Company Filing History:
Years Active: 1985-1987
Title: Innovator Spotlight: Charles Favey from Gouvieux, France
Introduction: Charles Favey is a notable inventor based in Gouvieux, France, recognized for his contributions to the field of mechanical engineering. With a total of two patents to his name, Favey has made significant advancements that enhance the functionality and efficiency of mechanical systems.
Latest Patents: Favey’s latest patents include an Electrofluidic transducer of the nozzle/plate type and a ball and socket joint and method of forming it. The electrofluidic transducer features a piezoelectric double-layer plate that precisely controls the flow from one or two spray nozzles through electrical signals. This innovative design allows the plate to move freely between fixed supports, thereby increasing the 'signal-voltage/movement' ratio while reducing hysteresis for improved accuracy and reliability. The ball and socket joint developed for mechanical linkages utilizes a ball head forcibly inserted into a hemispherical socket. This design incorporates radial slits for necessary distortion, ensuring secure fitting and stability in multi-cylinder hydraulic pumps.
Career Highlights: Charles Favey has aligned his professional trajectory with the Centre Technique des Industries Mecaniques, where he applies his expertise in mechanical design to create impactful inventions. His work continues to drive innovations in the mechanical engineering sector, contributing to advancements in hydraulic systems and transducer technology.
Collaborations: Favey has collaborated with several esteemed colleagues, including Jean-Pierre Lecerf and Pierre Meurice. These partnerships have enabled a synergy of ideas, further enhancing the potential for innovation within their projects.
Conclusion: Charles Favey exemplifies the spirit of innovation with his inventive approach to mechanical engineering. His patents not only showcase his technical prowess but also contribute to the ongoing evolution of engineered systems, ensuring greater efficiency and reliability in various applications.