Newton D Kelsey

Title: Innovation in Fluid Measurement - The Contributions of Newton D Kelsey

Introduction

Newton D Kelsey, based in Dallas, TX, is an accomplished inventor known for his significant contribution to the field of fluid measurement. With one patented innovation to his name, Kelsey has demonstrated his expertise and dedication to advancing technology in his domain.

Latest Patents

Kelsey holds a patent for a mass flow meter designed for placement within a pre-existing process line. This flow meter features a conduit that forms a substantially free-floating spiral or circular loop, perfectly symmetrical about the process line's axis. Notably, a driving transducer extends radially from a bracket on a support beam positioned along the axis line, which is securely attached to the inlet and outlet ends of the conduit. The design permits the driver to impart an alternating deflection to the loop, aligning substantially perpendicular to the fluid flow within the loop and parallel to the axis line.

The patent further describes how sensing transducers are strategically located along the loop's periphery, equidistant from the driving transducer, allowing for precise determination of the loop's deflection signature. This loop's deflection, resulting from fluid reaction forces, is measured without the need for referencing a specific fixed axis or position. The acceleration signature is then correlated to determine the mass flow rate of the fluid flowing through the conduit, showcasing the innovative nature of Kelsey’s invention.

Career Highlights

Kelsey is currently associated with the K-Flow Division of Kane Steel Co., Inc., where he has further developed his expertise and honed his skills in fluid dynamics and flow measurement technologies.

Collaborations

Throughout his career, Kelsey has worked alongside talented colleagues such as Martin Kane and Wayne Pratt. These collaborations have likely fostered an environment of shared knowledge and innovation, contributing to the success of Kelsey’s inventions and the overall advancement of their field.

Conclusion

Newton D Kelsey's innovative approach to designing a mass flow meter underscores his significant contributions to fluid measurement technology. His work not only highlights his inventive skills but also showcases the potential for continued innovation within the industry. As technology evolves, Kelsey’s patents will likely influence future developments in fluid dynamics and measurement systems.