Company Filing History:
Years Active: 2016-2017
Title: Richard C Bevins, Jr: Innovator in Power Tool Protection
Introduction
Richard C Bevins, Jr is a notable inventor based in Tulsa, OK (US). He has made significant contributions to the field of power tool safety and maintenance. With a total of 2 patents, his work focuses on enhancing the functionality and safety of power tools used in high voltage environments.
Latest Patents
Richard's latest patents include a "Conductive Boot for Power Tool Protection" and an "Apparatus for High Voltage Power Line Maintenance and Repair." The first patent describes a power tool with a housing that encloses an electrical load and a control electronics circuit. This design features a first shield made of conductive material, which is open at a battery pack receiving slot. A removable boot surrounds the battery pack and includes a second shield that combines with the first to form a protective enclosure. The user interface allows for selective activation of the electrical load through a non-conductive communication link.
The second patent also focuses on power tool safety, detailing a similar structure where the boot interlocks with the housing. This design ensures that the power tool is safely supported at the end of an insulated hot stick, allowing for effective maintenance and repair of high voltage power lines.
Career Highlights
Richard C Bevins, Jr works at M. W. Bevins Co., where he applies his innovative ideas to develop safer power tools. His expertise in electrical engineering and design has led to advancements that benefit both users and the industry.
Collaborations
Richard collaborates with talented individuals such as Denver Kimberlin and Martin C Admire. Their combined efforts contribute to the development of cutting-edge solutions in power tool technology.
Conclusion
Richard C Bevins, Jr is a distinguished inventor whose work in power tool protection has made a significant impact on safety standards in the industry. His innovative patents reflect a commitment to enhancing user safety and efficiency in high voltage environments.