James A Corll

Title: Innovations in Liquid Sampling: The Work of James A. Corll

Introduction

James A. Corll, an innovative inventor based in Los Alamos, New Mexico, has made significant contributions to liquid sampling technology. With one patent to his name, Corll has developed an advanced apparatus for efficiently handling liquid samples, which showcases his expertise in engineering and invention.

Latest Patents

Corll's patent, titled "Liquid Sampling and Container Handling Apparatus," introduces a sophisticated system for liquid sampling. The apparatus includes a sampling head equipped with a floating pressure seal, achieved through positive pressure introduced into an open-top sample container. This design ensures precise liquid sampling while enhancing operational efficiency. The patent describes a compartment containing at least an entrance, with a sliding cover that carries the sampling head and a shield that safeguards the entrance when the assembly head is in place. The innovative aspect lies in the mounting ring and plunger system, which establishes a reliable seal and allows for the controlled flow of liquid samples.

Career Highlights

Corll is affiliated with Particle Technology, Inc., where he has applied his skills in developing innovative solutions for the scientific and industrial sectors. His work with liquid sampling is crucial for various applications, including research and analysis in laboratories, showcasing his influence on technology in this domain.

Collaborations

Throughout his career, Corll has worked alongside notable colleagues, including Howard E. Tucker and Walter R. Hogg. Their collaborative efforts contribute to advancements in liquid sampling technologies and improve the effectiveness of research methodologies in various scientific fields.

Conclusion

James A. Corll's contributions to liquid sampling apparatus represent a significant step forward in the field of technology and engineering. His ingenuity and collaboration with other experts underscore the importance of innovation in driving advancements that benefit industries reliant on precise liquid sampling. His work continues to influence the practices and technologies employed in research and development today.