Company Filing History:
Years Active: 1996-1997
Title: Bernd Killing: Innovator in Hydraulic and Bubble Storage Technologies
Introduction
Bernd Killing, based in Erkrath, Germany, is an inventive force in the fields of hydraulics and fluid storage technology. With two notable patents to his name, he has made significant contributions that reflect his ingenuity and expertise.
Latest Patents
Killing's most recent patents include a "Bubble Storing Device with Bubble Having Different Zones" and a "Directly Controlled Hydraulic Pressure Valve." The bubble storing device features a container that subdivides its interior into a liquid chamber and a gas chamber using an elastic bubble. This bubble includes at least two longitudinal zones composed of different materials. The first zone, associated with the gas valve, is resistant to thermal loads, while the second zone, linked to the liquid valve, withstands mechanical loads.
In his hydraulic pressure valve patent, Killing has designed a system featuring a valve housing and an outer valve sleeve. The valve includes a cup-shaped tubular piston that operates within an annular space, ensuring precise control of fluid flow through the system. This design enhances the efficiency and responsiveness of hydraulic applications.
Career Highlights
Throughout his career, Bernd Killing has been associated with prominent companies such as Denison Hydraulik GmbH and Robert Bosch GmbH. His experience with these industry leaders has provided him with valuable insights into the development of reliable and innovative hydraulic systems and technologies.
Collaborations
Killing has worked alongside notable colleagues, including Wolfgang Backe and Christoph Latour, fostering an environment of collaboration and shared innovation. This teamwork has allowed him to further refine his inventions and expand his professional horizons in the engineering sector.
Conclusion
Bernd Killing stands out as a significant inventor in the hydraulic and fluid storage technology landscape. With his impressive patents and a strong background with leading companies, he continues to contribute to advancements that enhance the efficiency and functionality of hydraulic systems. His work not only demonstrates technical prowess but also reflects a commitment to innovation that benefits various industries.