Location History:
- Wako, JP (2006 - 2016)
- Saitama, JP (2008 - 2019)
Company Filing History:
37 out of 21,927 
2 out of 5,309 
Years Active: 2006-2019
Title: **Atsuo Orita: Innovator in Variable Stiffness Mechanisms**
Introduction
Atsuo Orita, an accomplished inventor based in Wako, Japan, has made significant contributions to the field of variable stiffness mechanisms. With an impressive portfolio that includes 37 patents, Orita's innovations reflect his commitment to advancing technology in elastomer applications.
Latest Patents
Among Orita's latest patents is a **Control Device of Variable Stiffness Mechanism**. This innovative control device effectively manages total stiffness by variably outputting a voltage from a DC power source to multiple stiffness control elastomers within a variable stiffness mechanism. It operates by outputting a square-wave signal from a square-wave power source to an array of electrostatic capacitance estimation elastomers, allowing for the acquisition of energizing current detection values used for estimating electrostatic capacitance.
Another notable patent is for a **Capacitance Measuring Device and Capacitance Measurement Method for Dielectric Elastomer**. This device enables the precise measurement of capacitance in dielectric elastomers by adjusting the applied voltage. It features a capacitance estimating unit that captures current detection values over multiple sampling times during a current reduction period, facilitating an accurate estimation of the capacitance based on the correlation between the time-dependent changes of energizing current and capacitance.
Career Highlights
Atsuo Orita has had a distinguished career with roles in leading organizations. He has worked with Honda Motor Co., Ltd., where his expertise contributed to advancements in automotive technology. Orita also held a position at Stanford University, where he collaborated on groundbreaking research in elastomer technology.
Collaborations
Throughout his career, Orita has collaborated with prominent colleagues such as Takahide Yoshiike and Hiroyuki Kaneko. These partnerships not only foster innovation but also emphasize the importance of teamwork in the development of advanced technologies.
Conclusion
Atsuo Orita's innovative work in the field of variable stiffness mechanisms showcases his dedication to science and engineering. With 37 patents to his name, his contributions continue to pave the way for advancements in elastomer technology. His collaborations and experiences at reputable companies highlight the impact of teamwork in achieving groundbreaking innovations in the industry.