Company Filing History:
1 out of 15,608 
1 out of 33 Years Active: 2008-2014
Title: Matthew C. Caspermeyer: Innovator in Turbine Engine Combustion Control
Introduction
Matthew C. Caspermeyer is an accomplished inventor based in Phoenix, AZ, with a notable focus on enhancing turbine engine technologies. Holding two patents, his innovative approaches aim to mitigate combustion instability within these critical systems.
Latest Patents
Matthew's latest patents address significant challenges in turbine engine performance. His first patent, titled "Active Combustion Control for Turbine Engine," introduces an active combustion control device that modulates fuel flow to the combustor, effectively addressing combustion instability. This device features a valve unit with an electronic driver that controls the valve's components, allowing precise modulation of fuel flow based on the needs of the combustor.
His second patent, "System and Method for Turbine Engine Adaptive Control for Mitigation of Instabilities," presents an adaptive combustion controller that modulates fuel flow based on real-time sensor data. This invention includes both a fuel flow phase controller and a fuel flow magnitude controller to adjust combustion dynamics proactively, enhancing stability and efficiency in turbine engines.
Career Highlights
Matthew has built a robust career with significant contributions to companies such as Honeywell International Inc. and Jansen's Aircraft Systems Controls, Inc. His work in these organizations has further advanced the field of aerospace engineering and combustion systems.
Collaborations
Throughout his career, Matthew has had the opportunity to collaborate with notable professionals, including Ian L. Critchley and Bruce Anson. These partnerships have contributed to the innovative developments he has achieved in his field.
Conclusion
Matthew C. Caspermeyer exemplifies the spirit of innovation in turbine engine technology. His contributions, particularly in combustion control, showcase the critical role inventors play in advancing engineering solutions that lead to more stable and efficient systems. His work is a testament to the ongoing evolution of technology within the aerospace industry.