Portable programmer for a lighting control

• US 5,187,655 A
• Filed: 01/16/1990
• Issued: 02/16/1993
• Est. Priority Date: 01/16/1990
• Status: Expired due to Term

• Current Assignee: Lutron Technology Company LLC
• Original Assignee: Lutron Electronics Company Incorporated (Lutron Electronics)
• Inventors: Keeports, Doug W., Post, Robert P., Spira, Joel S., Ference, Jonathan H., Luchaco, David G., D'Aleo, Michael J.
• Primary Examiner(s): Smith, Jerry
• Assistant Examiner(s): Gordon, Paul
• Application Number:
  US07/465,354
• Time in Patent Office: 1,127 Days
• Field of Search: 364/140, 364/146, 364/188, 364/189, 364/191, 364/143, 364/144, 315/288, 315/295, 315/291, 315/314, 315/292, 315/297, 315/294
• US Class Current: 700/17
• CPC Class Codes: G05B 19/0426 Programming the control sequence
• CPC Class Codes: G05B 19/108 characterised by physical layout of switches; switches co-operating with display; use of switches in a special way
• CPC Class Codes: G05B 2219/23406 Programmer device, portable, handheld detachable programmer
• CPC Class Codes: H05B 47/10 Controlling the light source
• CPC Class Codes: H05B 47/155 Coordinated control of two or more light sources

Abstract

A hand-held programmer is provided for adjusting various functions of a multi-scene, multi-zone programmable lighting control. The programmer generally includes push-buttons for selecting particular scenes and zones to be programmed and for activating any one of the functions to be adjusted; namely, intensity, fade time, and fade delay. An alphanumeric LCD display includes a number of controllable display areas, adjacent to and aligned with the push-buttons, for identifying the names of the selected scene and zone and the function settings associated with them. A cylindrically elongated rotary encoder, having a knurled, rubbery surface, is easily manipulated to adjust the setting of the activated function and provides kinesthetic feedback, so that its adjustment can be coordinated with a visual perception of the lighting scene. A locking type socket receives a corresponding plug for electrically connecting the programmer to a wall station in any one of a number of lighting areas to provide communication between the programmer and the lighting control. Once connected to a wall station in a particular area, the programmer is prevented from selecting scenes or zones in other areas to prevent inadvertent misadjustments.

Claims

1. A portable programmer for adjusting various function settings of a programmable lighting control, comprising:

a) a support housing;

b) a plurality of push-buttons disposed on a front surface of said support housing for selecting a scene and zone to be programmed and for activating one of said functions to be adjusted;

c) means for adjusting said activated function; and

d) display means on said front surface of said support housing for simultaneously identifying said selected scene and zone and indicating said function settings, said display means having a plurality of individually controllable display areas aligned with said plurality of push-buttons, so that each display area corresponds to at least one button; and

wherein at least three of said plurality of push-buttons are substantially aligned in a horizontal array below said display means.

2. A portable programmer for adjusting various function settings of a programmable lighting control, comprising:

a) a support housing;

b) a plurality of push-buttons disposed on a front surface of said support housing for selecting a scene and zone to be programmed and for activating one of said functions to be adjusted;

c) means for adjusting said activated function, said adjusting means including an actuator comprising a rotary encoder, mounted on said support housing, that is manually movable through a range of positions for adjusting said activated function;

d) display means on said front surface of said support housing for simultaneously identifying said selected means and zone and indicating said function settings, said display means having a plurality of individually controllable display areas aligned with said plurality of push-buttons, so that each display area corresponds to at least one button; and

wherein said rotary encoder is cylindrically elongated along a horizontal axis and is mounted in said support housing below and substantially aligned with said display means.

3. A portable programmer for adjusting various function settings of a programmable lighting control, comprising:

(a) a support housing;

(b) a plurality of push-buttons disposed on a front surface of said support housing for selecting a scene and a zone to be programmed and for activating one of said functions to be adjusted;

(c) means for adjusting said activated function said adjusting means including an actuator comprising a rotary encoder, mounted on said support housing, that is manually movable through a range of positions for adjusting said activated function;

(d) display means on said front surface of said support housing for simultaneously identifying said selected scene and zone and indicating said function settings, said display means having a plurality of individually controllable display area aligned with said plurality of push-buttons, so that each display area corresponds to at least one button; and

wherein said rotary encoder increases or decreases said function setting by an amount that is proportional to its displacement and to a predetermined adjustment increment, and wherein said adjustment increment increases by a factor of four when a rotational velocity of said rotary encoder exceeds a predetermined velocity.

4. The portable programmer of claim 3 wherein said predetermined velocity is approximately between 0.5 r/s and 3 r/s.

5. A portable programmer for adjusting various function settings of a programmable lighting control, comprising:

a) a support housing;

b) a plurality of push-button disposed on a front surface of said support housing for selecting a scene and zone to be programmed and for activating one of said functions to be adjusted;

c) means for adjusting said activated function; and

d) display means on said front surface of said support housing for simultaneously identifying said selected scene and zone by name and indicating said function settings, said display means having a plurality of individually controllable display area aligned with said plurality of push-buttons, so that each display area corresponds to at least one button.

6. A portable programmer for adjusting various function settings of a programmable lighting control, comprising a support housing, on which are mounted;

a) a plurality of push-buttons for selecting a scene and zone to be programmed and for activating one of said functions to be adjusted; and

b) actuator means, manually movable through a range of positions for adjusting said activated function; and

wherein at least three of said plurality of push-buttons are substantially aligned in a horizontal array.

7. A portable programmer for adjusting various function settings of a programmable lighting control, comprising a support housing, on which are mounted:

a) a plurality of push-buttons for selecting a scene and zone to be programmed and for activating one of said functions to be adjusted; and

b) actuator means, manually movable through a range of positions for adjusting said activated function, said movable actuator comprising a rotary encoder, said rotary encoder having a knurled surface, which is partially exposed through said support housing; and

wherein said rotary encoder is cylindrically elongated along a horizontal axis and is mounted in said housing support below and substantially aligned with said display means.

8. A portable programmer for adjusting various function settings of a programmable lighting control, comprising a support housing, on which are mounted;

(a) a plurality of push-buttons for selecting a scene and zone to be programmed and for activating one of said functions to be adjusted; and

(b) actuator means, manually movable through a range of positions for adjusting said activated function, said movable actuator comprising a rotary encoder, wherein said rotary encoder increases or decreases said function setting by an amount that is proportional to its displacement and to a predetermined adjustment increment, and wherein said adjustment increment increases by a factor of four when a rotational velocity of said rotary encoder exceeds a predetermined velocity.

9. The portable programmer of claim 8 wherein said predetermined velocity is approximately between 0.5 r/s and 3 r/s.

10. A portable programmer for adjusting various function settings of a programmable multi-zone, multi-scene lighting control, comprising

a) a support housing;

b) means attached to said support housing for selecting a scene and zone to be programmed, said selecting means comprising a vertically aligned array of pushbuttons;

c) push-button operated means for flashing said selected zone on and off while said push-button is depressed;

d) means attached to said support housing for activating one of said functions to be adjusted; and

e) means for adjusting said activated function.

11. The portable programmer of claim 10 wherein said array of push-buttons comprise momentary contact switch push-buttons.

12. The portable programmer of claim 10 wherein said array of push-buttons comprise membrane switch push-buttons.

13. A portable programmer for adjusting various function settings of a programmable multi-zone, multi-scene lighting control, comprising

a) a support housing;

b) means attached to said support housing for selecting a scene and zone to be programmed;

c) push-button operated means for flashing said selected zone on and off while said push-button is depressed, said flashing means being operated by a horizontally elongated momentary pushbutton on said support housing;

d) means attached to said support housing for activating one of said functions to be adjusted;

e) means for adjusting said activated function.

14. The portable programmer of claim 13 wherein said flashing means flashes said selected zone at a frequency approximately between 1Hz and 5Hz.

15. A portable programmer for adjusting various function settings of a programmable multi-zone, multi-scene lighting control, comprising

a) a support housing;

b) means attached to said support housing for selecting a scene and zone to be programmed;

c) push-button operated means for flashing said selected zone on and off while said push-button is depressed, said flashing means comprising means for determining the intensity setting of said selected zone and for initially flashing said zone to full-on or full-off when said zone intensity setting is less than or greater than about 50% of full intensity, respectively;

d) means attached to said support housing for activating one of said functions to be adjusted; and

e) means for adjusting said activated function.

16. A portable programmer for adjusting various function settings of a programmable multi-zone, multi-scene lighting control, comprising

a) a support housing;

b) means attached to said support housing for selecting a scene and zone to be programmed;

c) push-button operated means for flashing said selected zone on and off while said push-button is depressed;

d) means attached to said support housing for activating one of said functions to be adjusted, said activating means comprising a horizontal array of push-buttons and each push-button in said array activating one of said functions; and

e) means for adjusting said activated function.

17. A portable programmer for adjusting various function settings of a programmable multi-zone, multi-scene lighting control, comprising

a) a support housing;

b) means attached to said support housing for selecting a scene and zone to be programmed;

c) push-button operated means for flashing said selected zone on and off while said push-button is depressed;

d) means attached to said support housing for activating one of said functions to be adjusted.

e) means for adjusting said activated function, said adjusting means including an actuator comprising a rotary encoder, mounted on said support housing, that is manually movable through a range of positions for adjusting said activated function, said rotary encoder having a knurled surface which is partially exposed through said support housing, said rotary encoder being cylindrically elongated along a horizontal axis.

24. The portable programmer of claim 17 wherein said multi-terminal socket is of a type that receives a locking type plug.

25. The portable programmer of claim 17 wherein said multi-terminal socket further provides power to said programmer.

18. In a lighting area having an identifying area number, a wall-mounted device for providing communication between a programmable lighting control and a portable programmer, comprising;

a) a support housing;

b) means, disposed within said support housing, for storing information representative of said area number;

c) circuit means, disposed within said support housing, for electrically connecting said wall-mounted device to said programmable lighting control to provide communication therebetween;

d) means, connected to said circuit means and said storing means, for transmitting information, including said area number information, to said programmer; and

e) means, connected to said circuit means, for receiving information from said programmer.

19. The portable programmer of claim 18 wherein said storing means comprises a bank of individually settable dip switches.

20. The portable programmer of claim 19 wherein said storing means further comprises a serial encoder for providing serial information representative of said dip switch positions.

21. The portable programmer of claim 18 wherein said circuit means comprises a multi-terminal connector.

22. The portable programmer of claim 21 wherein said circuit means further comprises voltage surge and short circuit protection means.

23. The portable programmer of claim 18 wherein said transmitting means and said receiving means comprise a multi-terminal socket, attached to said support housing, for receiving a corresponding plug to electrically connect said wall-mounted device to said programmer.

26. The portable programmer of claim 18 wherein said transmitting means comprises a radio frequency transmitter.

27. The portable programmer of claim 18 wherein said transmitting means comprises an infrared transmitter.

28. The portable programmer of claim 18 wherein said receiving means comprises a radio frequency receiver.

29. The portable programmer of claim 18 wherein said receiving means comprises an infrared receiver.

30. The portable programmer of claim 18 further comprising at least one push-button means disposed on a front surface of said support housing for selecting one of a plurality of preset lighting scenes.

31. The portable programmer of claim 30 further comprising means for indicating said selected zone.

32. A portable programmer for adjusting various function settings of a programmable lighting control, comprising:

a) a support housing;

b) means, attached to said support housing, for electrically connecting said portable programmer to a wall station in a selected one of a plurality of lighting areas to provide communication between said programmer and said lighting control;

c) a plurality of push-buttons, disposed on a front surface of said support housing, for selecting a scene and zone in said selected area to be programmed and for activating one of said functions to be adjusted;

d) circuit means, disposed within said support housing for preventing selection of a scene or zone in an area other than said selected area; and

e) means for adjusting said activated function.

33. The portable programmer of claim 32 wherein said connecting means comprises a multi-terminal socket.

34. The portable programmer of claim 33 wherein said socket is of a type that receives a locking type plug.

35. The portable programmer of claim 33 wherein said connecting means further comprises a coiled, multi-wire cable.

36. The portable programmer of claim 32 wherein said plurality of push-buttons comprise momentary contact switch push-buttons.

37. The portable programmer of claim 32 wherein said plurality of push-buttons comprise membrane switch push-buttons.

38. The portable programmer of claim 32 wherein said circuit means comprises a microcontroller.

39. The portable programmer of claim 32 wherein said adjusting means includes an actuator that is mounted on said support housing and manually movable through a range of positions for adjusting said activated function.

40. The portable programmer of claim 39 wherein said actuator comprises a rotary encoder.

41. The portable programmer of claim 40 wherein said rotary encoder has a knurled surface, which is partially exposed through said support housing.

42. The portable programmer of claim 40 wherein said rotary encoder is cylindrically elongated along a horizontal axis.

43. The portable programmer of claim 32 further comprising display means on said front surface of said support housing, for simultaneously identifying said selected scene and zone and indicating the values of said function settings.

44. The portable programmer of claim 43 wherein said display means comprises a plurality of individually controllable display areas that are aligned with said plurality of push-buttons so that each display area corresponds to at least one push-button.

45. The portable programmer of claim 43 wherein said display means identifies said selected scene and zone by name.

46. The portable programmer of claim 43 wherein said display means comprises an alphanumeric LCD display.