LED lamp with integral control receptacle
An LED lamp is enhanced by adding an integral control receptacle, wherein a frame structure of the lamp having a horizontal top surface is adapted by attaching a photocontrol receptacle on the top surface and wiring it for powering some pins of the receptacle and for connecting some pins for controlling functions of the LED lamp. The control is provided by plugging a suitable controller into the receptacle. Advantageously, a metal plate is attached between the receptacle and the lamp frame, thereby enhancing performance in ways that include heat sinking, blocking uplight, reflecting added light down and outward. Additional lighting effects are derived from optionally shaping the plate, providing different surfaces on it, and/or attaching more LEDs on it.
1. An enhanced LED lamp comprising:
a frame structure supporting vertically arrayed LEDs and having a horizontal top surface, distal to a base end;
an integral receptacle for a lamp controller attached on the top surface, and a disc mounted on the top surface and extending radially outward; wherein the lamp controller has pins for electrical connections to pin sockets in the integral receptacle; and
wherein the integral receptacle and the lamp controller being adapted for base down installation and in an enclosed post top lighting fixture.
2. The enhanced LED lamp of claim 1 , wherein:
the lamp controller is a programmable controller.
3. The enhanced LED lamp of claim 2 , wherein:
the programmable controller utilizes wireless communications.
4. The enhanced LED lamp of claim 2 , wherein:
the programmable controller of a iSLC-3100 -7 P model CIMCON.
5. The enhanced LED lamp of claim 1 , wherein:
the receptacle is a NEMA C136.41 receptacle.
6. The enhanced LED lamp of claim 1 , wherein:
the disc extends outward of the vertically arrayed LEDs.
7. The enhanced LED lamp of claim 1 , wherein:
the disc is round and has a diameter of approximately 4 to 7 inches.
8. The enhanced LED lamp of claim 1 , wherein:
the disc has a reflective surface.
9. The enhanced LED lamp of claim 1 , wherein:
the disc is opaque to block uplight.
10. The enhanced LED lamp of claim 1 , wherein:
the disc is thermally conductive.
11. The enhanced LED lamp of claim 1 , wherein:
the disc is plastic.
12. An enhanced LED lamp comprising:
a frame structure supporting vertically arrayed LEDs and having a horizontal top surface, distal to a base end;
an integral receptacle foe a lamp controller attached on the top surface; and a disc mounted on the top surface and extending radially outward; wherein the lamp controller has pins for electrical connections to pin sockets in the integral receptacle; and
wherein the integral receptacle and the lamp controller being adapted for vertical burning in a globe enclosed lighting fixture.
13. The enhanced LED lamp of claim 12 , further comprising:
a disc mounted on the top surface and extending radially outward.