Mark A Beasley

Title: Mark A. Beasley: Innovator Behind the High Flow Proportional Valve

Introduction

Mark A. Beasley is an inventive mind located in South Bend, Indiana. He holds a significant patent for a high flow proportional valve, demonstrating his expertise in fluid control technologies. Through his work, Beasley has contributed to advancements in valve technology, showcasing his dedication to innovation and engineering.

Latest Patents

Beasley is credited with one notable patent: the High Flow Proportional Valve. This invention features a valve apparatus designed to proportionally control fluid flow. The apparatus consists of a housing with a valve body that includes an inlet port with a valve seat and an outlet port. The valve assembly incorporates an armature, a movable fluid control member, and a spring that biases the valve into a closed position. A diaphragm secures contact with the valve seat when closed, complemented by a poppet plate backing the diaphragm. The solenoid assembly, consisting of an electromagnetic coil and a pole piece, is pivotal as it moves the armature upon energization, enabling fluid passage through the valve.

Career Highlights

Mark A. Beasley is a key player at South Bend Controls Holdings LLC, where he applies his innovative mindset to develop cutting-edge technologies. His dedication to the field has significantly impacted the improvement of fluid control systems, establishing himself as a valuable resource within his organization.

Collaborations

Beasley collaborates with talented professionals including Peter G. Hutchings and Deron Kaczorowski. Together, they contribute to the innovative work at South Bend Controls Holdings LLC, combining their skills to enhance product development and engineering solutions.

Conclusion

Mark A. Beasley stands out in the realm of innovation with his research and development in valve technology. His patent for the High Flow Proportional Valve not only reflects his ingenuity but also emphasizes the importance of collaboration in achieving technological advancements. As he continues his career, Beasley's impact on the field of fluid control remains significant, promising further innovations in the industry.