Chin-Hao Liu

Title: Innovator Spotlight: Chin-Hao Liu and His Breakthrough in Micro-Motor Technology

Introduction: Chin-Hao Liu, located in Taoyuan Hsien, Taiwan, is a notable inventor known for his significant contributions to the field of micro-motor technology. With a single but impactful patent to his name, he has showcased his inventive skills and understanding of engineering mechanics.

Latest Patents: Chin-Hao Liu holds a patent for a "Micro-motor with low cogging torque." This innovative micro-motor consists of essential components including a stator, a rotor, first and second magnetically conductive assemblies, and a bobbin. The design features a unique approach with a plurality of magnetically conductive sheets that are stacked together, each formed with asymmetrical salient teeth. Notably, at least one of the magnetically conductive sheets is arranged in a reverse position relative to the others, enhancing the overall functionality of the micro-motor. This invention exemplifies advanced thought in reducing cogging torque, which is crucial for smooth operation in motor applications.

Career Highlights: Currently, Chin-Hao Liu is employed at Delta Electronics, Inc., a company that is recognized for its innovation in power and thermal management technologies. His work in the organization allows him to further develop his ideas and contribute to the advancement of electronic components.

Collaborations: Throughout his career, Liu has worked alongside proficient colleagues such as Wen-Shi Huang and Kuo-cheng Lin. These collaborations have likely fostered an environment where creative ideas and collective expertise converge, leading to remarkable technological advancements.

Conclusion: Chin-Hao Liu's invention of the micro-motor with low cogging torque represents a noteworthy achievement in engineering. His ongoing work at Delta Electronics, Inc., alongside esteemed teammates, positions him as a key figure within the realm of innovative technologies. As he continues to build on his patented work, the future holds promising prospects for further developments in micro-motor applications.