Yoshinobu Sugimoto

Title: **Innovative Contributions of Yoshinobu Sugimoto in the Field of Rotary Electric Machines**

Introduction

Yoshinobu Sugimoto, an inventive force hailing from Tokyo, Japan, has made significant strides in the technology surrounding rotary electric machines. With two patents to his name, Sugimoto's work exemplifies innovation and precision in the engineering domain.

Latest Patents

Among his latest contributions, one notable patent is the **Manufacturing method for rotor for rotary electric machine**. This innovative method outlines a detailed process involving the application of adhesive to a magnet material member, which is crucial for creating efficient permanent magnets. Through specialized steps, including the alignment of the rotor core and careful positioning of the magnet material, Sugimoto's method emphasizes optimizing the magnet insertion process for enhanced machine performance.

His second patent is the **Embedded magnet rotor for rotary electric machine having gaps with adhesive fill rates**. This invention addresses the accommodation of permanent magnets within rotor core magnet housing apertures. Sugimoto's design focuses on injecting and curing adhesive in the gaps between the magnets and rotor core, thereby ensuring a secure assembly. This innovation not only improves the structural integrity but also optimizes the fill rate of the adhesive from one end to another, enhancing overall machine efficiency.

Career Highlights

Sugimoto plays a vital role at Mitsubishi Electric Corporation, a leader in electrical and electronic manufacturing. His expertise in designing and refining rotor systems for electric machines contributes to the company's competitive edge in the industry. Throughout his career, Sugimoto has garnered recognition for his innovative approaches and practical applications that propel advancements in rotary machinery.

Collaborations

Working alongside accomplished colleagues such as Shinji Sano and Hirohisa Yokota, Sugimoto's collaborations foster a dynamic environment for innovation and creative problem-solving. Together, they blend their expertise to tackle complex engineering challenges, further enhancing the capabilities of rotary electric machines.

Conclusion

Yoshinobu Sugimoto's inventive spirit and commitment to innovation in the manufacturing of rotary electric machines demonstrate the critical impact of technology on modern engineering. His patents reflect a deep understanding of practical applications, positioning him as a key contributor to advancements in the field. Sugimoto's work continues to inspire future innovations, proving the importance of dedicated inventors in driving technological progress.