System and method for distribution of sensors for emergency response
First Claim
1. A system for selecting an optimized number of sensors and an optimized placement of the sensors for sensing a hazardous substance released from a plurality of hazard points, the system comprising:
- a processor; and
a memory, wherein the memory has instructions stored therein that, when executed by the processor, cause the processor to;
identify a location of a hazard point;
identify a perimeter surrounding the hazard point;
identify a threshold level for the hazardous substance;
calculate a minimum amount of the hazardous substance for which a concentration at a centerline of a plume carrying the hazardous substance reaches the identified threshold level at the perimeter;
simulate a release of the hazardous substance in the calculated minimum amount from the hazard point;
calculate locations of a pair of sensors where a minimum level of concentration of the hazardous substance based on the simulated release is detectable by the pair of sensors; and
output, via a display device, the locations of the pair of sensors, for prompting placement of the pair of sensors at the calculated locations.
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Accused Products
Abstract
A system and method for placement of sensors for sensing hazardous substances released from a plurality of hazard points. A processor identifies a location of a hazard point, a fenceline of the plant-site, and a toxic level of concern (LOC) for the hazardous substance. The processor calculates a minimum amount of the hazardous substance (Q) for which a concentration at a centerline of a plume carrying the hazardous substance reaches the toxic LOC at the fenceline, and simulates a release of the hazardous substance in the calculated amount Q from the hazard point. The processor further calculates a pair of sensor locations where the concentration of the plume is equal to the minimum detectable concentration level of sensor based on the simulated release. The pair of sensor locations is then output by the processor.
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Citations
28 Claims
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1. A system for selecting an optimized number of sensors and an optimized placement of the sensors for sensing a hazardous substance released from a plurality of hazard points, the system comprising:
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a processor; and a memory, wherein the memory has instructions stored therein that, when executed by the processor, cause the processor to; identify a location of a hazard point; identify a perimeter surrounding the hazard point; identify a threshold level for the hazardous substance; calculate a minimum amount of the hazardous substance for which a concentration at a centerline of a plume carrying the hazardous substance reaches the identified threshold level at the perimeter; simulate a release of the hazardous substance in the calculated minimum amount from the hazard point; calculate locations of a pair of sensors where a minimum level of concentration of the hazardous substance based on the simulated release is detectable by the pair of sensors; and output, via a display device, the locations of the pair of sensors, for prompting placement of the pair of sensors at the calculated locations. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11)
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12. A system for selecting an optimized number of sensors and an optimized placement of the sensors for sensing a hazardous substance released from a plurality of hazard points, the system comprising:
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a processor; and a memory, wherein the memory has instructions stored therein that, when executed by the processor, cause the processor to; identify a location of a hazard point; identify a fenceline surrounding the hazard point; identify a toxic level of concern (LOC) for the hazardous substance; calculate a minimum amount of the hazardous substance (Q) for which a concentration at a centerline of a plume carrying the hazardous substance reaches the toxic LOC at the fenceline; simulate a release of the hazardous substance in the calculated minimum amount Q from the hazard point; calculate locations of a pair of sensors where a minimum level of concentration of the hazardous substance is detected by the pair of sensors based on the simulated release; output, via a display device, the locations of the pair of sensors; identify locations of other pairs of sensors associated with remaining hazard points in all calculated wind rotation angles; identify, from a group comprising the pair of sensors and the other pair of sensors, the sensors with overlapping coverage of the hazard points; and find, from the identified sensors, sensors with maximum coverage of the hazard points for prompting placement of the found sensors at the identified locations corresponding to the found sensors. - View Dependent Claims (13, 14, 15)
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16. A method for selecting an optimized number of sensors and an optimized placement of the sensors for sensing a hazardous substance released from a plurality of hazard points, the method comprising:
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identifying, by a processor, a location of a hazard point; identifying, by the processor, a perimeter surrounding the hazard point; identifying, by the processor, a threshold level for the hazardous substance; calculating, by the processor, a minimum amount of the hazardous substance for which a concentration at a centerline of a plume carrying the hazardous substance reaches the identified threshold level at the perimeter; simulating, by the processor, a release of the hazardous substance in the calculated minimum amount from the hazard point; calculating, by the processor, locations of a pair of sensors where a minimum level of concentration of the hazardous substance based on the simulated release is detectable by the pair of sensors; and outputting, by the processor via a display device, the locations of the pair of sensors for prompting placement of the pair of sensors at the calculated locations. - View Dependent Claims (17, 18, 19, 20, 21, 22, 23, 24, 25, 26)
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27. A method for selecting an optimized number of sensors and an optimized placement of the sensors for sensing a hazardous substance released from a plurality of hazard points, the method comprising:
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identifying, by a processor, a location of a hazard point; identifying, by the processor, a fenceline surrounding the hazard point; identifying, by the processor, a toxic level of concern (LOC) for the hazardous substance; calculating, by the processor, a minimum amount of the hazardous substance (Q) for which a concentration at a centerline of a plume carrying the hazardous substance reaches the toxic LOC at the fenceline; simulating, by the processor, a release of the hazardous substance in the calculated minimum amount Q from the hazard point; calculating, by the processor, locations of a pair of sensors where a minimum level of concentration of the hazardous substance is detected by the pair of sensors based on the simulated release; outputting, by the processor via a display device, the locations of the pair of sensors; identifying, by the processor, locations of other pairs of sensors associated with remaining hazard points in all calculated wind rotation angles; identifying, by the processor, from a group comprising the pair of sensors and the other pair of sensors, the sensors with overlapping coverage of the hazard points; and finding, by the processor, from the identified sensors, sensors with maximum coverage of the hazard points for prompting placement of the found sensors at the identified locations corresponding to the found sensors. - View Dependent Claims (28)
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Specification