (142) or the said optic-piece (142).
(106) While the move under level optics-piece (not shown) is one or more piece of optics-lens (137) having the texture, marking, reflective and/or refractive and/or diffusing and/or diffractive-grating, and/or light-passing optics-properties with geometric shape which is rotated by lower positioned movement device (141) and fixed on the axis of motor and gear-set(s) (147) to rotate along or rotate each other for different direction to make the double reflected and/or double refracted lower level light-beam emit out from the lower-level one or more piece of the light-source with desired colors assortments or mixing colors or auto changing colors.
(107) While the optics-piece is one of image-forming-piece (142) with geometric-shape having shaped openings, cutouts, holes (143), stencils, windows, design, art, printing (144) or painting (145) to allow the LEDs or/and Laser light-beam passing through the light-block area(s), holes/opening/cutouts/stencils/windows and form the shaped lighted patterns. The alternative arrangement to arrange the said flat sheet or film type image-forming-piece (142) connect with axis of motor and gear-set(s) (147) to make the said horizon rotate flat-sheet/film to rotate so can create the moving effects with desired light effects as above discussed while the optics-lens (142) is optics-lens.
(108) The said light-beam exit from the said one or more inner optics-lens (137) or image-forming-piece (142) emit to the top geometric-cover (148) which have desired geometric-shape and preferred optics-lens properties to allow light-beam exit from inner optics-piece (i) traveling (reflected) or passing though (refracted) the top wide angle or size or view angle cover (148) that has its preferred optics textures, thickness, convex or concave lens properties, reflective and/or refraction optics-lens related optics-properties, or (ii) the light-beam travel to the outer cover built-in art or design or printed or painted or window (not punch through) areas(s) to create the said lighted image and/or patterns at least including: message, time, geometric art, nature scene, galaxy, milky way, sky, cloud, starts, moon, water waves, animal, characters, cartoon, sign, logo, commercial to been seen. The second embodiment also may incorporate with motor/movement/spin/rotating/moving/magnetic unit & coil assembly to make one or more piece of the inner optics-lens(s), and/or image-forming-piece of optics-piece(s) or-and light-source moving to make the motion light effects. This will increase more value for the said current invention.
(109) From FIG. 3A The LED outdoor project light have one or more inner-lens(s) (137) has reflective and or refractive properties and/or inner image-forming-piece (142) has art or design or shaped-opening to make the lower-level light-source light-beam travel-through.
(110) From FIG. 3B show the other alternative arrangement for the image-forming-piece (161) which is not traditional flat-type but it is a coiled-cylinder or roller type (161) which is same as co-inventor co-pending filed case (#WWW-2013) U.S. Pat. No. 9,648,672 Filed on Jun. 21, 2013 U.S. Ser. No. 13/923,721 which show the motion effects by 3 layer of display to show continuously such as rain-drop or snow-flake falling down from sky to ground continuously effect and the U.S. Pat. No. 9,648,672 also show the coiled image-forming-piece as FIG. 4 show [3Dimension application such as 3 cylinder image-forming-piece ] and its Child-filed case (#WWW-1) US patent U.S. Pat. No. 10,045,405 had the same drawing on FIG. 4 which issued on Mar. 7, 2018. So this is the co-inventor co-pending case and not for co-inventor PRIOR-ART for the same concept of coiled cylinder image-forming-piece for LED light-device and any US patent filed case after the Jun. 21, 2013 (#WWW-2013) U.S. Pat. No. 9,648,672 should not allow the coiled cylinder image-forming-piece for all LED light including indoor and outdoor light except the inventor of current case.
(111) From FIG. 3B the said coiled-cylinder or roller type image-forming-piece (161) has assembly with the base (156) and base have built-in at least one of (i) circuitry, (ii) IC, wireless receiver select from blue-tooth, Z-way, Zigbee, IR, RF, wifi, (iii) switch, sensor, radar sensor, photo sensor, (iv) audio system, speaker, blue-tooth download music (iv) RF receiver. (157) so can wireless control the said light-source and light-functions. The said rotate cylinder or round or curved film/sheet image-forming-piece (161) has pre-determined art or display or words such as small star (160) rotate to the medium star (160) and rotate to big star (160) so can show the continuously changing for the star. It also can show such as snow-flake falling from sky or rain-drop falling or other storm by continuously rolling or rotating while cylinder image-forming-piece have anti-clock-wise rotating on desired speed. From FIG. 3B can see the cylinder type image-forming-piece (161) fit within the base (166) inner gear-set (165) which is connected with other gear-set (164) which is fixed on the motor and gear-set axis (162). The PCB have desired LEDs including groups of Red and Green and Blue LEDs (170) (171) or the super brightness high-power white LED or colorful LEDs (172) and LED is aim to the project-lens direction so the LEDs light-beam will go through the rotating cylinder image-forming-piece (161) and the cylinder image-forming-piece (161) lighted tiny image and/or patterns (160) (1601) (160) will emit to the front added magnify-lens to enlarge the tiny image and/or patterns exit from cylinder (161) and emit to the front project-lens or project-assembly or extend-and-retract lens-assembly for adjusting project-lens to get focus adjustment which is same as the co-inventor co-pending case (#WWW) and (#WWW-1) both issued US patent issued on much later than current invention filed-date case(s) as above discussed.
(112) From FIG. 3F show the one of alternative arrangement show add one more of 2.sup.nd image-forming-piece (210) which is a flat piece which has other design, art, printing, painting, film or slid within so while LEDs light-beam (208) emit through cylinder art or design (210) and fixed 2.sup.nd flat one (207) can form a extra lighted image and/or pattern combined with the 1.sup.st moving or rotating image-forming-piece (210) lighted image and/or pattern. Such as the rotating image out of the 1.sup.st cylinder one (210) is the rain-drop or snow flake continuously falling down and the 2.sup.nd fixed flat image-forming-piece (210) had the house or snowman on ground, so combine both can see a house or snowman created by flat one (210) have the continuously snow-flakes created by cylinder one (210) falling down continuously. This is how to make the rolling or rotating cylinder (210) and fix flat (210) 2type image-forming-piece(s) combination to get other features. Furthermore in order to get larger enough lighted combination or single lighted image and/or pattern while LED light-beam travel for both or single image-forming-piece can add one extra magnify-lens (211) in front of the single or both image-forming-piece so can enlarge the lighted image and/or pattern created to sufficient larger size and emit to the front optional (i) refractive project-lens (212) or (ii) extend-and -retract adjustable focus refractive project-lens assembly or (214) (iii) directly project through the protective front cover (212).
(113) From the FIG. 3C show how to use rotating 1.sup.st gear-set (164) from side or lower motor and gear-set axis (162) to match the teeth of the 2.sup.nd gear-set (165) so can make the cylinder image-forming-piece (161) to rotating for anti-clockwise direction or clock-wise direction. The said 2.sup.nd gear-set is install within the base (166) where have the circuitry, IC, wireless communication set selected from IR, RF, blue-tooth, Z-way, Zigbee, wifi so can remote control to make setting, adjustment, change the said light-source and other functions while people away from the said LED outdoor project light-device. The said LEDs light-source is install on PCB for different assortment such as R+G+B (170) (171) or super brightness LEDs (172).
(114) From FIG. 3D show the some art (174), design (175), cutout (176), stencil, window (177), film (178), slide or diffractive grating-piece (not shown) on the cylinder type image-forming-piece (173) and inside can have LED and/or laser light source for pre-determined specification, color assortment, dip or dice, or chip, with setting, adjustable, wireless receiver set install inside the base (166).
(115) From FIG. 3E show the said LED outdoor project light (3-5) has motor and gear-set on base with axis to install the said inner one or more optic-lens (196) in front of the plurality of LED light-source (195) which install on the PCB. The said LED light-beam emit to rotating one or more optic-lens (196) and the light-beam exit from the one or more optics-lens (196) emit to the top one or more of the 2.sup.nd optic-lens which has the optic-properties select from reflection, refraction, diffusion, diffraction, passing-through, magnify optic-properties, or 1.sup.st image-forming-piece which has design (199), art (200), opening (197), slide (201), film, windows (198) (not punch through), painting (200), printing (201) to form the lighted image and/or patterns and go through the top cover (203) which with or without the above discussed optics-properties. The said LED outdoor light has built-in wireless controller system including the IR, RF (194), Blue-tooth, Z-way, ZigBee, Wifi remote control kits and/or receiver (194)
(116) From FIG. 3F, the LED outdoor project light as above discussed.
(117) From FIG. 3G show the LED outdoor project light (3-7) have upper housing (218) and conductive contact (217) to get AC power-source with at least one of built-in control system to operate the desired light function, effects, audio function may select from (i) remote controller select from wireless, or IR, or RF, or Z-way, or Zigbee, or Blue-tooth, or Wifi with download APP (219), or (ii) photo sensor or light sensor (219-1), or (iii) Audio system (219-2), or (iv) motion, heat, moving, impact, sound activated sensor (219), or (v) sound or speaker device (220), or (vi) Radar or Radar moving sensor (219-4).
(118) From FIG. 3H show the LED and/or laser outdoor project light (3-8) the said inner image-forming-piece is one of assembly which has the plurality of the tiny size image-forming-piece such as cut-out piece (225) art (226), film (227), or slide (228), or optic-lens (229), or shape-piece, or printed-piece, or panting-piece to form the image and/or patterns fit within the a holder or tray or disc with teeth which is equivalent the gear-set [which is same as co-inventor co-pending (#FF-4) (#FF-3) (#FF-2) for disc-with-teeth]. The said each tiny image-forming-piece (225) (226) (227) (228) fit into the holder, or tray, or disc-with-teeth (gear) (225) (226)(227) (228) and each holder, or tray, or disc-with-teeth (gear) connect with the main disc-with-teeth (gear) (223) teeth and the said master-disc teeth match the surrounding disc-teeth so while the master-disc is rotating will also drive the surround disc-with-teeth (gear) (225) (226)(227) (228) also rotating accordingly. The said each tiny image-forming-piece (225) (226) (227) (228) is sit on the disc-inner-edge and center is hole to allow the lower level positioned LEDs light-source light emit into to form the said tiny lighted image and/or patterns and emit to the top level respectively refractive project lens (not show). The said top level respectively refractive-lens has same position or orientation align to the said plurality of the said tiny image-forming-piece (225) (226) (227) (228) so can see each tiny lighted image and/or patterns is rotating with bigger size and dimension and projected-size on outdoor or indoor surface after go through the refractive project-lens. The top of the refractive-lens assembly has one protective-cover to protect all 3 levels of respectively refractive-lens assembly, plurality of tiny image-forming-piece fit into disc with teeth (gear) assembly, and lower level LED(s) assembly respectively to upper image-forming-piece assembly and lowest position the said motor & gear-set (not shown)
(119) From the FIG. 3J show the same concept with the FIG. 3H but more details for the lower-level LEDs (181a) (182a) (183a) (184a) is position on center of top level disc-with-teeth (gear) hole to allow the LED light-beam emit into the disc-with-teeth (gear) hole (181b) (182b) (183b) (184b) and the each of the disc-with-teeth (gear) have one of the tiny image-forming-piece (188) fit within so the lower level LEDs assembly can emit the light-beam into respectively upper disc-with-teeth (gear) hole and go through the said each tiny image-forming-piece (188) to form the tiny lighted-image and/or lighted-patterns to emit to the top level refractive-lens assembly to make the same number of the disc-with-teeth (gear).
(120) From FIG. 3J the master-disc (180) is a disc-with-teeth and has assembly with axis of lower motor & gear-set so can rotate the master-disc, also the said center of the master disc-with-teeth may also have lower LEDs to emit the light and go through the bigger-size image-forming-piece (179) but different is the said bigger-size image-forming-piece (179) also rotating.
(121) From FIG. 3I show the top view for the said FIG. 3E.
(122) From FIG. 4 show the Outdoor LED and/or Laser project light device (4AA) have the said design shape for different application. Each application for moving light effects have at least one or more than one 4 major parts to project the moving effects lighted-image and/or lighted-patterns including: (i) motor and gear-set to make at least one or more optics-lens and/or image-forming-piece or top cover rotating to get desired light effects, function, performance, and/or (ii) desired number and color and brightness and specification of the said light source(s), and/or (iii) the one or more optics-piece(s) select from (iii-1) image-forming-piece(s) has the art, design, cut-out, opening, window (not punch through), film, slide, shape-hole, printing, painting, or (iii-2) optics-lens which has at least one of the optics-properties select from reflective, and/or refractive, and/or diffusion, and/or go-through, and/or diffractive, and/or grating, and/or protective, and/or (iv) The at least one of geometric shape refractive project and/or protective lens on top to let the light-source(s) passing through the said steady, fixed, or rotating, or moving, or shaking, or waving the said preferred number and shape and size of the optic-piece(s) and go through the said project-lens to make the said lighted-image or lighted-patterns
(123) From FIG. 4 show the LED and/or laser outdoor light device has preferred housing such as plug-in outlet night light housing (77), or bulb-shape (79) LED and/or laser bulb. Or housing for the one preferred ice-cream cone shape or other preferred tubular or tube or bar or speaker shape garden light (75), or other geometric shape housing for different application with preferred conductive-contact such as prong (78), AC-plug-wire (76), Bulb-base (80) to get the AC power-source and/or use USB-port (81) to get outside DC power source or power bank DC power or battery DC power. IT is appreciated that the housing shape and/or conductive-contact can be selected any type form market available item. From these examples show only need change outside housing and conductive-contact can very simple to change the LED projection light application for
(124) (1) indoor plug-in light have prong while had power fail, motion sensor, photo sensor, Remote controller or wireless controller or with RF transmitter to link for more than one of the indoor light has built-in RF-receiver inside, and/or
(125) (2) outdoor plug-in outlets by AC-plug-wire become outdoor garden, holiday, seasonal light, accent light, flood light with motion sensor, radar sensor, RF receiver control by remote controller, or have wireless communicate to use one motions-sensor with built-in wireless signal transmitter to send out wireless signal to others outdoor lighting having the wireless receiver to link plurality of the outdoor lighting can turn on at the same time to cover wide areas up to hundred or thousand feet away, and/or
(126) (3) indoor or outdoor LED project bulb while incorporate the convention market all kind of bulb shape housing with male bulb-base, or indoor or outdoor light-string while the plurality of the LED bulb is link together by conductive-wires or wireless by wireless communication for desired number of LED-bulb by master-bulb have motion-sensor and the wireless-transmitter so while trigger by moving detector including all kind type such as PIR or Radar or Moving detector then send out the said wireless signal to the other LED bulb which no wire to link so all plurality or numbers of the LED bulb can install on anywhere without limitation by limited length of wire; or
(127) (4) The outdoor project light and get DC power from the USB-port.
(128) (5) outdoor project light including LED and/or laser light has built-in or outside AC-to-DC circuit to transfer the AC power source to DC current for the LED, IC, sensor, PIR or Radar or moving detectors or sensor, wireless receiver and/or transmitter, power fail, circuitry, to use circuitry to use.
(129) From FIG. 4 show the all different housing for different application as above 5 type application only change the outside housing shape and construction Indoor prong light (77), or outdoor garden or seasonal light (75), or LED bulb for indoor and outdoor (79) or USB hosing (Same as 75,77, 79 or any other shape) with desired conductive-contact including AC-plug-wire (76), Prong (78), male bulb-base (80), USB-port (81); and keep all the same (A) LED and/or laser light-source, and/or (B) The inner N-number (N is any number) optic-piece select from (i) optic-lens with desired reflective and/or refractive and/or diffusing and/or diffractive and/or grating and/or passing-through and/or protective optic-properties to create the image and/or patterns and/or plurality of reflected and/or refractive and/or diffusing and/or diffractive and/or grating and/or passing-through light-beam, lighted image and/or lighted-patterns, and/or (ii) image-forming-piece with shape cut-out, openings, window(s) (not punch-through), art, design, painting, printing, words to form image and/or patterns. (C) outer reflective and/or refractive and/or diffusing and/or diffractive and/or grating and/or passing-through and/or protective optic-properties outer cover. (D) optional for motor and it related speed adjustable gear-sets and axis to make the said light-source, optic-piece including optics-lens or image-forming-device, outer cover to rotate, move, spin on desired direction so can create the moving, rotating, changeable, variable lighted image and/patterns show out the outdoor and indoor space or surface or areas. (E) one or more holder, disc-with-teeth (gear) to make the said including (i) rotating direction change between vertical, horizon, top level, lower level, tilt angle. and/or (ii) linkable other disc-with-teeth (gear) rotate according to master disc-with-teeth (gear) and/or each of disc-with-teeth each has opening for light-beam input to make the fit within image-forming-piece to be glow and rotating, and/or (iii) The said move the coiled or cylinder or roller image-forming-piece to rotate under pre-determined design, and/or (iv) The said move the one or more inner optics-lens to pre-determined direction for each other to create the double or triple or more splendid and variable desired colors lighted-patterns and/or lighted-image with or without front light-passing, printing, painting, art, designs to show the double, triple, or more splendid light-beam through and show out the art, design, printing, panting, light-passing area(s) for moving, shaking, waving because internal output light-beam is variable, rotating, changeable.
(130) From FIG. 4 the show one of example but not limited for all alternative or replaceable or equal function for construction for internal design for above discuss (1) indoor light with prong, (2) outdoor garden, seasonal, holiday, accent light, landscape light with AC-plug-wire or prong or outside transformer, (3) indoor or outdoor LED bulb, (4) USB related lighting for outdoor.
(131) From FIG. 4 the each of housing (75) (77) (79) has built-in motor (95) and its gear-set (96) with axis (97) to make the inner one or N-number (N is any number) optics-lens (98) (99) with above discussed desired optic-properties assortment to rotate or moving or spin to create a splendid light-beam to emit out from the design or art area on the outer cover as light-path 6 (94) while the outer cover has art, design, painting, printed areas to allow the LED (1L) light-beam can passing through, or
(132) The LED (2L) one of light beam (82) emit to the 1.sup.st optic-piece (83) which is optic-lens (83) with reflective and/or refractive optics-properties and refracted (Ra) and emit out to 2.sup.nd optic-piece is optics outer cover (84) inside surface and reflected (Rf) back to 1.sup.st optic-piece is optics-lens (83) and reflected (Rf) back to the outer cover (84) and refracted out the cover to outside surface as light-path (85). This is typical said the LED (2L) traveling through the 1.sup.st and 2.sup.nd optics-piece(s) both is the optic-lens with reflective and/or refractive optics-properties to make multiple times reflection and refraction for light-path.
(133) From the FIG. 4 Show the LED (3L) has light-beam (86) to hit the 1.sup.st optics-lens wherein is optic-lens (83) and refracted (Ra) and reflected (Rf) to split into 2 directions light-beam and same out to go through the reflected and/or refracted multiple times to came out as light-path 2 (87) and light-path 3 (88) to show the LED light-beam traveling path for go through non-rotating 1.sup.st optic-piece (83) and 2.sup.nd optics-piece (84) different arrangement for the surface optics-property including convex or concave or diffusion or reflective or refractive treatment(s) and desired combination.
(134) From the LED (1L) which has the 1.sup.st light-beam (93) emit-into inner the 1.sup.st rotating optics-piece (98) and 2.sup.nd optic-piece (99) both are optics-lens with texture, marking, or with desired reflective and/or refractive and/or diffusing and/or diffractive and/or grating and/or passing-through and/or protective optic-properties to go through the outer cover even thickness design-area(s) (3U-1) to create the image and/or patterns and/or plurality of reflected and/or refractive and/or diffusing and/or diffractive and/or grating and/or passing-through light-beam, lighted image and/or lighted-patterns
(135) The said LED (1L) also emit the other light-beam without go through the said inner N-number fixed non-rotating optics-piece (83) and inner rotating optics-lens (98) (99). The light-beam (89) (91) both directly go through the outer cover have preferred optics-properties and make refracted light beam to create the splendid light-patterns or lighted-image with variable or changeable effects while the said the LED (1L) is controlled by IC or remote controller to make the turn-on/off time with other LED(s) (2L)(3L) for sequential, random, pair flashing so can make variable or changeable light effects so the said LED path 4 and LED light path is change from one to other to make moving effects but without motor and its gear-set to work together as above discussed.
(136) From FIG. 4 show the 2 laser light-source (1U) and (4U), the one of examples for laser light-source (4U) emit the single and higher wattage laser light-beam to the 1.sup.st optics-piece wherein is a grating-piece (5U) with diffractive optics-properties which split or divided the single higher wattage laser light-beam to plurality of the lower wattage laser light-beam(s) and emit out from the top or front protective outer cover. It is appreciated if need more splendid and changeable lighted-image or lighted-patterns laser light effect. It is optional to have the 2.sup.nd optic-piece wherein is the other grating-piece (5U) so can make more splendid laser light-effects. The alternative arrange for more up-grade application is make a grating-assembly to have the 1.sup.st and 2.sup.nd grating-piece (5U) (5U) into one assembly and can rotate the top (5U) and both grating-piece (5U) and (5U) have different laser grating texture or lines or designs so can adjust top one (5U) can make laser light-beam or laser-image or laser-pattern change from one to others up to tens or hundreds of different arts or design show on array, matrix, desired spacing and spread out to as wider as space for lower wattage laser light effects which will no harm to people eyes to outdoor or indoor application which is same as current inventor co-pending (#XX-3) (#XX-2=U.S. Ser. No. 15/170,072 still pending) (#XX-1=U.S. Ser. No. 14/844,314) and (#XX-2010=U.S. Ser. No. 12/938,564 filed on Nov. 3, 2010 now is U.S. Pat. No. 9,239,513 issued date Jan. 19, 2016) for Laser related filed case. It is appreciated the said all different housing application incorporated the FIG. 4 drawing show for prong, bulb-base, AC-plug wire and outside AC-to-DC transformer to get desired AC and/or DC power source.
(137) From FIG. 4A and FIG. 4B show the LED outdoor light-device has the AC-plug-wire (90) to get the AC power from out lets or has wire (121) to get the outside AC-to-DC transformer (not shown). The said LED outdoor light-device which has the lower-housing part (82) have the base (89) built-in motor and its speed reduce gear-set (88) with axis (88) has sufficient height to assembled the non-rotate LEDs (83) and circuitry or IC or wireless receiver-kits or other electric parts such as radar/PIR/motion/photos/power fail sensor, or fit on the circuit board (83) to supply sufficient brightness of the single or multiple colors LED light-beam to upper steady or rotate optics-piece(s) wherein is one or N-number (N is any number) of (i) optional added magnify lens for each LED light-source (84) with or without holder (85), and/or (ii) Optics-lens (87) (87) with the built-in desired optics-properties including one or more of with desired reflective and/or refractive and/or diffusing and/or diffractive and/or grating and/or passing-through and/or protective optic-properties to go through the front or top the one or N-number (N is any number) image-forming-piece (92) which is install on tray, disc, holder (91) as co-pending (#FF-series co-pending filed case) insert into the housing parts slot (93) and replaceable while needed. The said lower levels rotating optics-lens (87) (87) rotate with different direction such as 1.sup.st inner optic-lens (87) is rotating for clock-wise and the 2.sup.nd inner optics-lens is rotating for anti-clock-wise to the lower LEDs light-beam will go through DOUBLE optics-properties for DOUBLE times for reflected and/or refractive by prism-lens or other reflective and/or refractive lens as the FIG. 2 (3i) so can get very splendid colorful and exciting LED light-beam to passing though the said image-forming-piece (92) to show out color, shape, image, patterns changeable or variable or movable LED light effects. The up-grade model is to add one more optics-piece wherein is one of extend-and-retract refract-lens assembly which make focus-adjustable functions or said telescope-kits to make focus adjustment to make the tiny splendid and exciting lighted-image or lighted-pattern or light-beam to magnify and with focus adjustment so can project desired distance far away from the said outdoor application LED and/or laser project light-device. Wherein the said extend-and-retract refractive-lens assembly or said the adjustable focus telescope-assembly is same as current inventor co-pending (#FF-4) (#FF-3) (#FF-2) and issued patent (#FF-1) Claims stated as above many times discussed and filed on Dec. 30, 2008 and the said the (#FF-4) (#FF-3) (#FF-2 now allowanced on Jun. 7, 2018) all still pending and has the same drawing as current invention for FIG. 6, FIG. 6A, FIG. 6C which is shown on current inventor filed case including (#FF-2008 Series filed 5 cases and 4 still pending) (#ZZZ-2013 Series filed 5 cases and 4 case still pending) and (#QQQ-2012 Series filed 10 cases and 6 cases still pending) and (#TT-2010 filed 4 cases and 4 case still pending), so the current invention should be CIP of the said Dec. 30, 2008.
(138) From FIG. 4A and FIG. 4B, the said extend-and-retract refractive-lens (96)(97) assembly has the lower space (95) to allow the extend-and-retract telescope body (97) retract into the space (95) while the body (97) extend out also bring the built-inside refractive-lens (96) also move extend out from the inner or lower retracted-position. So this extend-out and retract-into the space (95) adjustment the body (97) also change the relative-distance between the said refractive project-lens (6) and the said lower image-forming-piece (92) so can make the focus change to make the different distance application to get clear and sharp lighted-image and/or lighted-patterns. Basing on co-pending and issued (#FF-series filed case) the said extend-and-retract adjust focus refractive-lens assembly can be use automatically by motor and cam-shaft to automatically change so can get the clear and fuzzy focal image and/or patterns for some special light-effects needed. As co-pending filed case also claimed the said adjust the focus can made by manual operation. So both manual or automatically adjust focus is disclosure by current inventor on Dec. 30, 2008 shown on the evidence of above list all co-pending (#FF) (#XX) (#TT) (#QQQ) (#ZZZ) more than over 30 pending case for all application including indoor and outdoor LED and/or laser project light-device on file.
(139) From the said FIG. 4B has similar construction application, The FIG. 4B the said inner optics-piece may only one of inner optics-lens (102) or (103) not 2 optics-lens rotating for save the cost and assembly, or still keep the 2 rotating optics-lens (102) (103) but the splendid DOUBLE times reflected and/or refracted light-beam is emit out from outer cover (104) art, design, light-passing-areas (105) without the inner image-forming-piece for this application so it save some cost and labor assembly. From the different shape top-cover (106) or (109) which has flat-top-shape or the other lower-dome cover (109a), medium high dome (109b), higher dome (109c), and cone shape dome (104) which show the current invention for any top-cover or housing can be any shape or any radius, circle, sphere, flat, dome, partial ball or any combination for these geometric-shape parts into one or just one of any geometric-shape for top-cover and body or housing with one piece or many parts to assembly together into desired top-cover, housing, body.
(140) From FIG. 4C show it the other viewing angle for show the LED project bulb (127) which has the male bulb-base to get AC power source and has the inner LEDs and/or laser light source (129) (130) (131) fit into the PCB and emit the light through the inner one or N-number (N is any number) of optics-piece is one or more of (i) optics-lens with desired optics-properties and/or (ii) image-forming-piece with desired image, art, design, painting, printing or light-passable areas.
(141) From FIG. 4D show the LED and/or laser project bulb which has 2 grating-piece (134) (135) with diffractive optics-properties to split or divided the single inner high-power or high-wattage laser-beam into plurality of the said lower-power or low-wattage laser light-beam, or lighted patterns, or lighted image show out in matrix or array or predesigned space for same image with or without the laser-grating-assembly two grating (134) (135) on outer cover (137) and one or more grating-piece (133) inside the housing (132) which can change the laser light-beam, lighted-image, lighted-patterns.
(142) From FIG. 4, FIG. 4A, FIG. 4B, FIG. 4C, FIG. 4D It also can have the LED or-and laser light device has the Bulb-like shape housing and bulb-base as current delivery terminals to get AC power instead for Prongs application which always located on lower position. The Bulb-like shape device has bulb-base will be always on higher location for people to use is other current inventions features. These common skill can use from market place.
(143) From FIG. 4 show the same optics-elements and same optics-application can fit for different shape of the product may has different terminals to get the power. The FIG. 1F show the unit has prong which same as the FIG. 1, FIG. 1B, FIG. 1C, FIG. 1D so can plug into the outlet device on wall or power strips or desk top power station. While it incorporated the bulb-base it can simple to change the product housing shape to bulb-like shape and the 2 power terminals can easily to connect on the bulb base wall for one pole and bulb base bottom for 2.sup.nd pole which will has total same optics parts & accessories with the prong products. Furthermore while people would like to use USB female ports to connect with power source by USB wires, it is simple just add one USB female port on FIG. 1, FIG. 1A to FIG. 1D housing so can instantly can power by the Prong or the USB female ports by AC current (for Prong Product) and DC current (for USB female port) which only need change the inner circuit not even touch the Same optics parts & accessories.
(144) FIG. 4, FIG. 4A, FIG. 4B, FIG. 4C, FIG. 4D shows the 2.sup.nd preferred embodiment of the current invention which shows this invention to have (2) Optic elements: top cover on the outside, and inner disc-like convex lens. The said (2) optic elements both have preferred textures and designs (wave-like) to vary the thickness of the lens so the said LED lights or laser-lights can pass through the inner disc-like convex lens which hasta designed thickness or texture (wave-like), or lights can pass through alternative elements of optical lens(es), such as holes, stencils, walls, openings, or cutouts to project and show figures FIG. 1A and FIG. 1B without using an optical lens that has designed thickness, then pass through the outer optic element has refractive properties so can enlarge and spread out the light beam which widens the created or projected image(s), lighted patterns, message(s), number(s), time, geometric art(s), nature scene(s), galaxy(ies), milky way, sky(ies), cloud(s), space nebula, stars, moon, water-wave(s), aurora light(s), animal(s), character(s), cartoon(s), sign(s), logo(s), or commercial(s). From FIG. 4, FIG. 4A, FIG. 4B, FIG. 4C, FIG. 4D also shows the preferred embodiments on different power source housings such as corn-like bulb housing has bulb base; possible for many shape of the bulb available from market place and bulb bases such as e12, e17, e26, etc.
(145) From FIG. 4, FIG. 4A, FIG. 4B, FIG. 4C, FIG. 4D show 4th preferred embodiment that has the bulb shape light unit has bulb-base which-the current invention can acquire power from any bulb bases that are connected to an AC power source such as lamps, or bulb base adapters. The bulb base does not limit to one specification; any bulb bases (most commonly E12, E17, E26) can connect to the current invention. The said the current for different product housing design with preferred power terminal including prong, Bulb base, USB female ports so can be plugged in or USB wire connected in or-screwed in tightly to ensure the connectivity between the bulb base and the current this invention.
(146) From FIG. 5 show the parent filed case (#ZZZ-2013 U.S. application Ser. No. 14/023,889 filed on Sep. 11, 2013) show the LED outdoor project light device one of preferred inner construction for the said base (06AA) has the built-in motor (06) and its speed reduce gear-set (06) and top of the motor assembly (06) (06) has circuit board (013) with AC-to-DC and light-source(s) here is LEDs (05) to emit the light-beam to top rotatable 1.sup.st and 2.sup.nd optic-piece here is the said optics-lens (01) (01a). The 1.sup.st optic-piece (01) can be one or more piece of image-forming-piece have desired texture, design, art, opening(s), window(s), printing, paining to form the image or patterns, and/or the said 1.sup.st optic-piece is one or more of optics-lens has desired reflective and/or refractive and/or diffusing and/or diffractive and/or grating and/or passing-through and/or protective optic-properties. so the lower positioned LED (05) light-beam emit to top the said one or more rotating optics-piece (01) (01a) and its carry on the art, design, optics-properties as above discussed to form the lighted light-beam, and/or lighted-patterns, and/or lighted-image. The said the 1.sup.st and 2.sup.nd optics-lens install on the different height of the axis (07) so can get maximum and most perfect light-beam for multiple times reflection and/or refraction.
(147) From FIG. 5A show one of embodiment for arrange the motor (06) and gear-set (06A) and have the conductive-wires (012) (015) and the electric-parts (010) and sensor or wireless receiver unit (011) and AC-to-DC transformer or AC-to-DC built-in circuitry (013) powered by the AC-plug wire (014) to get the AC power source into the said LED project light for outdoor application including garden light, seasonal light, holiday light, landscape light, accent light, project light.
(148) FIGS. 5B, 5C, 5D show the co-pending filed case (#ZZZ-2013 U.S. application Ser. No. 14/023,889 filed on Sep. 11, 2013) similar drawing for alternative design of top cover (1R) optic-piece having plurality of reflective and refractive optics arrangement to form a one dome with desired height or sphere or curved or flat shape or other geometric preferred shape, and light-source (2R) emit light-beam (3R) to the said fixed or steady or rotating 1.sup.st optics-lens (1R) reflected or refractive optics-surface so the light-beam (3R) reflected to form light-beam (4R)(3R) and the light-beam (3R) emit to the outer cover and refracted to (3R) and emit out to become light-beam (3R) to be seen. The other reflected light-beam (4R) hit the top cover inner reflective-surface and slip into (4R) and (5R) and the light-beam (4R) emit through the outer-cover refractive-surface and emit out to become light-beam (4R). The said other light-beam (5R) emit to the outer-cover and refracted to outside as light-beam (5R). The said top-cover in curved or dome with high or medium or low height, or ball or flat or other geometric shape to make the light-source light-beam to spread out to get the image and/or lighted pattern(s) for wide range, big size to be seen by outside outdoor surface including garage door, front door, garden, fence, building. The up-grade or alternative arrangement is to add motor and gear-set to make the said 1.sup.st optics-piece or the said top-cover can be fixed or rotating along or both to make moving effects. The said light-beam passing through (1) the 1.sup.st optics-piece and 2.sup.nd top-cover both is fixed or steady or non-movable is the basic invention features and (2) the upgrade or alternative unit with 1.sup.st and 2.sup.nd optics-piece(s) with one or both rotating for high-end arrange; it is appreciated should be fall within the current scope of the invention and the said parent filed case also granted the US patent for (#ZZZ-3) and (#ZZZ-2 allowed) for these basing models already.
(149) From FIG. 5B show the current invention can has the preferred geometric shape of outer-cover selected from (i) half ball, (2) ball, (3) sphere (4) dome with high or medium or low height, (4) flat shape to get desired wider area or big area has the lighted-patterns or lighted-patterns or both though the top optic-piece here is top-cover (1R) only because the top optic-piece is consist of plurality and more than one of reflective or-and refractive sections or areas or tiny-piece which can get by injection process to form one piece of the preferred geometric-shape, including but not limited for ball, ball like, sphere, half ball, ball, flat, dome with high/medium/low height, and incorporated with inside the LED(s) or-and Laser light source with predetermined color, number, brightness, IC to make desired light-beam control including flashing, sequential flashing or on-off or fade-in-out, cycle, duration time, fade-in-N-fade out, pair flashing or any light-effects or function available from market place to get desired light effects. It also has the desired parts and accessories or optional added parts selected from group combination from: (i) moving device which may selected from motor, spin kit, rotating kits, clock movement, (ii) timer, (iii) all kind of sensor including motion, PIR, IR, Radar, Photo, Heat, vibration, moving detector or sensor, (iv) wireless controller including: IR, RF, Wifi, Z-way, Zigbee, remote controller, (v) switch or on-off, setting, adjustable, selection mechanical or electric unit, and (vi) desired AC or DC or both power source connect by (a) prongs, (b) bulb base, (c) USB kits (d)_AC-plug-wire to get power from AC or DC power source. It also can have AC-plug-wire to plug-in wall outlet (female), or by Prong (male) or insert into outlet(s), or by Bulb base (male) to insert into bulb socket (female), or by USB Plug (male) insert into USB port (Female). From co-pending filing case drawing (#ZZZ-2013 U.S. application Ser. No. 14/023,889 filed on Sep. 11, 2013), the alternative design for top cover with convex lens features also still fall within the current invention scope as (#ZZZ) (#ZZZ-I) (#ZZZ-II).
(150) FIG. 5B also show the light-beam reflected and refracted within the more than one reflect and/or refract optics-piece(s) here at optic-lens (1R) (1R) which are in the shape of any geometric-shape. Also, while the light-beam (3R)(5R) (4R) pass though the outside convex-lens (6R) (7R) to project the image or lighted patterns to the outdoor surface. This embodiment teach (1) more than one reflect-surface inside of optics-lens and refract-surface outside the same optics lens, and/or (2) light project though the more than one optics-surface of one curved or ball or sphere or dome like sections or areas or segments of same one optic-piece which the inner side is a flat mirror-polished for reflection and outside is convex-shape lens for refraction, so it is built 2 kind of optics-properties in one optics-piece (1R). (3) The said reflective and refractive optics-piece is a top-cover (1R) has many sections or areas or segment to form together to become a semi-sphere or any desired geometric shape outer optics-piece (1R). (4) 2 half-sphere ball with different arc or ball or dome with high, medium or low height, or flat sphere, or sphere are preferred designs. From FIG. 5C: Show the other viewing angle for the ball assembly which is made by ball and ball-shape tunnel (2 end is open) piece assembled together to get ball or sphere or curved top-over. The said top-cover has (1) both reflective and refractive optics properties or (2) the top-cover have even thickness and had light-passing through area(s) where have art, design, painting, printing on the top-cover, both can while LED light-beam passing will form the lighted-image or lighted-pattern with or without the motor & gear-set to make the one or both or more optics-piece for rotation. The said LED light-device (8R) have base to form the LED or-and Laser light device which has more than one optics-properties. The ball outer cover has more than one reflect-and refract lens. This is different with inventor's earlier U.S. Pat. No. 7,632,004 LED night light has more than one optics means. U.S. Pat. No. 8,277,087 has more than one reflect units, U.S. Pat. No. 7,455,444 LED night light has more than one LED, U.S. Pat. No. 8,434,927 interchange power source for current invention scope. Because Co-inventor prior art show is 2 separated piece not built-in one piece of optics-lens but still can be explain is continue filing for optics arrangement. From FIG. 5D: Show the inner side of the other shape optical-lens which has more than one reflective surfaces or sections or areas inside of optics-lens to create plurality of LED light-beam back and forth for multiple traveling by reflection(s). The current invention all LED or-and laser light source has different emit direction light-beam after go through multiple inner reflect-surface even the light angle is narrow it is not a problem because the light emit from LED or-and laser light-beam emit to the 1.sup.st reflect-surface, then hit to 2.sup.nd, 3rd, 4th . . . reflect-surface(s) till the light beam been pass though outside multiple convex-surface of the ball-like outer optics-lens so this is current features too! Add motor can make the image be rotating to get moving image to viewer. From FIGS. 5B, 5C, 5D shown the construction of the co-pending filed case (#ZZZ-2013 U.S. application Ser. No. 14/023,889 filed on Sep. 11, 2013) drawing for alternative design for 1.sup.st and 2.sup.nd optics-piece (1R) (1R) one is inner flat unit and one is top cover, or (8R) (8R) both is curved units. The said FIGS. 5B, 5C, 5D both optic-lens has plurality of reflective and refractive optics-surface(s), area(s), section(s) design built-in inner and outside of the inner and/or cover optics-piece(s), so can make light-source light-beams to back and forth within the said inner or outer optics-piece (1R) (1R) (8R) (8R) of the ball-like shape to make the light-source light-beam to spread out to get the image for wide range, big size. From FIGS. 5B, 5C, 5D, shown the preferred embodiments, images are created based on the relationship between the first optics-element(s) and the second optics-element(s) or all other optics-element(s). The light device can employ any kind of design, shape, display, or geometric arrangement of the more than one optics-element to create big size or large image to cover Big area for special light effects though the Big or wider opening of the Top cover with desired reflective or refractive lens assembly. From FIGS. 5E, 5F, 5G, 5H, 5I, 5J show the other viewing angle for the FIG. 5B, 5C, 5D for simple discussion. From FIG. 5E, 5F show the ball shape top-cover (01) is assembled by one piece of ball (01-T) on top and one approximately ball-shape tunnel (01-L) which have 2 open-end (not shown) and big radius opening is assembly with the top ball (01-T) to form the said ball (01). The said ball top-cover (01) had ball and tunnel which for 2 optics-piece (01-T) (01-L) assembled and light-beam travel multiple-times for reflection and/or refraction and ball (01) assembled with the axis from the lower positioned motor and gear-set to make it rotating. From FIG. 5G show the more than one of the optic-piece (01-T) (01-L) both have radius or sphere shape and assembled together to form the ball unit. The said light-beam (A) emit out from the LED (05) to emit to the 1.sup.st inner reflective-area and split into 2 light-beam (A1) and (A2) and each emit to the point (B1) and emit out by refractive-lens or light-passable-lens with art or design on that area(s). The other light-beam (A2) hit the inner reflective and/or refractive area(s) (B2) and reflected again to split into light-beam (A3) and (A4). The light-beam (A3) hit the area (B3) and emit out, The other light-beam (A4) hit the area (B4) and emit out. These light-beam traveling path show the LED light-beam have multiple times reflection and/or refraction within the two optic-pieces both are the said optics-lens which have reflective and/or refractive optic-properties. From FIG. 5G shown the Top ball or the lower ball-tunnel (01L) may assemble with lower position motor and gear-set to rotating on same or reverse direction so can make desired splendid light effects. The said LED project light-device may has DC power source to drive the said built-in circuit or DC-to-DC circuit to make the said desired functions of LEDs (05) or powered by the DC energy storage unit(s) which is dry batteries or rechargeable battery which can be charged by USB port by outside USB-wire-set (055). From FIG. 5H show the rotating ball assembly and the LED project light has the base (2) has built-in AC-to-DC circuit (not shown) so can get power from outlets for indoor application use. For indoor application prefer not use AC-plug-wire, but for outdoor application need to use AC-plug-wire or connect with outside AC-to-DC transformer male-plug to insert into LED project light housing female receive-ports. From FIG. 5I show the same concept with the above discussed FIG. 5 with same construction but without shown the top 1.sup.st and 2.sup.nd optic-piece connected with the said axis. From FIG. 5-9 the axis is assembly with the ball unit to make the ball rotating to get expected LED and/or laser light functions, effects, performances. From FIG. 5J show the outside shape of the FIG. 5 which is discussed the inner more than one of rotating inner optic-lens (01) (01-a) which can see from FIG. 5-10 for multiple inner optics-lens (01L) and rotating to emit the splendid LED light-beam emit out from design or art or light passing areas, or shape window, or printed or painted top-cover for light passing-through areas inside the art or outside the art. Wherein, the said top-cover (01-T) is one of geometric shape, or a dome with super low-height, or almost flat-curve shape, or sphere shape, top cover From FIG. 6 shown the co-pending (#FF-4) (#FF-3) (#FF-2) and issued (#FF-1) which has shown the LED project light for outdoor application have the (1) The current invention for FIG. 2F, 2G, 3I, 3J have shown Disc-with-teeth unit (gear-unit) FIG. 3J (180)(181) (182) (183) (184) or FIG. 3-9 (223) (225) (226) (227) (228) or FIG. 2F (180) (181) (182) (183) (184) or FIG. 2G (190) (192) (193) which is similar with co-pending filed case FIG. 6 (11V). (2) The current invention has focus-adjustable extend-and-retractable refractive-lens assembly FIG. 4A (95) (96)(97) as FIG. 6 (12V) which has (screw-thread) to allow the said refractive project-lens can move-up and move-down to change focus. (3) The current invention have disc-with-teeth (gear-unit) FIG. 3I (225) (226) (227) (228) (223) or FIG. 3J (180) (181) (182) (183) (184) can be manual or automatically rotating same as the FIG. 6 (11V) and rotating like (2 Arrow) head shown rotating direction. (4) The current invention have disc-with-teeth (gear-unit) FIG. 2F, 2G, 3I, 3J have image-forming-piece (188) fit within the disc-with-teeth (181) same as FIG. 6 (11V) and (11V) (10V) (5) The current invention FIG. 2F, 2G, 3I, 3J have different level for disc-with-teeth (gear-set) with different level for top refractive-lens assembly to align with the lower disc-with-teeth (Gear-unit) FIG. 3J having light-source (181a) emit to the topper the slide or film or shape unit (181b) fit within gear-unit (181) similar with the co-pending filed case FIG. 6A (26V) for disc-with-teeth (gear-unit) has film or slide fit within the openings (37v) (27V). (6) The current invention housing parts has opening FIG. 4A (91) (92) (93) to allow to replace the tray or holder or disc of the said image-forming-piece form housing slot, opening, join-gap this is same as co-pending case FIG. 6A (9V)
(151) So, these current invention features is same of co-pending case (#FF-Series) because all the drawing for parts is same. The (#FF-series filed case) is co-pending now so the current invention should be CIP or Division and filed date back to Dec. 30, 2008 without any question.
(152) From FIG. 6B show the current invention for basic LED project construction for a. light-source (15V) fit within the housing-parts or tray or holder or ring and emit the light-beam to front b. the said slide or film or image forming-piece which located within c. the tub-assembly (19V) or housing-parts (19V), or upper tray, holder, support, disc, or disc-with-teeth (19V) and d. the said space (21V) between the said project-lens and film/slide/cutout/printed piece or painting piece. And e. the said project refractive-lens located on top of the said lower-position tub-assembly (19V) or housing-parts (19V), or upper tray, holder, support, disc, or disc-with-teeth (19V). f. so the light-beam will aim to the said image-forming-piece (20V) and also aim to the projection refractive-lens location or area or direction.
(153) The light beam will form the said magnified lighted-beam, and/or lighted-image, and/or lighted-patterns on outdoor locations, areas, surface including but not limited for house, building, garage door, front door, fence, wall, garden, or patio or tree or desired surface.
(154) So, these current invention features is same of co-pending case (#FF-Series) because all the drawing for parts is same. The (#FF-series filed case) is co-pending now so the current invention should be CIP or Division and filed date back to Dec. 30, 2008 without any question.
(155) It is appreciated any similar to apply the light-source to aim to the image-forming-piece and also align the LED light emit direction to the project lens is the current invention most basic theory in spite of have 1. the different construction of image-forming-piece, 2. focus adjustable project-lens assembly, 3. added extra magnify-lens, 4. added wireless remote controller, 5. added extra audio system with speaker, 6. added IC or circuitry to change the light-beam color, brightness, 7. added any kind of sensor or detectors for PIR, Photo, radar, moving, power fail sensors 8. The moveable or replace or insert image-forming-piece with or without holder, tray, disc. 9. Add master-gear or surround gear-set(s) to make rotating N-number surround linkable gear-set(s) with or without built-in slide or film or image-forming-piece 10. Added coiled or rolled image-forming-piece with continuously rotating or rolling with extra added steady, fix, freeze 2.sup.nd or more image-forming-piece with magnify-lens. 11. The top cover in geometric shape or dome with high, medium, low height with printing or painting or art or design to allow inner changeable or movable or rotatable N-number (N is any number) inner optics-lens for same or different rotating direction to emit light-beam go through outer cover with art, design to see the lighted image and/or patterns. 12. The geometric-shape of top-cover has art, design, light passable areas, light block-areas to show out lighted patterns and image or light-beam. The said light-beam is changeable or variable because inner optic-lens is rotating with reflective and/or refractive optic-properties so make the passing light-beam is variable, shaking, moving, vibration emit from front light-passing area from different input-angle so can make the shaking or vibration or moving the lighted image or patterns.
(156) All these added extra piece still follow the current invention for FIG. 6, 6A, 6B spirit the at least one or N-number (N-is any number) of
(157) (AA) The light-beam.fwdarw.emit to front.fwdarw.image-forming-piece, and/or
(158) (BB) The Light beam.fwdarw.aim to.fwdarw.The export area or section of the said the lighted image and/or lighted pattern.
(159) (CC) The project basic 3 elements including:
(160) Light-source.fwdarw.emit to.fwdarw.optic-piece.fwdarw.form image and patterns.fwdarw.project out.
(161) Any alternative such as above discussed (12) added parts or accessories still fall within the current invention basic theory for outdoor project light-device.
(162) From FIGS. 7, 7A, 7B, 7C, 7D the several embodiments to show more details of motor and speed adjust gear-set to rotate disc that has plurality of refractive or-and other optics-properties lens. From FIG. 7 show the outdoor light (7P1) has 3 basic-parts of project-assembly including project-lens (7P5-1), image-forming-piece (7P5-2), light-source (7P5-3) inside. The LED (7P4) emit light-beam to the front image-forming unit (7P5-2) which is a piece with openings, shape hole, film, slide, displayer or texture lens or treatment lens; so can create image. The light-beam came out of the image-forming unit(s) (7P5-2) emitting to the front plurality of refractive lens (7P2) which inside the rotatable disc (7P2-1) and fixed on the axis (7P3) from below motor and speed adjust gear-set (7P5), so can make the holder (7P2-1) of plurality of refractive-lens(s) (7P2) to rotating. At the same time each tiny lighted image or-and patterns came out from image-forming-piece(s) (7P5-2) will show out big image-or-patterns to outdoor surface(s) (i) while the number 1 of refractive-lens (7P2) rotate and fall-into range of tiny size lighted-image or lighted-pattern or light emit-out from one of the image-forming unit (7P3), and big image-or-patterns will show at desired areas and travel partial, arc of circle, and (ii) While the Number 1 of refractive-lens (7P2) rotate and fall-out range of tiny size lighted-image or lighted-pattern or light beam emit-out from one of the image-forming unit (7P3), and big image-or-patterns will disappear not shown on desired areas after travel partial or arc of circle. Because the rotate Number 1 of refractive-lens (7p3) away from the range of the said tiny size lighted-image or lighted-pattern or light beam emit-out from one of the image-forming unit (7P3). Same as other number of rotating refractive-lens on the rotating tray (7P2-1). Same as The said Number 1 big image-or-patterns shown on desired area, and at the same time the light-device have N-Number (N is any number) of plurality of refractive-lens (7P2) is rotating so also has N-Number of big image-or-patterns is moving show and disappear under pre-determined design. The Said Light (7P5-3) motor and gear-set (7P5) and circuit (7P7) has conductive piece (7P6) (7P8) to build the electric signal delivery to the circuit (7P7) which connect with the said FIG. 7D one of the above discussed 4 types contact or connector (7P1C) (7P2C) (7P3C) (7P4C) including at least one of AC plug wire (7P3C). The said light (7P1) is one of outdoor light application for down light or horizon installation at ground for outdoor garden project light, accent project light, holiday projection light, seasonal project light, with preferred image-forming unit such as seasonal sign or arts.
(163) From FIG. 5A show the alternative construction which has apply the light-beam block-device which may a tube or tube-assembly or tray/holder/housing-parts assembly have well assembled together to prevent from light-beam leakage out from the said tube, or tubular/tray/holder/housing-parts to outsider. By way of example and without limitation, such as the one of preferred embodiment as FIG. 7A the internal have different diameter for big-tube (7P13) or-and optional small-tube (7P12). The Big-tube (7P13) and optional (7P12) main purpose is isolate the LED or-and laser light-beam to interfere desired light performance. For examples the big-tube (7P13) has its own 3 basic-parts including light-source+ image-forming-piece+ project-lens(s) or selected added-parts to make a steady and fixed big-image emit from the Big-tube (7P13) show out to outdoor surface(s). At the same time the said surrounding the big-tube (7P13) has plurality of the rotating projective optics-lens inside the rotating-disc (7P2) and each refractive-lens (7P3) is rotating and fall-within or away-from the range of each the said tiny size lighted image-or-patterns-or-light beam came out from lower image-forming unit(s) (7P11) so create multiple moving image-or-patterns as FIG. 8 show the Big-size image/pattern have partial or arc circle movement effects (Q7) (A8) (Q9). This alternative or said up-grade construction of center non-rotating Big-tube project-assembly and the rotating plurality of project-lens(s) that has tube (7P13) can create a 2 type of image including center has Big-Size Image-or-patterns including cartoon, logo, words, sign or other geometric or arts, and surrounding it is a lot of moving small image which can be any color, design, shape, image, patterns FIG. 7A than FIG. 7 the light only have surrounding rotating plurality of project-lens light. This is same as parent and co-pending (#QQQ-3) U.S. application Ser. No. 14/983,993 filed on Dec. 30, 2015 now is U.S. Pat. No. 9,909,739 issued date Mar. 6, 2018 which is CIP of patent (#QQQ-2012) US series 13-540,728 filed on Jul. 3, 2012 now is U.S. Pat. No. 8,834,009 Which is Division filed case for (#QQQ-2012) now just make more clear for tube function and upgrade to make big-size steady and surrounding small-size moving lighted image-or-and patterns.
(164) From FIG. 7A The said optional tube (7P14) (7P12) main purpose is isolate the other LED and/or Laser light-beam to interfere the desired light performance also can present light to leakage out to other area to make image darker. These small tube inside is hollow and without any image-forming unit(s) or-and LEDs.
(165) From FIG. 7A the said LED(s) (7P4) which may has different number color or different unit number and also can have any combination for colors under pre-determined requirements so it can be 1 color or 2 colors or more than 2 colors with IC control to make it has pre-determined on-off time, period of time, cycles, duration, color changing, selected color, freeze color, fade-in or fade-out, chasing, random, pair flash, sequential flashing or other market available LED IC functions to use for desired functions.
(166) From FIG. 7A also show the front disc have plurality number of refractive or-and reflective and/or other optics-properties lens including rotating diffractive grating-piece, it also show the disc for the rotating or not-rotate disc for the image-forming unit(s) or the disc have more than one disc have desired optic-lens(s). This can be same as the above discuss FIGS. 7B, 7C, 8A, 8B, 8C for any possible to make different front enlarge or split light beams lens assembly and the image forming unit(s) or-and texture lens. There have hundreds of combinations or assortment s can be choice by market requirement.
(167) From FIG. 7B show more simple application than FIG. 7A which have plurality of 1.sup.st optics-element or lens (7P19) in front of each tube (7P18) which in-front of each of LED (7P16). The each tube (7P18) is optional to prevent the other LED or-and Laser light source beams to interfere the desired light-performance and also can prevent the light-source light-beam leakage to surrounding inner-housing-space to reduce the brightness. The light-beam emit out from light source (7P16) to optional or non-necessary of the said front tube (7P17) (7P18) and emit to the front of 1.sup.st optics-lens (7P19) which is an image-forming-unit or texture-lens or grating-piece (7P19) to form the lighted image or-and patterns. The tiny lighted image or-and patterns exit out from Image-forming-piece (7P20), then go through the 2.sup.nd optic-lens (7P21) which is the lens has at least one big-size of refractive or-and reflective or-and diffusing or-and protective lens to emit out the big-size lighted image or-and patterns to outdoor surface. While the 2.sup.nd optic-lens (7P21) is one of the alternative protective purpose protective-lens or protect top-cover with designed art or design or printing or painting arts so the lower-positioned the said tiny lighted image or-and patterns under the protective-lens already spread-out or already have splendid-lighted image and/or patterns and/or light-beam to desired size and range while
(168) (Light 1) the light source is a strong and high-power LEDs use for the outdoor light or-and
(169) (Light 2) the inner light source is a Laser light source and already passing through the grating-piece for image-forming unit(s) (7P19).
(170) From FIG. 7B also show the built-in AC-to-DC circuit with or without IC (7P22) has conductive-wire (7P23) go through or passing through the water-resistant sealing (7P24) and has AC plug wire (P26) (P27) to connect with AC power source. Same for the top housing-part (P28) also has rubber or silicone water-resistant sealing to make environment requirement and meet the IP-grade for outdoor lighting water resistant standard.
(171) From FIG. 7C the outdoor light is a laser light-source (7P29) which has circuit (7P31) to emit the desired high-power or high-wattage power laser light-source (7P29) and wire (P33) (P35) to connector selected from one of the 4 connector (7P4C) as above discussed with AC power source (not shown). The Laser high-wattage light-beam pass through the front image-forming unit(s) (7P30) or diffractive grating-piece assembly (7P31) which may has plurality of grating-piece (7P30) fit into a rotatable disc or holder (7P31) and each of the grating-piece (7P30) has different laser-treated for different grating or-and hologram construction so can came out the
(172) (Laser 1) linear, or-and
(173) (Laser 2) dots, or-and
(174) (laser 3) array, or-and
(175) (Laser 4) matrix, or-and
(176) (laser 5) contour, or-and
(177) (laser 6) shape outline;
(178) so can create the desired laser image or-and patterns for desired number of colors. The alternative or upgrade application can incorporated with LED light source so can have LED or-and Laser all kind of light performance from one unit of outdoor lighting or outdoor garden light or outdoor seasonal light. The LED can create full details color image such as cartoon character and laser can create the background or splendid laser light image or-and patterns.
(179) From side FIG. 7D show preferred 4 connector choice for outdoor light as above discussed.
(180) From FIG. 8 the outdoor light has alternative construction The FIG. 8 show the LED (Q1) emit the light-beam to top optic-piece (Q3) which has above discussed including:
(181) (Properties 1) refractive, and/or
(182) (Properties 2) reflective, and/or
(183) (Properties 3) diffusion, and/or
(184) (Properties 4) diffraction or grating, and/or
(185) (Properties 5) protective, and/or
(186) (Properties 6) combo above optics-piece(s) which has any combination for lens from 1 to 6 optics-properties; so has 6 type choice
(187) (Image 1) is an image-forming unit which is a slide, film, stencil,
(188) (Image 2) displayer, displayer including LCD or TFT or Screen,
(189) (Image 3) piece has printing, piece has cutouts, piece has shape opening, piece has geometric design, piece has window,
(190) (Image 4) grating piece, hologram piece;
(191) so has 4 type choice(s).
(192) (YY-1) film, or
(193) (YY-2) slide, or
(194) (YY-3) displayer including LCD or TFT or Screen,
(195) (YY-4) printed colorful piece, or
(196) (YY-5) grating or hologram piece
(197) (LENS 1) is a texture lens which has at least refractive, or-and reflective, or-and diffusion, or-and grating or-and protective optics-properties, or-and
(198) (LENS 2) prism lens, diamond-cut lens, variable thickness lens, marking lens, sandblaster lens, craving lens, or-and
(199) (LENS 3) combo-lens which has any combination for refractive, reflective, diffusion, grating, protective, grating, hologram optic-properties in one piece, or-and
(200) (LEND 4) other treated lens which can create image or patterns, or-and
(201) (LENS 5) combo-lens which one lens has desired any combination may selected from reflective, refractive, diffusion, grating, protective window, flat piece without optics-properties. Protective lens; so has 5 different type lens choice
(202) (Lens Shape 1) dome lens, dome with different high, medium, low height cover.
(203) (Lens shape 2) sphere lens, cover, sphere-flat cover,
(204) (Lens shape 3) ball or more than ball
(205) (Lens shape 4) ball with other piece to become or ball combination lens which have art, design, painting, printing, cartoon, character, window on cover, and/or offer image-forming and/or refractive combo-lens; so 4 type of shape can choice
(206) (ZZ-1) variable thickness, or
(207) (ZZ-2) diffusion surface, or
(208) (ZZ-3) marked lens, or
(209) (ZZ-4) texture lens, or
(210) (ZZ-5) convex lens, or
(211) (ZZ-5) craved or en-craved or laser craved lens, or
(212) (ZZ-6) combo-lens which have more than one of reflective, refractive, diffusing, grating, protective, total reflective, retro-reflective lens, or
(213) (ZZ-7) grating or hologram piece or lens;
(214) so for lens design minimum has 7 choice.
(215) (Laser 1) linear, or-and
(216) (Laser 2) dots, or-and
(217) (laser 3) array, or-and
(218) (Laser 4) matrix, or-and
(219) (laser 5) contour, or-and
(220) (laser 6) shape outline;
(221) So, has minimum for 6 choice for laser light source.
(222) (LED 1) has one or more than one piece, or
(223) (LED 2) has one or more than one color, or
(224) (LED 3) has desired on-off time, period of time, cycle, duration, sequential, or (LED 4) has desired LED type selected from Dip LED, Chip LED, Dice LED, Chip-on-Board (COB) LED;
(225) so minimum has 4 type combinations of LED light source.
(226) (HH-1) tube shape, or
(227) (HH-2) Cone shape, or
(228) (HH-3) Speaker shape, or
(229) (HH-4) football shape, or
(230) (HH-5) any geometric shape;
(231) so the light housing at least has 5 different shape can choice.
(232) (Power 1) AC plug wire, or
(233) (Power 2) AC bulb-base, or
(234) (Power 3) AC prong, or
(235) (Power 4) outside circuit including AC-to-DC transformer;
(236) so the power source has minimum 4 types can choice.
(237) From FIGS. 8, 8A, 8B, 8C see the LED (Q1) emit light to top optics-lens (Q4) is the slide or shape cutout or printed piece or window (Q3), and tiny size shaped lighted image or-and patterns emit to front or top enlarge size refractive or-and other optics-properties lens (Q5). The light device has the top or front plurality of refractive-lens (Q5) fit into rotating disc (Q6) so the LED (Q1) light-beam go through the optics-piece is image-forming-piece with arts or optics-lens with treatment (Q3-1) and while the refractive-lens (Q5) rotating into range (RG) of the tiny-size lighted-image or lighted-patterns or lighted light-beam to create the big-size lighted-image (Big Q5 in) show up, and while the refractive-lens (Q5) rotate away-from the range of the said tiny lighted-image, lighted-patterns, or lighted light-beam range (RG) the said big-size projected-image (Big Q5 out) disappear; so the big-size projected-image (Q5) show-up till the said disappear after traveled the said partial circle or desired art-curve line track (path). The traveling track (path) can design basing on the number of the refractive-lens (Q5) inside the rotatable disc or other type carries or holder and the number of the image-forming-unit(s) or optic-lens(s) (Q3-1) and other related design with the said upgrade or alternative construction and/or design the LED (Q1) can incorporate with optional optic-lens (Q-10) which change the LED (Q1) narrow light emit-angle to wider angle and become parallel light-beam emit into top optic-piece(s) in form of the said image-forming unit(s) or optic-lens(s) for more evenly for area section, area.
(238) From FIG. 8A the outdoor light has LED (Q1) to emit light to front 1.sup.st optic-piece (Q32a) select from one of optics-lens of image-forming-unit maybe is a rotating prism optic-lens (Q32a) and created plurality of refractive or-and reflective light-beam. The said light-beam spread out from the top of the prism-lens (Q32a) and emit to the front 2.sup.nd optics-lens (Q3) which is same as the 1.sup.st optics-piece (Q32a) to create the very splendid light-beam or lighted-patterns or lighted-image because LED light-beam go through the double reflective and/or refractive optic-lens or image-forming-piece (Q3) (Q32a) and double reflected and/or refracted LED light-beam emit to the top fixed and non-rotating optic-cover in (i) ball or (ii) more than ball or (iii) flat or (iv) curve-flat or (v) dome with different height shape with desired (a) diamond-cut (Q5-1) or (b) marked-lens (Q5-1) or (c) variable thickness-lens or (e) are, design, printing, panting, geometric-art, word, (f) reflective and/or refractive treatment(S) (Q5) so can change the light-beam came out from the 3rd optic-piece (Q5-1).
(239) Same as FIG. 8B which has the rotating 1.sup.st optic-lens (Q3-2a) have plurality of reflective and/or refractive treatments on preferred prism-lens or other treatment or texture-lens so the LED light-beam will spread out to plurality splendid light-effects. The said light-beam exit out from the 1.sup.st optic-piece is one of optic-lens (Q3-2a) emit into the 2.sup.nd optics-piece is one of image-forming-piece or optic-lens have preferred or desired variable thickness optic-properties (Q3-3) or texture optic-lens (Q3-2) or 2.sup.nd reflective and/or refractive optic-areas(s) (Q3-1) as image-forming unit (Q-3). The LED (Q1) emit light to top 1.sup.st and 2.sup.nd optic-lens (Q3-2a) (Q-3) to create plurality of LED light-beam and emit to the front 3rd optic-lens (Q5) which has the diamond-cut treatment (Q5-1) which has the inner flat and outside is round shape, or other light-passable art, design, printed-area(s), Painting-area(s) to make shaped art, design, printed area(s), painted-area(s) emit out very splendid light beam which has passing through double reflective and/or refractive rotating optic-lens. This arrange is same as co-pending filing #ZZZ-2013 for light-beam passing through more than one of the said reflective and/or refractive and/or diffusion and/or diffractive and/or protective-lens with art, design. So it is one of the upgrade for passing through the 3rd or more reflective and/or refractive optic-lens of co-pending (#ZZZ series). This embodiment or alternative have the said added or optional convex-lens has refractive optics-properties to enlarge the 1.sup.st LED light-beam the narrow-emit-angle LED light-beam to wider angle in front of each of the said LED(s).
(240) From FIG. 8C the outdoor light is a laser light device which has Laser light source (Q11) install inside of the hole (Q12) of base (Q13). The laser light beam (Q14) emit to front or top one or plurality of grating or-and hologram piece (Q15) which is install on the disc (Q16) and split the laser light-beam (Q14) into plurality of low-wattage laser light-beam (Q17). Then, the laser light beam (Q14) emit to front or top one or plurality of grating or-and hologram piece (Q15) which is install on the disc (Q16) and split the laser light-beam (Q14) into more complicated the said plurality of low-wattage laser light-beam (Q17) because the original laser light-beam went to the 1.sup.st and 2.sup.nd grating-piece-assembly for twice diffraction functions(s). The plurality of low-wattage laser light-beam emit through the top or front 3rd optic-lens(s) which is type of protective-lens which has no any optics-functions. Or/ The light plurality of low-wattage laser light-beam out of the 1.sup.st rotating grating-piece (not shown) emit to (Q17) 2.sup.nd rotating grating-piece (Q17) which also rotating with different diffractive-design or spacing so can change the diffractive-design or spacing with the fixed or rotating 1.sup.st grating-piece (Q-16), then change the relative grating-piece art, design, spacing can make a plenty of different lighted laser image or lighted laser patterns or lighted laser-beam. or plurality number of grating or-and hologram light-effects (not shown). The said more than one of the grating-piece also can installed inside the rotating-disc same as (Q16) or (Q17) or have the 2 different grating-piece into a top and lower level holder, so can change at least two of the of grating-piece relative position, orientation for alternative or different construction or design of grating-piece so can get the laser image for different
(241) (Laser Image 1) contour,
(242) (Laser Image 2) shape,
(243) (Laser image 3) light patterns,
(244) (Laser Image 4) spots,
(245) (laser image 5) array,
(246) (Laser image 6) matrix image or-and patterns;
(247) to show out the for wide view area. It appreciated the laser outdoor or laser seasonal or laser garden light may incorporate the sensor device as parent and co-pending (XX-family filed on 2010). From above details description, hereafter to make the each features shown on the which drawing for which parts to easily to verify the each claim si supported by the detail description to save examiner checking text time, including:
(248) The current invention for outdoor application that incorporate with motor or clock-movement with one or more gear-set to rotate the said at least one of:
(249) The current invention for the said LED and/or laser outdoor light application incorporate with motor or movement with one or more gear-set to rotate the said at least one of:
(250) From FIG. 2A (275) (278) (279): One or more inner optics-lens having reflective and/or refractive properties to rotating to created splendid plurality of light-beams. This is same as above discussed said co-pending (#FF-2) (#FF-3) (#F-4) and issued (#FF-1) U.S. Pat. No. 8,721,160 B2 which file don Oct. 28, 2010 and Division of application Ser. No. 12/318,470 filed on Dec. 30, 2008 claim 2 [An LED project light as claimed in claim 1, further comprising at least one of the following element (a) a telescope assembly, (b) tile means for tilting said optics means, (c) ROTATING MEANS FOR ROTATING SAID OPTICS MEANS, (d) adjust means for adjusting said optics means, (e) a roller and (f) an elastic member to change a project direction of said light]. Wherein, the (c) rotating means for rotating said optics-means, and/or
(251) From FIG. 5E (01-T) (01L) and FIG. 5H (01-T): At least one the outer cover having reflective and/or refractive and/or pin-hole [Co-inventor U.S. Pat. No. 7,832,917 FIG. 2 and FIG. 2-1 shown pin-hole image or cutouts, shape-printed area(s) on half-ball for battery or AC powered LED light] or art-design or printed areas to allow light from inner optics-lens to reflected and/or refracted and/or passing through, and/or
(252) At least one of the image-forming-device is a sheet or a roll or a cylinder or tubular construction to make it rotating to change image. This is same as co-pending (#FF-2) (#FF-3) (#F-4) and issued (#FF-1) U.S. Pat. No. 8,721,160 B2 which file don Oct. 28, 2010 and Division of application Ser. No. 12/318,470 filed on Dec. 30, 2008 claim 3 [An LED project light as claimed in claim 2, wherein said SLIDE ARE CHANGED BY AT LEAST ONE OF SAID ROLLER, said elastic member, and a push button], and/or
(253) From FIG. 2G (192) is a gear-unit which is derived by the said main-gear-unit and hold on position by housing (191) and gear-unit (192) teeth match the gear-teeth with gear-unit or piece (190) (193) those may fixed on axis (189) of motor (189): At least one gear-piece fixed on axis from motor and match the at least one of other gear-piece (190) (193) to change the round-rotating from motor and its gear-piece or gear-assembly on 1.sup.st horizon or vertical to change to other vertical or horizon rotating such as FIGS. 3B, 3C, 3D shown the make the rotating-from horizon (164) to vertical (165) of the said cylinder or tubular-type of image-forming-unit (160A) or like FIG. 2G from horizon (190) to vertical (192).
(254) From FIG. 2F (180) (181)(182) (183) (184): At least one main-big gear-piece (180) is drive by the motor and axis to make it rotating with desired gear-teeth to reduce the rotating-per-minutes (RPM) to desired speed and drive one or more other surrounding or different height gear-piece (181) (182) (183) (184) to fit gear-teeth and the one or more other contacted-gear-piece (181) (182) (183) (184) so rotating while the main-big gear-piece (180) is rotating. Wherein, the smaller gear-piece (181) (182) (183) (184) has center image-forming-piece (185) (186) (187) (188) fit within so make the image-forming-piece (185) (186) (187) (188) which may is one of film, slide, cut-piece, printed-piece, shape-piece, or grating-piece for laser light-source.
(255) From FIG. 4A (95) (96) (97): The telescope optics-lens has built-in
(256) Screw-thread or tube-construction can easily move and change the refractive-lens (96) to up-and down to change the distance for one or more image-forming-device by manual or by motor with built-in cam-shaft or eccentric-shaft so can change the circle rotating to up-and-down straight or line movement the said telescope optics-lens. This is same as co-pending (#FF-2) (#FF-3) (#F-4) and issued (#FF-1) U.S. Pat. No. 8,721,160 B2 which file don Oct. 28, 2010 and Division of application Ser. No. 12/318,470 filed on Dec. 30, 2008 claim 2 [An LED project light as claimed in claim 1, further comprising at least one of the following elements: (2) a telescope assembly.], and claim 5 [An LED project light as claimed in claim 1, wherein said optics means includes an extend means and said extendable means changes a relative position of said slides, said light source, and said lens to adjust a focus of said image.] and/or
(257) The said Image-forming-unit(s) or device or assembly has dome or flat or curved or cylinder-coil or in-holder or other geometric-shape has desired location or position of said LED and/or laser project light the said arrangement(s) select from the following type:
(258) The said image-forming-unit or device as below examples but should not limited for these preferred embodiments including:
(259) (A) Plastic piece in a sheet, injected-piece, coil, cylinder, piece with holder that also has following desire combination or assortment treatment(s):
(260) (a-1) opening, shape cut-outs FIG. 3 (3h),
(261) (a-2) printing FIG. 2 (2h) (3h),
(262) (a-3) masking FIG. 2 (3h),
(263) (a-4) texture FIG. 1 (3),
(264) (a-5) stencil,
(265) (a-6) built-in optics-properties including:
(266) Reflective FIG. 1, and/or
(267) Refractive FIG. 1 (3c), and/or
(268) Diffusing FIG. 2
(269) Light passable FIG. 1 (3b), and/or
(270) Grating-piece FIG. 2 (3f);
(271) The said Image-forming-unit(s) or device or assembly has dome or flat or curved or cylinder-coil or in-holder or other geometric-shape has desired location or position of said LED and/or laser project light the said arrangement(s) select from the following type:
(272) (B-1) fix or within the said tube or tube-assembly or housing-assembly and not movable with or without changeable or replaceable as:
(273) FIG. 1 (3) inner-unit, (7) outer 2.sup.nd optics-lens.
(274) FIG. 2 (3j) outer flat-dome cover 2.sup.nd grating, and/or (3e) outer dome-flat cover diffusion-lens, and/or (3h), outer curved-cover wording, (3h) (3h) window but not punch-through type.
(275) FIG. 1B (31) 1.sup.st inner reflect and/or refractive inner optics-lens and outer arc cover has reflect and/or refractive optics-lens.
(276) FIG. 1E (74) (74) have outer 170 degree arc-cover printing and inner optics-lens has both reflective and refractive and printing or shaped-window (not punch-through).
(277) FIG. 2A (281) is clear window (not punch trough) for desired size to allow the below splendid light-beam which passing through the two rotate inner reflective and refractive optics-lens go through for whole or section of top flat-dome cover clear window.
(278) The said window (281) may have added art, design, see-through, painting, prints, art, and design.
(279) FIG. 2B (307) have texture (308) or print (309) or window (310).
(280) FIG. 2C (266) curved top cover have diffusing (265) or shaped holes (264) and the inner image-forming-unit or assembly (244) has cutout(s) (245) it can replace by the other piece of image-forming-unit having the said shaped window(s) (Not punch through) to form the image or patterns.
(281) FIG. 2E have the inner movable and changeable for 6 built-in rotating optic-lens assembly (137u) with different tube-unit(s) (137t) which each have non-movable inner image-forming-unit such as slide or film fixed on position for LED light beam can vertically passing through and form the moving image out from the top cover (137) which is clear and even thickness wall.
(282) FIG. 4A The LED ice-cream or tube-like housing for outdoor garden light application which has fixed position image-forming-unit which has film or slide or printed-piece (92) fit into the tray, or holder, or disc (91) which can replaceable by manual or automatically from the slot or opening (93) which is same as above discussed said co-pending (#FF-4=U.S. Ser. No. 14,967,862=Pending case) (#FF-3=U.S. application Ser. No. 14-539,027=Pending case) (#FF-2 U.S. Ser. No. 14/275,184=now allowed) (#FF-1 now is issued patent) and issued (#FF-1) U.S. Pat. No. 8,721,160 B2 which file don Oct. 28, 2010 and Division of application Ser. No. 12/318,470 filed on Dec. 30, 2008 FIGS. 1, 1B, 2, 3, 5A to 5G for change or replace the film or slide or printed-piece in holder or frame or disc by manual or automatically by motor with gear-set. Furthermore, the FIG. 4A the manual or automatically focus adjustable is shown on the co-inventor co-pending for claim 5 [An LED project light as claimed in claim 1, wherein said optics means includes an extend means and said extendable means changes a relative position of said slides, said light source, and said lens to adjust a focus of said image.], so this is co-inventor co-pending concept and coverage for above list discussed co-pending filed case date on 2008.
(283) FIG. 4B (107) top curve-edge low-dome cover has printed or painting or masking or window for the word (I Love U), star, geometric shape(s) which is fixed not movable.
(284) FIG. 4D (134) (135) is grating-piece which allow the inner laser light source to emit laser light-beam go through and split the original single high-power or high-wattage single light-beam to split into plurality of the low-power or low-wattage laser light-beam to show the pre-designed laser grating-piece designs, art, contours to outdoor surface as the co-inventor's co-pending filed case (#XX-2) US series number 15-170,171 which is CIP of Co-pending US series number 14-844,314 and its parent filed case U.S. Pat. No. 9,239,513 filed on Nov. 3, 2010.
(285) (B-2) Movable or Rotatable image-forming-unit or assembly or the image-plurality single or continuously image-forming-unit(s) inside holder, tray, disc and movable with or without changeable or replaceable the said unit or assembly as:
(286) FIG. 2 (3g) is flat-piece with reflective and refractive optic-lens or is a prism optics-lens to rotating along with the axis of the said gear-set(s) and motor (not shown)
(287) FIG. 3 (23) is the 1.sup.st inner moving optic-lens which has shaped cut-outs, window (not punch-through), opening, or printed shape with light passing-through and light block-out material to allow lower LED light-beam can passing through, or it is a film, slide, stencil, designs, arts, words.
(288) FIG. 2B (304) is a texture or marking or variable-thickness or has other optics-treatment to get reflective, refractive, diffusion, passing-through, block-out light-beam traveling path. The said 1.sup.st inner optics-lens (304) is movable by the said magnetic reaction-force which made by the magnetic-unit (202A) fit within the holder (298) with the magnetic-coil-unit (300) to make it move, shake, swing, floating and created the 1.sup.st image and/or patterns and emit the lighted patterns and/or image to the top curved or flat-dome or sphere outer-cover (307) which is fixed on position and with the textures or other optics-treatments (308) and/or wording (I love U) (309) or printed/painted/marking (310) so can get desired art work to show wording or image or patterns for shaking, waving, sifting, swing, vibration as co-inventor co-pending filed case (#QQQ-3-1) (#QQQ-3-2) (#FF-5) (#QQQ-7) (#QQQ-6) (#QQQ-5) (#QQQ-4) (#QQQ-3) where the (#QQQ-3) now is U.S. Pat. No. 9,909,739 U.S. Ser. No. 14/983,993 filed on Dec. 30, 2015 which have same drawing FIG. 1E and same drawing also show on the co-pending case parent filed case (#ZZZ-3) US application 14-503,647 Now is U.S. Pat. No. 9,719,654 has parent filed case 14-023,889 filed on Sep. 11, 2013 and the (#ZZZ-2013) is the 1.sup.st one worldwide for more than one optics-lens has reflective and refractive optics-lens for LED project light including indoor or outdoor applications including garden, outdoor project LED light.
(289) From FIG. 2C show the replaceable or equal function or alternative image-forming-device (248) in a cylinder-coiled type which can rotate along the base (253) which is drive by the vertical gear-piece (251) which is connected with horizon gear-set (250) which fix on the axis (249) (241) of the built-in LED light inner space motor (240). The rotating cylinder-coiled image-forming-unit which has printed or painting design, art, character, openings or other marking which will rotating to form the continuously image or patterns which show moving image and/or patterns.
(290) From the FIG. 3A (142) is horizon rotatable flat image-forming-piece or unit with the (143) is opening, window (not passing through) or (144) art, design, printing, or (145) art-design, painting, or (146) art, design, film, slide on the inner image-forming-unit or piece (142) which connect with axis of motor and its related gear-boxes or gear-assembly (147) so make the said image-forming-unit or piece (148) all the pre-designed art or words, or words been projected to outdoor building, fence, ceiling. Same as the FIG. 3E and FIG. 3G
(291) From FIG. 3H show the other preferred embodiment which similar with FIGS. 3B, 3C, 3D which has the cylinder-coiled or tubular image-forming-unit or piece (208) which is drive by built-in vertical gear-set (214) which is driver by horizon gear-set (206) which fixed on the axis of motor (205). The built-in LED or Laser is fit within the cylinder-coiled or tubular image-forming-unit (208) and LED or laser or both light-beam emit to straight to the said where the lighted patterns and/or image emit-out opening or front or outer cover (213). The said LED or laser or both light-beam passing through the cylinder-coiled or tubular-like image-forming-unit or piece (208) to form the 1.sup.st lighted image and/or patterns and it is optional to add one or more 2.sup.nd or N-number of image-forming-unit or pieces so can form more complicated and lived continue-moving lighted image such as cylinder-coiled image-forming-image has different colored racing cars and the 2.sup.nd image-forming-unit has the round-track and optional had the 3rd image-forming-unit has the street light and traffic-lamp both 2.sup.nd or N-number of added image-forming-unit is fixed not moved so can created a very funny driving image to show on the desired indoor or outdoor surface. Because consider the LED light unit or housing size and tall and diameter or outer dimension so the image or design or art on the cylinder-coiled or tubular image-forming-unit is very small so in front of cylinder or tubular image-forming-unit optional to add one or more magnify-functions optics-lens in front of the 2.sup.nd or N-number of mage-forming-unit or piece (210). while coiled to cylinder (208) is rotating the moving image or patterns match the 2.sup.nd or N-number 2.sup.nd or more image-forming-unit (210) and front one or more magnify optic-lens (211) and refractive-project-lens (212) can get very big lighted moving image. It is also appreciated to add the said refractive optics-lens (212) have extendable or retractable device [similar with FIG. 4A (95) (96) (97)] for refractive-lens as telescope by manual or automatically (incorporated with cam-shaft and motor and proper designed as above discussed) so can project to far-away distance for outdoor application to fence, garage door, building, housing like night-parade of Disney-land. FIG. 4A The LED ice-cream or tube-like housing for outdoor garden light application which has fixed position image-forming-unit which has film or slide or printed-piece (92) fit into the tray, or holder, or disc (91) which can replaceable by manual or automatically from the slot or opening (93) which is same as above discussed said co-pending (#FF-4=U.S. Ser. No. 14,967,862=Pending case) (#FF-3=U.S. application Ser. No. 14-539,027=Pending case) (#FF-2 U.S. Ser. No. 14/275,184=now allowed) (#FF-1 now is issued patent) and issued (#FF-1) U.S. Pat. No. 8,721,160 B2 which file don Oct. 28, 2010 is Division of application Ser. No. 12/318,470 filed on Dec. 30, 2008 and Furthermore, the FIG. 4A the manual or automatically focus adjustable is shown on the co-inventor U.S. Pat. No. 8,721,160 B2 for claim 5 [An LED project light as claimed in claim 1, wherein said optics means includes an extend means and said extendable means changes a relative position of said slides, said light source, and said lens to adjust a focus of said image.], so this is co-inventor co-pending concept and coverage for above list discussed co-pending filed case date on 2008. This prove the telescope or automatically or manual for adjust focus as FIG. 4A teach by co-inventor on copending filed case on 2008 for LED indoor and outdoor project light.
(292) From FIG. 5 (01-inner) is the 1.sup.st inner rotatable optic-lens and also have the (01a-inner) is the 2.sup.nd inner rotatable optics-lens both is fixed on the axis (07) which is go through lower PCB board (013) connect with base (06AA) gear-set(s) (06A) and lower motor (06) to make the one or more same color of different color with IC and/or wired or wireless including RF-system to operate the pre-determined LEDs (05) colors, timing, brightness, mixed-color, light-effect to be control to emit the desired LEDs light-beam to top one or more of the image-forming-device(s) or one or more optics-lens including added magnify-function lens, refractive-project-lens, extendable and retractable telescope magnify and focus adjustable optic-lens assembly similar with FIG. 4A (95) (96) (97) which is same as the co-inventor's co-pending (#FF-4=U.S. Ser. No. 14,967,862=Pending case) (#FF-3=U.S. application Ser. No. 14-539,027=Pending case) (#FF-2 U.S. Ser. No. 14/275,184=now allowed) (#FF-1 now is issued patent) and its patent (#FF-2008) and US issued U.S. Pat. No. 8,721,160 B2 for claim 5 [An LED project light as claimed in claim 1, wherein said optics means includes an extend means and said extendable means changes a relative position of said slides, said light source, and said lens to adjust a focus of said image.] for the outdoor LED or laser or both project light device as current drawing 15 pages details.
(293) From FIGS. 5B, 5C, 5D, 5E, 5F, 5G, 5H, 5I, 5J shown the top cover (7R) (9R) (01-T) is rotating along the long axis (07) from the gear-set (06) and lower motor (06) which the top cover has diamond-cut construction so can have multiple times reflected and refracted light-beam to create the splendid light-effects spread out to upper surface or front of the LED project light for outdoor building, wall, fence, garage door. The alternative arrangement is lower-dome shape that may be a flat top and curved-edge cover or other sphere-shape cover. It also appreciated the diamond-cut treatment top cover can have only (1) printed or painted, (2) have art, design, sticker on the top geometric cover, (3) cutout or opening or windows (not punch out).
(294) (C) The LED or Laser or both light-source has desired combination to created the different light effects may select from below assortments;
(295) (c-1) Single and/or multiple color LED(s) and/or laser light source for high-power with heat sink assembly to reduce the LED(s) heat.
(296) (c-2) Single and/or multiple color LED(s) and/or laser light source for lower-power.
(297) The said LED(s) and/or laser light source incorporate with the said IC and/or sensor and/or switch and/or remote controller and/or wired and/or wireless controller including RF-wireless transmitter and receiver as FIG. 1E (61) or FIG. 3A (139) or FIG. 3I (221) or FIG. 4 (97R).
(298) (D) Regarding: The Power source for the LED and/or laser project light including;
(299) (d-1) AC power source get from conductive-contact including prong as FIG. 1 (1a), FIG. 2 (9), FIG. 1B (33), FIG. 1E (66), FIG. 2A (270), FIG. 2B (290), FIG. 3F (217), FIG. 3I (231), FIG. 6 (8a).
(300) (d-2) AC power source get from conductive-contactor including AC plug-wire as FIG. 1C (39), FIG. 2A (271) (272), FIG. 3H (215), FIG. 4 (76), FIG. 4A (90), FIG. 4B (121), FIG. 5A (014), FIG. 6 (8a).
(301) (d-3) AC Power source get from conductive-contactor including AC Bulb-Base for LED and/or Laser Bulb as FIG. 4 (80) or FIG. 4C (128), or FIG. 4D (136).
(302) (d-4) DC power source get from outside or built-in LED light AC-to-DC circuit as FIG. 1D (55) with wire connection or quickly connector FIG. 5J (013A) AC-Plug transformer with quickly plug (014) and wire (012).
(303) (d-5) DC power source get from USB-port or Outside Batteries or outside energy-storage as FIG. 5G (055)
(304) (d-6) DC power source get from DC energy storage unit such as battery or rechargeable battery as FIG. 5G (013), FIG. 5J (013C)
(305) (d-7) which also has the 2.sup.nd DC power input quickly adaptor system (015) and get the power from outside separated AC-to-DC circuit or transformer as FIG. 5J (013A) (013B). The Outside DC power source also including the Solar module created DC power source which storage into rechargeable battery (013C) (013). It appreciated the circuit for LED light should accept the 2 types of dry-battery or Alkaline battery which has 1.5 Volt and rechargeable battery which have 1.2 Volt can be compatible for the said LED or laser or both light source project light for supply and accept the both 1.2 Volt and 1.5 Volt different average battery voltage for operation the said desired lighting effects, functions, performance.
(306) (E) Regarding: The said Parts and/or Accessories for the said LED or Laser or both light source project light device may optional to add into the said current outdoor or indoor or both project light device including:
(307) (e-1) The added extendable or retractable focus-adjustable assembly by manual or automatic to changing focus as FIG. 4A (95) (96) (97) which is Continuously for co-inventor co-pending case (#FF-4=U.S. Ser. No. 14,967,862=Pending case) (#FF-3=U.S. application Ser. No. 14-539,027=Pending case) (#FF-2 U.S. Ser. No. 14/275,184=now allowed) (#FF-1 now is issued patent) and (#FF-4) which is CIP of (#FF-3) which is CIP of (#FF-2)[now is allowed] Which is CIP of (#FF-1) now is US patented US (#FF-2008) and US issued U.S. Pat. No. 8,721,160 B2 for claim 5 [An LED project light as claimed in claim 1, wherein said optics means includes an extend means and said extendable means changes a relative position of said slides, said light source, and said lens to adjust a focus of said image.] for the outdoor LED or laser or both project light device as current drawing 15 pages details.
(308) (e-2) The added inner magnify-lens to add to magnify the tiny image-forming-unit as FIG. 3D (176).fwdarw.(177).fwdarw.(178) or piece (174) (179) which is continuously rotating cylinder or round or tubular image-forming-device as FIG. 3B, 3C, 3D (160A) so make the image become bigger and go through the front refractive properties project-lens such as FIG. 4A (95) (96) (97) so can become wider lighted continuously non-separated lighted image and/or patterns to show a short video effects.
(309) (e-3) The 2.sup.nd or N-number (N is any number) more image-forming-unit as FIG. 3H (210) (211) which is 2.sup.nd and 3rd or more image-forming-unit or piece to make more eye-catching lighted effects such as 1.sup.st rolling one shown the star-war vedar and 2.sup.nd fix is space-ships and 3rd is galaxy as background . . . so allow people to make a short movie or video.
(310) (e-4) The 2.sup.nd or N-number (N is any number) more inner optics-lens has refractive and/or reflective and/or diffusion and/or laser grating-functions optics-properties rotate in-clockwise and/or anti-clockwise to each other or others to make much splendid light beam and/or patterns and/or image to emit to front or top cover with or without optics-properties, printing, painting, art, design, opening(s), window (not punch out but light can passing through and/or block-out by art or design) in geometric shape such high-dome, low-dome, sphere, flat with top tiny radius, totally flat, ball, at least half ball or other desired outer shape.
(311) (e-5) The 2.sup.nd or N-number (N is any number) more gear-piece to joint with other gear-set which has built-in image-forming-piece as FIG. 3I cut-out (225), art (226), film (227), slide (228), other optics-lens (229) so while master or main gear-unit rotating will make the all connected other gear-unit image-forming-unit (225) (226) (227) (228) (229) rotate at the same time so one project light will have as many as possible for 2.sup.nd or N-number image and/or pattern projected out from one single LED or laser or both project light device.
(312) (e-6) The 2.sup.nd or N-number (N is any number) more gear-unit(s) connect with other orientation gear-unit(s) to change rotating orientation or position from horizon to vertical or reverse, so can save the LED project light overall housing dimension, size, length as FIG. 3H (206) (207).
(313) (e-7) The additional audio device to play the sound to matching the projected image and/or patterns such as FIG. 15 (58-1) the LED and/or laser project light has built-in audio-system which has sound, music, voice can play to public matching the desired lighted image and/or patterns and/or cartoon to make not only projection but also audio/voice/sound/music together.
(314) (e-8) The additional parts and accessories may select from below list:
(315) (e8i) all kind of switch, conductive, electric.
(316) (e8ii) radar sensor (which has 360 degree detected areas with preferred distance),
(317) (e8iii) all kind motion sensor, photo sensor as FIG. 2B (285-2),
(318) (e8iv) all kind of wireless remote controller as FIG. 2B (285-1)
(319) (e8v) RF remote controller FIG. 1D (57) RF-receiver built-in of LED and/or laser light device,
(320) (e8vi) wifi controller as FIG. 1B (29-1) RF-receiver built-in of LED and/or laser light device
(321) (e8vii) all kind of motion-sensor FIG. 3F (219-1) and trigger RF-transmitter FIG. 3F (219-2) built-in the 1.sup.st of LED and/or laser project light unit FIG. 3F (218) and the RF transmitter FIG. 3F (219-2) send out wireless signal while motion-sensor FIG. 3F (219-1) detected moving objects to far-away RF receiver FIG. 3G (232-1) which built-in 2.sup.nd or N-number (N is any number) other garden or outdoor LED and/or laser project light unit FIG. 3 (123) as FIG. 1D (57) RF-receiver built-in of LED and/or laser light device, and FIG. 3A (139) RF-receiver,
(322) (e8viii) tubular or cylinder or tray or holder or housing-parts assembly FIG. 6B (21) (19) (17) and each have well assembled to prevent from light-beam leakage out. The said assembly (ASS) having light-source (15) and image-forming-unit (20) or film (20) or slide (20) or printed-piece (20) to form the image or light pattern (25) with top refractive (24) or magnify lens (24) to enlarge the said inside assembly (ASS) small or tiny image or patterns forming-unit (20) and project out to wider areas.
(323) (e8ii) Added 2.sup.nd or N-number (N is any number) of the Image-forming-unit or piece as FIG. 6A (27) fit into rotatable disc or holder or tray, or FIG. 3H (210) (210) have cylinder coiled 1.sup.st and 2.sup.nd front image-forming-unit(s), or FIG. 3I (225) (226) (227)(228) (229) inside the each gear-set.
(324) (e8x) 2.sup.nd or N-number (N is any number) more replaceable or changeable image-forming-unit which inside tray or holder as FIG. 4A (92) fit within the holder (91) and change from housing slot (93) which is similar with co-inventor co-pending (#FF series) and (#DD-series) for same drawing with current invention FIG. 6 and FIG. 6A for plurality image-forming-unit (27) fit into the rotatable disc or holder or tray (26) to fit into light-device slot (9). These replace and/or rotatable like cylinder coiled image-forming-unit is same concept as co-inventor co-pending concept all the image-forming-device surface tiny or small image and/pattern and/or design have to positioned on front of light-source light-beam traveling direction even it is replaceable, inter-changeable, rotatable, cylinder-coiled rotating piece, or insert into the housing slot tray . . . etc. All still same as the Continuously for co-inventor co-pending case (#FF-4=U.S. Ser. No. 14,967,862=Pending case) (#FF-3=U.S. application Ser. No. 14-539,027=Pending case) (#FF-2 U.S. Ser. No. 14/275,184=now allowed) (#FF-1 now is issued patent) (#FF-4) which is CIP of (#FF-3) which is CIP of (#FF-2)[now is allowed] Which is CIP of (#FF-1) now is US patented US (#FF-2008) and US issued U.S. Pat. No. 8,721,160 B2 or U.S. Pat. No. 9,097,413 parent case U.S. Ser. No. 12/292,153 filed on Nov. 12, 2008 now is U.S. Pat. No. 7,871,192 have FIG. 6, FIG. 7 same as current FIG. 6, 6A, 6B and US patent for more than one image-forming-unit fit into replaceable and changeable disk, holder, tray of at least one of image and/or patterns image-forming-unit.
(325) (e8xi) 2.sup.nd or N-number (N is any number) more opening or window (Not punch through) or printed-area or see-through area(s) or art-areas or design-areas came out the desired single or multiple colors light beam as FIG. 2 (3h) (3h), FIG. 3 (3i) (3h), FIG. 1D (53) (54), FIG. 1E (74) (74), FIG. 2B (309) (310), FIG. 2C (264) (265), FIG. 3A (146) (145) (144) (143), FIG. 3F (197) (198) (199) (200) (201), FIG. 4 whole top-cover (U3), FIG. 4B (105) and (other areas 104), FIGS. 5B,5C whole top (7R) (9R)
