Company Filing History:
Years Active: 2004
Title: Stefan Wiegert: Innovator in Airbag Technology
Introduction
Stefan Wiegert, an inventive mind based in Ulm, Germany, has made significant contributions to automotive safety technology. With a focus on ensuring the protection of vehicle occupants, Wiegert holds a patent that showcases his innovative approach to airbag deployment.
Latest Patents
Wiegert's notable patent is for an "Airbag Arrangement" aimed at improving safety features in motor vehicles. The airbag design includes a mechanism to limit the unfolding impulse of the airbag when an obstacle is present in its deployment path. This innovative arrangement minimizes the transfer of unfolding impulse to both the obstacle and the occupant, especially if the occupant is positioned outside of a normal seating arrangement. By employing mechanisms such as a sheath or aperture that responds to the resistance of the occupant, the design effectively enhances safety during potential collisions.
Career Highlights
Throughout his career, Stefan Wiegert has distinguished himself as a forward-thinking inventor. His singular patent reflects a deep understanding of mechanical engineering and a commitment to automotive safety. Despite working at a company classified simply as "Other," Wiegert's contributions are commendable and highlight his role as a significant innovator in his field.
Collaborations
Wiegert has collaborated with notable colleagues Georg Rasch and Reiner Heuschmid. Their joint efforts likely contribute to advancements in safety technology, emphasizing a teamwork approach that fosters innovation and development within the automotive industry.
Conclusion
In conclusion, Stefan Wiegert stands as a testament to innovative thinking in airbag technology. His patent not only addresses immediate safety concerns for vehicle occupants but also paves the way for future advancements in the field. With continued collaboration and exploration of new ideas, Wiegert’s work is poised to influence the future of automotive safety systems significantly.