Company Filing History:
Years Active: 1999
Title: **Richard Cramb: Innovator in Automotive Seat Design**
Introduction
Richard Cramb, an inventive mind based in Livonia, Michigan, has made significant contributions to the automotive industry, particularly in the realm of seat assembly design. With a focus on enhancing passenger comfort and vehicle ergonomics, Cramb holds a patent that showcases his innovative thinking and engineering expertise.
Latest Patents
Richard Cramb's notable patent pertains to an "Automotive Seat Bottom Assembly." This invention describes a front seat assembly which integrates a seat bottom and a seat back that pivotally attaches to the seat bottom. The design features fixed rails that run fore and aft, laterally spaced to accommodate vehicle requirements. Additionally, it includes a support sheet and a seat pan designed to optimize seating position and comfort. Innovations such as pivotally connected projections and adjustable bladders highlight Cramb's attention to enhancing user experience in automotive seating.
Career Highlights
Cramb is associated with Lear Corporation, a prominent player in the automotive seating and electrical systems sectors. His role at Lear Corporation has allowed him to work on cutting-edge projects that drive advancements in vehicle design and safety features. His singular patent stands as a testament to his contribution to creating more functional and comfortable automotive interiors.
Collaborations
During his career, Richard Cramb has worked alongside esteemed colleagues, including Gerald O. Morrison and Stephen R. Rybak. Their collaborations have likely strengthened the innovation processes within the company, leading to improvements and advancements in automotive seat technology.
Conclusion
In conclusion, Richard Cramb represents the spirit of innovation within the automotive sector. His patent on the automotive seat bottom assembly reflects his commitment to enhancing passenger comfort and safety. As he continues to work with Lear Corporation, it will be exciting to see how his future contributions shape the landscape of automotive design.