Thomas Lawrence Harvill

Title: Thomas Lawrence Harvill: Innovating Measures for Metallurgical Containers and Caster Molds

Introduction:

Thomas Lawrence Harvill, an inventive mind based in Alamo, CA, has made significant contributions in the field of metallurgical container and caster mold technology. With five patents to his name, Harvill has showcased his expertise in developing scanning devices, pyrometry techniques, and data reduction systems for wear characterization, temperature measurement, and mold integrity analysis. Let's take a closer look at Harvill's latest patents, career highlights, and collaborations within the industry.

Latest Patents:

1. Scanning Laser Range Finder with Surface Temperature Measurement using Two-Color Pyrometry:

This patent introduces apparatuses, methods, and systems to effectively characterize wear and measure temperature on the surface of metallurgical container linings. By incorporating a scanning device and a two-color pyrometer, Harvill's invention enables thickness measurements of the lining and accurate temperature assessments using light intensity ratios. The scanning device and pyrometer are effectively controlled by a centralized controller, optimizing their operation.

2. Caster Mold Measurements using a Scanning Range Finder:

In this patent, Harvill presents apparatuses, methods, and systems that revolutionize the integrity assessment and profile measurement of caster molds. By combining a scanning device, a positioning fixture, and a data reduction device, this invention offers a comprehensive characterization of caster molds. The data reduction device analyzes scanned distances, comparing them with reference distance values to ensure the desired mold integrity and profile are achieved.

Career Highlights:

Throughout his career, Harvill has exhibited his commitment to innovative solutions in the metallurgical industry. His contributions include the development of advanced technologies for wear characterization, temperature measurement, and mold integrity analysis. Harvill's work has had a significant impact on improving the efficiency and reliability of metallurgical container lining and caster mold manufacturing processes.

Collaborations:

Thomas Lawrence Harvill has actively collaborated with esteemed professionals in the field. Two notable co-workers include Michel Pierre Bonin and Michel P. Bonin. While specifics about their collaborations are not provided, their joint efforts further solidify Harvill's dedication to collaboration and knowledge exchange.

Conclusion:

Thomas Lawrence Harvill's prowess in the field of metallurgical container and caster mold technology is evident through his numerous patents and significant career contributions. His innovative scanning devices, pyrometry techniques, and data reduction systems have enhanced the industry's ability to measure wear, temperature, and mold integrity accurately. Harvill's collaborations with experts in the field further reinforce his commitment to pushing boundaries and fostering advancements in the metallurgical sector.