Location History:
- Clinton Summit, OH (US) (1997)
- Birmingham, AL (US) (2005)
- Clinton, OH (US) (1992 - 2015)
Company Filing History:
Years Active: 1992-2015
Title: Waymon P. Goch: Innovator in High Voltage Power Transmission
Introduction
Waymon P. Goch is a prominent inventor based in Clinton, Ohio, recognized for his significant contributions to the field of electrical transmission. With an impressive portfolio of nine patents to his name, Goch has made pivotal advancements in the design and functionality of power transmission systems.
Latest Patents
One of Goch's latest innovations is the "Messenger Supported Overhead Cable for Electrical Transmission." This transmission line assembly is designed for the efficient transmission and distribution of high voltage power. It comprises a conductor and a separate messenger member, each with a predetermined length, and includes coupling means that connect the messenger to the conductor. Notably, the messenger member and the conductor remain structurally separate and functionally independent, enhancing the reliability and efficiency of power transmission.
Career Highlights
Throughout his career, Waymon P. Goch has collaborated with various notable companies, including Hubbell Limited and Advanced Technology Holdings Ltd. His expertise and innovative thinking have made a marked impact on the electrical engineering sector, particularly in improving the systems that facilitate high voltage power distribution.
Collaborations
Goch has worked alongside esteemed colleagues such as John D. Sakich and Karl D. Grabenstetter, contributing to a culture of innovation and collaboration in the development of advanced electrical transmission technologies. These partnerships have fostered opportunities for creativity and enhanced the scope of their projects in power transmission.
Conclusion
Waymon P. Goch exemplifies the spirit of innovation within the electrical engineering field. With his extensive patent portfolio and commitment to advancing technology, he continues to influence the future of power transmission systems, ensuring a more efficient and reliable infrastructure for high voltage power distribution.