Company Filing History:
Years Active: 1991-1993
Title: Bernhard Adler: Pioneer of Hydrostatic Piston Innovations
Introduction: Bernhard Adler, an innovative inventor based in Thalfingen, Germany, has made significant contributions to the field of hydrostatic machines through his three patented inventions. His work primarily focuses on improving the efficiency and performance of axial and radial piston machines.
Latest Patents: Adler's most recent patents include advancements in piston design and manufacturing methods. His notable invention is a method for creating a piston for hydrostatic axial and radial piston machines using non-machining forming techniques. This method involves filling a material that is in a formable state into a closed mold while incorporating a supporting core. This core remains within the completed piston, creating a core region that provides strength while minimizing weight. The resulting piston exhibits high-strength characteristics essential for optimal performance.
Another significant invention is a piston designed for axial piston machines. This innovation features a hollow body with an axial cavity where an insert is securely positioned. The piston design ensures economical manufacturing while providing stable support for the insert, contributing to the overall stability of the piston shaft.
Career Highlights: Adler is currently affiliated with Hydromatik GmbH, where he applies his expertise in developing innovative piston solutions. His contributions have not only enhanced the functionality of hydrostatic machines but have also positioned his company as a leader in this technological advancement.
Collaborations: Throughout his career, Bernhard Adler has collaborated with notable coworkers, including Jerzey Kreja. Their combined efforts in research and development have propelled innovative projects within Hydromatik GmbH, continuing to push the boundaries of current engineering practices.
Conclusion: Bernhard Adler's relentless pursuit of innovation in hydrostatic piston technology reflects his commitment to enhancing machine efficiency. His work stands as a cornerstone in the field, highlighting how inventive thinking can lead to substantial advancements in engineering applications.