Methods of creation and use of a non-radioactive detection methodology
AssigneeCarrier Corporation
InventorsMichael J. Birnkrant, Marcin Piech, Michael T. Gorski, Wayde R. Schmidt
Life of this patent
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Abstract
A device, including a non-radioactive detection source, configured to detect airborne particulates and/or gases in an environment by applying a voltage bias to the non-radioactive detection source to create at least one detecting condition, and determining if airborne particulates are present within the at least one detection condition. A method of creating a detecting condition for airborne particulates and/or gases in an environment, the method including the steps of coupling a pair of electrical conductors to a nanocellular material, and applying a voltage bias to the pair of electrical conductors.
Claims16
A device configured to detect airborne particulates in an environment, the device comprising:
- a non-radioactive detection source disposed in a housing, the non-radioactive detection source comprising a pair of electrical conductors operably coupled to a nanocellular material, wherein the pair of electrical conductors apply a voltage bias to the non-radioactive detection source to cause the nanocellular material to emit light;
- a light sensor configured to detect the light that is emitted from the nanocellular material;
- and
- a processor in communication with the non-radioactive detection source and the light sensor, wherein the processor is configured to determine, based at least in part on the light detected by the light sensor, whether airborne particulates and/or gasses are present.
A method of detecting airborne particulates in an environment using a device including a light sensor and a non-radioactive detection source in communication with a processor, wherein the non-radioactive detection source comprises a pair of electrical conductors operably coupled to a nanocellular material, the method comprising:
- (a) applying a voltage bias, by the pair of electrical conductors, to the non-radioactive detection source to create at least one detecting condition, wherein the at least one detection condition includes a photoelectric condition, wherein the creating of the photoelectric condition includes the voltage bias, provided by the pair of electrical conductors, causing the nanocellular material to emit a light, wherein the light sensor is configured to detect light that is emitted from the nanocellular material;
- and
- (b) determining if airborne particulates and/or gasses are present within the at least one detection condition, wherein the determining is based at least in part on the light detected by the light sensor.
A method of creating a detecting condition for airborne particulates in an environment, the method comprising the steps:
- (a) coupling a pair of electrical conductors to a nanocellular material;
- (b) applying a voltage bias by the pair of electrical conductors to the nanocellular material, wherein the voltage bias applied by the pair of electrical conductors to the nanocellular material causes the nanocellular material to emit a light;
- (c) detecting, by a light sensor, the light that is emitted from the nanocellular material;
- and
- (d) determining if airborne particulates and/or gasses are present within the at least one detection condition, wherein the determining is based at least in part on the light detected by the light sensor.
Dependencies are inferred from the claim text.