Company Filing History:
Years Active: 2009-2023
Title: Innovations by Helmut Zeislmeier: Pioneering Advances in Gas Separation and Flow Measurement
Introduction: Helmut Zeislmeier is a respected inventor located in Freising, Germany. He has contributed significantly to the fields of gas separation and flow measurement with his innovative inventions. With two patents to his name, Zeislmeier demonstrates a commitment to enhancing technology in industrial applications.
Latest Patents: Helmut Zeislmeier's most recent patents include a gas separator and an apparatus for measuring the flow of components in multiphase media, particularly applicable for natural gas and water mixtures. The gas separator features a tubular basic unit designed with an intake for gaseous mediums, along with dedicated liquid and gas outlets. A distinct weir, positioned between the intake and discharge regions, aids in separating gas from liquid by creating a shallow water region where gas can escape. Additionally, the apparatus for flow measurement introduces a process meter that ensures high accuracy by mitigating vibrations in the electronic case, thereby improving the signal-to-noise ratio in measurement signals.
Career Highlights: Zeislmeier has made his mark in the industry through his role at Endress + Hauser Flowtec AG. His inventive approach to complex problems has positioned him as an influential figure in his company, driving progress in measurement technology.
Collaborations: Throughout his career, Zeislmeier has collaborated with notable colleagues such as Wolfgang Drahm and Alfred Rieder. Working alongside such talented professionals has fostered an environment of innovation and has significantly contributed to the development of his patented technologies.
Conclusion: Helmut Zeislmeier’s contributions to gas separation and flow measurement technologies reflect his dedication to innovation. His patents signify not only his technical abilities but also his vision for improving industrial processes. As an inventor, Zeislmeier continues to pave the way for advancements that hold the potential to reshape how multiphase media is handled in various sectors.