Detachable illuminating costume accessory

Abstract

A detachable illuminating accessory for use in a mask or costume, and the associated mask or costume, in which the detachable illuminating accessory includes a top housing and a base housing, defining a cavity therebetween for one or more lighting elements and power elements providing to the lighting elements whereby the base housing includes a reversible attachment element for securing and releasing the accessory to a mask or costume, the top housing and the base housing reversibly contacting together to permit selective electrical connection between the one or more lighting elements and the one or more power elements and to provide activation of the one or more lighting elements or deactivation.

Claims

1. A detachable illuminating accessory for use in a face mask or costume, the detachable illuminating accessory comprising: a top housing; and a base housing including a reversible attachment element for selective securing the same to said face mask or costume, said base housing mating with said top housing to define a container for one or more lighting elements and one or more power elements; said detachable illuminating accessory further comprising a selective switching mechanism for providing and removing electrical connection between said one or more lighting elements and said one or more power elements, wherein said selective switching mechanism comprises said top housing being screw threaded to said base housing to reversibly contact the top housing with the base housing at a point sufficient to permit connection between the one or more lighting elements and the one or more power elements and activation of the one or more lighting elements, and a spring configured to connect the one or more lighting elements and the one or more power elements.

2. The detachable illuminating accessory of claim 1, wherein the one or more power elements are one or more lithium batteries.

3. The detachable illuminating accessory of claim 1, wherein the one or more lighting elements include an LED providing white lighting.

4. The detachable illuminating accessory of claim 1, wherein an exterior of the top housing is translucent plastic.

5. The detachable illuminating accessory of claim 1, wherein an exterior of the top housing is colored.

6. The detachable illuminating accessory of claim 5, wherein the exterior of the top housing has the appearance of an eyeball.

7. The detachable illuminating accessory of claim 1, wherein the one or more lighting elements are driven by an integrated circuit within said top housing or said base housing for a visual effect other than merely constant illumination.

8. The detachable illuminating accessory of claim 1, wherein the reversible attachment element is a fastening element configured to attach to a corresponding and mating fastening receiving element on the mask or costume.

9. The detachable illuminating accessory of claim 1, wherein said detachable illuminating accessory is selectively housed in a socket of said face mask or said costume.

10. The detachable illuminating accessory of claim 1, wherein the top housing and the base housing define a cavity therebetween and are provided with a twist- or screw-top mating connection such that the top housing is twisted or screwed onto and with respect to the base housing for reversibly contacting the housings to the point sufficient to permit connection between the one or more lighting elements and the one or more power elements and to provide activation of the one or more lighting elements.

11. A mask comprising: one or more reversible attachment receiving elements allowing for securing to and removal from said mask of one or more detachable illuminating accessories, wherein the detachable illuminating accessory comprises: a top housing; a base housing which, with said top housing, defines a cavity for one or more lighting elements and one or more power elements, said detachable illuminating accessory further comprising a reversible attachment element for securing the same and allowing removal of said detachable illuminating accessory from said mask in cooperation with said one or more reversible attachment receiving elements of said mask; and a spring configured to selectively electrically connect the one or more lighting elements and the one or more power elements when said top housing is at a point sufficient to permit electrical connection between the one or more lighting elements, wherein the top housing is configured to reversibly contact the base housing at a point sufficient to permit connection between the one or more lighting elements and the one or more power elements and activation of the one or more lighting elements.

12. The mask of claim 11, wherein the one or more power elements are one or more lithium batteries.

13. The mask of claim 11, wherein the one or more lighting elements include white LEDs.

14. The mask of claim 11, wherein an exterior surface of the top housing is colored.

15. The mask of claim 11, wherein the one or more lighting elements is varied in illumination effect by an integrated circuit contained within the cavity defined between said top housing and said base housing, said integrated circuit in electrical connections with said one or more lighting elements and said one or more power elements.

16. The mask of claim 11, wherein the reversible attachment element of the mask is a hook and loop fastening element configured to attach to a corresponding hook and loop fastening receiving element of the one or more reversible attachment receiving elements.

17. The mask of claim 11, wherein the top housing and the base housing are configured for a twist- or screw-top connection such that the top housing is twisted or screwed onto the base housing for reversibly contacting to the point sufficient to permit connection between the one or more lighting elements and the one or more power elements and activation of the one or more lighting elements.

18. The mask of claim 11, further comprising at least one eye slot opening disposed adjacent to the one or more reversible attachment receiving elements.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1A illustrates a schematic and exploded illustration of a detachable illuminating face mask element (an eyeball) according to one embodiment of the present invention;

(2) FIG. 1B is an open illustration of a detachable illuminating face mask element (an eyeball) according to one embodiment of the present invention and shows electrical and mechanical interior of the eyeball, when the front is unscrewed from the rear;

(3) FIG. 2 illustrates a schematic and exploded illustration of a face mask having detachable illuminating mask elements (eyeballs) according to one embodiment of the present invention;

(4) FIG. 3A illustrates a front perspective view illustration of the face mask having detachable illuminating mask elements of FIG. 2, as worn by a user in an inactivated state;

(5) FIG. 3B illustrates a side view illustration of the face mask having detachable illuminating mask elements (eyeballs) of FIG. 2, as worn by a user in an inactivated state;

(6) FIG. 4A illustrates a front perspective view illustration of the face mask having detachable illuminating mask elements (eyeballs) of FIG. 2, as worn by a user in an activated state; and

(7) FIG. 4B illustrates a side view illustration of the face mask having detachable illuminating mask elements (eyeballs) of FIG. 2, as worn by a user in an activated state.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS AND THE DRAWINGS

(8) The present invention is directed to a face mask element that may reversibly attach to the face mask and reversibly (turn on and off) illuminate. In one example of the present invention, the face mask elements have the appearance of a set of bulging eyeballs. Such an eye-shaped mask element 10 may attach to the mask 1 at a region 20a and 20b representative of the eye sockets of the mask's depicted face. A mask element taking the form of a bulging eyeball 10 is only one embodiment of the present invention, and the mask element of the present invention may take the form of any costume or face mask component that may be reversibly attached to the costume component and activated and deactivated, i.e., turned on and off and on again, etc. These components can be easily removed, replaced, re-installed, illuminated and turned off, with additional forms including other facial or costume body features.

(9) The mask element may be reversibly attached to the face mask or costume by any industry-accepted reversible attachment mechanism, including, but not limited to, VELCRO, with hooks and corresponding loops, snaps, button and button hole, zipper, adhesive, and the like. In the embodiment in which VELCRO fastening means are utilized, a first half of the VELCRO fastening means may be disposed by adhesive on a back side of the housing for the face mask element (the eyeball being the preferred embodiment) and a corresponding and mating second half of the VELCRO fastening means (the first could be the loops and the second the hooks, or vice versa) may be disposed on or in the desired regions 20a and 20b of the mask or costume which holds the bulging eyeball, i.e., the eye sockets. One can easily appreciate the present invention from a review of the Figures with the region representative of the eye sockets 20a and 20b of the mask 1, depicted as a face, such that when the first and second halves of the VELCRO fastening means are brought together, the face mask elements 10 are reversibly affixed to the mask or costume at the desired locationin the eye sockets.

(10) The face mask elements 10 (preferably resembling an eyeball) may be reversibly turned on and off or illuminated by any industry-accepted reversible illumination or activation mechanism, including, but not limited to, twist/screw top relative to a battery holding chamber, a slide switch, a click push or tap mechanism, a darkness sensor, and the like. In the embodiment in which a twist-screw top is utilized, a first part or the bulging housing 11a and 11b of the mask elements may include one or more LED lights (not individually shown), wire connected to a central metal circular piece 32 which has a spiral battery spring 34 connected thereto. (See FIG. 1). The base housing 12a and 12b for the battery holding chamber for the mask element 10 may include one or more battery elements 42 (e.g., lithium batteries) with an electrical metallic connector element 50. This piece is in electrical contact with the bottom of the battery (the positive side) and then extends up the side edge of the battery(ies) and towards the outer ring 36 of the plate, such that when the first part or housing is sufficiently twisted or screwed (the first part 11 has female interior threads and the second part has exterior male threads) onto the second part or the base member 12, the battery spring 34 and the electrical connector 50 make sufficient electrical contact (complete the circuit) with the one or more battery elements 42, thereby activating the one or more LED lights. The eyeball or face mask element will turn on and off in a manner quite similar to a conventional flashlight which turns on and off by simple screwing of one part of the housing with respect to another part such that the battery spring and electrical connector are (either or both) in or no longer in sufficient electric contact with the one or more battery elements. The first part 11 may still be attached (i.e., twisted onto) to the second part 12 and the lighting not be activated, as long as there is no longer sufficient contact between the LEDS, inner metal ring 32, spring 34, battery(ies) 42 and electrical connector 50 back to the outer ring and then to the other wire leads of the LEDs. In this way, the first part 11 is never fully removed by unscrewing (except to exchange LEDs or the battery) from the second part 12, keeping the mask element housing intact for easy turning on and off. However, the first part may be capable of being fully removed from the second part so as to access the battery elements and the LEDs for replacement.

(11) The lights in the mask element may be white, clear or colored. In the embodiment in which the lights are white, a front exterior portion of the housing for the mask element may be a certain color (by paint or otherwise) such that when the interior LED lights are activated, the mask element appears illuminated in that color. For example, the front exterior portion of the mask elements, the eyeballs, may be painted with red streaks, such as by the application of red paint, and upon activation, the mask element is illuminated in a glowing red color. Relatedly, the front exterior portion of the mask element may be in the appearance of a red eye, such as by the application of red and black paint/streak lines on a clear or translucent front of the housing such that upon activation, the mask element is illuminated so as to appear as a glowing red or blood-shot eye. In the embodiment in which the lights are colored, a front exterior portion of the mask element may be clear, translucent or transparent such that the color of the colored lights is visible or can be merged to a visual effect with the transmittivity of the plastic and painting on the exterior of the housing. Preferable colors for the LEDs include red, yellow, and green. The present invention also envisages interchangeability of colors in the mask elements, e.g., a mask with a first green eye-shaped mask element and a second red eye-shaped mask element, permitting for further customization. The LEDs can be connected to a small IC board within the housing such that they may blink, change which LED is illuminated, be sequenced, etc.

(12) The mask itself may be a half mask, in which the wearer's bottom face portion is exposed, or a full mask, in which the wearer's entire face is covered, except for appropriate viewing (eye slots 40 are provided for the wearer's actual eyes to see through the face mask for safety) and mouth and/or nose breathing openings. The face mask elements of the present invention are simulations of the eyes of the face mask but should not interfere with the actual viewing and breathing openings (eye slits and apertures) of the mask. In the embodiment in which bulging eye-shaped mask elements held in eye sockets are utilized, the mask should be able to permit viewing through eye slits or openings 40 in the mask, and the eye-shaped bulging mask elements should be disposed adjacent to such eye openings or slits.

(13) FIG. 1A shows the components of a detachable illuminating mask element (an eyeball) of the present invention, in particular, a mask element or eyeball 10. Mask element 10 includes a top outwardly bulging first housing 11 and a flat rear, base or second housing 12. The two housings connect together and form a cavity for the electrical components of the eyeballs. Top housing 11 reversibly attaches (in this case by screwing threads of the top housing onto and off of the base housing) onto base housing 12 by a twist/screw top mechanism (interior female threads are provided on the open edge of the top housing 11 and corresponding exterior male threads on the top outside edge of the base element 12). The threads are located around their outside surfaces. In this embodiment of the present invention, top housing 11 is configured in the appearance of a red and blood shot eye, such as by the application of red and black paint onto an otherwise clear bulging eye chamber. In certain embodiments of the present invention, the back side of base 12 includes a reversible attachment mechanism for reversibly attaching element or eyeball 10 to an eye socket 20a of a face mask 1 or receiving location on a costume. Within mask element 10 are sufficient interconnected elements or means for reversibly controlling the electrical illumination of the mask element 10, such as one or more LED lights, one or more battery elements, and an on and off device, preferably a battery spring, a metal support plate and a finger like electrical connector. A small integrated circuit can also be provided within the eyeball housing 11 and/or 12 to vary the effects of the LEDs, over time, e.g., switching on and off, changing colors and/or intensity, etc.

(14) As can be appreciated, the top housing 11 is screwable onto the bottom base 12 and then the base 12 is held, removably into the eye socket 20a (and the Velcro secured thereto) by the corresponding Velcro on the flat rear of the base securing to the corresponding Velcro of the eye socket area of the mask 1. In this manner, the mask element can be secured to and removed from the eye ball socket 20a of the mask 1.

(15) Also, as should be appreciated, the mask element 10 comprises an outwardly bulging substantially transparent or translucent first element 11 which mechanically couples to the base member 12 via screw threads, male and female, respectively. The bulging element 11 contains the LEDs and they are electrically connected to a small metal plate with an inner conductive circle 32 having one end of the LEDs connected thereto, a separating or insulative ring 36 which surrounds the conductive circle 32 and is insulative and an outer ring of metal 37 which is secured to the other end of the LEDs, all contained within the housing 11. The thin metal plate is slightly recessed into the element 11 by the depth of the female threads. Preferably, the exterior of the element 11 and/or that of base member 12 are provided with knurling so as to allow for easy twisting of the same vis a vis one another, to turn the LEDs (and make and remove mechanical and electrical connection) on and off. The LED's are in series and have one end or terminal wire electrically secured to the inner circle 32 and the other lead or terminal wire connected to the outer metal ring 37 of the plate. A helical spring 34 is secured to the rear of the circle 32 and the spring 34 extends toward the base or second element 12. The free end of the helical spring is meant to make electrical contact with the small button pole (usually negative) of the one or more batteries 42, connected in series, and maintained in the base member 12. The base member can be sufficiently deep to house two button batteries (in series) therein.

(16) In the preferred embodiment, the coupling of the top housing 11 to the base member 12 further comprises a small rubber O ring 41 (see FIG. 1A) to seal the interior of the eyeball 10 from water.

(17) The base member 12 is disc-like and comprises a rear flat outside or back surface to which one element of the Velcro attachment means is secured. Likely that is done by simple adhesive. The interior of the base member 12 is a chamber provided for holding the one or more button batteries. Located in electrical connection with the flat or back/rear side of the bottom battery, usually the positive pole, is a small piece of metal 50, in a U-shape, which then extends up one edge of the battery(ies) and extends upwardly toward the outer ring 37 of the metal plate of the housing or top member 11. When the screw threads of the housing 11 are secured into the screw threads of the base member 12, a complete electrical connection is made extending between one end of the leads of the LEDs, to the inner circle 32 of the metal plate, to the spring 34, to the negative side of the battery 42, to the positive side of the battery(ies) 42 to the small metallic connector 50 and then extending back to the outer ring 37 of the thin plate to thereby complete the circuit (as the outer ring holds the second wire or terminal ends of the LEDs). This allows the LEDs to turn on. Correspondingly, unscrewing, even partially, the top housing 11 from the base member 12 will cause a loss of electrical connection between the small metallic piece 50 beneath the battery 42 and extending towards the outer ring 37 of the metal piece of the top member 11 to turn the LEDs off. Other mechanisms can be used as are available in simple and small flashlights. Twisting the front member 11 and tightening the screw connection threads tends to turn the LEDs on while untwisting the front member 11 vis a vis the base member 12 tends to remove the complete electrical connection (by separating the metal piece 50 from the outer ring 37) which will turn the LEDs off.

(18) FIG. 2 shows the components of a mask of the present invention that has detachable illuminating mask elements 10, in particular mask 1 having a first mask eye ball element 10a and a second or eyeball mask element 10b. First mask element 10a includes a first top or housing 11a and a first base or mating housing 12a, and second mask element 10b includes a second top housing 11b and a second mating base housing 12b. Mask elements 10a and 10b may be configured in a similar manner to the mask element embodied of FIGS. 1A and 1B, both with respect to the reversible (on and off) illumination and the reversible attachment (secured to the face mask and removable as desired). Accordingly, mask 1 includes a first attachment point 20a (an eyeball socket) and a second attachment point 20b (preferably another eye ball recessed socket) for attachment of mask elements 10a and 10b, respectively. This may be achieved by disposing a first half of the VELCRO fastening means (say the loops) on the back sides of housing bases 12a and 12b, respectively, and disposing a corresponding second half of the VELCRO fastening means (the hooks) on mask 1 at attachment points 20a and 20b (the eyeball sockets), respectively, such that when the first and second halves of the VELCRO fastening means are brought together, mask elements 10a and 10b are reversibly affixed to mask 1. Attachment points 20a and 20b are disposed adjacent to eye slits or openings 40 in mask 1 such that mask 1 permits acceptable actual viewing by the wearer when worn, even in instances where mask 1 includes mask elements 10a and 10b attached thereto.

(19) FIGS. 3A and 3B are varying views of mask 1 in which mask elements 10a and 10b are attached thereto but in an inactivated state. In particularly, top housings 11a and 11b have not been sufficiently twisted or screwed onto bases 12a and 12b such that illumination activation and a complete electrical circuit is not present. FIGS. 4A and 4B are varying views of mask 1 in which mask elements 10a and 10b are attached thereto and in an activated or illuminated state as a consequence of complete electric circuit between the LEDs, the plate, the circle, the spring, the battery(ies) and the metallic finger 50. In particularly, top housings 11a and 11b have been sufficiently twisted or screwed with respect and onto base housings 12a and 12b such that illumination activation occurs, which produces the glowing red or blood shot eye effect of this embodiment. The housings are made of thin preferably clear or translucent plastic and are mating cavities, holding the LEDs and the electrical/mechanical switching mechanism (outer and inner rings, spring, batteries and metal finger). The edges of the housings are provided with mating male and female screw threads for mating engagement.

(20) The embodiments and examples above are illustrative, and many variations can be introduced to them without departing from the spirit of the disclosure or from the scope of the invention. For example, elements and/or features of different illustrative and exemplary embodiments herein may be combined with each other and/or substituted with each other within the scope of this disclosure. Therefore, it is intended that the invention not be limited to the particular embodiments disclosed, but that the invention will include all embodiments falling within the scope of the invention and the claims. For a better understanding of the invention, its operating advantages and the specific objects attained by its uses, reference should be had to the accompanying drawings and descriptive matter, in which there is illustrated a preferred embodiment of the invention.