Yen-Hsien Lee

Title: **Inventor Yen-Hsien Lee: A Pioneer in Physiology Detection Technologies**

Introduction

Yen-Hsien Lee, an accomplished inventor based in Zhongli, Taiwan, has made significant strides in the field of physiology detection technologies. With three patents to his name, Lee’s innovations focus on the integration of textile technology and physiological monitoring systems. His work not only advances the field but also promises to enhance wearer comfort and data accuracy.

Latest Patents

Yen-Hsien Lee's latest patents reflect his commitment to innovation. Among them are the "Physiology Detecting Garment," the "Physiology Detecting Monitoring System," and the "Manufacturing Method of Textile Antenna." The physiology detecting garment is ingeniously designed to collect physiological information from the wearer. It comprises a garment, a high-performance textile antenna, and a detecting device. The textile antenna, crafted from a conductive nanowire and polyurethane polymer composition, is thermal-compression bonded to the garment, providing both functionality and comfort. The detecting device, being electrically connected to the textile antenna, emits a detecting signal that allows for accurate physiological monitoring.

His sensing system for physiology measurements demonstrates a sophisticated approach to data collection. It features a transmission end with measuring signal generating modules that operate on overshoot and undershoot wave generating circuits, complemented by transmitting antennae. On the receiving end, multiple antennae capture the signals reflected from target objects, while signal analyzing modules process this data to produce actionable insights.

Career Highlights

Yen-Hsien Lee is affiliated with the Industrial Technology Research Institute, a prestigious research organization known for its role in innovation and technology development. His contributions have not only led to patents but have also influenced how technology is integrated into everyday wearables, ensuring that physiological monitoring becomes more accessible and effective.

Collaborations

Lee’s research journey is further enriched through collaboration with esteemed colleagues, including Hong-Dun Lin and Wen-Jen Tseng. This teamwork in a cutting-edge research environment showcases the power of collaboration in driving technological advancements and creating impactful innovations.

Conclusion

As an inventor, Yen-Hsien Lee represents the forefront of innovation in physiology detection technology. His patents not only signify individual achievement but also contribute to a broader understanding and practical application of medical technologies in textile forms. Through his work, he is likely to inspire future developments in this vital area, demonstrating the importance of merging fashion and function for enhanced health monitoring.