Company Filing History:
Years Active: 1995
Title: Kim Hayes - Innovator in Irrigation Technology
Introduction
Kim Hayes is a notable inventor based in Salt Lake City, Utah. She has made significant contributions to the field of irrigation technology. Her innovative approach has led to the development of a unique programmable controller apparatus designed to enhance irrigation systems.
Latest Patents
Kim Hayes holds a patent for a "Programmable controller apparatus for irrigation systems." This invention includes a removable control module that interfaces with the internal circuitry of the programmable controller. It is designed to activate and operate multiple watering valves efficiently. The housing unit protects the control module and internal circuitry from water contamination and unauthorized tampering. The control module allows for variations in programmable watering sequences for individual watering stations. It features multiple programming keys and switches that facilitate both electronic and manual programming options. Additionally, the removable control module can be programmed remotely, providing flexibility in managing irrigation systems. A manual mode allows users to override or deactivate programming sequences for specific watering stations without affecting others. The apparatus also includes a master valve for programmable activation and an external default indicator to signal faulty watering stations. A transmitter/receiver enhances the controller's functionality by enabling on-site programming of faulty stations.
Career Highlights
Kim Hayes has established herself as a key figure in her field through her innovative work at Pro-Mark, Inc. Her dedication to improving irrigation technology has garnered attention and respect within the industry.
Collaborations
Kim collaborates with her coworker, Kent C. Ericksen, to further advance their projects and innovations in irrigation technology.
Conclusion
Kim Hayes is a pioneering inventor whose work in irrigation technology exemplifies innovation and practicality. Her contributions continue to impact the efficiency of irrigation systems, showcasing her commitment to enhancing agricultural practices.