Company Filing History:
Years Active: 2024-2025
Title: Innovations by Koby John Hale in Surge Irrigation Systems
Introduction
Koby John Hale, an accomplished inventor based in Burley, Idaho, has made significant contributions to the field of agricultural technology with his innovative designs. With a notable portfolio of two patents, Hale's inventions aim to enhance efficiency in irrigation practices, which are vital for agricultural productivity.
Latest Patents
Hale's latest patent, "Surge Irrigation System and Method of Use," introduces a system equipped with one or more valve location units tailored for integration at flood irrigation valve assemblies. Each valve unit features an elongate linkage coupled with a rod that operates the flood irrigation valve assembly via a powered actuator. A unique aspect of this invention is its control unit, which wirelessly receives instructions, allowing users to manage the system through mobile device interfaces. The design also includes moisture sensors that provide valuable feedback, ultimately supporting better water management in agricultural operations.
Career Highlights
Koby John Hale has dedicated his career to developing practical solutions that address real-world challenges in irrigation. His work has been recognized for its innovative approach to improving agricultural practices, thus making a positive impact on sustainability and resource management within farming communities.
Collaborations
During his journey as an inventor, Hale has collaborated with talented professionals, including Clayton Reed Carter and E Clay Slade. These collaborations not only highlight Hale's commitment to teamwork but also showcase the combined expertise that drives innovation in their field.
Conclusion
Koby John Hale's innovations, particularly in surge irrigation systems, demonstrate his dedication to advancing agricultural technology. With his patents, he continues to inspire other inventors and contribute to more efficient and sustainable farming practices. As technology evolves, Hale's work remains a fundamental part of the conversation about innovation in agriculture.