Company Filing History:
Years Active: 1999-2000
Title: **William M. Schieber: Innovator in Fluid Measurement Technology**
Introduction
William M. Schieber, an accomplished inventor based in Erie, PA, has made significant contributions to the field of fluid measurement technology. With two patents to his name, Schieber’s innovations reflect his dedication to enhancing the accuracy and efficiency of fluid flow measurement systems. His work, particularly in turbine meters, showcases a deep understanding of engineering principles.
Latest Patents
Schieber’s latest patents include:
1. **Turbine Meter with a Rotor Having Accuracy Enhancing Rotor Blades**
This innovative turbine meter is designed for measuring the volume of fluid flowing through a conduit. It features an elongated housing with a rotor mounted inside. The rotor is equipped with a plurality of turbine blades set at an angle to the axis of rotation. This design causes each blade to have a high-pressure surface facing the upstream end of the housing. Notably, the rotor blades include an extension at the trailing edge, which improves the accuracy of the meter across its operational range, ensuring that measurement errors remain within predetermined limits.
2. **Gas Turbine Meter**
This gas turbine meter includes a measuring cartridge with a measuring rotor that rotates in one direction at a speed proportional to the gas flow velocity. A reference rotor, mounted downstream, rotates in the opposite direction. The meter's design incorporates inlet and reference flow straighteners that effectively promote axial gas flow, allowing for accurate measurements without the need to account for pressure and temperature differences between the rotors. A signal processor then conveys the accuracy of the meter by evaluating the relationship between the measuring and reference signals.
Career Highlights
William M. Schieber has significantly impacted the field while working at American Meter Company. His role within this esteemed organization highlights his commitment to advancing fluid measurement technologies. The inventions he has contributed are critical for industries that rely on precise fluid measurement.
Collaborations
Throughout his career, Schieber's work has likely involved collaboration with other engineers and inventors, enabling the exchange of ideas that drive innovation. The collective efforts in research and development contribute to creating cutting-edge measurement solutions that set industry standards.
Conclusion
William M. Schieber stands as an influential figure in fluid measurement technology, with his patents showcasing innovative designs that improve measurement accuracy. As industries continue to evolve, his contributions will undoubtedly play a crucial role in shaping the future of fluid measurement systems. With continued innovation at the forefront of his career, Schieber's work exemplifies the spirit of invention that drives progress in engineering and technology.