David K Frerich

Title: David K. Frerich: Innovator in Irrigation Technology

Introduction

David K. Frerich is a notable inventor based in Abernathy, Texas. He has made significant contributions to the field of irrigation technology. His innovative approach has led to the development of a unique apparatus designed to enhance irrigation systems.

Latest Patents

Frerich holds a patent for a Continuous-flow irrigation timer. This apparatus is designed for controlling an irrigation system that features multiple irrigation zones. The system includes a processor with associated memory, a plurality of valve controllers, an input device, and a display screen. Each valve controller can be selectively activated by the processor to provide control signals to respective zone valves. The input device allows users to input data regarding the activation of controllers, including how many can be activated simultaneously and how often they will be activated during a predetermined time period. The display device is connected to the processor to show this data, facilitating efficient irrigation management.

Career Highlights

David K. Frerich is currently employed at Eco-Drip Irrigation Systems, Inc. His work focuses on developing advanced irrigation solutions that improve water efficiency and agricultural productivity. With a patent portfolio that includes his innovative irrigation timer, Frerich has established himself as a key player in the irrigation technology sector.

Collaborations

Frerich collaborates with his coworker, Earl T. Farley, to further enhance the capabilities of their irrigation systems. Their combined expertise contributes to the ongoing development of effective irrigation solutions.

Conclusion

David K. Frerich's contributions to irrigation technology exemplify innovation in the field. His patent for the Continuous-flow irrigation timer showcases his commitment to improving agricultural practices through technology. Frerich's work continues to influence the efficiency of irrigation systems, making a significant impact on water management in agriculture.