Koichi Matsuoka

Title: **Innovator Spotlight: Koichi Matsuoka**

Introduction

Koichi Matsuoka is a noted inventor based in Tokyo, Japan. With a unique contribution to the field of electrical engineering, he has made significant strides in motor technology through his innovative designs. Matsuoka's commitment to enhancing performance and efficiency in electric motors demonstrates his inventive spirit and expertise.

Latest Patents

Matsuoka holds a patent for a "Totally Enclosed Type Driving Electric Motor." This invention relates to a sophisticated construction of an electric motor, consisting of a stator core that houses a coil and is secured to the inner portion of a frame. Further, the motor features a bearing bracket that supports one end of the frame, with a housing that accommodates a second bearing at the opposite end. Notably, the design allows for a cooling space near at least one of the bearings, thus optimizing the operation and lifespan of the motor.

Career Highlights

Throughout his career, Koichi Matsuoka has focused on developing electric motor technologies that push the boundaries of efficiency and durability. With his patent, he has contributed to systems that are essential in various applications across industries. These advancements reflect not only his technical knowledge but also his vision for the future of electric drives.

Collaborations

In his professional endeavors, Matsuoka has collaborated with notable colleagues, including Minoru Kondo and Yasunari Terada. These collaborations have potentially broadened the impact of his inventions, allowing for a collective effort in innovation within their respective fields.

Conclusion

Koichi Matsuoka continues to influence the landscape of electric motor design in Japan and beyond. His inventive contributions bolster the ongoing evolution of technology, sparking further innovations in the industry. As he advances his work, Matsuoka remains a prominent figure among contemporary inventors dedicated to enhancing the electrical engineering sphere.