Company Filing History:
Years Active: 2000
Title: Michel Diluccio: Innovator in Automotive Design
Introduction: Michel Diluccio, an inventive mind from Nogent sur Vernisson, France, has made a notable contribution to the automotive industry through his unique patent. His work primarily revolves around the evolution and enhancement of automotive seating mechanisms, showcasing the continuous quest for innovation.
Latest Patents: Michel holds a patent for a "Hinge for a seat in particular for an automobile vehicle." This innovative hinge design features two flanges that connect to both a seat cushion and backrest, allowing them to pivot around a hinge axis. The invention also includes a hinge control member designed to rotate from a rest position, complemented by spring loading mechanisms that provide both approximate and accurate positioning. The use of a U-shaped spring in this mechanism ensures efficient operation and precise control of the seating dynamics.
Career Highlights: Michel Diluccio's role in the Cesa - Compagnie Européenne De Sièges Pour Automobiles is significant as he contributes to the development of advanced seating solutions for vehicles. His patent exemplifies his dedication to merging functionality with comfort, enhancing the overall user experience in automotive environments.
Collaborations: Throughout his career, Michel has collaborated with skilled professionals in his field, including colleagues Jean-Marie Blanchard and Olivier DeLatte. These partnerships have allowed for a robust exchange of ideas and collective innovations, further pushing the boundaries of automotive design.
Conclusion: Michel Diluccio's innovative approach and his patented hinge design highlights his impactful presence in the automotive industry. With a commitment to enhancing vehicle seating, he continues to contribute to advancements that improve comfort and functionality for drivers and passengers alike. His work not only demonstrates personal achievement but also reflects broader industry trends towards innovation and improvement in automotive design.