Kenneth R Efferson

Title: Inventor Kenneth R. Efferson: Innovations in Superconductive Circuits

Introduction

Kenneth R. Efferson, an inventor based in Oak Ridge, TN, has made significant contributions to the field of superconductive technologies. With two patents under his name, Efferson's work demonstrates a profound understanding of cryogenic systems and their applications.

Latest Patents

Efferson's most recent inventions include the "Power Operated Contact Apparatus for Superconductive Circuit" and the "Level Detector System for Cryogenic Liquids." The first patent describes a power-operated apparatus that effectively extends and retracts electrical leads into a cryostat, facilitating electrical connections with superconductive circuits at cryogenic temperatures. This innovative design includes features such as a pair of rigid elongated leads, a fixed connector for cold space electrical contact, and a sealing mechanism utilizing an elastomeric O-ring.

The second patent improves cryogenic liquid level detection systems by introducing an automatic interruption of current flow when the superconducting filament transitions to a normal resistance state. This enhancement accomplishes a reduction in energy input and minimizes evaporative losses of the cryogenic liquid, showcasing Efferson's commitment to improving energy efficiency in cryogenic applications.

Career Highlights

Kenneth R. Efferson has built an impressive career, lending his expertise to notable companies such as American Magnetics, Inc. and General Electric Company. His tenure at these organizations has allowed him to cultivate a robust understanding of the technical challenges and innovations in superconductive technology and cryogenics.

Collaborations

Throughout his career, Efferson has collaborated with talented individuals, including his coworker Daniel C. Woods. These partnerships have resulted in valuable contributions to the technology sector and further enriched Efferson's inventive journey.

Conclusion

Kenneth R. Efferson's innovative spirit and dedication to advancing superconductive technologies are evident in his patents and career contributions. His work not only enhances the efficiency and functionality of cryogenic systems but also positions him as a respected figure in the field of superconductivity. As he continues to develop new ideas, Efferson reinforces the importance of innovation in technology for future applications.