Company Filing History:
Years Active: 1993-1995
Title: The Innovations of Gerard Sauvageot in Rapid Transit Systems
Introduction
Gerard Sauvageot, an accomplished inventor based in Poway, California, has made significant contributions to the field of civil engineering, particularly in the design and fabrication of rapid transit systems. With a total of four patents to his name, Sauvageot's work focuses on enhancing the efficiency and functionality of viaduct structures to improve public transportation.
Latest Patents
Sauvageot's latest patents showcase innovative approaches in rapid transit viaduct technology. One such patent is the "Rapid Transit Viaduct with Post-Tensioning Cable System," which introduces a unique method for post-tensioning segmental viaduct structures. This system allows the post-tensioning cables to follow uniform paths through each viaduct segment, eliminating the need for specially fabricated segments tailored to accommodate uniquely positioned cables.
Another notable patent is the "Rapid Transit Viaduct System with Central Platform Station." This design features a central load-bearing body supported by vertically extending piers, along with lateral platform structures for carrying rapid transit vehicles. The innovative station platform design incorporates spaced-apart precast concrete segments, which are supported by spacer blocks and platform slabs, enhancing passenger access and safety.
Career Highlights
Throughout his career, Gerard Sauvageot has made advancements in the infrastructure sector through his inventive designs. His commitment to improving transit systems through practical and groundbreaking solutions illustrates his expertise and dedication to enhancing urban transportation.
Collaborations
Sauvageot has worked alongside talented individuals such as Antonio Dinis and Jean M. Muller. His collaborations with these experts have contributed to the development of cutting-edge solutions within the field of rapid transit.
Conclusion
As an inventor, Gerard Sauvageot continues to push the boundaries of engineering with his patented innovations in rapid transit systems. His contributions not only facilitate efficient public transportation but also present opportunities for future advancements in infrastructure design.