Gimbaled ceiling lamp
View Patent ↗A ceiling lamp consists of one or more LEDs supported by a housing that fits within a hemispherical framework that may be installed in a ceiling. The LED housing comprises a hemispherical heat sink that may be movably retained within the framework and may be rotated 360 degrees in the horizontal plane and downwardly in the vertical plane. The frame has one or more upwardly extending legs rigidly attached to a ceiling trim and that hold a circular ring positioned above the heat sink. An adjustment screw passes through a concave disc above the ring, and extends through the ring where it is attached to the hemispherical heat sink.
1. A gimbaled ceiling lamp comprising:
A frame, a concave disc, a heat sink, and a light source;
said frame having a circumferential lower portion adapted to be affixed within a round ceiling cavity, and comprising one or more legs and a ring,
said one or more legs extending upwardly and inwardly from said circumferential lower portion to support said ring above the approximate center of said circumferential lower portion;
said ring forming a support for holding said concave disc above said ring;
said heat sink being shaped to fit and rotate within said frame and below said ring, said heat sink supporting said light source affixed to a lower portion of said heat sink and being in surface contact with said light source such that heat generated by said light source is transferred to said heat sink;
said heat sink and said concave disc being connected by an elongate member extending from said concave disc through said ring and being joined to an upper portion of said heat sink;
whereby said heat sink and said light source may be rotated within said frame to direct light from said light source in any direction below said ceiling.
2. The gimbaled ceiling lamp as claimed in claim 1 wherein said light source further comprises one or more light emitting diodes.
3. The gimbaled ceiling lamp as claimed in claim 2 , said one or more light emitting diodes being mounted on a printed circuit board.
4. The gimbaled ceiling lamp as claimed in claim 1 wherein said frame is substantially hemispherical in shape.
5. The gimbaled ceiling lamp as claimed in claim 4 , said heat sink having an upper portion that is hemispherical such that said upper portion of said heat sink fits correspondingly within said substantially hemispherical frame.
6. The gimbaled ceiling lamp as claimed in claim 1 wherein said elongate member comprises a threaded screw.
7. The gimbaled ceiling lamp as claimed in claim 6 wherein said threaded screw is adjustable in one direction to increase friction between said heat sink, said ring, and said concave disc, and is adjustable in an opposite direction to decrease such friction.
8. The gimbaled ceiling lamp as claimed in claim 1 wherein said frame comprises three legs.
9. The gimbaled ceiling lamp as claimed in claim 8 wherein said ring is circular.
10. The gimbaled ceiling lamp as claimed in claim 9 wherein said concave disc has a circular perimeter and the diameter of said ring is smaller than the diameter of said concave disc.
11. The gimbaled ceiling lamp as claimed in claim 1 wherein said circumferential lower portion of said frame comprises a flange.
12. A gimbaled ceiling lamp comprising:
A heat sink having an upper exterior surface formed to fit movably within a concave frame and a lower surface adapted to support a light source;
said light source being removably attached to said lower surface of said heat sink and being in direct contact with said heat sink such that heat is transferred from said light source to said heat sink;
said concave frame being integrally connected to a circular trim flange and comprising a circular ring above said circular trim flange, and further comprising a plurality of supports extending upwardly to hold said ring above and centered upon said circular trim flange;
an adjustment plate comprising a concave surface, said adjustment plate being larger than the diameter of said ring and being attached to said upper exterior surface of said heat sink with a threaded screw whereby said threaded screw extends through said adjustment plate and said ring such that said heat sink is supported within said concave frame by said threaded screw and said adjustment plate;
whereby the distance between said adjustment plate and said heat sink is adjustable with said threaded screw such that said threaded screw may be tightened to create friction between said heat sink, said ring, and said adjustment plate.