Company Filing History:
Years Active: 1985
Title: Innovations of Inventor Antony Ley in Measurement Technology
Introduction
Antony Ley, an inventive engineer based in Bievres, France, has made significant contributions in the realm of measurement technology. With one notable patent to his name, his work revolves around enhancing the accuracy and reliability of electric current measurement.
Latest Patents
Antony Ley's prominent patent is titled "Measurement shunt with compensation for induced error voltages." This innovative device comprises a resistance equipped with first and second voltage terminals that provide a voltage representative of an electric current passing through it. Notably, the measurement shunt includes an inductance connected to one of the voltage terminals, designed to produce a voltage free of error voltages that may be induced in the resistance. This feature is particularly valuable in environments where variable magnetic fields are present. The shunt's construction involves a plate of electrically conductive material with voltage terminals arranged on the same edge, optimizing its performance and accuracy.
Career Highlights
Antony Ley has dedicated his career to advancing measurement technologies. His work with Enertec, a company focused on innovative electric measurement solutions, underscores his commitment to developing practical applications that meet the industry’s evolving needs. His single patent encapsulates his expertise and innovation in solving complex technical challenges in electric current measurement.
Collaborations
Throughout his career, Antony Ley has collaborated with talented engineers and professionals, including Roland Allesch and Alain G Bazin. These partnerships have fostered an environment of creativity and innovation, contributing to the development of advanced measurement solutions and enhancing the technical capabilities of their projects.
Conclusion
As an inventor, Antony Ley exemplifies the spirit of innovation through his contributions to measurement technology. His patent reflects a deep understanding of the challenges faced in electric current measurement and offers a practical solution for achieving accurate readings in the presence of magnetic interference. His work continues to inspire advancements within the industry and exemplifies the importance of inventive thinking in engineering.