Company Filing History:
Years Active: 1997
Title: The Innovations of Keiichi Inaba: A Rotary Actuator Pioneer
Introduction
Keiichi Inaba is a distinguished inventor hailing from Komaki, Japan, known for his contributions to rotary actuator technology. With one patent to his name, Inaba has made a significant impact in the field of mechanical engineering, specifically in the development of efficient and powerful rotary actuators.
Latest Patents
Inaba's most notable patent revolves around a rotary actuator that utilizes magnetic screws, designed to operate stably under high torque conditions while minimizing torque variation. The patented invention includes a closed hollow cylinder with a piston that slides within it. This sliding motion facilitates the rotation of a rotary shaft, which is supported by a first magnetic screw that moves in unison with the piston. The first magnetic screw features a spiral magnetized band, while the rotary shaft incorporates a second magnetic screw with its own magnetized band. As the piston slides, the second magnetic screw harnesses magnetic force from the first, resulting in the rotation of the shaft. This innovative design promises to enhance the performance and reliability of rotary actuators.
Career Highlights
Keiichi Inaba is currently associated with CKD Corporation, a prominent company known for its contributions to automation and control technologies. During his tenure, Inaba has demonstrated an unwavering commitment to advancing engineering solutions, particularly through his innovative approaches to actuator mechanisms.
Collaborations
Throughout his career, Inaba has worked alongside talented colleagues, including Terumasa Takeuchi and Yoshinori Nozawa. Their collaborative efforts have contributed to CKD Corporation’s reputation as a leading player in the technological landscape, pushing boundaries in engineering and innovation.
Conclusion
With his groundbreaking invention of a rotary actuator utilizing magnetic screws, Keiichi Inaba exemplifies the spirit of innovation in engineering. His contributions not only enhance the performance of rotary mechanisms but also position him as a notable figure in the world of patenting and invention. As he continues his work at CKD Corporation, the future of rotary actuator technology looks promising.