Company Filing History:
Years Active: 2006-2025
Title: The Innovative Contributions of Jay P Dehling
Introduction
Jay P Dehling, based in Oshkosh, WI, is a notable inventor recognized for his inventive contributions to marine propulsion technology. With a focus on improving cooling systems, Dehling holds a significant patent that reflects his expertise and commitment to innovation in this specialized field.
Latest Patents
Dehling's patent, titled "Water pickup configuration for a marine propulsion system," introduces a cooling system specifically designed for marine propulsion devices. This innovation features a water flow directing device that is typically annular in shape, designed to efficiently direct water flow from an inlet to the internal passage of the propulsion device. This setup ensures that the cooling system of an internal combustion engine receives the necessary water flow, particularly benefiting the operation of marine devices at slow speeds or when stationary in water. This patent stands as a testament to Dehling’s ingenuity and understanding of marine engineering.
Career Highlights
Throughout his career, Jay P Dehling has been associated with Brunswick Corporation, a prominent player in the marine and recreational vehicle industry. His role at this esteemed company showcases his dedication to advancing technology within the marine sector. His innovative spirit has contributed to enhancing performance and reliability in marine propulsion systems.
Collaborations
In the pursuit of innovation, Dehling has collaborated with esteemed colleagues such as John O Scherer, III, and Gary J Schaub. These partnerships not only enrich his projects but also foster a collaborative environment that is conducive to groundbreaking advancements in marine technology.
Conclusion
Jay P Dehling's work exemplifies the impact of innovation on industry practices, particularly in the realm of marine propulsion systems. With his patent and ongoing contributions, he is setting standards for future developments in marine technology, ensuring enhanced efficiency and performance for users in aquatic environments.