This inventor holds 1 USPTO granted patent. Top assignee: Airpax Corporation, Inc.. Active years: 2008.
Company Filing History:
Years Active: 2008
Title: The Innovative Contributions of Eugene F. Dobbs in Circuit Breaker Technology
Introduction
Eugene F. Dobbs is a noted inventor based in Cambridge, MD, known for his significant contributions to circuit breaker technology. With a single patent to his name, he has left a mark in the field of electrical engineering through innovative design and functionality enhancements.
Latest Patents
Dobbs holds a patent for an "Apparatus comprising circuit breaker with adjunct sensor unit." This invention features a self-contained current sensor unit that integrates seamlessly with standard circuit breakers. The design allows for minimal modification of the circuit breaker while enhancing its capabilities by acting as an extension of its case. The current sensor unit incorporates a magnetic structure paired with a programmable Hall Effect device, potentially including a power supply, Hall Effect voltage regulator, and an output signal conditioner, thereby increasing the utility and efficiency of traditional circuit breakers.
Career Highlights
Throughout his career, Eugene F. Dobbs has been associated with Airpax Corporation, Inc., a leading company in the manufacturing of electrical components. His work there has played a crucial role in developing advanced technological solutions that cater to modern electrical demands.
Collaborations
During his time at Airpax Corporation, Dobbs has collaborated with notable coworkers such as Mervyn Bradshaw Johnston and Noel Keith Ware. Their collective efforts in research and innovation have contributed to the advancement of electrical safety and efficiency in circuit protector devices.
Conclusion
Eugene F. Dobbs stands out as an inventor whose contributions show the power of innovation in enhancing everyday technology. His patent illustrates how integrating new sensor technology can elevate existing systems to meet modern needs, ensuring safety and reliability in electrical applications.