SYSTEM ASSEMBLY AND DESIGN OF PHOTOELECTRIC CONTROLLER DEVICE

• US 20130044444A1
• Filed: 08/18/2011
• Published: 02/21/2013
• Est. Priority Date: 08/18/2011
• Status: Abandoned Application

• Current Assignee: General Electric Company
• Original Assignee: General Electric Company
• Inventors: CREIGHTON, Jason, AURONGZEB, Deeder, ABOUMRAD, Tony, SELECKY, Michael
• Application Number:
  US13/212,712
• Publication Number:
  US 20130044444A1
• Time in Patent Office: Days
• US Class Current: 361/752
• CPC Class Codes: F21V 15/01 Housings, e.g. material or assembling of housing parts F21V15/02 takes precedence housings forming signs or letters G09F13/04
• CPC Class Codes: F21V 23/0442 activated by means of a sensor, e.g. motion or photodetectors
• CPC Class Codes: F21V 23/0464 the sensor sensing the level of ambient illumination, e.g. dawn or dusk sensors
• CPC Class Codes: F21W 2131/10 Outdoor lighting
• CPC Class Codes: F21W 2131/103 of streets or roads
• CPC Class Codes: G01J 1/0271 Housings; Attachments or accessories for photometers
• CPC Class Codes: G01J 1/0403 Mechanical elements; Supports for optical elements; Scanning arrangements
• CPC Class Codes: G01J 1/0407 Optical elements not provided otherwise, e.g. manifolds, windows, holograms, gratings

Abstract

A photoelectric controller device includes a housing. At least two printed circuit boards can be secured in an interior of the housing. The printed circuit boards include a photosensor and communication circuitry. Electrically conductive, main terminals are secured in electrical contact with one of the printed circuit boards. A communication terminal is also secured in electrical contact with the communication circuitry on one of the printed circuit boards. Also featured is a design of a base plate of the photoelectric controller device that secures at least one circuit board and a design of a window for the photosensor. The controller may include at least one printed circuit board comprising a sensor selected from the group consisting of the photosensor, an infrared sensor or a visible detector, and combinations thereof.

Claims

1. A photoelectric controller device comprising:

a housing and an electrically insulating base secured in said housing;

at least two printed circuit boards secured to said base plate in an interior of said housing, said printed circuit boards including a photosensor that enables power to a device to be controlled in response to ambient light and communication circuitry for sending signals that communicate with said device;

main electrically conductive terminals secured in electrical contact with one of said printed circuit boards for providing power to said device; and

a communication terminal secured in electrical contact with said communication circuitry on one of said printed circuit boards.

2. The photoelectric controller device of claim 1 wherein said base plate is secured near an open end of said housing.

3. The photoelectric controller device of claim 1 wherein said housing comprises a window aligned with said photosensor.

4. The photoelectric controller device of claim 2 wherein said housing is cup shaped and includes a larger diameter body portion near an open end thereof, said larger diameter body portion including a circumferentially extending shoulder and spaced apart ramp members extending outwardly of said shoulder toward the open end, and said base plate is snap fit against said ramp members into contact with said shoulder.

5. The photoelectric controller device of claim 4 wherein said base plate includes spaced apart recesses on an outer surface thereof that engage said ramp members.

6. The photoelectric controller device of claim 2 wherein said housing includes circumferentially spaced openings and said base plate includes circumferentially spaced, interiorly threaded portions at a periphery thereof aligned with said openings, and fasteners extending through said openings into said threaded portions.

7. The photoelectric controller device of claim 1 wherein said base plate includes an interior surface and fingers extending from said interior surface including ramp members at end portions thereof that enable an outer one of said printed circuit boards to be snap fit against said ramp members into contact with said fingers.

8. The photoelectric controller device of claim 1 wherein said base plate includes first polymeric risers extending from an inner surface thereof through openings in an outer one of said printed circuit boards into contact and bonded with an inner one of said printed circuit boards, and a second polymeric riser extending from the inner surface of said base plate into contact and bonded with the outer said circuit board, wherein said main terminals are disposed inside said first risers and are secured in electrical contact with circuitry on said inner printed circuit board and said communication terminal is disposed inside said second riser into electrical contact with said communication circuitry on said outer printed circuit board.

9. The photoelectric controller device of claim 1 comprising a window opening formed in a wall of said housing, said wall including a channel surrounding said window opening and a window pane comprised of light transmitting material received in said channel.

10. The photoelectric controller device of claim 1 wherein said main terminals are each arcuate and L-shaped, said main terminals being spaced around said communication terminal.

11. The photoelectric controller device of claim 1 wherein said communication terminal has a circular or a ring shape.

12. The photoelectric controller device of claim 11 wherein said communication terminal comprises a centrally located pin and a surrounding ring member around which said main terminals are disposed.

13. The photoelectric controller device of claim 1 wherein said printed circuit boards include two printed circuit boards in contact with and extending along said base plate and a third printed circuit board oriented transverse to said two printed circuit boards.

14. The photoelectric controller device of claim 13 wherein said third printed circuit board includes circuitry for enabling wireless communication between said photoelectric device and another device at a remote location.

15. The photoelectric controller device of claim 13 wherein said third printed circuit board is flexible.

16. The photoelectric controller device of claim 9 wherein said housing includes a protective coating and said window includes a protective coating comprised of light transmissive material.

17. A photoelectric controller device comprising:

a housing including a window opening formed in a wall of said housing, said wall including a channel surrounding said window opening;

a window pane comprised of light transmitting material received in said channel;

an electrically insulating base plate secured near an open end of said housing, said housing and said base plate including structure enabling said base plate to be snap fit against said housing;

at least two printed circuit boards secured in an interior of said housing and fastened to said base plate, said printed circuit boards including a photosensor that enables power to a lighting fixture to be controlled in response to ambient light and dimming circuitry sending signals enabling said lighting fixture to be dimmed;

electrically conductive main terminals secured in electrical contact with one of said printed circuit boards and extending through said base plate for providing power to said lighting fixture; and

a circular or ring shaped, electrically conductive dimming terminal secured in electrical contact with said dimming circuitry on one of said printed circuit boards and extending through said base plate.

18. The photoelectric controller device of claim 17 wherein said printed circuit boards include a third printed circuit board oriented transverse to said two printed circuit boards.

19. The photoelectric controller device of claim 18 wherein said third printed circuit board includes circuitry for enabling wireless communication between said photoelectric controller device and another device at a remote location.

20. The photoelectric controller device of claim 18 wherein said third printed circuit board is flexible.

21. The photoelectric controller device of claim 17 wherein said base plate includes first polymeric risers extending from an inner surface thereof through openings in an outer one of said printed circuit boards into contact and bonded with an inner one of said printed circuit boards, and a second polymeric riser extending from the inner surface of said base plate into contact and bonded with the outer said circuit board, wherein said main terminals are disposed inside said first risers and are secured in electrical contact with circuitry on said inner printed circuit board and said dimming terminal is disposed inside said second riser into electrical contact with said dimming circuitry on said outer printed circuit board.

22. A photoelectric controller device comprising:

a housing including a window opening formed in a wall of said housing, said wall including a channel surrounding said window opening;

a window including a window pane comprised of light transmitting material received in said channel;

at least one printed circuit board secured in an interior of said housing; and

electrically conductive, main terminals secured in electrical contact with said printed circuit board.

23. The photoelectric controller device of claim 22 wherein said window pane includes a ridge that is snap fit against said wall.

24. The photoelectric controller of claim 22 comprising a circular or ring shaped communication terminal secured in electrical contact with one of said printed circuit boards.

25. A photoelectric controller device comprising:

a cup shaped housing that includes a larger diameter body portion near an open end portion thereof, said larger diameter body portion including a circumferentially extending shoulder and spaced apart ramp members extending outwardly of said shoulder;

a base plate that is snap fit against said ramp members into contact with said shoulder;

at least one printed circuit board secured in an interior of said housing to said base plate;

electrically conductive, main terminals secured in electrical contact with said printed circuit board and extending through said base plate.

26. The photoelectric controller device of claim 25 wherein said base plate includes spaced recesses on an outer surface thereof that engage said ramp members.

27. The photoelectric controller of claim 25 comprising a circular or ring shaped communication terminal secured in electrical contact with one of said printed circuit boards.

28. A controller device comprising:

a conducting or insulating housing and an electrically insulating base secured in said housing;

at least one printed circuit board secured to said base in an interior of said housing, said printed circuit board including a sensor selected from the group consisting of a photosensor, infrared sensor or visible detector, that enables power to a device to be controlled in response to ambient light or detection of an object, and communication circuitry for sending signals that communicate with said device;

main electrically conductive terminals secured in electrical contact with said printed circuit board for providing power to said device; and

a communication terminal secured in electrical contact with said communication circuitry on said printed circuit board.

29. The controller device of claim 28 including a second printed circuit board which is generally parallel or orthogonal to said printed circuit board.

30. The controller device of claim 29 wherein said second printed circuit board includes circuitry for enabling wireless communication between said controller device and another device at a remote location.

31. The controller device of claim 29 wherein said printed circuit board is generally circular.