Company Filing History:
Years Active: 1997
Title: Dennis Harper - Innovator of the Universal Snap-In Metal Plug
Introduction
Dennis Harper is a notable inventor based in Romulus, MI, USA, recognized for his innovative contributions to the design and functionality of metal plugs in sheet metal applications. With a single patent to his name, Harper has made significant strides in improving how closures are applied to flat or flanged openings in metal panels.
Latest Patents
Harper holds a patent for the "Universal Snap-In Metal Plug," which represents a significant enhancement in the closure technology for sheet metal. This invention features a unique circular disc design accompanied by three co-planar tongues that extend radially. The innovative configuration allows for a secure snap-in mechanism, ensuring that the plug remains firmly in place whether used in flat or flanged installations. Each tongue is engineered with precision, incorporating folded ply techniques to provide an efficient and reliable sealing solution.
Career Highlights
Throughout his career, Dennis Harper has been associated with Chrysler Corporation, where he has contributed to various projects aimed at improving automotive manufacturing processes. His dedication to innovation reflects in his patent, showcasing his ability to solve practical problems in the industry and improve product efficiency.
Collaborations
Harper has collaborated with talented colleagues, including Carol P Pavur and Steven W Bonnell. These partnerships have not only fostered a creative environment but also led to advancements in various design and engineering projects within Chrysler Corporation.
Conclusion
Dennis Harper's innovative work with the Universal Snap-In Metal Plug exemplifies the spirit of invention that drives the automotive industry forward. His ability to create practical solutions to common challenges solidifies his role as an influential inventor in the field. As technology continues to evolve, Harper's contributions will undoubtedly inspire future innovations in metal closure applications.