Company Filing History:
Years Active: 1998
Title: Exploring the Inventions of Michel Nouillant
Introduction
Michel Nouillant, a talented inventor based in Talence, France, has made significant contributions to the field of automotive engineering. With one patent to his name, Nouillant has demonstrated his innovative prowess in developing advanced damping systems.
Latest Patents
Nouillant's notable patent is titled "Arrangement for damping through wire-drawing of a fluid and suspension." This invention revolves around a sophisticated arrangement designed to dampen the movement of a mass relative to a support via a suspension device. The suspension incorporates one or more springs along with a hydraulic damping system that facilitates the flow of hydraulic fluid. A unique feature of his design includes various devices for wire-drawing this fluid through specific apertures, enabling continuous variation in damping characteristics. This adaptability allows for the regulation of fluid flow through the hydraulic damping system by adjusting the extent of the openings of the apertures.
Career Highlights
Michel Nouillant has shown remarkable dedication in his professional journey, currently contributing his expertise at Peugeot and Citroën automobiles. His work in these prestigious automotive brands underscores his commitment to improving vehicle performance and safety.
Collaborations
Throughout his career, Nouillant has collaborated with accomplished colleagues such as Jacques P. Dore and Alain Oustaloup. These partnerships have likely enriched his projects, enabling the blending of diverse ideas and innovations in automotive technology.
Conclusion
In summary, Michel Nouillant stands out as an inventor whose work has significant implications in the area of automotive damping systems. His innovative approach, particularly through his patent, contributes to the enhancement of vehicle performance and comfort. With a strong foundation in collaboration and a commitment to his field, Nouillant continues to be an important figure in modern automotive engineering.