Suzhou, China

Feng Yi


Average Co-Inventor Count = 5.0

ph-index = 1


Company Filing History:


Years Active: 2023

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1 patent (USPTO):Explore Patents

Title: Discovering the Innovations of Inventor Feng Yi from Suzhou, China

Introduction

Feng Yi is a notable inventor based in Suzhou, China, recognized for his innovative contributions to sealing devices in complex fluid mediums. His work emphasizes the integration of technology and engineering principles to enhance device performance in varying operational conditions.

Latest Patents

Feng Yi holds a patent for a "Sealing device for gas-liquid two-phase fluid medium under variable working conditions." This invention includes a rotating shaft and housing, creating a chamber designed to accommodate gas-liquid two-phase fluids. The patent outlines a unique labyrinth sealing mechanism combined with a fluid dynamic-pressure mechanical sealing mechanism featuring double end faces. This dual approach allows for mutual synergy, enhancing sealing effectiveness. Additionally, the design incorporates sealing buffer chambers to optimize performance, where stationary and movable rings interact effectively to maintain a robust sealing environment.

Career Highlights

Currently, Feng Yi is affiliated with the Changshu Institute of Technology, where he engages in research and development. His work is positioned at the intersection of scientific inquiry and practical application, contributing significantly to advancements in fluid dynamics and sealing technology.

Collaborations

Feng's inventions are often developed in collaboration with esteemed colleagues like Changping Liang and Qiaoping Yue. This cooperative effort reflects a strong team dynamic in achieving collective goals and innovations within their field.

Conclusion

Feng Yi represents a commitment to innovation in the field of sealing technology. His patent bears testament to his inventive capabilities and the potential applications of his work, continuing to influence the engineering landscape and improve device functionalities under varying conditions.

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