Occupancy sensor with stored occupancy schedule
First Claim
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1. An occupancy sensor configured for detecting expected and unexpected occupancies within a monitored area, said occupancy sensor comprising:
- (a) a real time clock configured for providing the current time;
(b) a memory configured for storing an expected occupancy schedule;
(c) a sensor element configured for detecting the actual occupancy of the monitored area;
(d) a first dedicated physical indicator light configured for being continuously active when the monitored area is expectedly occupied according to the expected occupancy schedule and being blinkingly active when the monitored area is unexpectedly occupied according to the expected occupancy schedule;
(e) a second dedicated physical indicator light configured for being continuously active when the monitored area is expectedly vacant according to the expected occupancy schedule and being blinkingly active when the occupancy of the monitored area is unexpectedly vacant according to the expected occupancy schedule; and
(f) a processor configured for;
(i) accepting signals from the sensor element and the real time clock,(ii) comparing the actual occupancy of the monitored area to the expected occupancy of the monitored area, and(iii) generating a first signal and a second signal wherein said first signal provides the actual occupancy of the monitored area and the second signal provides whether said actual occupancy matches the expected occupancy.
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Abstract
An occupancy sensor detects expected and unexpected occupancies in a monitored area with an expected occupancy schedule. The occupancy sensor includes a real time clock, a memory, a sensor element, a processor, indicator lights and a network interface. The occupancy sensor transmits an occupancy correction signal to a network if the actual occupancy of the monitored area does not match the expected occupancy state of the monitored area.
206 Citations
14 Claims
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1. An occupancy sensor configured for detecting expected and unexpected occupancies within a monitored area, said occupancy sensor comprising:
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(a) a real time clock configured for providing the current time; (b) a memory configured for storing an expected occupancy schedule; (c) a sensor element configured for detecting the actual occupancy of the monitored area; (d) a first dedicated physical indicator light configured for being continuously active when the monitored area is expectedly occupied according to the expected occupancy schedule and being blinkingly active when the monitored area is unexpectedly occupied according to the expected occupancy schedule; (e) a second dedicated physical indicator light configured for being continuously active when the monitored area is expectedly vacant according to the expected occupancy schedule and being blinkingly active when the occupancy of the monitored area is unexpectedly vacant according to the expected occupancy schedule; and (f) a processor configured for; (i) accepting signals from the sensor element and the real time clock, (ii) comparing the actual occupancy of the monitored area to the expected occupancy of the monitored area, and (iii) generating a first signal and a second signal wherein said first signal provides the actual occupancy of the monitored area and the second signal provides whether said actual occupancy matches the expected occupancy. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13)
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14. An occupancy sensor configured for detecting expected and unexpected occupancies within a monitored area, said occupancy sensor comprising:
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(a) a real time clock configured for providing the current time; (b) a memory configured for storing an expected occupancy schedule; (c) a sensor element configured for detecting the actual occupancy of the monitored area; (d) a processor configured for; (i) accepting signals from the sensor element and the real time clock, (ii) comparing the actual occupancy of the monitored area to the expected occupancy of the monitored area, and (iii) generating an occupancy correction signal; (e) a first dedicated physical indicator light, said first dedicated physical indicator light being continuously active when the monitored area is expectedly occupied according to the expected occupancy schedule and being blinkingly active when the monitored area is unexpectedly occupied according to the expected occupancy schedule; and (f) a second dedicated physical indicator light, said second dedicated physical indicator light being continuously active when the monitored area is expectedly vacant according to the expected occupancy schedule and being blinkingly active when the occupancy of the monitored area is unexpectedly vacant according to the expected occupancy schedule; and (g) further comprising an infrared (IR) interface configured for bidirectional communication with a remote control and wherein the IR interface is configured for receiving a security override code from the remote and the processor is configured for outputting an occupancy correction signal indicating the monitored area is expectedly vacant in response to the IR interface receiving the security override code.
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Specification