Company Filing History:
Years Active: 1990
Title: **Liam Kenny: Innovator in Ground Fault Circuit Interrupters**
Introduction
Liam Kenny, a talented inventor hailing from Ballinasloe, Ireland, has made significant strides in electrical safety with his innovative work on ground fault circuit interrupters. With one patent to his name, Kenny's contribution to the field showcases his commitment to enhancing electrical protection systems.
Latest Patents
Kenny's trademark patent is a Ground Fault Circuit Interrupter that continues to provide ground fault protection even in the event of a loss of neutral. This invention incorporates a unique mechanism featuring a pair of back-to-back Zener diodes that complete an energizing path for a circuit breaker during a neutral loss. Furthermore, it includes a standby rectifier circuit, formed by a pair of diodes, which ensures a full wave rectifier operation with line and earth inputs when neutral is lost. This groundbreaking design offers enhanced safety and reliability in electrical systems.
Career Highlights
Liam Kenny is currently a dedicated professional at Square D Company, where he applies his expertise in electrical engineering and innovation. His work in developing advanced circuit interrupters demonstrates his commitment to improving safety standards in the industry. With a passion for inventing, Kenny continues to push the boundaries of electrical protection.
Collaborations
Throughout his career at Square D Company, Kenny collaborates closely with his coworker, Oliver Glennon. Together, they share insights and experiences, which contribute to their innovative projects and development efforts in circuit protection technologies.
Conclusion
Liam Kenny's contributions to ground fault circuit interrupters highlight his role as a significant inventor in the electrical safety sector. His patent not only emphasizes his innovative spirit but also plays a crucial part in advancing safety measures in electrical systems. As he continues his journey in the field, there is no doubt that Kenny's work will inspire future advancements in electrical engineering.