Location History:
- Killeagh, IE (2012 - 2020)
- County Cork, IE (2024)
Company Filing History:
Years Active: 2012-2024
Title: Michael J Willers: A Pioneer in Actuator Technology
Introduction
Michael J Willers, an accomplished inventor based in Killeagh, Ireland, has made significant contributions to the field of actuator technology. With a portfolio that includes three patents, Willers has displayed a remarkable ability to innovate in the realm of electric motor systems.
Latest Patents
One of his most notable inventions is the "Fault Tolerant Actuator Assembly." This innovative electric motor assembly features a housing containing a secondary power source, motor driver, and electric motor, designed to maintain functionality in the event of a power supply fault. The assembly boasts an array of sensors that detect failures within both primary and secondary power sources, enabling the system to safely drive the motor to a secure position.
Another significant patent is the "Method and Apparatus for Controlling and Providing a Voltage Converter with a Pulse-Modulated Switch." This advanced apparatus enhances the control and provision of a pulse-width-modulated signal, optimizing the output power by adjusting the frequency based on sensed parameters. This invention is pivotal in reducing power dissipation during switch transitions within electrical systems.
Career Highlights
Michael J Willers currently works for Moog GmbH, where he continues to push the boundaries of actuator technology. His dedication and innovative mindset have established him as a leader in the industry, showcasing his ability to integrate theoretical knowledge with practical applications.
Collaborations
Throughout his career, Willers has collaborated with notable professionals, including Raymond Walsh and Christopher Simmonds. These partnerships have not only enhanced his work but have also contributed to the advancement of technology within the electric motor sector.
Conclusion
Michael J Willers stands out as a remarkable inventor, whose patents have significantly advanced actuator technology. With a focus on fault tolerance and efficiency, his contributions reflect an innovative approach that will likely influence the future of electric motor systems.