Richard S Rhoton

Title: Innovations of Inventor Richard S. Rhoton from Mt. Lebanon, PA

Introduction

Richard S. Rhoton is a prominent inventor based in Mt. Lebanon, Pennsylvania, with a remarkable portfolio that includes seven patents. His innovative contributions primarily focus on enhancing transit vehicle safety and efficiency, showcasing his dedication to engineering excellence.

Latest Patents

Among Richard S. Rhoton's recent inventions is the "Transit Vehicle Friction Brake Deceleration Control System." This advanced friction brake system addresses the limitations of conventional braking mechanisms in transit vehicles, which typically operate using an air-powered service brake and a spring-powered emergency-parking brake. The invention introduces a time-delay switch that prevents premature engagement of the service brakes, allowing the spring-actuated emergency brakes to respond first during emergency stops.

Another notable invention is the "Transit Vehicle Door Control Apparatus." This apparatus enhances passenger safety by sensing the position of a predetermined power rail in relation to a safety walkway. It ensures controlled passenger exit from the vehicle onto the walkway, further improving safety measures for transit users.

Career Highlights

Richard S. Rhoton is affiliated with the Westinghouse Electric Corporation, a leader in energy and electrical systems. His work there highlights his commitment to advancing the field of transit vehicle safety through innovative engineering solutions.

Collaborations

Throughout his career, Richard has collaborated with esteemed colleagues such as Donald L. Rush and Robert H. Perry. These partnerships have undoubtedly contributed to the successful development of his patents and the overall progression of technology within his field.

Conclusion

Richard S. Rhoton's inventive spirit and his dedication to safety in transit vehicles exemplify the impact an inventor can have on everyday life. With his successful patents and collaborative efforts, he continues to make significant contributions to the field of engineering, ensuring safer transit experiences for all.