Workman, Nydegger & Seeley
Automated farming system
 A system and method for operating various farming devices at a location remote from the device. A hand-held radio transmitter is programmed to transmit Dual Tone Multiple Frequency tones in specific patterns so as to communicate directions to a controller located at the power plant of the farming device. The controller is formed by a companion microprocessor which is used to receive and decode and also encode and transmit Dual Tone Multiple Frequency tones, and a primary microprocessor which is used to monitor decoded Dual Tone Multiple Frequency tones and then control the power plant and transmission of the farming device. Directions transmitted from the hand-held radio transceiver to the controller can, in various embodiments of the present invention, direct such functions as, for example, moving of an irrigation wheel-line, turning off and on the engine of the wheel-line, starting and stopping pumps of a pump system, monitoring the moisture levels in soils. 
A
A01G
inventional
David David
Green Patterson