This inventor holds 1 USPTO granted patent and 4 published patent applications and 1 EPO patent. Top assignee: Endress+hauserse+co. Kg. Active years: 2026.
Company Filing History:
Years Active: 2026
Title: Daniel Kopp - Innovator in Field Device Technology
Introduction
Daniel Kopp is an inventor based in Lörrach, Germany. He has made significant contributions to the field of device technology, particularly in the design of robust field devices. Although he currently holds no granted patents, his innovative ideas are reflected in his latest patent applications.
Latest Patent Applications
One of Kopp's latest patent applications is for a field device designed to determine a process variable. This device features a plastics-based housing with an interior and a passageway that adjoins the interior along a device axis. It includes an enclosure made of electrically conductive material that surrounds a first electronics module, ensuring durability and functionality. The measuring device neck is secured to the enclosure and oriented towards the device axis, facilitating communication with the passageway. A sensor is positioned at the far end of the measuring device neck to determine the process variable. This design effectively avoids wear susceptibility between the plastics-based housing and the metal measuring device neck.
Another application involves a field device with a non-metallic housing that accommodates electrical components within a Faraday cage. This design incorporates an electrically conductive pin to ground the cage, with a bushing in the housing for pin insertion. The arrangement ensures that the receiving region of the cup aligns with the bushing along the insertion axis. An electrically conductive spring resiliently encloses the end of the pin, ensuring reliable electrical contact. This innovative design prevents the pin from tilting during insertion, accommodating any component tolerances.
Conclusion
Daniel Kopp's inventive spirit is evident in his latest patent applications, showcasing his commitment to advancing field device technology. His designs aim to enhance durability and functionality in various applications.
