Company Filing History:
Years Active: 1985-2008
Title: The Innovations of Ben T Zinn: A Creative Force in Combustion Technology
Introduction
Ben T Zinn is an influential inventor based in Atlanta, GA, with a remarkable portfolio that showcases 14 patents. His contributions primarily focus on enhancing combustion technology, and his work has significantly impacted the field through innovative detection and control systems.
Latest Patents
Among Ben T Zinn's latest patents are groundbreaking inventions that address the challenges in combustion systems. One notable patent is for "Systems and methods for detection and control of blowout precursors in combustors using acoustical and optical sensing." This invention outlines methods for detecting and controlling flame blowout in combustors using a combination of optical data measurements and advanced data analyses techniques. Additionally, he has developed a "Stagnation point reverse flow combustor," which introduces a unique method for combusting a fuel by utilizing the closed end of a combustion chamber to direct combustion products and maintain flame stability through reverse flow.
Career Highlights
Ben T Zinn has developed a solid career foundation within various esteemed organizations, including the Georgia Tech Research Corporation and Sonotech, Inc. His work has not only propelled his career forward but has also contributed to advancements in combustion research and technology, solidifying his position as a leader in this domain.
Collaborations
Throughout his career, Zinn has collaborated with notable colleagues such as Brady R Daniel and Yedidia Neumeier, underscoring the importance of teamwork and shared knowledge in fostering innovation. These partnerships have facilitated the exploration of complex combustion challenges, leading to successful inventions and patents.
Conclusion
Ben T Zinn's contributions to combustion technology through his patents exemplify his expertise and innovative spirit. His commitment to developing systems for improved combustion safety and efficiency continues to influence the field, paving the way for future advancements in this crucial area of research.