Tokyo, Japan

Kazushige Doke


Average Co-Inventor Count = 4.0

ph-index = 1


Company Filing History:


Years Active: 2018

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1 patent (USPTO):Explore Patents

Title: Kazushige Doke - Innovator in Power Transmission Systems

Introduction

Kazushige Doke is an innovative inventor based in Tokyo, Japan. His contributions to the field of power transmission have earned him recognition, particularly for his unique patent that enhances the efficiency of AC and DC power transfer.

Latest Patents

Doke holds a significant patent for a "Power Transmission System." This system features a power transmitting device designed to transmit alternating current (AC) power, coupled with a power receiving device that effectively receives this AC power. What sets this invention apart is its advanced receiving device, which includes a rectifier that converts AC power into direct current (DC). Additionally, the system comprises a DC converter that conducts DC conversion of the output from the rectifier, along with a power-receiving side controller. This controller strategically calculates a current command value to ensure that the input impedance of the DC converter matches a preset value and efficiently regulates the input current.

Career Highlights

Kazushige Doke is currently affiliated with IHI Corporation, a prominent company renowned for its contributions to technology and industrial innovation. His career at IHI highlights the intersection of technological advancement and practical application in power systems.

Collaborations

Throughout his inventive journey, Doke has collaborated with respected colleagues, including Takahiko Murayama and Yuji Maekawa. These partnerships not only enhance the depth of his projects but also demonstrate the spirit of teamwork in the innovation process.

Conclusion

Kazushige Doke’s contributions to power transmission technology reflect the innovation and creativity pivotal in today’s energy landscape. With his patent and continued work at IHI Corporation, he stands as a notable figure in the field, inspiring future advancements in electrical engineering and power systems.

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