Integration of real-time field data in chemical delivery vehicle operations
First Claim
1. A method for integration of real-time field data in chemical spraying vehicle operations, said method comprising:
- receiving information for a plurality of regions designated for chemical spraying at a command center, each of the plurality of regions having a defined boundary;
utilizing real-time and forecast environmental conditions in conjunction with prior and real-time field data to rank each of the plurality of regions;
automatically selecting and dispatching one or more chemical spraying vehicles to one or more of the plurality of regions; and
automatically calculating and initiating a region specific chemical spraying procedure when the one or more chemical spraying vehicles are within the defined boundary of one of the plurality of regions for chemical spraying, the calculating incorporating real-time environmental conditions into the chemical spraying vehicles procedure.
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Abstract
A method and system for integration of real-time field data in chemical delivery vehicle operations is disclosed. Initially, information for a plurality of regions designated for chemical delivery is received at a command center, each of the plurality of regions having a defined boundary. Real-time and forecast environmental conditions are utilized in conjunction with prior and real-time field data to rank each of the plurality of regions. One or more chemical delivery vehicles are automatically selected and dispatched to one or more of the plurality of regions. When the one or more chemical delivery vehicles are within the defined boundary of one of the plurality of regions for chemical delivery, region specific chemical delivery procedures incorporating real-time environmental conditions are automatically calculated and initiated.
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Citations
21 Claims
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1. A method for integration of real-time field data in chemical spraying vehicle operations, said method comprising:
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receiving information for a plurality of regions designated for chemical spraying at a command center, each of the plurality of regions having a defined boundary; utilizing real-time and forecast environmental conditions in conjunction with prior and real-time field data to rank each of the plurality of regions; automatically selecting and dispatching one or more chemical spraying vehicles to one or more of the plurality of regions; and automatically calculating and initiating a region specific chemical spraying procedure when the one or more chemical spraying vehicles are within the defined boundary of one of the plurality of regions for chemical spraying, the calculating incorporating real-time environmental conditions into the chemical spraying vehicles procedure. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9)
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10. A real-time data collection and field agent controlling system comprising:
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a geographic information system (GIS) database comprising previously collected and real-time insect problem data for a plurality of insect control organizations; a real-time field data assessor communicatively coupled with said GIS database, said real-time field data assessor comprising; a periodic GIS database reviewer; and a potential insect problem early identifier and location establisher; and a real-time field agent controller communicatively coupled with the real-time field data accessor, said real-time field agent controller comprising; a potential insect problem early identifier receiver; a field agent location database that has field agent location information comprising locations, routes and schedules stored thereon; a field agent re-tasker comprising; a task priority generator; a field agent contact module; and a field agent schedule modifying module for modifying a field agent'"'"'s schedule to include the inspection of the location of said potential insect problem and the task priority. - View Dependent Claims (11, 12, 13, 14, 15, 16, 17, 18, 19)
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20. An automated chemical spraying system comprising:
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a plurality of regions needing chemical spraying; a real-time field data assessor communicatively coupled with a geographic information system (GIS) database, said real-time field data assessor comprising; a periodic GIS database reviewer; and a potential insect problem early identifier and location establisher; a chemical spraying vehicle selector communicatively coupled with said GIS database to select the appropriate chemical spraying vehicle for said plurality of regions needing chemical spraying; a real-time region prioritizer for prioritizing the plurality of regions needing chemical Spraying, a route generator comprising a spraying route for a chemical spraying vehicle; a real-time controller communicatively coupled with said route generator and said chemical spraying vehicle, said real-time controller comprising; an approximately real-time chemical spraying vehicle monitor for vehicle information consisting of;
location information, correct chemical validation, vehicle speed, deviations in route, fuel consumption, mileage information, idle time reports, safe driver score cards, mobile worker optimization score cards, driver time sheets, off-hour usage, unauthorized usage, stop reports, speeding alerts, spraying on events and spraying off events; anda graphic user interface (GUI) comprising; an interactive visual representation of the information from the chemical spraying vehicle monitor; a spray zone plume analyzer based on chemical spraying vehicle sprayer settings and weather conditions; and an overlay of a map of the region for real-time human monitoring. - View Dependent Claims (21)
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Specification