Company Filing History:
Years Active: 2009
Title: Paul A. Benton - Innovator in Tubular Structure Formation
Introduction
Paul A. Benton, an accomplished inventor based in Clinton Township, Michigan, has made significant contributions to the field of vehicle manufacturing through his innovative methods. With a patent to his name, Benton exemplifies dedication and creativity in engineering.
Latest Patents
Benton's notable patent is titled "Method for forming a complex-shaped tubular structure," which presents an advanced technique for creating tapered pillars and other intricate structures essential for vehicle bodies. This innovative process involves rolling a sheet metal blank about its longitudinal axis to create a tubular shape. The edges of the blank are subsequently welded to form a tube, which is then enclosed in a hydroforming die. By applying pressure, the tube conforms to the die, resulting in the desired complex shape. The method allows for the use of various sheet metal blanks with differing characteristics such as material thickness and alloy composition, enabling the creation of tapered structures along the tube’s length.
Career Highlights
Benton is currently associated with GM Global Technology Operations LLC, where he continues to work on cutting-edge developments in automotive technology. His contributions have been vital in advancing manufacturing processes that enhance vehicle design and performance.
Collaborations
Throughout his career, Benton has collaborated with fellow engineers and inventors, including Spyros Pete Mellas and Charles J. Bruggemann. These partnerships have fostered a creative environment leading to breakthrough innovations in the automotive sector.
Conclusion
Paul A. Benton stands out as a notable figure in the world of automotive innovations. His patented method for forming complex-shaped tubular structures reflects his expertise and commitment to improving vehicle design. Through his work with GM Global Technology Operations LLC and collaboration with talented colleagues, Benton continues to shape the future of automotive engineering.