Company Filing History:
Years Active: 1996
Title: Innovations of Tse E Wong: Revolutionizing Flexure Bearings
Introduction: Tse E Wong is an accomplished inventor based in Seal Beach, California, known for his innovative contributions to machinery design. With a keen focus on enhancing the reliability of reciprocating machines, he holds a distinguished patent that showcases his expertise in engineering and technology.
Latest Patents: Tse E Wong's notable patent is for a "Tangential Linear Flexure Bearing," an advanced design intended for improved reliability and longevity in reciprocating machinery. This innovative flexure bearing integrates a translating cut diaphragm with circumferential tangent cantilever flexure blades. The unique design features symmetrical opposing end angles and placements designed to enhance radial stiffness while maintaining low axial stiffness. These characteristics lead to reduced flexure stresses and increased fatigue strength, ultimately resulting in improved operational reliability.
Career Highlights: Wong is currently employed by The Aerospace Corporation, where he leverages his engineering skills to contribute to advanced aerospace technologies. His work within this esteemed organization allows him to apply his innovative ideas within one of the most challenging and high-stakes environments in engineering.
Collaborations: Throughout his career, Tse E Wong has collaborated with notable colleagues, including Robert B Pan and Alfred L Johnson, Jr. These partnerships indicate a commitment to fostering teamwork and the sharing of ideas, bolstering his contributions to the field of machinery and engineering.
Conclusion: Tse E Wong's inventive prowess is reflected in his significant patent for the Tangential Linear Flexure Bearing. His work at The Aerospace Corporation and collaborations with fellow engineers demonstrate his dedication to advancing engineering technologies. As innovations in machinery continue to evolve, Wong’s contributions will undoubtedly play a pivotal role in shaping the future of reciprocating systems.