Gerald F McGowan

Title: Gerald F McGowan: Innovator in Measurement Technologies

Introduction

Gerald F McGowan, based in Parker, Colorado, is an accomplished inventor recognized for his contributions to measurement technologies. With a portfolio of five patents, McGowan has developed advancements that enhance efficiency and accuracy in various applications.

Latest Patents

Among his most recent patents, McGowan's "Misalignment Detection Apparatus for Transmissiometer with Underfilled" stands out. This invention introduces a misalignment detection system that monitors the positioning of a light beam in relation to a larger circular reflector in a transmissometer setup. By sensing the beam's position, the system notifies operators of any misalignments requiring maintenance or realignment.

Another significant patent is the "Photometric Analyzer for Differential Total Reduced Sulfur Measurement." This unique analyzer features a sophisticated setup that accurately measures differential total reduced sulfur (TRS) in gas samples, integrating various components like a sample cell, valves, and a light sensing device. The system ensures accurate readings while maintaining consistent temperature and pressure, showcasing McGowan's expertise in gas analysis technology.

Career Highlights

Throughout his career, McGowan has made substantial contributions to his field while working at Lear Siegler Measurement Controls Corporation and Lear Siegler, Inc. His roles in these organizations highlighted his innovative spirit and technical competence, enabling him to develop groundbreaking measuring devices that benefit industries reliant on precise data.

Collaborations

McGowan has collaborated with notable coworkers, including Ronald L Ketchum and Gerald W Price. These professional partnerships have likely influenced his innovative processes, allowing for the exchange of ideas that drive technological advancement.

Conclusion

Gerald F McGowan exemplifies the spirit of innovation through his numerous patents and impactful career in measurement technologies. His continued contributions to the field ensure a legacy of precision and effectiveness in gas measurement systems.