Compact omnidirectional LED light
The present invention is directed to a compact omnidirectional light emitting diode (LED) light. In one embodiment, the compact omnidirectional light includes a metal base including a stalk, a power supply coupled to the metal base, a reflector including one or more reflector cups coupled to the metal base and enclosing the power supply, an LED circuit board including one or more LEDs coupled to the reflector and a lens coupled to the metal base and enclosing the LED circuit board and the reflector, wherein the lens surface is smooth.
1. An omnidirectional light emitting diode (LED) light, comprising:
a metal base comprising a stalk;
a power supply coupled to said metal base;
a reflector coupled to said metal base, the reflector comprising one or more reflector cups and enclosing said power supply, wherein the one or more reflector cups form a circular edge of the reflector, wherein the reflector and the one or more reflector cups are a single seamless piece;
an LED circuit board comprising one or more LEDs coupled to an upper portion of said reflector, wherein a light emitted from each one of said one or more LEDs is reflected by a first side of said reflector opposite a second side of said reflector enclosing said power supply, wherein said LED circuit board is coupled to said reflector where each one of said one or more LEDs points downward into a respective one of said one or more reflector cups; and
a lens coupled to said metal base and enclosing said LED circuit board and said reflector.
2. The omnidirectional LED light of claim 1 , wherein said LED circuit board is coupled to said reflector where said one or more LEDs are directed along an axis of said stalk toward said metal base.
3. The omnidirectional LED light of claim 1 , wherein said reflector comprises metalized plastic.
4. The omnidirectional LED light of claim 1 , wherein said one or more reflector cups are designed to distribute the light from said one or more LEDs in a full 360 degree radial coverage.
5. The omnidirectional LED light of claim 1 , wherein said one or more reflector cups are conic.
6. The omnidirectional LED light of claim 5 , wherein said one or more reflector cups comprise two axes of curvature, wherein each one of said two axes of curvature is not the same.
7. The omnidirectional LED light of claim 1 , wherein said metal base is designed for various mounting configurations via one or more different types of collars.
8. The omnidirectional LED light of claim 1 , wherein said lens is free of optical features.
9. The omnidirectional LED light of claim 1 , wherein said stalk is coupled to said LED circuit board to provide heat transfer away from said LED circuit board and said power supply.
10. An omnidirectional light emitting diode (LED) light, comprising:
a reflector comprising one or more reflector cups, wherein the one or more reflector cups form a circular edge of the reflector, wherein the reflector and the one or more reflector cups are a single seamless piece;
an LED circuit board comprising one or more LEDs coupled to an upper portion of said reflector, wherein said LED circuit board is coupled to said reflector where each one of said one or more LEDs points downward into a respective one of said one or more reflector cups;
a heat sink coupled to said LED circuit board;
at least one LED coupled to said heat sink;
a metal base comprising a stalk coupled to said reflector;
a power supply coupled to said metal base and enclosed by said reflector, wherein a light emitted from said at least one LED is reflected by a first side of said reflector opposite a second side of said reflector enclosing said power supply; and
a lens coupled to said metal base and enclosing said LED circuit board, said reflector, said heat sink and said at least one LED coupled to said heat sink.
11. The omnidirectional LED light of claim 10 , wherein said heat sink is star shaped.
12. The omnidirectional LED light of claim 10 , wherein said at least one LED coupled to said heat sink provides the light in an upward direction.
13. The omnidirectional LED light of claim 10 , wherein said LED circuit board is coupled to said reflector where said one or more LEDs are directed along an axis of said stalk toward said metal base.
14. The omnidirectional LED light of claim 10 , wherein said one or more reflector cups are designed to distribute the light from said one or more LEDs in a full 360 degree radial coverage.
15. The omnidirectional LED light of claim 10 , wherein said one or more reflector cups are conic.
16. The omnidirectional LED light of claim 15 , wherein said one or more reflector cups comprise two axes of curvature, wherein each one of said two axes of curvature is not the same.
17. The omnidirectional LED light of claim 10 , wherein said lens is free of optical features.
18. A reflector for use in an omnidirectional light emitting diode (LED) light, comprising:
a cavity, wherein said cavity comprises a first side for enclosing a power supply;
a means for coupling one or more LEDs to an upper portion of a second side of said cavity that is opposite said first side of said cavity, wherein a light emitted from said one or more LEDs is reflected by said second side of said cavity; and
one or more reflector cups made of metalized plastic opposite said cavity for receiving a respective one of said one or more LEDs, wherein the one or more LEDs are positioned downward where each one of said one or more LEDs points downward into a respective one of said one or more reflector cups, wherein the one or more reflector cups form a circular edge of the reflector, wherein the reflector, the cavity and the one or more reflector cups are a single seamless piece, wherein said one or more reflector cups comprise:
a conic shape; and
two different axes of curvature.