Tim P Covert

Title: The Innovative Journey of Tim P Covert

Introduction

Tim P Covert is a notable inventor based in Southfield, Michigan, recognized for his contributions to automotive technology through innovative patents. With a portfolio of two patents, he has made significant strides in enhancing vehicle systems, especially in steering and fuel technology.

Latest Patents

Tim’s latest patents showcase his expertise and creativity in engineering. His first patent, titled "Rotary Assist Apparatus for Recirculating Ball Steering Gears," details a motor vehicle steering system that intricately combines various mechanical components to enhance steering response and ease of use. The system includes an input shaft, worm gear, ball nut with ball bearings, intermediate gears, and a motor designed to translate the ball nut effectively, thereby improving steering efficacy.

His second notable patent, "Methods and Systems for a Fuel System," presents a comprehensive approach to fuel storage and delivery. This innovation incorporates an anti-siphoning device within a fuel filler pipe and outlines a unique manufacturing method for securely welding these components together. The use of electroless plating for added durability highlights Covert's focus on robust solution designs.

Career Highlights

Tim P Covert is employed at Ford Global Technologies, LLC, where he applies his skills and knowledge to advance automotive technologies. His work reflects a commitment to innovation within one of the leading companies in the automotive industry.

Collaborations

In his professional journey, Tim has collaborated with esteemed colleagues such as Frank Joseph Topolovec and John Alva Kinzinger. Together, they have contributed to dynamic projects that aim to push the boundaries of automotive engineering.

Conclusion

Tim P Covert’s inventive spirit and dedication to improving vehicle systems set him apart in the landscape of modern engineering. His patents not only represent individual achievement but also contribute to the broader field of automotive innovation, promising a future of improved mobility and safety in vehicles.