Company Filing History:
Years Active: 1989
Title: Masayuki Kitabayashi: Innovator in Power Transmission Technology
Introduction
Masayuki Kitabayashi is a notable inventor based in Kobe, Japan. He has made significant contributions to the field of power transmission technology. His innovative work has led to the development of a unique toothed belt design that enhances the efficiency of power transmission devices.
Latest Patents
Kitabayashi holds a patent for a "Toothed belt and power transmission device using the same." This invention features a toothed belt where each tooth has a specific design in longitudinal cross-section. The tooth top part consists of a pair of tooth top portions and tooth tip portions formed in circular arcs. The dimensions and locations of these components are determined by a set of equations and inequalities. This design allows the first contact point of the belt tooth with a pulley groove to approach the tooth center line. Additionally, the power transmission device utilizing this toothed belt includes a pulley with grooves shaped according to predetermined equations and inequalities. This ensures that the compressive force applied to the belt tooth during engagement is concentrated at the tooth center line.
Career Highlights
Masayuki Kitabayashi is associated with Bando Chemical Industries, Inc., a company known for its advancements in industrial belts and power transmission solutions. His work at Bando has allowed him to focus on innovative designs that improve the performance and reliability of power transmission systems.
Collaborations
Kitabayashi has collaborated with Michio Tanaka, contributing to the development of advanced technologies in their field. Their partnership has fostered innovation and has led to the successful implementation of new ideas in power transmission.
Conclusion
Masayuki Kitabayashi's contributions to the field of power transmission technology exemplify the importance of innovation in engineering. His patented designs continue to influence the industry and enhance the efficiency of power transmission devices.