Location History:
- Stratford-on-Avon, GB (1987)
- Snitterfield, GB (1986 - 1988)
- Straton-on-Avon, GB (1988)
Company Filing History:
Years Active: 1986-1988
Title: **The Innovative Mind of Steven Trotman: A Closer Look at His Contributions**
Introduction
Steven Trotman, an accomplished inventor based in Snitterfield, Great Britain, has made significant strides in the automotive engineering field. With a total of five patents to his name, Trotman has demonstrated his creativity and technical expertise through innovative designs that enhance vehicle performance and reliability.
Latest Patents
Among his latest patents is the **Diaphragm Spring Clutch Cover Assembly**. This invention involves a diaphragm spring clutch where a clutch driven plate is clampable against a rotatably driven counter-pressure plate. The design features a pressure plate urged by a diaphragm spring, equipped with an annular array of spaced lands that face the diaphragm spring. These lands support a resilient fulcrum ring, which cushions clutch re-engagements. As the diaphragm spring increasingly urges the pressure plate during engagement, the fulcrum ring's spanning portions are resiliently deformed by the ribs on the diaphragm spring, providing axial cushioning.
Another notable patent by Trotman is the **Clutch Cover Assembly**, which incorporates a diaphragm spring acting on a pressure plate through a resilient fulcrum ring. This fulcrum ring encircles the clutch axis and is fitted into a groove within the pressure plate. Upon clutch re-engagements, the fulcrum ring's cross-section is resiliently deformed by the diaphragm spring's load, thus offering cushioning. Additionally, the resilient tube may feature a slot along its outer periphery, which closes during the initial stage of deformation, allowing for a two-stage cushioning effect upon further compression.
Career Highlights
Working at Automotive Products, Inc., Trotman has established himself as a key player in the automotive innovation sector. His work emphasizes enhancing the efficiency and smoothness of vehicle operations, leading to improved driving experiences and greater durability in automotive components.
Collaborations
Steven Trotman's innovative journey has been enriched through collaborations with talented coworkers, including Ian C. Maycock and Peter A. Romer. These partnerships foster a dynamic environment for brainstorming and developing cutting-edge automotive technologies, resulting in innovations that push the boundaries of conventional design.
Conclusion
Steven Trotman's contributions to the field of automotive engineering are commendable. His inventive spirit and technical proficiency are reflected in his patents, paving the way for advancements in clutch mechanisms. As he continues to collaborate with fellow innovators, the automotive industry can anticipate more groundbreaking inventions that enhance performance and reliability in vehicles.