Location History:
- Troisdorf, Altenrath, DE (1978)
- Much-Kraunuchel, DE (1992)
- Much-Kranuchel, DE (1983 - 1994)
Company Filing History:
Years Active: 1978-1994
Title: **Miloslav Petrzelka: A Pioneer in Automotive Innovations**
Introduction
Miloslav Petrzelka is an accomplished inventor located in Much-Kranuchel, Germany. With a remarkable portfolio that includes 10 patents, he has made significant contributions to the field of automotive engineering. His innovations focus on enhancing the efficiency and reliability of motor vehicle components.
Latest Patents
Among his latest patents is the "Resilient Central Bearing for a Propeller Shaft." This invention addresses the challenges of motor vehicle drives by providing a robust roller bearing held in a specialized housing. It includes a bracket for secure attachment to the motor vehicle body and features a resilient component that supports the shaft effectively. Another notable patent by Petrzelka is the "Connection Between a Tubular Shaft Made of a Fiber Composite Material." This innovation introduces a locking connection capable of transmitting torque in driveshafts, utilizing a metallic connecting element that forms a secure locking mechanism with a fiber composite shaft.
Career Highlights
Throughout his career, Miloslav has worked with reputable companies such as GKN Automotive and Uni-Cardan Aktiengesellschaft. His work at these companies has played a pivotal role in advancing automotive technology and enhancing vehicle performance.
Collaborations
Petrzelka's collaborations with esteemed colleagues like Werner Hoffmann and Herbert Taureg have further enriched his work. Together, they have explored new avenues for innovation, contributing to the development of advanced automotive systems.
Conclusion
Miloslav Petrzelka stands out as a leading inventor in the automotive industry. His dedication to innovation and his numerous patents underscore his commitment to improving vehicle technology. As he continues to push the boundaries of engineering, his contributions are sure to influence the future of motor vehicle design and functionality.