Light assemblies may contain a light socket assembly powered by an alternating current source, the light socket assembly containing a female socket for threadedly or otherwise receiving a light bulb or a retrofit socket, for example. An AC/DC converter electrically communicates with the light socket assembly thereby providing direct current to the light socket assembly. A first set of direct current contacts communicating with the AC/DC converter is formed within or about the light socket assembly. A solid state lighting source contains a second set of direct current contacts contained within the solid state lighting source, whereby the second set of direct contacts electrically communicates with and corresponds to the first set of direct current contacts. When assembled, the solid state lighting source such as an annular ring coupled to at least one light emitting diode, operably engages the light socket assembly and is fixed about at least a portion of the light socket assembly.
1. A light assembly comprising:
a light socket assembly powered by an alternating current source, said light socket assembly containing an outer periphery and a female socket for receipt of a solid state light bulb;
an alternating current/direct current converter electrically communicating with said light socket assembly;
a first set of direct current contacts formed along said outer periphery; and
a solid state lighting source containing an inner annular periphery and a second set of direct current contacts corresponding to said first set of direct current contacts,
wherein said solid state lighting source slidably engages said outer periphery of said light socket assembly to electronically mate said first and said second sets of direct current contacts.
2. A light assembly comprising:
a light socket assembly powered by an alternating current source, said light socket assembly containing a first female socket;
an alternating current/direct current converter electrically communicating with said light socket assembly;
a second light socket assembly containing a male portion for receipt within said first female socket, said second light socket assembly containing an outer periphery and a second female socket for receipt of a solid state light bulb;
a first set of direct current contacts formed along said outer periphery; and
a solid state lighting source containing an inner annular periphery and a second set of direct current contacts corresponding to said first set of direct current contacts,
wherein said solid state lighting source slidably engages said outer periphery of said second light socket assembly to electronically mate said first and said second sets of direct current contacts.
3. A light assembly comprising:
a first light socket assembly powered by an alternating current source, said first light socket assembly containing an outer periphery and a female socket for receipt of a first solid state lighting source;
an alternating current/direct current converter electrically communicating with said first light socket assembly;
a first set of direct current contacts electrically communicating with said converter and formed within said first light socket assembly; and
a second solid state lighting source containing a second set of direct current contacts for electrically communicating with said first set of direct current contacts,
wherein said second solid state lighting source is removably engaged with at least a portion of said outer periphery of said first light socket assembly to electronically mate said first and said second sets of direct current contacts.
4. The light assembly of claim 3 wherein said second solid state light source is an annular ring coupled to at least one light emitting diode.
5. The light assembly of claim 3 wherein said first light socket assembly further comprises a direct current jack for actuation of a remote device.
6. The light assembly of claim 3 wherein said light assembly further comprises a second light socket assembly, said second light socket assembly threadedly receiving said first light socket assembly.
7. The light assembly of claim 3 wherein said second solid state light source comprises a plurality of light emitting diodes.
8. The light assembly of claim 3 further comprising a photovoltaic sensor electrically communicating with and actuating said second solid state light source.
9. The light assembly of claim 3 further comprising a motion sensor electrically communicating with and actuating said solid state light source.
10. The light assembly of claim 3 wherein said second solid state light source slidably engages said periphery of said first light socket assembly to mate said first and second sets of direct current contacts.
11. The light assembly of claim 3 wherein said first solid state light source is an incandescent light bulb.