Martin Koechling

Title: Martin Koechling - Innovator in Gear Motor Technology

Introduction

Martin Koechling is an accomplished inventor based in Nuremberg, Germany, recognized for his innovative contributions to gear motor technology. With a unique perspective on engineering, Martin focuses on enhancing the functionality and safety of gear motors, particularly through his notable patent that emphasizes fail-safe mechanisms.

Latest Patents

Among his innovations, Martin Koechling holds a patent for a "Gear motor with fail-safe device." This invention introduces a sophisticated gear motor equipped with a fail-safe mechanism designed to enhance reliability. The gear motor consists of a housing, an electromotor, a reduction gear featuring a planetary gear, an electromagnetic clutch, and an output gear shaft. A distinguishing aspect of this patent is the presence of an internal gear that remains fixed relative to the housing, ensuring effective engagement with at least one planetary wheel. The mechanism cleverly utilizes the internal gear as a magnet armature, which is axially displaceable, allowing for efficient operation while minimizing the number of components involved.

Career Highlights

Martin is associated with Buehler Motor GmbH, a company known for its innovation in electric drive systems. Throughout his career, Martin has dedicated himself to pushing the boundaries of engineering within the company. His most significant patent reflects his commitment to providing simplified assembly and reliable performance in gear motor designs.

Collaborations

In his endeavors, Martin Koechling has collaborated with colleagues such as Bernd Fruehwald and Ruediger Spitzner, who share his passion for innovation and engineering excellence. This collaboration has allowed for diverse input and enhanced development in their projects, further advancing technology in their field.

Conclusion

Martin Koechling continues to be a driving force in the development of advanced gear motor technologies. His patent not only addresses critical safety and operational needs in motor design but also sets a precedent for future innovations in the industry. With a focus on practical solutions that require fewer components, Martin's work exemplifies the essence of modern engineering innovation.