Company Filing History:
Years Active: 1993
Title: Akira Kiribe: Innovator in Active Torque-Split Control Systems
Introduction
Akira Kiribe, an accomplished inventor based in Hatano, Japan, has made significant contributions to the automotive industry, particularly through her innovative work in vehicle dynamics. Her expertise has culminated in a patent that addresses a critical aspect of four-wheel drive systems, enhancing driving performance and safety.
Latest Patents
Kiribe's notable patent is titled "Active torque-split control system for actively distributing driving". This invention focuses on an advanced mechanism for controlling the distribution of driving torque between the front and rear wheels of four-wheel-drive vehicles. It incorporates a transfer device with a transfer clutch that adapts torque distribution based on the vehicle's operating state. The system utilizes sensors to monitor conditions and employs a torque-split controller that can adjust from a normal torque-split mode, prioritizing rear-wheel torque, to a rigid mode for improved stability when entering critical driving scenarios.
Career Highlights
As part of her career at Nissan Motor Company Limited, Kiribe has positioned herself at the forefront of automotive innovation. Her dedication to research and development has not only propelled her own career but has also contributed to the evolution of vehicle technology, setting standards in the automotive market.
Collaborations
Throughout her career, Kiribe has worked alongside notable colleagues such as Yoshiyuki Eto and Hitoshi Tanaka. These collaborations have fostered a team-oriented environment that promotes creativity and innovation in engineering solutions.
Conclusion
Akira Kiribe stands out as a pioneering inventor in the field of active torque control systems. Her contributions at Nissan Motor Company Limited not only enhance vehicle performance but also improve safety for drivers worldwide. Kiribe's patent exemplifies her commitment to innovation, showcasing the vital role of inventors in shaping the future of technology.