Company Filing History:
Years Active: 1977
Title: **Gerhard Hoyer: Innovator in Capacitive Level Measurement**
Introduction
Gerhard Hoyer, an accomplished inventor based in Oftersheim, Germany, has made significant strides in the field of capacitive level measurement. His innovative approach to fluid measurement through a compensated probe has paved the way for advancements in various industrial applications.
Latest Patents
Hoyer holds a single patent that exemplifies his inventive prowess: the "Compensated Probe for Capacitive Level Measurement." This inventive probe employs a unique design featuring two electrodes that interact with a supporting conductive body. The first electrode, a vertical band, measures the capacitive value influenced by the fluid's dielectric constant, conductivity, and level. In contrast, the second electrode, located at the lower end of the supporting body and fully immersed in the liquid, provides capacitance that is primarily based on the liquid's dielectric constant and conductivity, rather than its level. By leveraging the capacitive values from both electrodes, Hoyer's invention delivers an accurate measurement of the liquid level that is independent of dielectric variations.
Career Highlights
Gerhard Hoyer works at Pfaudler-Werke AG, a company known for its dedication to innovation and excellence in the field of industrial process equipment. His role as an inventor has solidified his reputation in the industry, showcasing his capability to address practical challenges through inventive solutions.
Collaborations
Throughout his career, Hoyer has collaborated with his coworker Rudolf Ehret, with whom he shares a commitment to driving innovation within their organization. This partnership highlights the collaborative spirit essential for advancing technology in the competitive realm of engineering.
Conclusion
In conclusion, Gerhard Hoyer's contributions to capacitive level measurement embody the essence of innovation within industrial practices. His patented technology not only enhances measurement accuracy but also showcases the impact of inventive minds in shaping the future of engineering solutions. As we recognize his achievements, it is evident that Hoyer’s work will continue to influence the field for years to come.