Remote Access to Irrigation Control Systems

• US 20090099701A1
• Filed: 10/12/2007
• Published: 04/16/2009
• Est. Priority Date: 10/12/2007
• Status: Abandoned Application

• Current Assignee: Rain Bird Corporation
• Original Assignee: Rain Bird Corporation
• Inventors: Mills, Randall S., Li, Mengbo A.
• Application Number:
  US11/871,833
• Publication Number:
  US 20090099701A1
• Time in Patent Office: Days
• US Class Current: 700/284
• CPC Class Codes: A01G 25/16 Control of watering

Abstract

The present embodiments provide methods, apparatuses, and systems for use in remotely accessing irrigation control systems. Some embodiments provide irrigation control systems that comprise a local irrigation system comprising a plurality of satellite irrigation controllers coupled with water delivery devices, and a computer coupled with a distributed network and the local irrigation system. The computer comprises a processor coupled with memory storing a central irrigation control that when implemented through the processor communicates with the satellite irrigation controllers to control the satellite irrigation controllers to implement irrigation by activating one or more of the water delivery devices, and a network service that when implemented by the processor provides a communication interface between the central irrigation control and the distributed network allowing irrigation information to be communicated between the central irrigation control and at least one remote device accessing the distributed network.

Claims

1. An irrigation control system, comprising:

an irrigation system comprising a plurality of satellite irrigation controllers coupled with water delivery devices; and

a computer coupled with a distributed network and the local irrigation system, the computer comprises a processor coupled with memory storing software that is implemented by the processor, where the software comprises;

a central irrigation control that when implemented through the processor communicates with and controls the plurality of satellite irrigation controllers to implement irrigation by activating one or more of the water delivery devices; and

a network service that when implemented by the processor provides a communication interface between the central irrigation control and the distributed network allowing irrigation information to be communicated between the central irrigation control and at least one remote device accessing the distributed network.

2. The irrigation control system of claim 1, wherein the central irrigation control receives an instruction communicated through the network service from over the distributed network during irrigation to alter the irrigation, and communicates with one or more satellite controllers during irrigation to alter the irrigation in response to the received instruction.

3. The irrigation control system of claim 2, wherein the central irrigation control detects changes to irrigation parameters as a result of the changes implemented during irrigation in response to the received instruction and communicates through the network service and over the distributed network to the at least one remote device one or more of the changes to irrigation parameters.

4. The irrigation control system of claim 1, wherein the central irrigation control determines real-time status information including current and actual status information in response to a received request communicated through the network service from over the distributed network, and communicates the real-time status information through the network service and over the distributed network.

5. The irrigation control system of claim 4, wherein the central irrigation control communicates an irrigation control interface over the distributed network that is displayed at the at least one remote device configured to allow a user at the at least one remote device to interact with the central irrigation control.

6. A method of implementing irrigation, the method comprising:

receiving a remote request at an irrigation central control unit from over a distributed network;

determining in response to the remote request real-time information comprising current and actual information existing at the time of identifying the real-time information regarding irrigation implemented through satellite irrigation controllers controlled by the irrigation central control unit; and

communicating over the distributed network the real-time information.

7. The method of claim 6, wherein communicating the real-time information comprises populating a web page at the irrigation central control unit with the real-time information and communicating the web page.

8. The method of claim 7, wherein communicating the real-time information comprises forwarding the real-time information to a network service application, populating the web page with the real-time information at the network service application and communicating the web page over the distributed network from the network service application of the irrigation central control unit.

9. The method of claim 6, wherein the receiving the request comprises receiving an instruction communicated over the distributed network during an implementation of irrigation by the satellite controllers as controlled by the irrigation central control unit;

identifying a change to the irrigation in response to the received instruction; and

communicating from the irrigation central control unit with one or more of the satellite controllers during the implementation of the irrigation to alter the irrigation implemented by the one or more satellite controllers according to the identified change in response to the received instructions.

10. The irrigation control system of claim 9, wherein the determining the real-time information comprises detecting at the irrigation central control unit changes to current irrigation parameters as a result of the altered irrigation implemented during irrigation in response to the received instruction;

and

the communicating comprises generating a reply comprising one or more of the changes to irrigation parameters.

11. The method of claim 6, further comprising:

identifying geographic information associated with the remote request, and the communicating the real-time information comprises communicating the geographic information over the distributed network.

12. The method of claim 11, wherein the geographic information comprises a pictorial representation of an area irrigated by one or more water delivery devices controlled by one or more of the satellite irrigation controllers.

13. The method of claim 11, further comprising:

receiving over the distributed network positioning information from a user device;

identifying one or more water delivery devices controlled by one or more of the satellite irrigation controllers proximate the positioning information;

retrieving water delivery device information about the one or more water delivery devices; and

the communicating the real-time information comprises communicating the water delivery device information.

16. The method of claim 6, further comprising:

identifying geographic information associated with the request;

generating a pictorial representation of an area irrigated by one or more water delivery devices controlled by one or more of the satellite irrigation controllers proximate the identified geographic information; and

the communicating the real-time information comprises communicating the pictorial representation over the distributed network.

17. The method of claim 6, further comprising:

determining whether a device transmitting the request is capable of displaying a graphical representation; and

identifying geographic information associated with the request such that the communicating the real-time information comprises communicating the geographic information over the distributed network when it is determined that the device can display the graphical representation.

18. The method of claim 6, wherein the determining the real time information comprises:

immediately issuing in response to the remote request a query to a satellite controller requesting current conditions;

receiving a response from the satellite controller comprising satellite controller conditions; and

incorporating the satellite controller conditions into the real time information.

14. The method of 11, further comprising:

receiving over the distributed network positioning information from a user device;

identifying one or more of the satellite irrigation controllers proximate the positioning information; and

the identifying geographic information comprises identifying geographic information of the one or more satellite irrigation controllers.

15. The method of 6, further comprising:

receiving over the distributed network positioning information from a user device;

identifying a first satellite controller of the satellite controllers proximate the positioning information;

retrieving current irrigation conditions from the first satellite controller in response to the remote request; and

the communicating the real-time information comprises communicating the current irrigation conditions of the first satellite controller.

19. An irrigation control system, comprising:

a central irrigation control system comprising a processor and memory that stores software implemented by the processor such that the processor is adapted to;

communicate with and control a plurality of satellite irrigation controllers to implement irrigation through water delivery devices;

communicate over a distributed network to receive a remote request from over the distributed network from a remote device;

determine in response to the remote request real-time information comprising current and actual information existing at the time of identifying the real-time information regarding irrigation implemented through the plurality of satellite irrigation controllers; and

communicate over the distributed network the real-time information.

20. The irrigation control system of claim 19, wherein the processor is further adapted to:

receive an instruction communicated through the distributed network during irrigation to alter the irrigation, and communicate with one or more satellite controllers during irrigation to alter the irrigation in response to the received instruction.

21. The irrigation control system of claim 20, wherein processor is further adapted to detect changes to irrigation parameters as a result of the changes implemented during irrigation in response to the received instruction and communicate over the distributed network one or more of the changes to irrigation parameters.

22. The irrigation control system of claim 19, wherein the processor is further adapted to identify geographic information associated with the remote request, and communicate the geographic information over the distributed network.

23. The irrigation control system of claim 22, wherein the processor is further adapted to:

receive over the distributed network positioning information from the remote device;

identify one or more water delivery devices controlled by one or more of the plurality of satellite irrigation controllers proximate the positioning information;

retrieve water delivery device information about the one or more water delivery devices; and

communicate the water delivery device information over the distributed network to the remote device.

24. The irrigation control system of claim 19, wherein the processor is further adapted to communicate an irrigation control interface over the distributed network to be displayed at the remote device that is configured to allow a user at the remote device to interact with the central irrigation control system.

25. A method of controlling irrigation, comprising:

remotely accessing a distributed network;

accessing a central irrigation control unit of an irrigation system from over the distributed network;

requesting an action be taken by the central irrigation control unit in controlling irrigation; and

receiving real-time irrigation parameter information in response to the request.