Company Filing History:
Years Active: 1999-2007
Title: The Innovations of David D'Arcy Clifford: A Pioneer in Composite Laminates
Introduction: David D'Arcy Clifford, an inventive force located in Caledonia, CA, has made significant contributions to the field of composite materials. With a total of seven patents to his name, Clifford has showcased his dedication to advancing technology through innovative solutions.
Latest Patents: Clifford's recent patents reflect his expertise and forward-thinking approach. The first is a "Method for laminating and forming a composite laminate in a single operation," which describes a revolutionary technique to laminate and form non-planar composite parts using metal skins and an intervening paper layer. This process is designed to maintain uniform pressure between die faces, with the possibility of degassing the paper layer prior to the lamination and forming process. His second latest patent, titled "Structural panel and method of manufacture," involves a novel structural laminate created by bonding a fibrous core material between metal skins. This innovation offers comparable strength to heavier steel sheets while maintaining a lighter overall weight.
Career Highlights: David D'Arcy Clifford is currently associated with Dofasco Inc., a leading company known for its advancements in steel manufacturing and processing. His work at the company has been pivotal in integrating composite materials into their production processes, enhancing efficiency and reducing material weight.
Collaborations: Throughout his career, Clifford has likely engaged in numerous collaborations with other engineers and researchers in the field. These partnerships have allowed him to refine his ideas, share insights, and push the boundaries of composite material technology further.
Conclusion: David D'Arcy Clifford stands as an exemplary figure in the realm of innovation and invention. His seven patents, particularly in composite materials, underscore his inventiveness and the impact of his work on the industry. As technology evolves, innovations like those of Clifford’s will continue to shape the way we think about materials and manufacturing processes.