Company Filing History:
Years Active: 2024
Title: Innovations by Andreas Schorn: Pioneering Vehicle Gear Technology
Introduction: Andreas Schorn, an accomplished inventor based in Ebern, Germany, has made significant contributions to automotive technology. With a focus on enhancing vehicle efficiency and performance, his innovative work has led to the development of a patented component instrumental to gear-change systems.
Latest Patents: Andreas Schorn holds one notable patent for a piston designed specifically for a gear-change selector in vehicles. This patent features a piston body equipped with a piston skirt and a pressurizable end face that operates with a working fluid. The invention includes a first sealing portion and a second sealing portion, which are intricately designed to form a first vent channel. This vent channel operates within a hydraulic series circuit, allowing the second sealing portion to maintain pressure until a certain threshold is reached, thus improving the reliability of gear shifting in vehicles.
Career Highlights: Schorn's career is highlighted by his association with FTE Automotive GmbH, a company renowned for its innovative automotive components. His work within the organization has contributed to advancements in gear-change selectors and related gearshift technologies, solidifying his reputation in the field of automotive engineering.
Collaborations: Throughout his career, Andreas has collaborated with notable coworkers such as Ralph Berger and Paul Marks. These partnerships reflect a combined effort to drive innovation in automotive components, sharing ideas and expertise to develop cutting-edge solutions for the industry.
Conclusion: Andreas Schorn exemplifies the innovative spirit in the automotive sector through his patented inventions. His contributions not only enhance vehicle performance but also illustrate the continuous evolution of technology in automotive engineering. As he continues to work at FTE Automotive GmbH, the industry can expect further advancements that could reshape how gear systems operate in vehicles.