Company Filing History:
Years Active: 2016
Title: Inventor Spotlight: Clayton Gould from Orford, NH
Introduction
Clayton Gould is an innovative inventor based in Orford, New Hampshire. He holds a patent for a unique plasma arc cutting system, which has the potential to revolutionize cutting processes in various industries. With a strong background in engineering and technology, Clayton has made significant contributions to the field of plasma cutting.
Latest Patents
Clayton Gould is credited with one notable patent: a plasma arc cutting system and persona selection process. This invention features methods and apparatuses that establish operational settings of a plasma arc cutting system. Central to this design is a plasma power supply that includes a user-selectable control. This control allows users to select a single cutting persona, which determines at least the current, gas pressure, flow rate, and operational mode of the plasma arc cutting system. This innovation aims to enhance efficiency and precision in cutting applications.
Career Highlights
Clayton is currently employed at Hypertherm, Inc., a leading company in the manufacturing of advanced cutting technologies. His work at Hypertherm has allowed him to develop projects that emphasize the importance of user interface and control in cutting systems. Clayton's expertise has been instrumental in the continuous improvement of cutting solutions available in the market.
Collaborations
Throughout his career, Clayton has had the opportunity to collaborate with talented individuals, including his coworkers Erik Brine and Jesse A Roberts. Their teamwork and collective knowledge have fostered an innovative environment where ideas can thrive, resulting in effective and groundbreaking technologies within Hypertherm, Inc.
Conclusion
Clayton Gould is a remarkable inventor whose contributions to the plasma cutting industry are noteworthy. His patent for a plasma arc cutting system showcases his ability to merge technology with user-centric design. As he continues to work with skilled colleagues at Hypertherm, the potential for future innovations remains promising.