Company Filing History:
Years Active: 1977
Title: Innovator Arnfried Preuss: Pioneering Advancements in Temperature Measurement
Introduction
Arnfried Preuss, an accomplished inventor based in Bordesholm, Germany, has made significant contributions to the realm of temperature measurement technology. With two patents to his name, Preuss has demonstrated a commitment to advancing engineering solutions that enhance measurement accuracy and efficiency.
Latest Patents
Preuss's latest patents include the “Direct Reading Temperature Measuring Bridge Circuit” and the “Compensating Bridge Circuit.” The direct reading temperature measuring bridge circuit utilizes a balanced Wheatstone bridge configuration, incorporating a temperature sensor that generates an output voltage proportional to the measured temperature. This innovative design allows for a linear relationship to be maintained even with non-linear sensor characteristics. The inventive aspect of this patent is the use of an inductive potential divider for fixed ratio arms in the bridge, creating a unique solution for sensor non-linearity.
The compensating bridge circuit also showcases Preuss's ingenuity, featuring an unbalanced Wheatstone bridge that measures physical quantities directly. By integrating an ohmic potential divider circuit, which includes a variable resistance, the resultant divisional voltage compensates the quantity-dependent voltage output. This design ensures that the relationship between the input quantity and balancing quantity remains linear when the circuit system is balanced.
Career Highlights
Preuss works at Howaldtswerke-Deutsche Werft Aktiengesellschaft Hamburg und Kiel, a company renowned for its contributions to engineering and maritime industries. His role involves leveraging his inventive expertise to enhance the company's technological initiatives and facilitate the development of state-of-the-art measurement systems.
Collaborations
Throughout his career, Preuss has collaborated with various experts in the fields of electronics and measurement science. His partnerships have fostered an environment of innovation, allowing him to refine his inventions further and contribute to advancements in engineering practices.
Conclusion
Arnfried Preuss stands out as a dedicated inventor whose work in temperature measurement technologies highlights his innovative spirit. Through his patented solutions, he continues to influence the engineering landscape, achieving remarkable advancements that address practical challenges in measurement accuracy. As industries evolve, the contributions of inventors like Preuss will be fundamental in shaping the future of technology.