System and method for wireless irrigation utilizing a centralized control server and field module matrix
First Claim
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1. An irrigation system, comprising:
- a server adapted to control an irrigation area, wherein the server is configured for;
receiving data pertaining to the irrigation area, and generating a control signal based on the data;
an irrigation field module matrix dynamically reconfigurable to compensate for changes in the irrigation area, the irrigation field module matrix comprising;
a plurality of field modules, adapted for single-hop and multi-hop communication for receiving the control signal and sending the data, wherein one or more field modules is adapted to;
send the data pertaining to the irrigation area to the server, receive the control signal from the server, and control a plurality of irrigation components based on the control signal; and
a wireless network adapter, communicatively coupled between the server and the irrigation field module matrix, adapted to route the data from the field matrix module to the server and route the control signal from the server to the field module matrix.
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Abstract
The invention is a centralized server-based system containing a database with relevant information regarding features, parameters, and characteristics of a particular irrigation system, which utilizes proprietary irrigation software to control a plurality of field modules, at one or more remote locations, via a network bridge adapter. An irrigation system may comprise a single server, or multiple servers that may be configured so that control of the entire system is centralized, and control of one or multiple irrigation locations may be accomplished remotely by wirelessly accessing, monitoring and controlling a location'"'"'s field module matrix.
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Citations
20 Claims
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1. An irrigation system, comprising:
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a server adapted to control an irrigation area, wherein the server is configured for; receiving data pertaining to the irrigation area, and generating a control signal based on the data; an irrigation field module matrix dynamically reconfigurable to compensate for changes in the irrigation area, the irrigation field module matrix comprising; a plurality of field modules, adapted for single-hop and multi-hop communication for receiving the control signal and sending the data, wherein one or more field modules is adapted to;
send the data pertaining to the irrigation area to the server, receive the control signal from the server, and control a plurality of irrigation components based on the control signal; anda wireless network adapter, communicatively coupled between the server and the irrigation field module matrix, adapted to route the data from the field matrix module to the server and route the control signal from the server to the field module matrix. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11)
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12. A method for controlling an irrigation system, comprising the steps of:
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creating an irrigation field module matrix by placement of a plurality of field modules within an irrigation area, the field module matrix dynamically reconfigurable to compensate for changes in the irrigation field; sending data pertaining to the irrigation area from the field modules to a server adapted to receive the data; generating a control signal based on the data; sending the control signal to the field modules adapted to receive the control signal; controlling a plurality of irrigation components coupled to the field modules based on the control signal; enabling a wireless network adapter, communicatively coupled between the server and the irrigation field module matrix, adapted to route the data from the matrix to the server and route the control signal from the server to the matrix; and configuring the plurality of field modules for single-hop and multi-hop communication for receiving the control signal and sending the data. - View Dependent Claims (13, 14, 15, 16, 17, 18, 19)
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20. An irrigation system, comprising:
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a server adapted to control one or more irrigation areas, the server including a user interface adapted to provide a user remote access to the server, wherein the server is configured for; receiving data pertaining to the one or more irrigation areas, wherein the data pertaining to the irrigation area comprises a system status, and generating a control signal based on the data; an irrigation field module matrix dynamically reconfigurable to compensate for changes in the one or more irrigation areas and adapted for single-hop and multi-hop communication for receiving the control signal and sending the data, the irrigation field matrix comprising; a plurality of field modules, wherein one or more field modules is adapted to; send the data pertaining to the irrigation area to the server, receive the control signal from the server, and control a plurality of irrigation components based on the control signal; and a communication medium, communicatively coupled between the server and the irrigation field module matrix, adapted to route the data from the field module matrix to the server and route the control signal from the server to the field module matrix, wherein the communication medium further comprises a wireless network adapter which translates between a protocol in use by the field modules and the server;
wherein generating the control signal further comprises;generating an irrigation schedule, making determinations based on a hydraulic analysis of the data, making determinations based on an interpolation of sensor data gathered from the data, and making determinations based on evapotranspiration data gathered from the data.
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Specification