Company Filing History:
Years Active: 2007-2010
Title: W. Keith Dubose: A Pioneer in Marine Vessel Innovations
Introduction
W. Keith Dubose is an accomplished inventor based in Pensacola, Florida, known for his innovative contributions to marine vessel technology. With a remarkable portfolio boasting five patents, Dubose continues to push the boundaries of design and functionality in the maritime industry.
Latest Patents
One of Dubose's latest patents is the Marine Vessel Transfer System. This system employs a larger surface effect vessel with a specialized hull and cargo deck that utilizes a pressurized volume of air, allowing it to effectively receive smaller vessels. The process of lowering the cargo deck is initiated through the depressurization of the air volume beneath the hull, enabling seamless vessel transfers while optimizing performance.
Another notable patent focuses on Wrapped-Cone Fingers for air-cushion vehicle (ACV) skirt systems. This invention features an innovative design incorporating a lightweight inner cone encapsulated by an outer finger, enhancing air pressure efficiency during inflation. This design not only provides resistance to scooping and snagging but also supports streamlined manufacturing processes for ACV skirt systems.
Career Highlights
W. Keith Dubose contributes his expertise at Textron Corporation, where he continues to develop cutting-edge solutions for the marine sector. His inventive mindset and commitment to advancing maritime technology are reflected in his patented works, making significant strides in performance and efficiency.
Collaborations
Throughout his career, Dubose has collaborated with notable colleagues such as Kenneth J. Maloney and E. Douglass Whittaker, both of whom contribute to a dynamic creative environment at Textron Corporation. Their collective efforts enhance the innovation pipeline, fostering advancements that benefit the marine industry.
Conclusion
W. Keith Dubose stands out as a significant figure in marine vessel innovation. His patents reflect a deep understanding of engineering principles and a dedication to improving vessel functionality. As he continues to inspire creativity in his field, his work promises to impact the future of marine transportation technologies.