Company Filing History:
Years Active: 2011-2012
Title: Andrew Vestrini: Innovator in Engine Control Systems
Introduction
Andrew Vestrini, an accomplished inventor based in Wadhurst, GB, holds two patents that reflect his expertise in the field of engine control systems. His innovations focus on enhancing the efficiency of engines capable of using multiple types of fuel, which contributes significantly to the automotive and energy sectors.
Latest Patents
One of Andrew's notable patents is titled "Method and Apparatus for Controlling an Engine Capable of Operating on More Than One Type of Fuel." This control system includes an engine control unit that determines a default fuel volume to be injected into the engine based on relevant engine parameters and characteristics of a default fuel type. The patent outlines a process where a default mass fuel flow rate is derived, and the actual mass fuel flow rate entering the engine is inferred from various parameters, including mass air flow rate and exhaust gas air-to-fuel ratio. A key feature of the invention is the calculation of a fuel correction factor that fine-tunes the fuel injection cycle, optimizing the engine's performance for different fuel types.
Career Highlights
Andrew Vestrini's career is marked by his role at Am General LLC, where he has contributed to the development of advanced engine systems. His work demonstrates a commitment to innovation in automotive technology, focusing on creating systems that increase versatility and efficiency in engine operation.
Collaborations
Throughout his professional journey, Andrew has collaborated with fellow engineers and inventors, including Anthony Peter Bell and Anthony James Peck. These partnerships have likely enhanced the development of cutting-edge technology, fostering an environment of creativity and problem-solving within the industry.
Conclusion
Andrew Vestrini continues to be a driving force in the field of engine control systems, as evidenced by his innovative patents and collaborative efforts. His contributions not only advance technical capabilities but also pave the way for more sustainable and efficient fuel use in modern engines, reflecting a significant stride in automotive engineering.