Company Filing History:
Years Active: 1995
Title: The Innovations of Timothy M Deakin in Engine Technology
Introduction: Timothy M Deakin, an inventor based in Clarence, NY, has made significant contributions to the field of engine technology. With a unique focus on improving engine performance, his patented invention showcases a novel approach that enhances the durability of engine components. With one patent to his name, Deakin's work reflects a deep understanding of mechanical engineering and innovation.
Latest Patents: Timothy M Deakin holds a patent for an innovative engine valve that is designed to improve the functionality of internal combustion engines and other engine types. This valve features a uniform coating comprising nickel, with a thickness not exceeding 0.000500 inches. The coating is engineered to provide enhanced wear and corrosion properties, contributing to the longevity and efficiency of the engine it serves.
Career Highlights: Throughout his career, Deakin has demonstrated a commitment to developing pioneering technologies within the automotive sector. His work at Val-Kro, Inc. highlights his dedication to advancing engineering standards and enhancing engine performance through inventive solutions. His patent stands as a testament to his expertise and innovative mindset in a competitive field.
Collaborations: Timothy has worked alongside Frederick G Wietig, collaborating to push the boundaries of engine design and advancements. Their combined efforts aim to optimize engine components, furthering the field of mechanical engineering and contributing to the development of more efficient and reliable engines.
Conclusion: Timothy M Deakin's innovative approach to engine technology underscores the importance of invention in enhancing everyday machinery. His patented engine valve showcases a significant leap in material application and design, promising better performance and durability for internal combustion engines. As he continues his work at Val-Kro, Inc., the impact of his contributions will likely be felt for years to come in the automotive industry.