Changhe Wu

Title: Innovative Contributions of Changhe Wu in High-Performance Shielding Technology

Introduction

Changhe Wu is an accomplished inventor based in Shanghai, China. He has made significant advancements in the field of shielding materials, boasting one patent that focuses on enhancing the efficiency of electrical charging systems. His innovative approach aims to solve existing challenges through unique material design and application methods.

Latest Patents

Changhe Wu's most notable patent is titled "High-performance shielding sheet and preparation method thereof and coil module comprising the same." This invention relates to a high-performance shielding sheet that includes a shielding layer formed from soft magnetic materials, characterized by low coercive force and low remanence. The unique feature of this sheet is the incorporation of graphical slits that divide the shielding layer into multiple fragments, each isolated to maximize insulation properties. This innovative design ultimately improves electric charging conversion rates, enhances charging efficiency, reduces transmission losses, and bolsters the uniformity of electromagnetic wave transmission.

Career Highlights

Mr. Wu currently serves at Sunline Printing (Shanghai) Electronics Co., Ltd., where he focuses on research and development of advanced electronic components. His role emphasizes improving existing technologies and creating new solutions, positioning his company as a leader in the electronics field. Through his dedication and inventive spirit, he continues to forge paths in material science and electronics.

Collaborations

Changhe Wu works closely with notable coworkers, including Kexin Xu and Tao Lin. Their collaboration supports a dynamic environment for innovation, where ideas are exchanged, and projects are developed collectively. This teamwork enhances the creative process, leading to impactful inventions.

Conclusion

Changhe Wu stands out as a significant inventor in the realm of high-performance shielding technology. His contributions not only pave the way for improved charging systems but also significantly advance the field of electronic materials. With his ongoing efforts and collaborative projects, Wu’s influence in innovation is likely to grow, continuing to impact the industry positively.