System and Method for Wireless Enrollment Using a Visual Status Indicator
A regional monitoring system includes wireless units, or detectors which can be associated with a displaced regional monitoring control element. Local feedback provided at the unit or detector for the installer. The units, or detectors can include all devices which can usefully be coupled to the monitoring control element. Examples, without limitation include all types of ambient condition detectors, motion detectors, location detectors, glass break detectors and the like. A light emitting diode carried by a respective unit can be activated to output a selected color when the unit has been successfully enrolled, and in communication with the monitoring control element.
1 . An apparatus comprising:
a unit having
a housing with an exterior peripheral surface;
at least one of an input device, or a condition sensor carried by the housing;
control circuits coupled to the input device or the sensor; and
a communications interface carried by the housing, coupled to the control circuits, a light emitting output device which emits at least first and second viewable output indicia where at least one indicium is indicative of an acceptable communication state relative to a displaced monitoring control element in response to a communication received via the interface, and a second is indicative of a different condition, and where the indicia are directed away from the external peripheral surface.
2 . An apparatus as in claim 1 wherein the output device comprises a multi-color, visible light emitting device.
3 . An apparatus as in claim 2 wherein the control circuits vary a parameter associated with the light emitting output device which includes at least one of emitted color, illumination rate, or duty cycle in response to a communication received via the interface.
4 . An apparatus as in claim 1 which includes a displaced monitoring control element which communicates with the unit.
5 . An apparatus as in claim 4 wherein the control circuits vary a parameter associated with the light emitting output device which includes at least one of emitted color, illumination rate, or duty cycle in response to a communication received via the interface.
6 . An apparatus as in claim 5 wherein the control circuits vary the parameter in response to the monitoring control element having enrolled the unit.
7 . An apparatus as in claim 6 where the sensor is selected from a class which includes a position sensor, a motion sensor, a glass break detector, a smoke detector, a fire detector, or a gas detector.
8 . An apparatus as in claim 6 which includes a plurality of units which communicate with the control element, wherein at least some of the units include circuitry responsive to at least one of a loss of enrollment, or a loss of communications with the control element, to vary the parameter to emit the second indicium.
9 . An apparatus as in claim 8 where a loss of one of communications, or enrollment is indicated at a respective unit by a change from a first emitted color to a second emitted color.
10 . A method comprising:
providing a recipient with information from a plurality of displaced units;
evaluating at least some of the information, and responsive to an enrollment request from at least one unit, determining if a successful enrollment has taken place; and
responsive to the determining, where a successful enrollment of a selected unit has taken place, transmitting a message to the unit to visually indicate the successful enrollment.
11 . A method as in claim 10 where visually indicating includes providing a visual output by varying at least one of emitted color, illumination rate, or duty cycle in response to receiving the message.
12 . A method as in claim 11 which includes providing a different visual output, in response to a local condition.
13 . A method as in claim 12 where the different visual output includes at least one of providing illuminating control signals which activate different visual output rates, which activate different colors, or which activate both different rates and colors.
14 . A regional monitoring system comprising:
a monitoring control panel which includes control circuits and a wireless communications interface;
a plurality of units, displaced from the panel and in wireless communication therewith, the units each include local control circuits, and at least one local visual output device coupled thereto, wherein, in response to each of the units being enrolled by the control panel, the respective visual output device emits a predetermined enrollment indicium.
15 . A system as in claim 14 wherein the enrollment indicium comprises at least one of light of a selected color, light output at a selected intermittent rate, or of a selected duty cycle.
16 . A system as in claim 15 where emitted light from a respective visual output device comprises a different status indictor.