Company Filing History:
Years Active: 2002-2004
Title: Innovator Spotlight: Marie-Rita Catherine Amelie Thise-Fourgon
Introduction
Marie-Rita Catherine Amelie Thise-Fourgon is a distinguished inventor based in Bastogne, Belgium. With a focus on tire technology, she holds two patents that demonstrate her innovative approach to enhancing tire performance and safety.
Latest Patents
Her latest patents include a groundbreaking runflat tire construction that features ply cords with a variable modulus of elasticity. This innovative tire incorporates a carcass ply cord material designed to provide an active sidewall structure. The unique feature of the variable modulus cord material is its placement in the axially outwardmost ply of a carcass with two plies, which are separated by elastomeric inserts in the sidewalls.
Additionally, she developed a pneumatic tire with a layer composed of a starch/plasticizer composite. This layer serves the essential purpose of preventing or slowing down air permeation from the tire's inner chamber to the surrounding environment. Both inventions showcase her commitment to enhancing tire durability and performance.
Career Highlights
Marie-Rita works at the Goodyear Tire & Rubber Company, a leader in tire manufacturing and innovation. Throughout her career, she has contributed significantly to the field of tire technology, ensuring improvements that align with modern demands for safety and efficiency.
Collaborations
Collaboration is a significant aspect of innovation, and Marie-Rita has worked alongside talented individuals such as Alain Emile Francois Roesgen and Filomeno Gennaro Corvasce. Together, they have pushed the boundaries of tire technology to new heights.
Conclusion
Marie-Rita Catherine Amelie Thise-Fourgon exemplifies the spirit of innovation in the tire industry. Her contributions through her patents not only enhance tire safety but also illustrate the importance of collaboration in achieving technological advancements. As she continues to work with Goodyear Tire & Rubber Company, her impact on this critical field is likely to grow even further.