Company Filing History:
Years Active: 2012
Title: Innovations of Kuen-An Hsie: Pioneering the Three-Link Toggle Type Positioning Platform
Introduction
Kuen-An Hsie, an innovative inventor based in Tao-Yuan, Taiwan, has made significant contributions to the field of engineering with his inventive mindset. With a single patent under his name, he has shown a clear potential for developing advanced technological solutions that meet modern-day demands.
Latest Patents
Hsie's notable patent, titled "Three-link toggle type positioning platform," showcases his ingenuity. This invention features a first motor connected to a first ballscrew, which is paired with an innovative linkage system consisting of three interdependent linkages. The mechanism operates by allowing the ballscrew to drive the first linkage, subsequently transforming the motion through the second and third linkages to maneuver a platform in a specified direction. This design optimizes positioning accuracy and efficiency, marking a significant advancement in positioning technology.
Career Highlights
Kuen-An Hsie is associated with Chung Yuan Christian University, where he applies his knowledge and skills in engineering to contribute to academic and practical advancements. His work at the university not only enhances his professional profile but also serves as a foundation for his innovative projects.
Collaborations
Hsie collaborates closely with colleagues including Sheng-Wei Wang and Liang-Zheng Huang. These partnerships foster a productive environment that encourages innovation and the sharing of ideas, which is crucial for the development of groundbreaking inventions.
Conclusion
In summary, Kuen-An Hsie exemplifies the spirit of innovation through his patent of the three-link toggle type positioning platform. His contributions as an inventor, along with his collaborations at Chung Yuan Christian University, highlight the importance of teamwork and shared knowledge in the pursuit of technological advancement. As he continues to explore new horizons in engineering, the potential for future innovations remains vast and promising.