Company Filing History:
Years Active: 2021
Title: Christian Häberle: Innovator in Electromagnet Technology
Introduction
Christian Häberle, based in Siegen, Germany, is an accomplished inventor known for his significant contributions to electromagnet technology. His innovative approach has led to the development of a unique electromagnet that addresses the challenges of maintaining pretensioning force under varying operational conditions.
Latest Patents
Häberle holds one patent for an "Electromagnet and method of making the electromagnet." This invention focuses on producing an electromagnet designed to sustain its pretensioning force over time, even as operating temperatures fluctuate. The electromagnet features a yoke that encases an armature equipped with a flange, effectively conducting magnetic flux from a housing to the armature. The robust design involves welding the housing to ensure a material-bonding connection with a core flange. This electromagnet proves useful for actuating valves, couplings, and various electromechanical adjusting elements.
Career Highlights
Christian is currently employed at Thomas Magnete GmbH, a company recognized for its advancements in magnetic technologies. His work there showcases his dedication to engineering excellence and innovative problem-solving in the field of electromagnetics.
Collaborations
Throughout his career, Häberle has collaborated with talented peers such as Juergen Schonlau and Christoph Thomas. These partnerships have enriched his work, allowing for a diverse exchange of ideas and expertise that continue to propel advancements in electromagnetic technology.
Conclusion
Christian Häberle stands out as a visionary inventor whose patent on an electromagnet demonstrates his commitment to innovation and quality. His contributions not only enhance the functionality of electromechanical systems but also solidify his position as a key figure in the field of electromagnetics. His ongoing work at Thomas Magnete GmbH promises to further advance the boundaries of technology in this area.