Company Filing History:
Years Active: 1991
Title: **Innovative Engineering: The Work of Rolf Igelmann in the Field of Hydraulic Brake Systems**
Introduction
Rolf Igelmann, an accomplished inventor based in Gerlingen, Germany, has made a notable contribution to the automotive industry with his innovative hydraulic brake system. His work reflects a deep understanding of engineering principles and the need for safer, more efficient vehicle control systems.
Latest Patents
Igelmann holds a patent for a hydraulic brake system with a reversible pump designed for traction control. This groundbreaking invention includes a mechanism that limits drive slip at the wheels of a vehicle by generating brake pressure in wheel brakes. The system employs a pressure modulator featuring a spring-loaded stepped piston, which incorporates a primary piston activated by a motor-driven pump. The efficiency of the design allows for fluid flow and pressure management during both working and return strokes of the stepped piston, while eliminating the necessity for magnetic valves.
Career Highlights
Rolf Igelmann has dedicated his career to advancing automotive technology at Robert Bosch GmbH, where he has engaged in the development of cutting-edge safety systems. His innovative approach to hydraulic brake systems emphasizes the integration of mechanical and electrical engineering technologies to enhance vehicle performance and safety.
Collaborations
Throughout his career, Igelmann has collaborated with talented engineers, including his coworkers Roland Benzinger and Heinz Siegel. This teamwork has been instrumental in refining the functionalities of his inventions and ensuring they meet high safety standards required in the automotive field.
Conclusion
Rolf Igelmann's innovative spirit and dedication to excellence in engineering continue to impact the automotive industry positively. His patented hydraulic brake system reflects his commitment to safety and performance, showcasing how targeted inventions can lead to significant advancements in vehicle technology.