Yi-Yuan Chang

Title: **Yi-Yuan Chang: Innovating Electromagnetic Therapeutics**

Introduction

Yi-Yuan Chang, an inventive mind from Donggang, Taiwan, has contributed significantly to the field of therapeutic technology. With a focus on advancements that integrate electromagnetic principles, his work reflects a dedication to improving medical treatments through innovative inventions.

Latest Patents

Yi-Yuan Chang holds a patent for an **Electromagnetic Thermotherapeutic Apparatus**. This sophisticated apparatus features multiple needle units, each comprising head portions and needle portions. The design includes a base unit with a base plate containing several first through holes. The needle portions extend through the second and first through holes, with the head portions resting against a specially designed base pad. A temperature monitor is strategically placed between the base plate and base pad to ensure accurate thermal management. Additionally, an upper unit located above the base pad supports the head portions, while a clamp unit secures the assembly, enhancing its therapeutic efficacy.

Career Highlights

Currently, Yi-Yuan Chang is associated with National Cheng Kung University, where he continues his work in the research and development of innovative medical technologies. His efforts focus on creating devices that can significantly improve patient treatment experiences through electromagnetic therapy.

Collaborations

In his journey as an inventor, Yi-Yuan Chang has collaborated with colleagues such as Gwo-Bin Lee and Xi-Zhang Lin. Their partnership emphasizes a collective effort towards pushing the boundaries of technology in the healthcare sector, resulting in advancements that benefit both professionals and patients alike.

Conclusion

Through his groundbreaking work, Yi-Yuan Chang exemplifies the spirit of innovation that drives the field of medical technology. His electromagnetic thermotherapeutic apparatus not only showcases his inventive capabilities but also highlights the importance of collaboration in achieving significant advancements in healthcare solutions. As he continues his research, the impact of his contributions may usher in new opportunities for therapeutic implementations worldwide.