Robert E Rodgers

Title: **Robert E. Rodgers: Innovator in Vehicle Safety Technologies**

Introduction

Robert E. Rodgers is a notable inventor based in Connersville, Indiana, whose contributions to vehicle safety technology are exemplified by his unique patent for a pressure-vacuum relief valve assembly. His innovation addresses critical safety concerns in vehicle fuel systems, showcasing his commitment to enhancing safe automotive operations.

Latest Patents

Rodgers holds a single patent that delineates the design of a pressure-vacuum relief valve assembly intended for vehicle fuel tanks. This assembly is specifically engineered to either mount externally on a vehicle or to be integrated as part of the cap for a traditional tank filler neck. The patent details an innovative design comprising multiple components, including an upwardly facing annular flange, a circular plate, and a spring-loaded valve plate, all working together to maintain pressure safety in fuel tanks. The assembly ensures effective protection against overpressure or vacuum conditions, thereby enhancing the overall safety of fuel storage.

Career Highlights

Rodgers is affiliated with Stant Manufacturing Company, Inc., a company recognized for its advancements in automotive fuel and emission systems. His work within this organization has solidified his reputation as a key contributor to innovative safety technologies in the automotive industry.

Collaborations

Throughout his career, Rodgers has likely collaborated with various engineers and industry experts at Stant Manufacturing Company, Inc. These partnerships are vital to the invention and refinement of safety mechanisms that contribute to the reliability and integrity of vehicle fuel systems.

Conclusion

Robert E. Rodgers stands out as an inventor whose creative solutions to automotive safety challenges have the potential to save lives and improve vehicle performance. His dedication to innovation, particularly through his patented pressure-vacuum relief valve assembly, highlights the importance of safety in automotive engineering. His contributions continue to influence the field and inspire future advancements in vehicle safety technologies.