Kohei Osuga

Title: Overview of Inventor Kohei Osuga and His Innovations in Electric Actuators

Introduction: Kohei Osuga is a distinguished inventor based in Zama, Japan, known for his significant contributions to the field of electric actuators. With a total of four patents to his name, Osuga has demonstrated a commitment to innovation that addresses the complexities of modern mechanical systems.

Latest Patents: Osuga's latest patents include advanced designs for electric actuators, showcasing ingenuity and technical mastery. One of his notable inventions features an electric actuator with a motor, a speed reduction mechanism, and a bearing fixed to a motor shaft with an eccentric axis portion. The speed reduction mechanism consists of externally and internally toothed gears, along with a series of column members that enhance the actuator's swingability around the motor axis. Another patent outlines an electric actuator design where the speed reduction mechanism and output portion are placed adjacent to each other within a housing. The inventive cover design includes a speed reduction mechanism cover and an output portion cover, both of which are securely fixed to the housing main body, ensuring optimal functionality.

Career Highlights: Kohei Osuga works at Nidec Tosok Corporation, a prominent company specializing in precision motors and actuators. His experience and proficiency in the field have facilitated the development of innovative solutions that improve the efficiency and performance of electric actuators.

Collaborations: Throughout his career, Osuga has collaborated with talented coworkers, including Kazumi Shinkai and Shun Kato. These partnerships have not only advanced his work but have also fostered an environment of creativity and collective problem-solving within their company.

Conclusion: Kohei Osuga’s contributions to electric actuator technology illustrate his dedication to innovation and excellence. His latest patents exemplify how inventive minds continue to shape the future of engineering and technology, making significant strides in creating efficient and effective devices in mechanical systems.