Company Filing History:
Years Active: 1999
Title: An Overview of Inventor Russell N. Gillmeister and His Innovative Contributions
Introduction
Russell N. Gillmeister, an accomplished inventor based in Fairport, NY, has made significant contributions to the realm of photoreceptor technology. He is notably recognized for his innovative patent related to improving the performance and longevity of xerographic copier and printer machines.
Latest Patents
Gillmeister holds a patent for a "Photoreceptor with low surface energy and process of making." This invention consists of a supporting substrate with an outer layer that incorporates silicone oil uniformly distributed as vesicles within a film-forming polymer matrix. By providing continuous lubrication, this photoreceptor reduces friction and wear between the photoreceptor and other machine components, thereby extending the operating life of copier and printer machines. The design ensures that the lubricity of the outer surface does not negatively impact print quality, offering a reliable solution that maintains performance over time.
Career Highlights
Russell N. Gillmeister has dedicated his career to advancing technology at Xerox Corporation, where he has honed his expertise and played a pivotal role in developing innovative solutions for the document industry. His work has not only strengthened the company's position in the market but also set new standards for product quality and user satisfaction.
Collaborations
Throughout his career, Gillmeister has collaborated with notable colleagues such as Roger T. Janezic and William W. Limburg. This teamwork has been instrumental in spearheading projects that promote advancements in photoreceptor designs, ensuring that the innovations developed align with the evolving needs of the marketplace.
Conclusion
Russell N. Gillmeister's dedication to creating innovative solutions for the xerographic technology sector reflects his commitment to advancing the field. His patent for a photoreceptor with low surface energy exemplifies the potential for enhanced performance in copier and printer machines, showcasing how ingenuity and collaboration can lead to significant improvements in technology.