Company Filing History:
Years Active: 1999-2023
Title: Innovations in Fuel Injection Technology: The Contributions of Glenn Brian Cox
Introduction
Glenn Brian Cox, based in Peoria, Illinois, has made significant strides in the field of fuel injection technology, holding an impressive portfolio of 21 patents. His work predominantly focuses on enhancing the efficiency and performance of fuel injectors, a critical component in modern internal combustion engines.
Latest Patents
Cox's recent inventions highlight his commitment to advancing fuel injection systems. One of his latest patents is the "Fuel-actuated fuel injector having cooling fuel circuit and method." This innovative assembly includes an injector body with a unique low-pressure fuel passage that channels spent actuating fuel to an armature cavity, creating a cooling circuit that enhances injector efficiency.
Another notable invention is the "Two-piece outlet check in fuel injector for starting-flow rate shaping." This design incorporates a two-piece outlet check that allows for precise flow control. The nozzle assembly creates a slow starting injection rate shape, improving controllability over minimum delivery quantities in fuel systems.
Career Highlights
Glenn Brian Cox has dedicated his career to the innovative design and development of fuel injection technologies at Caterpillar Inc. His role has positioned him at the forefront of automotive innovation, where he combines engineering knowledge with practical applications to solve complex challenges.
Collaborations
Throughout his career, Cox has worked alongside talented individuals, including notable colleagues Robert Lowell Miller and Stephen Michael Wiley. Their collaborations have fostered an environment of innovation, contributing to the successful development of advanced fuel injector systems within the industry.
Conclusion
With a solid foundation in engineering and a passion for innovation, Glenn Brian Cox continues to push the boundaries of fuel injection technology. His contributions not only enhance the performance of modern engines but also pave the way for more efficient automotive solutions in the future.