Chao-Jen Huang

Title: The Innovative Mind of Chao-Jen Huang

Introduction

Chao-Jen Huang is a prominent inventor located in Taichung, Taiwan. With a remarkable portfolio of nine patents, his contributions to the fields of electrical stimulation and energy conversion have made significant impacts in technology.

Latest Patents

Among his recent innovations is the "Electrical stimulation control circuit and control method thereof." This patent describes an electrical stimulation control circuit that includes a pulse generator, a processing circuit, and an electrode. The pulse generator is designed to generate a switching signal, while the processing circuit produces an energy signal based on this signal. The electrode, which interacts with the skin of a living body, comprises two comb electrodes that work in a staggered manner for enhanced effectiveness.

Another notable patent is the “Maximum power point tracking method and apparatus.” This invention outlines a method for optimizing power output from an energy harvester through a converter that adjusts the duty cycle signal according to the energy-releasing duration. This process ensures efficient energy conversion, making it essential for various energy management applications.

Career Highlights

Chao-Jen Huang has made significant strides in his career by working with reputable organizations such as the Industrial Technology Research Institute and Intel Corporation. His role in these leading companies has further enriched his expertise in innovations that enhance electrical systems and energy solutions.

Collaborations

Throughout his career, Huang has had the opportunity to collaborate with talented colleagues, including Ke-Horng Chen and Fang-Chih Chu. These partnerships have been instrumental in advancing his innovative projects and expanding the reach of their collective research efforts.

Conclusion

Chao-Jen Huang stands out as an influential inventor whose work continues to shape the landscape of technology through his groundbreaking patents. His innovative spirit and commitment to research play a critical role in addressing energy conversion challenges and enhancing electrical stimulation methods.