Xiaoshan Huang

Title: Innovations of Xiaoshan Huang

Introduction

Xiaoshan Huang is a notable inventor based in Beijing, China. He has made significant contributions to the field of materials science and touch interaction technologies. With a total of two patents to his name, Huang's work showcases his innovative approach to solving complex engineering challenges.

Latest Patents

Huang's latest patents include a "Device and method for preparing low-impurity regenerated brass alloy through step-by-step insertion of electrode." This invention provides a method for producing a low-impurity regenerated brass alloy efficiently. The device comprises a melt heating apparatus, an electrode displacement apparatus, and a pulse current generation apparatus. This innovative approach allows for a short production process, simple operations, low energy consumption, and high impurity removal efficiency, making it suitable for large-scale continuous production of non-ferrous metal alloys.

Another significant patent is the "Electromyographic based touch interaction processing method, device, and system." This invention involves a touch interaction processing method that utilizes electromyographic signals and location capturing devices. The method generates touch instructions based on specific criteria, enabling effective interaction operations corresponding to hand gestures.

Career Highlights

Xiaoshan Huang has worked with prestigious organizations, including the University of Science and Technology Beijing and Huawei Technologies Co., Limited. His experience in these institutions has allowed him to develop and refine his innovative ideas.

Collaborations

Huang has collaborated with notable colleagues, including Xinfang Zhang and Baoyu Zhang. Their combined expertise has contributed to the advancement of their respective fields.

Conclusion

Xiaoshan Huang's contributions to innovation in materials science and touch interaction technologies highlight his role as a leading inventor. His patents reflect a commitment to improving efficiency and effectiveness in engineering processes.