Tokyo, Japan

Youhei Noda

USPTO Granted Patents = 1 

Average Co-Inventor Count = 2.0

ph-index = 1


Company Filing History:


Years Active: 2024

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1 patent (USPTO):Explore Patents

Title: Innovations in Thermoelectric Technology by Youhei Noda

Introduction: Youhei Noda is a distinguished inventor based in Tokyo, Japan, known for his contributions to the field of thermoelectric technology. With a strong focus on enhancing the efficiency of thermoelectric conversion elements, Noda aims to revolutionize energy conversion systems.

Latest Patents: Noda holds a patent for a thermoelectric conversion element and thermoelectric conversion device. This innovative invention seeks to increase the thermoelectromotive voltage by aligning the magnetization direction, temperature gradient direction, and electromotive force direction orthogonally. His patent describes a unique design where a thermoelectric material is radially magnetized and wound annularly, allowing for circumferential generation of electromotive force in response to an axial temperature gradient. This approach eliminates the need for connection lines between multiple thermoelectric materials and significantly enhances power density without increasing the element's size.

Career Highlights: Currently working with TDK Corporation, Noda has made notable strides in thermoelectric applications. His patent reflects a deep understanding of material science and the intricacies of thermoelectric systems, setting a benchmark in the industry.

Collaborations: Noda collaborates closely with his colleague, Shota Suzuki, contributing to various projects aimed at advancing thermoelectric technologies. Their teamwork combines expertise and innovative thinking, fostering a dynamic research environment at TDK Corporation.

Conclusion: Youhei Noda's pioneering work in thermoelectric conversion underscores the potential for innovation in energy solutions. His patent not only represents a technological advancement but also highlights the importance of collaboration in research and development within the field of thermoelectrics.

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