Company Filing History:
Years Active: 1990-1993
Title: The Innovative Mind of Bradley D. Faye
Introduction: Bradley D. Faye is an accomplished inventor based in Goshen, Connecticut, with a notable portfolio of six patents to his name. His work primarily focuses on advancements in mechanical engineering, particularly in the design and functionality of antifriction bearing assemblies.
Latest Patents: Among his latest innovations, Faye has developed an antifriction bearing assembly speed sensor. This unique invention comprises a stationary outer race and a rotatable inner race, featuring two annular rows of rolling elements situated between the races. A sensor assembly is strategically mounted in the outer race, positioning a sensor between the races and the two rows of rolling elements. Additionally, an encoder is mounted on the inner race, interfacing between the rows of rolling elements. This innovation includes multiple configurations for both the sensor assembly and the encoder, showcasing Faye's depth of understanding in the field.
Career Highlights: Faye's career has been marked by his affiliation with The Torrington Company, where he applies his expertise in engineering to drive innovations that enhance product performance and reliability. His dedication to improving engineering standards has established him as a valuable asset in his field.
Collaborations: In his professional journey, Faye has collaborated closely with talented colleagues such as James A. Hilby and Denis Alff. These partnerships have fostered an environment of creativity and innovation, enabling the development of cutting-edge technology and solutions.
Conclusion: As an inventor, Bradley D. Faye continues to make significant contributions to the engineering landscape through his patent portfolio and collaborations. His expertise in antifriction bearing assemblies is a testament to his innovative spirit and commitment to advancing technology. Faye's work exemplifies how dedicated inventors can shape industry standards and enhance the functionality of essential mechanical components.