Shibo Rui

Title: Innovations by Shibo Rui in Electronic Devices

Introduction

Shibo Rui, an innovative inventor based in Beijing, China, has made a mark in the field of electronic devices with his unique contributions. With a focus on enhancing device functionality, Rui holds a patent that showcases his ingenuity in engineering design.

Latest Patents

Rui's most notable patent is for a "Rotating Shaft and Electronic Device." This invention features a rotating shaft designed to connect two screen brackets. It incorporates two axle structures that are symmetrically arranged. One of the axle structures contains an axle, a motion conversion structure, a screen bracket connection structure, and a supporting bracket. The unique construction includes a worm groove on the axle's surface, which works in conjunction with the motion conversion structure to create a worm drive mechanism. This innovative design allows for the screen bracket connection structure to be movably attached, thereby facilitating the mounting of screen brackets with ease. Additionally, the supporting bracket rotates around the axle's axis, providing enhanced mobility and flexibility in electronic device configurations.

Career Highlights

Shibo Rui is currently working at Lenovo (Beijing) Limited, a leader in technology and innovation. His role at Lenovo allows him to actively contribute to the development of sophisticated electronic devices. With a single, yet impactful patent to his name, Rui exemplifies the spirit of innovation that is vital in today's fast-paced technological landscape.

Collaborations

In his professional endeavors, Rui collaborates with talented coworkers such as Ran Zhang and Jinzhong Shi. Their teamwork in the innovative environment at Lenovo fosters the exchange of ideas and creativity, driving forward the development of advanced technologies.

Conclusion

Shibo Rui stands as a testament to the innovative spirit of inventors who strive to improve the way we interact with technology. His unique patent for a rotating shaft and electronic device underscores his contribution to the field, showcasing the potential for future advancements driven by creativity and collaboration in research institutions and companies alike.