Company Filing History:
Years Active: 1976-1977
Title: The Innovative Mind of Erhard Mauler
Introduction: Erhard Mauler, an accomplished inventor based in Wermelskirchen, Germany, has made significant contributions to the field of electrical engineering. With a portfolio of two patents, Mauler's work focuses on enhancing the efficiency and functionality of electrical frequency converters and resonant circuit inverters.
Latest Patents: Mauler's latest inventions include a bridge circuit arrangement on electrical frequency converters. This innovative design features a bridge circuit where multiple switching elements, such as thyristors, are strategically mounted within a frame that is supported by four contact rails. The configuration aims to minimize interaction between current flow in the elements, ensuring an even distribution of load current across the components.
Furthermore, Mauler has developed a control process for operating a parallel-resonant circuit inverter. This advanced parallel-resonant circuit inverter integrates a rectifier and a thyristor DC/AC converter that operates at a controllable frequency. The invention maintains the converter voltage at a constant operating value under various conditions, demonstrating Mauler's commitment to improving the performance and reliability of electrical circuits.
Career Highlights: Erhard Mauler has established his career working with Aeg-Elotherm G.m.b.h., a company renowned for its innovative solutions in electrical engineering. His contributions, particularly in the realms of frequency converters and resonant circuits, underscore his expertise and the importance of his work in the industry.
Collaborations: Mauler collaborates closely with his coworker, Hans G. Matthes. This partnership reflects the synergy that often occurs in inventive environments, contributing to the development of ground-breaking technologies in electrical engineering.
Conclusion: As an inventor, Erhard Mauler exemplifies the spirit of innovation with his patents focusing on electrical frequency converters and parallel-resonant circuit inverters. His ongoing work continues to impact the field, highlighting the importance of collaboration and the pursuit of technological advancements in engineering.