Huixin Hu

Title: Huixin Hu – Innovator in High-Performance Shielding Technology

Introduction

Huixin Hu is an accomplished inventor based in Shanghai, China, recognized for her significant contributions to the field of electrical engineering. With one patent to her name, Huixin has developed an innovative technology that enhances the efficiency of electromagnetic wave transmission.

Latest Patents

Her notable patent, titled "High-performance shielding sheet and preparation method thereof and coil module comprising the same," focuses on a high-performance shielding sheet. This invention includes at least one shielding layer made of a soft magnetic material characterized by low coercive force and low remanence. The shielding layer is uniquely designed with a series of graphical slits that divide it into several fragments, allowing for improved electrical insulation properties. One of the key advantages of this innovative shielding sheet is its ability to improve the electric charging conversion rate, thereby increasing charging efficiency and reducing transmission loss.

Career Highlights

Huixin Hu is currently employed at Sunline Printing (Shanghai) Electronics Co., Ltd., where her expertise in electronic materials and technologies is instrumental in driving innovation. At Sunline, she actively participates in research and development, contributing to projects that aim to advance electronic component design and functionality.

Collaborations

Huixin collaborates with talented colleagues such as Kexin Xu and Tao Lin, fostering a dynamic team environment that encourages creativity and technical advancement. Together, they work towards achieving breakthroughs in electronic shielding technologies, which are critical in various applications, including consumer electronics and communication devices.

Conclusion

Huixin Hu’s innovative spirit and dedication to enhancing electronic technologies positions her as a valuable contributor to the field. Her patent for a high-performance shielding sheet exemplifies her commitment to improving electrical efficiency and performance. As she continues to collaborate with her colleagues at Sunline Printing, the impact of her work is likely to resonate within the industry for years to come.