Jerry A Carpenter

Title: Jerry A. Carpenter: Innovator in Mixing Systems

Introduction

Jerry A. Carpenter, located in Brockport, NY, is an influential inventor best known for his innovative work in mixing systems. With a notable patent to his name, Jerry has made significant contributions to the field of fluid dynamics, specifically in the handling of liquids that contain suspended fibers.

Latest Patents

Jerry A. Carpenter holds a patent for a unique mixing system designed for liquids with fibers suspended within them. This invention focuses on the challenges posed by fibers that adhere to the impeller's leading edge, which increases drag and the power required for rotation. By incorporating a draft tube, the impeller facilitates the axial flow of liquid in a tank. Additionally, Jerry's design features blades inclined beyond the angle of repose for the fibers, optimizing the mixing process. The surface of the impeller is treated with a low coefficient of friction material, enhancing its efficiency and performance.

Career Highlights

Throughout his career, Jerry has been associated with General Signal Corporation, where he has utilized his engineering expertise to drive innovations in mixing technology. His work has not only improved operational efficiencies but also paved the way for future advancements in fluid mixing systems.

Collaborations

Jerry's innovative journey has been shaped by his collaborations with notable coworkers such as Ronald J. Weetman and Chandler K. Coyle. Together, they have contributed to expanding the capabilities and functionalities of mixing systems, reinforcing the importance of teamwork in innovation.

Conclusion

Jerry A. Carpenter's work exemplifies how a single patent can transform an industry. His innovative mixing systems address critical challenges in handling liquids with suspended fibers, making substantial impacts in various applications. Jerry's creativity, combined with his strong collaborative efforts, positions him as a key figure in the field of engineering and invention.