John R Fuller

Title: Innovator Spotlight: John R. Fuller

Introduction: John R. Fuller is an accomplished inventor based in Oakville, CA, known for his contributions to imaging technologies. With a total of six patents to his name, Fuller has made significant advancements in photoresponsive imaging members, showcasing his expertise in the field.

Latest Patents: Fuller's most recent patents reflect his innovative spirit and technical prowess. His first patent, titled "Photoresponsive Imaging Members with Protective Copolyurethane," involves an imaging member that comprises a photoconductive layer and a protective copolyurethane overcoating. This unique formula comprises a trivalent group and bivalent group, with specific alkylene, arylene, and substituted groups.

Another noteworthy patent is "Photoresponsive Imaging Members with Fluorene Hole Transporting Layers," which describes a layered photoresponsive imaging member consisting of a supporting substrate, a photogenerating layer, and a hole transport layer. This layer is made of novel bis(diarylamino)fluorenes, allowing for improved efficiency and performance in imaging applications.

Career Highlights: John R. Fuller is currently affiliated with Xerox Corporation, a leading company in imaging and document management solutions. His work at Xerox has enabled the development of cutting-edge imaging technologies, contributing significantly to the company's innovative product line.

Collaborations: Throughout his career, Fuller has collaborated with esteemed colleagues, including Beng S. Ong and Dasarao K. Murti. These partnerships have fostered a productive environment, resulting in advancements within the imaging field and the successful filing of multiple patents.

Conclusion: John R. Fuller is a prominent figure in the world of invention, with a strong portfolio of patents that highlight his innovative contributions to imaging technologies. His dedication and collaboration with talented individuals have positioned him as a key player in his industry, paving the way for future advancements in imaging member technology.