Wall flower lamp

Abstract

A wall flower lamp having an LED powered receptacle portion with a back face for mounting on a wall; a ring of sectorial, artificial sepals covering the front face; an LED mounted centrally on the front face and, a series of narrow elongate, artificial petals extending from the eye radially outwards over respective individual artificial sepals, each petal mounting a LED string extending over center lines of respective sepals for illuminating surfaces of respective sepals in respective different colors simultaneously. The sepals have out-turned, radially extending edges that combine forming respective radially extending out-turned cusps providing a light barrier enabling the individual sepals to capture and reflect colored light from a respective overlying LED string while preventing the light leaking/bleeding onto an adjacent sepal of different color. A receiver/controller and power supply is responsive to signals from a hand held remote controller whereby the receptacle, individual sepals and the eye can be illuminated in desired or predetermined sequences of respectively different colors and/or shades.

Claims

1. A wall flower lamp comprising: a disk-shape, receptacle portion having a front face and, a back face for mounting on a wall; a ring board with a plurality of dished/concave sectors which are artificial sepals mounted on the front face of the receptacle in covering relation; a central eye on the front face, mounting an illuminating LED and, a series of narrow elongate, artificial petals extending from the eye radially outwards over respective individual artificial sepals, each artificial petal mounting a LED string extending over center lines of respective artificial sepals for illuminating surfaces of respective artificial sepals in respective different colors simultaneously; the artificial sepals having out-turned, radially extending edges so that adjacent pairs of edges of adjacent artificial sepals combine to forming a radially extending out-turned cusp providing a light barrier enabling the individual artificial sepals to capture and reflect colored light from a respective overlying LED string while preventing the light leaking/bleeding onto an adjacent artificial sepal of different color; and a receiver/controller and power supply responsive to signals from a hand held remote controller whereby the receptacle, individual sepals and the eye can be illuminated in desired or predetermined sequences of respectively different colors and/or shades.

2. A wall flower lamp according to claim 1 wherein the artificial sepals are integrally joined together along their respective adjacent radially extending edges.

3. A wall flower lamp according to claim 1 wherein the hand-held remote controller has a console of similar shape to the front face of the lamp with actuating buttons located in positions corresponding to the artificial petals, artificial sepals, eye and under the base for ease of user operation.

4. A wall flower lamp face comprising: a ring board with a plurality of dished/concave sectors which are artificial sepals; a series of narrow elongate, artificial petals mounted concentrically with the ring of artificial sepals so that respective artificial petals extend radially outwards over respective individual artificial sepals, each artificial petal mounting a LED string extending over center lines of respective artificial sepal for illuminating surfaces of respective artificial sepals in respective different colors simultaneously; wherein the artificial sepals each have out-turned, radially extending edges so that adjacent pairs of edges of adjacent artificial sepals combine to forming a radially extending out-turned cusp providing a light barrier enabling the individual artificial sepals to capture and reflect colored light from a respective overlying LED string while preventing the light leaking/bleeding onto an adjacent artificial sepal of different color.

5. A wall flower lamp face according to claim 4 wherein the artificial sepals are integrally joined together along their respective adjacent radially extending edges to form a single, plate-form piece.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIGS. 1-5 are respectively, a front perspective view of the wall flower lamp; a back view; a side view; a front view and a cross-sectional view along axis A-A in FIG. 4;

(2) FIG. 6 is a schematic view of the lamp showing the locations of the LEDs;

(3) FIG. 7 is a color photographs of a wall mounted flower lamp with the base receptacle, sepals and eye each illuminated in a different color;

(4) FIG. 8 is a perspective of the hand held controller.

(5) The wall flower lamp comprises an LED powered, disk-shape, receptacle portion 1 for mounting a back face thereof adjacent a wall. The receptacle LED is formed as a circle of LEDS 7 extending around the receptacle periphery.

(6) A composite ring board with a plurality of dished/concave sectors which are artificial sepals 2A-2D is mounted on a front face of the receptacle 1 in covering relation. In practice, the four sepals are molded as a single plate-form piece. A central eye 3 mounts an illuminating LED 8 and, a series of narrow elongate, artificial petals 4A-4D radiate from around the eye 3, bowing over respective individual sepals 2A-2D. Sepals 4A-4D each mount a respective LED string 9A-9D extending over a center line of respective underlying sepals for illuminating surfaces of respective sepals in respectively different colors simultaneously.

(7) The sepals each have opposite out-turned, radially extending edges 10A-10D so that such edges of adjacent sepals combine to forming a radially extending out-turned cusp 11 providing a light barrier enabling an individual sepal to capture and reflect colored light from a single respective overlying LED string while preventing the light color leaking/bleeding onto an adjacent sl of different color, as shown in FIG. 7.

(8) A receiver/controller IC 12 and power supply is responsive to signals from a hand held remote controller whereby the receptacle, individual sepals and the eye can be illuminated in desired or predetermined sequences of respectively different colors and/or shades.

(9) The hand-held remote controller has a console of similar shape to the lamp with actuating buttons located in positions corresponding to the petals, sepals, eye and under the base, for ease of operation.