Keith Alan Overton

Title: The Innovations of Keith Alan Overton

Introduction

Keith Alan Overton, an innovative inventor based in Goldsboro, North Carolina, has made a notable contribution to the electrical engineering field with his patent. With a keen focus on enhancing fuse technology, Overton's work exemplifies the creativity and practicality required for modern inventions.

Latest Patents

Overton holds a patent for an "Indicating Fuse with Protective Shield." This inventive design incorporates a protective shield member that effectively isolates an indicator assembly from the main fuse link. By implementing this protective shield, Overton's fuse construction eliminates the need for arc-quenching filler. Consequently, this results in a more cost-effective and reliable fuse design. The unique arrangement of the main fuse link within the fuse minimizes any potential interference with the actuator assembly during activation of the indicator assembly.

Career Highlights

Keith Alan Overton is currently employed at Cooper Technologies Company, where he leverages his expertise to innovate and improve existing technologies. His dedication to advancing electrical safety and performance is evident in his patented work, showcasing his impactful contributions to the field.

Collaborations

Throughout his career, Overton has collaborated with notable coworkers, including Donald Joseph Magoon and Ronald Emil Mollet. These partnerships foster a collaborative environment that encourages creativity and the sharing of ideas, leading to innovative solutions in the industry.

Conclusion

In summary, Keith Alan Overton represents a significant figure in the realm of electrical inventions. His patent for the "Indicating Fuse with Protective Shield" not only reflects his inventive spirit but also addresses critical safety and efficiency concerns in fuse design. Through his work at Cooper Technologies Company and along with his collaborators, Overton continues to push the boundaries of innovation within the electrical engineering field.