Company Filing History:
Years Active: 2013-2020
Title: **David L. Chapski: An Innovative Mind in Fuel Control Systems**
Introduction
David L. Chapski, hailing from Southwick, Massachusetts, is a renowned inventor with a focus on fuel control systems. With a remarkable portfolio of four patents, Chapski has made significant contributions to the field of engineering, particularly in enhancing fuel management technologies.
Latest Patents
Among his latest innovations, Chapski has developed a **Fuel Control System with Shutoff Feature**, which includes a fuel delivery valve that can be selectively moved to a closed position, effectively stopping the flow of fuel to downstream locations. This system is integrated with a windmill bypass valve and a shutoff pressure line, allowing efficient control of fuel delivery during various operational conditions. Another noteworthy invention is the **Method of Monitoring an Electronic Engine Control (EEC) to Detect a Loss of Fuel Screen Open Area**. This method utilizes a series of steps, including engine shutdown detection and metering valve adjustments, to effectively sense reductions in fuel screen area and ensure optimal fuel system performance.
Career Highlights
David Chapski is currently employed at Hamilton Sundstrand Corporation, a respected entity in aerospace and industrial systems. His work has not only showcased his inventive skills but also highlighted his dedication to improving fuel efficiency and safety in engine operations.
Collaborations
Chapski collaborates with a team of talented professionals, among whom are his coworkers Aaron F. Rickis and David J. Podgorski. Their combined expertise contributes to the development and implementation of advanced technologies in their projects.
Conclusion
David L. Chapski stands out as a significant figure in the realm of fuel control systems. Through his innovative patents and collaborative efforts at Hamilton Sundstrand Corporation, he continues to push the boundaries of engineering and technology. His contributions are vital in enhancing the efficiency and safety of fuel management in various applications.