William Boyd Sargent

Title: **William Boyd Sargent: An Innovator in Machining Technology**

Introduction

William Boyd Sargent, based in Birmingham, AL, has made significant contributions to the field of machining technology with four patented innovations. His work primarily focuses on improving methods related to the machining of threaded goods and enhancing tools used in the industry.

Latest Patents

One of Sargent's latest patents, "Machining Threaded Tubular Goods," presents a method for machining threads on cylindrical parts, particularly oil country tubular goods. This innovative method involves mounting four uniquely profiled thread-cutting chasers in a die head of a thread cutting machine. This configuration allows for precise cutting of threads to close tolerance while reducing metal burrs on the initial and terminal threads, minimizing total tool cutting forces.

Another notable patent is the "Method of Dislodging a Stuck Drift Gage." This invention features a drift gauge sticker remover that comprises a base and a frame extending into the path of a powered drift gauge rod. The mechanism employs a pin, movable plates, and hydraulic components to ensure efficient dislodgment of stuck gauge rods, thus optimizing operational efficiency.

Career Highlights

William Boyd Sargent is currently associated with USX Corporation, where he applies his expertise in innovations related to machining technologies. His patents are a testament to his commitment to advancing industry standards and improving existing processes, showcasing his unique perspective as an inventor.

Collaborations

Sargent collaborates closely with George John Palyo, III, a coworker who shares his passion for innovation in machining technologies. Together, they contribute to enhancing the technological landscape of their organization and the broader industry.

Conclusion

William Boyd Sargent stands out as a significant inventor whose work on machining technologies has practical applications in the oil and manufacturing sectors. His patents reflect a deep understanding of industry challenges and a commitment to developing innovative solutions that enhance operational efficiency and precision. With his contributions, Sargent continues to inspire future innovations in the field.