Mason L Thompson

Title: Mason L Thompson: Innovator in Industrial Process Measurement

Introduction

Mason L Thompson, an accomplished inventor based in Worthington, OH, has made significant contributions to the field of industrial process measurement. With a focus on improving the efficiency and accuracy of measurement systems, Thompson has secured one patent that showcases his innovative approach to addressing complex challenges in industrial operations.

Latest Patents

Thompson's notable patent, titled "Nonlinear Averaging Compensated Measurements," revolves around a method and apparatus designed for measuring and controlling industrial processes. This invention specifically aims to detect the average transmittance of a radiation beam that passes through process material. The system comprises a radiation source positioned on one side of the material and a radiation detector on the opposite side. By measuring the transmitted radiation intensity, Thompson's invention enables the generation of a process signal that accounts for nonuniformity in material composition, which is critical in ensuring quality in manufacturing processes.

Career Highlights

Currently employed at Process Automation Business Inc., Thompson has showcased his expertise in creating innovative solutions that enhance industrial measurement systems. His patent underscores the importance of accurately measuring basis weight in paper production, where it leverages real-time data from a separate gauge to inform manufacturing decisions effectively.

Collaborations

Throughout his career, Thompson has collaborated with his coworker, John R Dukes, to implement and refine his inventions. Their partnership has played a vital role in advancing the technological capabilities of the company in the realm of process automation.

Conclusion

Mason L Thompson stands out as an inventor dedicated to improving industrial process measurement through his innovative patent. His work demonstrates a clear commitment to enhancing operational efficiency and product quality within manufacturing environments. As industries continue to evolve, the impact of Thompson's inventions will undoubtedly resonate within the field of process automation.