Company Filing History:
Years Active: 2007
Title: Innovations by Tomohiro Kanoh: Advancements in Engine Lubrication
Introduction: Tomohiro Kanoh, an inventor based in Toyota, Japan, has made significant strides in the realm of engine technology. With a focus on enhancing lubrication systems, Kanoh's innovation contributes greatly to the efficiency and reliability of engine performance.
Latest Patents: Kanoh holds a notable patent for an oil-feeding device designed specifically for engine crankshafts. This device aims to minimize the leakage of lubricant oil from the supporting areas of main journal portions without increasing friction between the bearing members and the main journal. The invention’s unique design features upper and lower bearing members that are half hollow cylindrical, equipped with crush relief portions at both ends, effectively enclosing the main journal portions of a crankshaft. The upper bearing members incorporate circumferentially extending oil grooves that enable lubricant oil to penetrate through oil passages of a cylinder block, while the lower bearing members are designed without oil grooves, thereby reducing unnecessary leakage.
Career Highlights: At Taiho Kogyo Co., Ltd., Kanoh continues to push the boundaries of engineering with his innovative ideas and practical solutions. His commitment to improving engine lubrication contributes not only to the automotive industry but sets a benchmark for future innovations in the field.
Collaborations: Throughout his career, Kanoh has worked alongside talented colleagues like Tatsuhiro Terada and Yasuhiro Hikita, fostering a collaborative environment where knowledge and ideas flourish. Their combined expertise and efforts have undoubtedly propelled the advancements in engine lubrication technologies.
Conclusion: Tomohiro Kanoh’s contributions in the form of his patented oil-feeding device are a testimony to his innovative spirit and dedication to enhancing engine performance. As technology continues to evolve, Kanoh's work will likely influence future developments in the automotive sector, showcasing the importance of ingenuity in engineering advancements.