Company Filing History:
Years Active: 2018
Title: Owen James Warren Evans: Innovator of Desmodromic Valve Systems
Introduction
Owen James Warren Evans, an inventive mind hailing from East Sussex, GB, has made significant strides in the realm of mechanical engineering. With a keen focus on valve actuation mechanisms, Evans holds a patent that showcases his innovative approach to enhancing the functionality of desmodromic valve systems.
Latest Patents
Evans's sole patent, titled "Desmodromic Valve Systems and Methods of Operation Thereof," introduces an advanced assembly designed for the coupling of a valve stem to an actuating member within a desmodromic valve actuation mechanism. This assembly features a spherical bearing composed of two portions that define complementary bearing surfaces, with at least one surface being part spherical. One of the portions connects to the actuating member while the other connects to the valve stem. Additionally, the patent outlines a resilient arrangement that applies a biasing force on one bearing portion, enhancing the coupling's resilience between the valve stem and actuating member.
Career Highlights
Owen James Warren Evans is associated with Camcon Auto Limited, a company that focuses on innovative technological solutions in the automotive sector. His work has significantly contributed to the development of efficient valve systems, marking him as a prominent figure in his field.
Collaborations
Throughout his career, Evans has collaborated with notable colleagues, including Roger Derrick Stone. Their partnership has fostered innovative approaches and fostered advancements in their respective projects within the automotive industry.
Conclusion
Owen James Warren Evans exemplifies the spirit of innovation through his patent on desmodromic valve systems. His dedication to enhancing mechanical performance in automotive technology highlights the importance of inventive thinking in driving industry progress. As he continues his work at Camcon Auto Limited, the potential for future contributions remains vast.