Control panel assembly

• US 10,379,665 B1
• Filed: 01/29/2018
• Issued: 08/13/2019
• Est. Priority Date: 01/29/2018
• Status: Active Grant

• Current Assignee: Crestron Electronics Incorporated
• Original Assignee: Crestron Electronics Incorporated
• Inventors: Cheung, King Woo
• Primary Examiner(s): Khan, Ibrahim A
• Application Number:
  US15/882,029
• Publication Number:
  US 20190235689A1
• Time in Patent Office: 561 Days
• CPC Class Codes: G06F 3/0416 Control or interface arrangements specially adapted for digitisers
• CPC Class Codes: G06F 3/04842 Selection of displayed objects or displayed text elements G06F3/0482 takes precedence
• CPC Class Codes: G06F 3/0488 using a touch-screen or digitiser, e.g. input of commands through traced gestures
• CPC Class Codes: G06F 3/04886 by partitioning the display area of the touch-screen or the surface of the digitising tablet into independently controllable areas, e.g. virtual keyboards or menus
• CPC Class Codes: H04L 12/282 based on user interaction within the home receiver circuitry for displaying additional information being controlled by a remote control apparatus H04N21/42204

Abstract

A touch control panel assembly defining a plurality of touch buttons each adapted to control at least one function of at least one associated load. The touch control panel assembly comprises a front panel assembly adapted to removably attach to a rear panel assembly. The rear panel assembly comprises a user interface board comprising a plurality of touch sensing fields disposed at locations corresponding to the plurality of touch buttons to detect user input through the front panel. The user interface also comprises a plurality of light sources to provide backlighting to the touch buttons. The front panel assembly comprises a front panel and a frame comprising a frame wall attached to a rear surface of the front panel. The frame wall comprises a plurality of openings extending therethrough at locations corresponding to the touch buttons that define a plurality of label compartments. A plurality of removable labels each adapted to be inserted into and retained by one of the label compartment with indicia disposed thereon to define the respective touch button perceivable through the front surface of the front panel at least when the respective light source is turned on.

Claims

1. A touch control panel assembly defining a plurality of touch buttons each adapted to control at least one function of at least one associated load, wherein the touch control panel assembly comprises:

a front panel with a substantially flat front surface;

a frame comprising a frame wall secured to a rear surface of the front panel, wherein the frame wall comprises a plurality of openings extending therethrough at locations corresponding to the touch buttons;

a user interface board disposed behind the frame wall and comprising;

a plurality of touch sensing fields disposed on a front surface of the user interface board at locations corresponding to the plurality of touch buttons to detect user input through the front panel; and

a plurality of light sources disposed at locations corresponding to the plurality of touch buttons to provide individual backlighting;

a plurality of label compartments defined by the openings in the frame wall and the rear surface of the front panel, wherein each label compartment comprises a pair of parallel side grooves each comprising a label receiving slot through a rear surface of the frame wall; and

a plurality of labels each sized for being slidably inserted through the label receiving slots, within the pair of side grooves, and into one of the label compartments;

wherein each label comprises an indicia, wherein when the label is inserted in the label compartment the indicia is aligned with the respective opening in the frame wall such that the indicia is disposed between the respective touch sensing field and the rear surface of the front panel to define the respective touch button perceivable through the front surface of the front panel at least when the respective light source is turned on.

2. The touch control panel assembly of claim 1, wherein each label compartment further comprises:

a pair of oppositely disposed side walls extending transversely through the frame wall; and

a pair of side shoulders each partially extending along one of the side walls from a first end to a send end, wherein each side shoulder comprises a front surface recessed in a front surface of the frame wall, wherein the pair of side grooves are formed between the front surfaces of the side shoulders and the rear surface of the front panel.

3. The touch control panel assembly of claim 2, wherein each side shoulder comprises a tapered wall tapering down from the front surface of the side shoulders to the first end of the side shoulder, wherein the tapered wall is adapted to guide one of the labels into the respective side groove.

4. The touch control panel assembly of claim 2, wherein each label compartment further comprises:

a top retaining wall connected between the pair of side walls of the label compartment;

wherein each first end of the side shoulders is spaced at a distance below the top retaining wall forming the label receiving slot.

5. The touch control panel assembly of claim 4, wherein the label compartment further comprises a pair of projections extending out of the side walls of the label compartment between the first ends of the side shoulders and the top retaining wall, wherein each label comprises a pair of side notches proximate a top end of the label, wherein each side notch is sized to receive one of the projections in the label compartment to lock the label within the label compartment.

6. The touch control panel assembly of claim 4, wherein the top retaining wall extends transversely from the rear surface of the frame wall to a top tapered wall, wherein the top tapered wall tapers down from the top retaining wall to a terminal end at the front surface of the frame wall.

7. The touch control panel assembly of claim 6, wherein the labels comprise flexible material, and wherein when one of the labels is inserted in one of the label compartments, a top end of the label is retained within the label compartment by the top retaining wall and is biased against the top tapered wall.

8. The touch control panel assembly of claim 6, wherein each label compartment further comprises a center notch recessed through a center of the top retaining wall and partially through a center of the top tapered wall and accessible from the rear surface of the frame wall, wherein the center notch is adapted to receive an object to facilitate removal of the label from the label compartment.

9. The touch control panel assembly of claim 2, wherein each label compartment further comprises a bottom wall comprising a bottom shoulder extending out of the bottom wall that comprises a front surface recessed in the front surface of the frame wall, wherein the bottom shoulder forms a bottom groove between the front surface of the bottom shoulder and the rear surface of the front panel, wherein when inserted a bottom end of the label is retained in the bottom groove.

10. The touch control panel assembly of claim 1 further comprising a rear panel assembly and a front panel assembly adapted to removably attach to the rear panel assembly;

wherein the front panel assembly comprises the front panel and the frame;

wherein the rear panel assembly comprises the user interface board and a rear housing adapted to be secured to a wall box.

11. The touch control panel assembly of claim 1, wherein each light source is disposed on the front surface of the user interface board adjacent the respective touch sensing field.

12. The touch control panel assembly of claim 11 further comprising a plurality of light bars each positioned over the respective touch sensing field and adjacent the respective light source.

13. The touch control panel assembly of claim 12, wherein each light source is adapted to direct light to a side edge of the respective light bar, and wherein the respective light bar is adapted to distribute light from its side edge to its front surface.

14. The touch control panel assembly of claim 12 further comprising a light blocking cover disposed between the user interface board and the frame wall, wherein the light blocking cover comprises a plurality of openings each sized to surround one of the light bars and the respective light source and adapted to be aligned with the respective touch button, wherein the light blocking cover comprises a substantially opaque material adapted to prevent light bleeding therethrough.

15. The touch control panel assembly of claim 14, wherein each light bar and the respective light source are substantially contained within the respective label compartment and the respective opening in the light blocking cover between the user interface board and the respective label preventing light bleeding to the remainder of the label compartments.

16. The touch control panel assembly of claim 1 further comprising a controller comprising an active timer and a standby timer, wherein the controller is adapted to:

maintain the light sources at an off state;

upon detecting user input by one of the touch sensing fields, restart the active timer and turn on the light sources to an active state;

when the active timer expires, restart the standby timer and turn on the light sources to an idle state; and

when the standby timer expires, turn off the light sources.

17. The touch control panel assembly of claim 1 further comprising a proximity sensor and a controller comprising an active timer and a standby timer, wherein the controller is adapted to:

maintain the light sources at an off state;

upon detecting an object proximate to the control panel by the proximity sensor, restart the active timeout timer and turn on the light sources to an active state;

when the active timer expires, restart the standby timer and turn on the light sources to an idle state; and

when the standby timer expires, turn off the light sources.

18. The touch control panel assembly of claim 1 further comprising a controller and a light sensor adapted to detect ambient light, wherein the controller is adapted to adjust light levels of the light sources based on the detected ambient light by the light sensor.

19. The touch control panel assembly of claim 1, wherein each label comprises a substantially opaque label background area and at least one transparent or substantially translucent indicia area forming the indicia thereon.

20. The touch control panel assembly of claim 19, wherein the indicia areas are adapted to permit light to pass therethrough from the respective light source to the front panel.

21. The touch control panel assembly of claim 19, wherein the front panel comprises a substantially opaque background area and a plurality of translucent windows disposed at locations corresponding to the touch buttons.

22. The touch control panel assembly of claim 21, wherein the front panel comprises a transparent material, wherein the front panel background area and the front panel windows are formed on the rear surface of the front panel.

23. The touch control panel assembly of claim 21, wherein a transmissivity level of each label background area substantially matches that of the front panel background area such that the front panel windows are substantially unperceivable from the front surface of the front panel.

24. The touch control panel assembly of claim 21, wherein the front panel windows comprise a low transmissivity level.

25. The touch control panel assembly of claim 21, wherein when the light sources are turned off, the label indicia areas are substantially unperceivable from the front surface of the front panel, wherein when the light sources are turned on light passes through the label indicia areas and the front panel windows such that the indicia is perceivable from the front surface of the front panel.

26. The touch control panel assembly of claim 21, wherein the front panel comprises a translucent layer substantially covering the rear surface of the front panel, and a substantially opaque layer disposed over the translucent layer, wherein the substantially opaque layer defines the panel background area by exposing areas forming the translucent widows.

27. A touch control panel assembly defining a plurality of touch buttons each adapted to control at least one function of at least one associated load, wherein the touch control panel assembly comprises:

a rear panel assembly comprising;

a rear housing adapted to be secured to a wall box, and

a user interface board disposed in the rear housing and comprising a plurality of touch sensing fields disposed on a front surface of the user interface at locations corresponding to the plurality of touch buttons;

a front panel assembly adapted to removably attach to the rear panel assembly, wherein the front panel assembly comprises;

a front panel with a substantially flat front surface;

a frame comprising a frame wall attached to a rear surface of the front panel, wherein the frame wall comprises a plurality of openings extending therethrough at locations corresponding to the touch buttons, and

a plurality of label compartments defined by the openings in the frame wall and the rear surface of the front panel, wherein each label compartment comprises a pair of parallel side grooves each comprising a label receiving slot through a rear surface of the frame wall; and

a plurality of labels each comprising in indicia, wherein each label is adapted to slidably insert through the label receiving slots, within the pair of side grooves, and into one of the label compartments when the front panel assembly is detached from the rear panel assembly;

wherein when the front panel assembly is attached to the rear panel assembly, the user interface board is disposed adjacent the front panel such that the touch sensing fields are adapted to detect user input through the front panel, and each label indicia is disposed between one of the touch sensing fields and the rear surface of the front panel to define the touch button.

28. A touch control panel assembly defining a plurality of touch buttons each adapted to control at least one function of at least one associated load, wherein the touch control panel assembly comprises:

a front panel with a substantially flat front surface and comprising a substantially opaque background area and a plurality of translucent windows disposed at locations aligned with the touch buttons;

a frame comprising a frame wall attached to a rear surface of the front panel, wherein the frame wall comprises a plurality of openings extending therethrough at locations corresponding to the touch buttons that define a plurality of label compartments;

a user interface board disposed behind the frame and comprising;

a plurality of touch sensing fields disposed on a front surface of the user interface board at locations corresponding to the plurality of touch buttons to detect user input through the front panel, and

a plurality of light sources each disposed on the front surface of the user interface adjacent one of the touch sensing fields; and

a plurality of removable labels adapted to be inserted into and retained by the label compartments, wherein each label comprises a substantially opaque background area and at least one transparent or substantially translucent indicia area forming indicia thereon.

29. The touch control panel assembly of claim 28, wherein the indicia areas are adapted to permit light to pass therethrough from the respective light source to the front panel.

30. The touch control panel assembly of claim 28, wherein the front panel comprises a transparent material, wherein the front panel background area and the front panel windows are formed on the rear surface of the front panel.

31. The touch control panel assembly of claim 28, wherein the front panel background area and the front panel windows are formed using at least one of tinting, painting, applying a film, engraving, etching, and any combinations thereof.

32. The touch control panel assembly of claim 28, wherein a transmissivity level of each label background area substantially matches that of the front panel background area such that the front panel windows are substantially unperceivable from the front surface of the front panel.

33. The touch control panel assembly of claim 28, wherein the front panel windows comprise a low transmissivity level.

34. The touch control panel assembly of claim 28, wherein when the light sources are turned off, the label indicia areas are substantially unperceivable from the front surface of the front panel, wherein when the light sources are turned on light passes through the label indicia areas and the front panel windows such that the indicia is perceivable from the front surface of the front panel.

35. The touch control panel assembly of claim 28, wherein the front panel comprises a translucent layer substantially covering the rear surface of the front panel, and a substantially opaque layer disposed over the translucent layer, wherein the substantially opaque layer defines the panel background area by exposing areas forming the translucent widows.

36. The touch control panel assembly of claim 28 further comprising a plurality of light bars each positioned over the respective touch sensing field and adjacent the respective light source.

37. The touch control panel assembly of claim 36, wherein each light source is adapted to direct light to a side edge of the respective light bar, and wherein the respective light bar is adapted to distribute light from its side edge to its front surface.