Yokohama, Japan

Takuji Harada


Average Co-Inventor Count = 7.0

ph-index = 1


Company Filing History:


Years Active: 2014

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1 patent (USPTO):

Title: Takuji Harada: Innovator Behind Electric-Field Communication Technology

Introduction

Takuji Harada is a notable inventor based in Yokohama, Japan, recognized for his contributions to the field of electric-field communication technology. With one patent to his name, Harada's innovative work has the potential to enhance communication systems significantly.

Latest Patents

Harada’s patent is for an electric-field communication device designed to improve the efficiency of signal transmission. The invention features a signal electrode (A) and a ground electrode (B) strategically positioned on the surfaces of a case, ensuring they do not come into contact with the internal electric components. This design is pivotal in preventing reductions in the electric field (Ec) within the electric-field transmission medium. By maintaining a specific distance between the electrodes, Harada's device enhances the overall contactability and subsequently increases the induced electric field.

Career Highlights

Throughout his career, Takuji Harada has made significant contributions while working at major companies such as Nippon Telegraph and Telephone Corporation and NTT Electronics Corporation. His experience in these organizations has undoubtedly shaped his innovative approach to developing technologies.

Collaborations

Harada has collaborated with distinguished professionals in the field, including Ryusuke Kawano and Katsuyuki Ochiai. These partnerships have fostered a collaborative environment, further driving innovation in electric-field communication technologies.

Conclusion

Takuji Harada's innovative patent reflects his commitment to advancing communication technology. By addressing key issues in electric-field transmission, Harada's work stands as a testament to the importance of innovation in today's rapidly evolving technological landscape. His contributions will likely influence the future of electric communication devices, making them more efficient and effective.

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