Company Filing History:
Years Active: 1992
Title: Innovator Spotlight: Norman R. Luffman
Introduction
Norman R. Luffman, based in Watertown, NY, has made his mark in the field of engineering with a noteworthy invention that enhances the efficiency of wood chippers. With a patent to his name, Luffman has contributed to innovation in the machinery industry, particularly in wood processing.
Latest Patents
Luffman's sole patent is for a "Wood chipper knife holder with replaceable wear plate." This innovative design features a segmental knife holder that occupies a specific area of the cutting disk of a rotary wood chipper. The knife holder includes a hardened helicoid wear surface, ensuring durability as it faces the logs fed into the chipper. The construction of the knife holder allows for easy replacement of the wear plate, thus improving the machine's longevity and efficiency. When wear occurs, the wear plate can be removed and replaced without needing to replace the entire knife holder, showcasing Luffman's commitment to practicality and cost-effectiveness in machinery design.
Career Highlights
Norman R. Luffman is associated with Carthage Machine Company, where he contributes his expertise in mechanical engineering and innovation. His background in the machinery industry has positioned him as a vital player in developing solutions that enhance operational efficiency and performance.
Collaborations
At Carthage Machine Company, Luffman collaborates with talented coworkers including Timothy P. Nettles and David E. Dillon. These professional relationships have likely fostered a creative environment that emphasizes innovation and problem-solving, further pushing the boundaries of what's possible in machinery design.
Conclusion
Norman R. Luffman’s invention not only highlights his innovative spirit but also reflects the importance of practical solutions in engineering. His contribution to the field with the wood chipper knife holder shows how one inventor can impact an entire industry by enhancing efficiency and functionality in machinery.