Company Filing History:
Years Active: 2006
Title: **Innovative Control Device for Jogging Machine by Chin-Tang Huang**
Introduction
Chin-Tang Huang, an accomplished inventor based in Tainan Hsien, Taiwan, has made a significant contribution to the fitness industry with his innovative control device for jogging machines. His invention aims to enhance the user experience by automating speed adjustments based on the user's foot position.
Latest Patents
Huang holds a patent for a control device that functions within jogging machines. This device includes a stepping board equipped with a series of non-touch sensors strategically placed to monitor the position of the user's feet. By interpreting the data from these sensors, the controller can determine the user's speed and adjust the speed of the moving band accordingly. This advancement allows for a customized and comfortable jogging experience as the machine automatically adapts to the user’s pace. Additionally, the device features angle adjusting sensors that enable users to modify the incline of the stepping board with simple hand movements.
Career Highlights
Chin-Tang Huang is currently employed at Tonic Fitness Technology, Inc., where he applies his inventive skills to develop cutting-edge fitness equipment. His dedication to innovation is reflected in his successful patent application, marking a notable achievement in his career.
Collaborations
In his work, Huang collaborates closely with Ching-Tu Shih, a fellow innovator and team member at Tonic Fitness Technology, Inc. Together, they contribute to creating advanced fitness solutions that meet the dynamic needs of users.
Conclusion
Chin-Tang Huang's innovative spirit and commitment to enhancing fitness technology are evident in his patented control device for jogging machines. His work not only showcases his expertise as an inventor but also highlights the collaborative efforts that drive advancements in the industry. As the fitness world evolves, inventors like Huang continue to play an essential role in shaping the future of exercise technology.