LED ARRAY MODULE AND LED ARRAY MODULE FRAME
A solid state light emitter module frame includes a supporting member, legs, and arms. The supporting member is configured to support a reflector. The legs are coupled to the supporting member. The arms are coupled to the supporting member and extend inwardly towards an inner edge of the supporting member. Each of the arms has an attachment mechanism for attaching to an solid state light emitter array.
1 . A frame, comprising:
a supporting member;
one or more legs coupled to the supporting member; and
one or more arms extending inwardly from the supporting member, wherein the one or more arms are configured to support a plurality of solid state light emitters.
2 . The frame of claim 1 wherein the supporting member further comprises one or more holes for attaching the frame to a printed circuit board, the printed circuit board supporting the solid state light emitters.
3 . The frame of claim 1 wherein each of the one or more legs includes a hole for attaching a cover to the frame via a bolt.
4 . The frame of claim 1 wherein each of the one or more legs includes a hole for attaching a cover and the frame to a heat sink via a bolt.
5 . The frame of claim 1 wherein each of the one or more arms has a distal end with means for attaching the frame to a substrate supporting the solid state light emitters.
6 . The frame of claim 5 wherein the means for attaching the frame to the substrate for each of the one or more arms comprises a compression foot.
7 . The frame of claim 1 wherein the one or more legs have a height and are arranged with the one or more arms such that the solid state light emitters are supported in the frame below the legs.
8 . The frame of claim 1 wherein each of the one or more legs includes a pin extending from a distal end thereof for attaching to a heat sink.
9 . The frame of claim 8 wherein each of the one or more legs includes means for biasing the pin towards the distal end of the leg.
10 . The frame of claim 9 wherein the means for biasing the pin for each of the one or more legs comprises a compression spring.
11 . The frame of claim 9 wherein the means for biasing the pin for each of the one or more legs comprises a tension spring.
12 . The frame of claim 8 wherein the pin for each of the one or more legs includes means for providing an electrical power connection to the solid state light emitters.
13 . The frame of claim 12 wherein the means for providing an electrical power connection to the solid state light emitters in the pin for each of the one or more legs comprises a hole in the pin for routing an electrical conductor to the solid state light emitters.
14 . A solid state light emitter module, comprising:
a printed circuit board;
a frame coupled to the printed circuit board; and
a solid state light emitter coupled to the frame.
15 . The solid state light emitter module of claim 14 , comprising a reflector coupled to the frame.
16 . The solid state light emitter module of claim 14 , comprising a cover coupled at a first end to the frame for covering the LED array.
17 . The solid state light emitter module of claim 14 , comprising a secondary optic coupled at a second end of the cover opposite to the first end.
18 . The solid state light emitter module of claim 14 , the frame comprising:
a supporting member;
one or more legs having a proximal end coupled to the supporting member; and
one or more arms extending inwardly from the supporting member, wherein the one or more arms are configured to support a plurality of solid state light emitters.
19 . The solid state light emitter module of claim 14 wherein the supporting member further comprises one or more holes for attaching the frame to a printed circuit board, the printed circuit board supporting the solid state light emitters.
20 . The solid state light emitter module of claim 14 wherein each of the one or more legs includes a hole for attaching a cover to the frame via a bolt.
21 . The solid state light emitter module of claim 14 wherein each of the one or more legs includes a hole for attaching a cover and the frame to a heat sink via a bolt.
22 . The solid state light emitter module of claim 14 wherein each of the one or more arms has a distal end with means for attaching the frame to a substrate supporting the solid state light emitters.
23 . The solid state light emitter module of claim 22 wherein the means for attaching the frame to the substrate for each of the one or more arms comprises a compression foot.
24 . The solid state light emitter module of claim 14 wherein the one or more legs have a height and are arranged with the one or more arms such that the solid state light emitters are supported in the frame below the legs.
25 . The solid state light emitter module of claim 14 wherein each of the one or more legs includes a pin extending from a distal end thereof for attaching to a heat sink.
26 . The solid state light emitter module of claim 25 wherein each of the one or more legs includes means for biasing the pin towards the distal end of the leg.
27 . The solid state light emitter module of claim 26 wherein the means for biasing the pin for each of the one or more legs comprises a compression spring.
28 . The solid state light emitter module of claim 26 wherein the means for biasing the pin for each of the one or more legs comprises a tension spring.
29 . The solid state light emitter module of claim 25 wherein the pin for each of the one or more legs includes means for providing an electrical power connection to the solid state light emitters.
30 . The solid state light emitter module of claim 29 wherein the means for providing an electrical power connection to the solid state light emitters in the pin for each of the one or more legs comprises a hole in the pin for routing an electrical conductor to the solid state light emitters.
31 . The solid state light emitter module of claim 25 , further comprising a removable thermal grease sheet attachable to a bottom surface of the solid state light emitters and removable prior to attaching the solid state light emitter module to the heat sink.
32 . A frame, comprising:
a supporting member;
one or more arms extending inwardly from the supporting member; and
one or more legs coupled to the supporting member wherein the one or more legs are configured to support a plurality of solid state light emitters.
33 . The frame of claim 32 wherein the supporting member further comprises one or more holes for attaching the frame to a printed circuit board, the printed circuit board supporting the solid state light emitters.
34 . The frame of claim 32 wherein each of the one or more legs includes a hole for attaching a cover to the frame via a bolt.
35 . The frame of claim 32 wherein each of the one or more legs includes a hole for attaching a cover and the frame to a heat sink via a bolt.
36 . The frame of claim 32 wherein each of the one or more arms has a distal end with means for attaching the frame to a substrate supporting the solid state light emitters.
37 . The frame of claim 36 wherein the means for attaching the frame to the substrate for each of the one or more arms comprises a compression foot.
38 . The frame of claim 32 wherein the one or more legs have a height and are arranged with the one or more arms such that the solid state light emitters are supported in the frame below the legs.
39 . The frame of claim 32 wherein each of the one or more legs includes a pin extending from a distal end thereof for attaching to a heat sink.
40 . The frame of claim 39 wherein each of the one or more legs includes means for biasing the pin towards the distal end of the leg.
41 . The frame of claim 40 wherein the means for biasing the pin for each of the one or more legs comprises a compression spring.
42 . The frame of claim 40 wherein the means for biasing the pin for each of the one or more legs comprises a tension spring.
43 . The frame of claim 39 wherein the pin for each of the one or more legs includes means for providing an electrical power connection to the solid state light emitters.
44 . The frame of claim 43 wherein the means for providing an electrical power connection to the solid state light emitters in the pin for each of the one or more legs comprises a hole in the pin for routing an electrical conductor to the solid state light emitters.