Company Filing History:
Years Active: 2010
Title: Yusuke Mizuguchi: Innovator in Vehicle Damping Force Control
Introduction
Yusuke Mizuguchi is a notable inventor based in Nagoya, Japan. He has made significant contributions to the field of vehicle dynamics, particularly in the area of damping force control systems. His innovative approach aims to enhance vehicle stability and performance.
Latest Patents
Mizuguchi holds a patent for a "Vehicle damping force control with roll angle and pitch angle." This patent describes a damping force control apparatus equipped with adjustable shock absorbers. The electronic control unit calculates the estimated roll angle and pitch angle of a vehicle body based on detected sprung accelerations. It then calculates a target pitch angle from the estimated roll angle and determines the target damping force required for front-wheel-side shock absorbers. The system ensures that the stimulated pitch angle aligns with the target pitch angle. Additionally, it calculates the rear-wheel-side jack-up force based on detected vehicle speed, yaw rate, and lateral acceleration. The apparatus determines the force needed to overcome the calculated jack-up force as the target damping force for rear-wheel-side shock absorbers. The operation of each actuator is controlled based on these target damping forces.
Career Highlights
Yusuke Mizuguchi is currently employed at Toyota Motor Corporation, where he applies his expertise in vehicle dynamics to develop advanced automotive technologies. His work focuses on improving vehicle handling and safety through innovative damping systems.
Collaborations
Mizuguchi collaborates with his coworker, Koichi Tomida, to further enhance the research and development of vehicle damping technologies. Their combined efforts contribute to the advancement of automotive engineering at Toyota.
Conclusion
Yusuke Mizuguchi is a prominent inventor whose work in vehicle damping force control has the potential to significantly improve vehicle performance and safety. His innovative solutions reflect the ongoing advancements in automotive technology.