Company Filing History:
Years Active: 2009
Title: Machida Hidenori: A Pioneer in Image Fixing Technology
Introduction
Machida Hidenori is an esteemed inventor based in Ebina, Japan, recognized for his contributions to the field of imaging technology. As a key member of Ricoh Company, Ltd., Hidenori's work focuses on innovative solutions that enhance efficiency while minimizing energy loss, reflecting a commitment to sustainable technology.
Latest Patents
Hidenori holds a patent for an "Image Fixing Apparatus and Image Forming Apparatus that Maintains High Efficiency in Heat Generation and Reduces Loss in Power Consumption." This inventive technology includes a coil member that generates magnetic flux, a heat member that produces heat using the magnetic flux, and a support member designed to keep the coil member positioned effectively in relation to the heat member. Notably, the support member incorporates a heat dissipation part that efficiently releases heat generated within the coil, contributing to an improved overall energy performance in image processing.
Career Highlights
Throughout his career, Machida has demonstrated an exceptional ability to develop cutting-edge technologies that advance the capabilities of imaging systems. His patent showcases a blend of innovative engineering with practical applications, highlighting his significant role in pushing the boundaries of image fixation technology.
Collaborations
Hidenori collaborates closely with fellow inventors Norihiko Aze and Tsuneaki Kondoh at Ricoh Company, Ltd. Their combined expertise and teamwork are instrumental in driving the company's innovative projects forward, ensuring that they remain at the forefront of imaging and printing technology.
Conclusion
Machida Hidenori's contributions to the field of image fixation have not only advanced technological capabilities but have also focused on energy efficiency and sustainability. His work at Ricoh Company, Ltd. and his patent leadership position him as a pivotal figure in the realm of modern imaging solutions.