This inventor holds 1 USPTO granted patent. Top assignee: Posi-Seal International, Inc.. Active years: 1978.
Company Filing History:
Years Active: 1978
Title: Kenneth C Simmons: Innovator of Advanced Valve Seal Technology
Introduction
Kenneth C Simmons, based in Plainfield, CT, is a prominent inventor known for his pioneering work in valve seal technology. With one patented invention to his name, Simmons has made significant contributions that enhance the safety and efficiency of pressurized fluid systems, particularly in applications susceptible to fire risks.
Latest Patents
His most notable patent is the "Extended Temperature Range Valve Seal," which addresses critical challenges faced in pressurized fluid systems. This innovative valve seal mechanism features a soft seat that provides nearly zero leakage at normal operating temperatures. In scenarios where temperatures exceed the operational range and compromise the soft seat, the design incorporates a backup hard metal seating surface that minimizes leakage significantly. The hard metal seal ring, tailored to fit within an undercut circumferential groove in the valve seat, ensures reliability and safety in high-temperature conditions.
Career Highlights
Kenneth C Simmons is associated with Posi-seal International, Inc., where his expertise in developing advanced sealing solutions has been instrumental. His work exemplifies the integration of engineering precision with innovative design, providing solutions that effectively mitigate potential hazards in fluid delivery systems.
Collaborations
Throughout his career, Simmons has collaborated with notable colleagues such as Harry C Champlin, Jr., and Carl F Livorsi. These partnerships have fostered a creative environment that promotes innovative thinking and problem-solving, ultimately leading to advancements in sealing technologies.
Conclusion
Kenneth C Simmons stands out as a key inventor in the realm of valve seal technology, contributing valuable innovations that enhance safety in various applications. His dedication to improving fluid system performance serves as an inspiration for future inventors and engineers in the field.