Company Filing History:
Years Active: 2018-2022
Title: Innovation Through Design: The Patented Genius of Sotaro Miyake
Introduction
Sotaro Miyake, an accomplished inventor based in Azumino, Japan, has made significant contributions to the field of mechanical engineering. With a portfolio that boasts seven patents, Miyake stands out for his innovative designs, particularly in the realm of rotation transmission mechanisms.
Latest Patents
Among his latest inventions is a rotation transmission mechanism that employs strain wave gearing. This innovative mechanism transmits the rotational driving force of a motor to a load-side member through a speed reducer that utilizes strain wave gearing. One of the key features of this design is that the allowable load torque of components within the powertrain, excluding the strain wave gearing, exceeds a predetermined upper-limit load torque. The strain wave gearing's allowable load torque is determined by the ratcheting torque, ensuring it does not surpass this upper-limit. In the event of an overload, the strain wave gearing generates ratcheting, effectively acting as a mechanical fuse. This ingenious design protects other power transmission members from overloading without necessitating additional components, such as a torque limiter.
Career Highlights
Sotaro Miyake is affiliated with Harmonic Drive Systems Inc., a company recognized for its innovations in motion control technology. His work in the company highlights his dedication to advancing engineering solutions that ensure efficiency and reliability.
Collaborations
In his endeavor to explore new frontiers in mechanical design, Miyake collaborates closely with Jun Handa, a fellow expert in this domain. This collaboration has led to a synergistic approach toward innovation, enhancing the effectiveness of their work.
Conclusion
Sotaro Miyake's inventive spirit and technical expertise have translated into a remarkable collection of patents, contributing to advancements in mechanical systems. His latest innovations not only reflect creativity but also a strong commitment to improving functionality and safety in power transmission mechanisms. As he continues to collaborate and innovate, the future holds great promise for further developments in his field.