Yasumichi Kido

Title: Yasumichi Kido: Innovator in Electroconductive Bearings

Introduction

Yasumichi Kido is a notable inventor based in Kitaibaraki, Japan. He has made significant contributions to the field of electroconductive materials, particularly through his innovative designs in bearing technology. His work has implications for various applications, especially in electrostatic transfer copying machines.

Latest Patents

Yasumichi Kido holds a patent for an electroconductive grease-filled bearing. This invention features a rolling bearing that includes an inner race and an outer race, both of which are coaxially aligned. The design incorporates a plurality of steel balls that are radially retained between the track surfaces of the races. This bearing is specifically engineered to support the edge of a heating roll in the fixing section of an electrostatic transfer copying machine. The electroconductive grease used in this bearing comprises a fluorocarbon oil as a base and graphite, or polytetrafluoroethylene, as a thickening agent. This unique formulation allows for effective static electricity discharge and provides excellent heat-resistant durability, preventing revolution failure due to increased torque.

Career Highlights

Yasumichi Kido is associated with NTN Corporation, where he has been able to apply his expertise in bearing technology. His innovative approach has led to advancements in the performance and reliability of electroconductive bearings. His patent is a testament to his commitment to enhancing the functionality of electrostatic transfer copying machines.

Collaborations

Yasumichi Kido has worked alongside notable colleagues such as Chikara Katagiri and Kenichiro Naito. Their collaborative efforts have contributed to the development of advanced technologies in the field of electroconductive materials.

Conclusion

Yasumichi Kido's contributions to the field of electroconductive bearings highlight his innovative spirit and dedication to improving technology. His patent for the electroconductive grease-filled bearing showcases the potential for enhanced performance in electrostatic transfer copying machines.