REMOTELY CONTROLLING A BED

1 .- 14 . (canceled)

15 . A method of operating a bed system having a remote control, the method comprising:

fetching, by the remote control, a state of a bed from a bed controller that is physically separate from the remote control; and

displaying an interface on a screen of the remote control responsive to the fetched state.

16 . The method of claim 15 , further comprising:

waking the remote control responsive to receiving a signal from a capacitive surface of the remote control, the signal being indicative of a touch by a user.

17 . The method of claim 15 , wherein fetching comprises wirelessly communicating between the remote control and the bed controller.

18 . The method of claim 15 , wherein receiving a response comprises the remote control receiving an indication of a new state, and displaying an interface comprises displaying an interface appropriate for the new state.

19 . The method of claim 16 wherein upon waking the remote control, receiving a response comprises the remote control receiving an indication of no change in state since a previous fetch, and wherein displaying an interface comprises displaying a last used interface.

20 . The method of claim 15 , further comprising:

transmitting, by the remote control, a command signal to the bed to change the state of the bed from the state to a new state;

receiving, by the bed controller, the command signal to change the state of the bed from the state to the new state;

adjusting, by the bed controller, the state of the bed based on the command signal;

transmitting, by the bed controller, a signal representing the new state to the remote control;

receiving, by the remote control, the signal representing the new state of the bed; and

displaying, by the remote control, the new state of the bed on the screen of the remote control.

21 .- 29 . (canceled)

30 . The method of claim 16 , wherein waking the remote control responsive to receiving the signal from the capacitive surface of the remote control, the signal being indicative of the touch by the user comprises receiving the signal from the capacitive surface of the remote control from a portion of the remote control that is capacitively sensitive.

31 . The method of claim 16 , wherein waking the remote control responsive to receiving the signal from the capacitive surface of the remote control comprises receiving the signal from the capacitive surface separate from at least one capacitive button of the remote control, separate from the screen, and separate from a first input area of the remote control.

32 . The method of claim 31 , wherein waking the remote control responsive to receiving the signal from the capacitive surface of the remote control comprises receiving the signal from between the at least one capacitive button between the screen and the first input area.

33 . The method of claim 16 , further comprising:

pinging the bed controller upon waking;

receiving a state from the bed controller responsive to the pinging; and

displaying an interface on the screen responsive to the received state.

34 . The method of claim 16 , further comprising responsive to toggling of a slider switch of the remote control between a first position and a second position, adjusting an interface displayed on the screen to control a first side of a bed when the slider switch is in the first position and control a second side of the bed when the slider switch is in the second position.

35 . The method of claim 16 , further comprising responsive to receiving ambient light at a light sensor of the remote control, producing a light signal representative of an ambient light level.

36 . The method of claim 35 , further comprising adjusting a brightness of the screen and an input area of the remote control responsive to the light signal.

37 . A remote control for controlling a sleep system, the remote control comprising:

a case comprising a capacitively sensitive portion;

a display screen;

a first input area;

at least one capacitive button separate from both the first input area and the display screen; and

a communication module configured to allow communication between the remote control and a separate controller for the sleep system,

wherein the remote control is configured to wake responsive to a signal from the capacitively sensitive portion of the case due to a change in capacitance resulting from a user touch.

38 . The remote control of claim 37 , further comprising a slider switch toggleable between a first position and a second position, wherein when the slider switch is in the first position the slider switch adjusts an interface displayed on the display screen to control one mechanism and when the slider switch is in the second position the slider switch adjusts the interface displayed on the display screen to control another mechanism.

39 . The remote control of claim 37 , wherein the remote control is wirelessly coupled to the separate controller.

40 . The remote control of claim 37 , wherein separate controller configured to control a pressure, an articulation, a temperature, or a light level.

41 . The remote control of claim 37 , wherein the remote control is configured to:

ping the separate controller upon waking,

receive a state from the separate controller responsive to the ping, and

display an interface on the display screen responsive to the received state.

42 . The remote control of claim 37 , wherein the at least one capacitive button is between the display screen and the first input area.

43 . A bedroom furniture system comprising:

a controller configured to control functions of a bedroom furniture mechanism; and

a remote control physically separate from the controller, wherein the remote control is wirelessly coupled to the controller, the remote control comprising:

a case comprising a display surface and a capacitively sensitive portion of the case separate from the display surface;

a display screen; and

an input area;

wherein the remote control is configured to:

wake responsive to a signal from the case of the remote control due to a change in capacitance resulting from a user touch on the case of the remote control;

ping the controller upon waking;

receive a state from the controller responsive to the ping; and

display an interface on the display screen responsive to the received state.