Company Filing History:
Years Active: 1999
Title: **The Innovative Mind of Michael E. Phillips**
Introduction
Michael E. Phillips, an inventive spirit based in Wyoming, MI, has made his mark in the realm of innovation with a notable patent under his name. His work demonstrates a blend of creativity and practicality, aimed at enhancing the user experience within automotive design.
Latest Patents
Phillips holds a patent for an **Adjustable Visor**, a unique invention that redefines traditional vehicle visors. This visor features a body made of polymeric material with a guide track that securely holds an extendable panel. The panel, designed with a polymeric core and upholstered to match vehicle interiors, allows for smooth adjustments, enhancing visibility and comfort for drivers and passengers alike. By integrating a laminated structure utilizing PET, this design seeks to provide a quiet and aesthetically pleasing addition to any vehicle.
Career Highlights
Michael E. Phillips's innovative approach in patenting the adjustable visor has helped solidify his reputation within the industry. His work primarily takes place at Prince Corporation, where he continues to contribute to advancements in automotive interior designs. With one patent to his name and a focus on practical solutions, Phillips embodies the role of a forward-thinking inventor in the automotive sector.
Collaborations
Throughout his career, Phillips has had the pleasure of working alongside talented individuals such as Paul T. VanderKuyl and Paul A. Pham. These collaborations illustrate the dynamic environment at Prince Corporation, where teamwork and shared expertise lead to innovative breakthroughs in vehicle design.
Conclusion
Michael E. Phillips stands out as a significant figure in the world of automotive invention. His patent for the adjustable visor not only highlights his inventive capabilities but also demonstrates how innovative solutions can improve everyday experiences for users. As he continues his work at Prince Corporation, the future holds potential for even more groundbreaking contributions to the field of automotive design.