Satoru Miura

Title: Satoru Miura: Innovator in Electrophotosensitive Materials

Introduction

Satoru Miura, based in Shijonawate, Japan, is a notable inventor recognized for his contribution to the field of electrophotosensitive materials. With a specialized focus on innovative materials and methods, Miura has successfully patented a unique formulation that enhances adhesion and sensitivity in electrophotographic applications.

Latest Patents

Miura holds a patent for an "Electrophotosensitive material and method of manufacturing the same." This invention features a layer that includes polycarbonate as a binding resin, boasting a glass transition temperature of 62 degrees Celsius or higher. This formulation excels in its adhesion properties to various foundations. Furthermore, the electrophotosensitive layer may incorporate m-phenylenediamine compounds as a charge transferring material, or consist of both m-phenylenediamine and perylene compounds to serve as charge generating materials. Notably, the patent also addresses the controlled amount of residual tetrahydrofuran in the photosensitive layer, helping to maintain its sensitivity against ultraviolet and visible rays.

Career Highlights

Miura is affiliated with Mita Industrial Co., Ltd., where he contributes his extensive knowledge in material sciences to advance innovative technologies in electrophotography. His work facilitates significant improvements in the efficiency and effectiveness of photosensitive materials, positively influencing the industry.

Collaborations

Throughout his career, Miura has collaborated with notable colleagues including Masato Katsukawa and Keizo Kimoto. Through these partnerships, they have collectively explored and developed various advancements in electrophotographic systems, demonstrating the importance of teamwork in achieving innovative breakthroughs.

Conclusion

Satoru Miura's contributions to the field of electrophotosensitive materials exemplify the spirit of innovation that drives advancements in technology. His patented methods and materials not only enhance the quality of electrophotographic applications but also shed light on the continuous progress in material science. As he continues to work alongside talented professionals, Miura is set to leave a lasting impact on the industry.