Michael R Gose

Title: Michael R. Gose: Innovator in Hydraulic Coupling Technology

Introduction

Michael R. Gose, an accomplished inventor based in Frederic, Wisconsin, has made significant contributions to the field of hydraulic systems. With a keen focus on enhancing fluid flow connections, he holds one patent that showcases his innovative approach to engineering challenges in hydraulic circuits.

Latest Patents

His notable patent, titled "Quick Coupling for Connecting During Fluid Flow in a Hydraulic Circuit," introduces a sophisticated coaxial coupling mechanism. This invention includes a female coupling half and a male coupling half, designed for use in a hydraulic circuit involving a multistage hydraulic pump and a hydraulic machine. The coupling operates efficiently to connect components even when the pump is running, thereby improving operational fluidity and functionality in hydraulic systems. The design incorporates configurations for disconnection, connection initiation, and full connection, along with a manually actuated restrictor that signals the pump to adjust to a low flow condition regardless of the machine’s load demand. This innovative feature significantly reduces the effort needed to transition between coupling states.

Career Highlights

Michael is associated with Parker-Hannifin Corporation, a leading company in motion and control technologies. His tenure there has allowed him to focus on practical solutions for complex hydraulic systems, advancing the company's commitment to innovation in engineering solutions.

Collaborations

During his career, Michael has had the opportunity to collaborate with skilled professionals such as Paul Lemay and Timothy Tyler Marquis. Working alongside these talented individuals, he has been able to expand his knowledge and impact within the hydraulic engineering field.

Conclusion

Michael R. Gose's contributions to hydraulic coupling technology reflect his dedication to innovation and engineering excellence. With his patent serving as a testament to his ingenuity, he continues to influence the design and functionality of hydraulic systems, paving the way for future advancements in the industry.