Company Filing History:
Years Active: 1997-2005
Title: The Innovative Journey of Allan Webster Intermill
Introduction
Allan Webster Intermill, an accomplished inventor based in Strongsville, OH, has made significant contributions to the field of high-temperature technology. With a total of four patents to his name, Intermill's work exemplifies innovation in design and functionality, particularly in the operation of induction furnaces capable of extreme temperatures.
Latest Patents
Among his notable patents is an induction furnace designed for high-temperature operation, capable of exceeding temperatures of 3100°C. This innovative furnace features a unique cooling assembly positioned at the upper end of the furnace wall. The cooling assembly comprises an actively cooled dome equipped with cooling water coils. During the cool-down phase, the furnace initially cools naturally, allowing heat to be conducted away through insulation. Once temperatures in the hot zone reach approximately 1500°C, a lifting mechanism raises the furnace cap slightly, enabling hot gases to blend with cooler gases in the dome, significantly speeding up cooling without the need for complex mechanisms. Additionally, Intermill's design includes a barrier layer of flexible graphite surrounding the graphite furnace susceptor, which curtails evaporation, enhancing durability. Special witness disks situated within the susceptor provide an accurate temperature profile of the hot zone, showcasing Intermill's thoughtful approach to furnace design.
Career Highlights
Throughout his career, Allan Intermill has been associated with companies such as Ucar Carbon Technology Corporation and Ucar Carbon Company Inc. His work has consistently focused on pushing the boundaries of high-temperature materials and processes, underscoring his status as a forward-thinking inventor in the field.
Collaborations
Intermill has collaborated with esteemed colleagues like Douglas J. Miller and Werner H. Ruoff. Together, they have contributed to advancing technologies that enhance industrial processes, particularly in areas requiring rigorous temperature control and material resilience.
Conclusion
Allan Webster Intermill's innovative spirit and dedication to enhancing high-temperature operations through his patents reflect his significant impact on the industry. His inventions not only showcase technical expertise but also a commitment to improving efficiency and effectiveness in industrial applications. As our understanding of materials and their capabilities evolves, inventors like Intermill will undoubtedly continue to shape the future of high-temperature technologies.