Lighting control having an idle state with wake-up upon actuation
First Claim
1. A control structure for an electrical control system for producing a variable output electrical signal to an electrical load for controllably varying the output of said load, said control structure comprising:
- (a) an enclosed volume which contains control electronics;
(b) a cover plate on one surface of said enclosed volume having a planar front surface and having a rectangular opening therein;
(c) a touch pad disposed in said rectangular opening and coupled to said control electronics and adapted to produce an output signal which is related to the position within the area of said touch pad at which said touch pad is touched by an operator;
(d) a plurality of status indicators; and
(e) a voltage source for energizing said status indicators, said voltage source being switchable between first and second conditions for illuminating said status indicators at a first and low intensity and at a second and high intensity, said voltage source being normally switched to its said first condition for illuminating said status indicators with said low intensity; and
circuit means coupled to said touch pad for switching said voltage source to said second condition for a predetermined length of time following the initial excitation of any of said status indicators by said touch pad, and thereafter returning said voltage source to said first condition.
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Accused Products
Abstract
A load control device comprises an actuator for controlling a connected lighting load and a plurality of status indicators for displaying the intensity of the lighting load as feedback to a user. One or more of the status indicators are illuminated to a bright active level when the actuator is actuated. After a predetermined amount of time, the intensity of the status indicators is faded one of two dim levels depending upon whether the lighting load is on or off. Accordingly, the load control device will “wake up”, i.e., the status indicators will illuminate to the bright active level, upon another actuation of the actuator.
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Citations
18 Claims
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1. A control structure for an electrical control system for producing a variable output electrical signal to an electrical load for controllably varying the output of said load, said control structure comprising:
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(a) an enclosed volume which contains control electronics; (b) a cover plate on one surface of said enclosed volume having a planar front surface and having a rectangular opening therein; (c) a touch pad disposed in said rectangular opening and coupled to said control electronics and adapted to produce an output signal which is related to the position within the area of said touch pad at which said touch pad is touched by an operator; (d) a plurality of status indicators; and (e) a voltage source for energizing said status indicators, said voltage source being switchable between first and second conditions for illuminating said status indicators at a first and low intensity and at a second and high intensity, said voltage source being normally switched to its said first condition for illuminating said status indicators with said low intensity; and
circuit means coupled to said touch pad for switching said voltage source to said second condition for a predetermined length of time following the initial excitation of any of said status indicators by said touch pad, and thereafter returning said voltage source to said first condition. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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13. A control structure for an electrical control system for producing a variable output electrical signal to an electrical load for controllably varying the output of said load, said control structure comprising:
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(a) an enclosed volume which contains control electronics; (b) a cover plate on one surface of said enclosed volume having a planar front surface and having a rectangular opening therein; (c) a transparent touch pad disposed in said rectangular opening and coupled to said control electronics and adapted to produce an output signal which is related to the position within the area of said touch pad at which said touch pad is touched by an operator; (d) a plurality of vertically arranged markers printed on said touch pad to serve as scale indicator; (e) a plurality of status indicators coupled to said control electronics for illuminating respective discrete locations on said touch pad which lie on a line along the length of said touch pad and in a predetermined alignment with respective ones of said printed markers and being respectively illuminated adjacent the position on said touch pad at which said touch pad is touched by an operator; (f) a small marker at the bottom of said touch pad and in the center of the width of said touch pad for toggling said electrical circuit when said touch pad is touched at said small marker location; (g) at least a first status indicator connected to said control electronics and positioned to illuminate said small marker and when said touch pad is touched at said small marker to turn off said electrical circuit; and (h) a voltage source for energizing said status indicators, said voltage source being switchable between first and second conditions for illuminating said status indicators at a first and low intensity and at a second and high intensity, said voltage source being normally switched to said first condition for illuminating said status indicators with said low intensity; and
circuit means coupled to said touch pad for switching said voltage source to said second condition for a predetermined length of time following the initial excitation of any of said status indicators by said touch pad, and thereafter returning said voltage source to said first condition. - View Dependent Claims (14, 15, 16, 17)
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18. A control structure for an electrical control system for producing a variable output electrical signal to an electrical load for controllably varying the output of said load, said control structure comprising:
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(a) an enclosed volume which contains control electronics; (b) an actuator; (c) a plurality of status indicators; and (d) a voltage source for energizing said status indicators, said voltage source being switchable between first and second conditions for illuminating said status indicators at a first and low intensity and at a second and high intensity, said voltage source being normally switched to its said first condition for illuminating said status indicators with said low intensity; and
circuit means coupled to a touch screen for switching said voltage source to said second condition for a predetermined length of time following the initial excitation of any of said status indicators in response to an actuation of said actuator and thereafter returning said voltage source to said first condition.
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Specification