Company Filing History:
Years Active: 2012
Title: Innovations by David R Van Vactor: Gas Turbine Engine Over-Speed Protection
Introduction: David R Van Vactor, an inventive mind based in Liberty Township, OH, has made significant contributions to the field of gas turbine technology. With two patents to his name, his work focuses on enhancing the safety and efficiency of gas turbine engines.
Latest Patents: Among his notable inventions, Van Vactor has developed innovative methods and systems aimed at facilitating over-speed protection in gas turbine engines. His first patent describes a comprehensive method for assembling a gas turbine engine to prevent rotor over-speeding. This method includes serially coupling a first fuel system interface to a second fuel system interface, ensuring that at least one of these interfaces is connected to the engine. Moreover, it integrates a control system designed to identify over-speed conditions. When both interfaces indicate an over-speed scenario, the control system is programmed to halt fuel flow, thereby safeguarding the engine.
In another patent, he elaborates on assembling a gas turbine engine by coupling the first and second fuel system interfaces while ensuring either interface connects to the engine. The configuration also includes two distinct control systems, each equipped with drivers that implement specific over-speed logic algorithms to manage the engine's operation effectively.
Career Highlights: David R Van Vactor currently works at General Electric Company, where he applies his expertise in gas turbine technologies. His innovative contributions have enhanced engine safety protocols and operational efficiency.
Collaborations: Throughout his career, Van Vactor has collaborated with knowledgeable colleagues, including Bertram S Noyes, Jr., and Steven Edward Nolte. Their collective efforts in research and development have further advanced the capabilities of gas turbines in various applications.
Conclusion: David R Van Vactor's innovative methods for gas turbine over-speed protection reflect his commitment to engineering excellence. His contributions play a crucial role in advancing technology within the aerospace and energy sectors, underscoring the importance of safety and reliability in engine design.