Company Filing History:
Years Active: 1999
Title: Ryuichi Okamura: Innovator of Fluidized-Bed Classification Technology
Introduction: Ryuichi Okamura is a noted inventor hailing from Kobe, Japan. With a keen interest in engineering and innovative technologies, he has made significant contributions to the field of particle separation and classification through his patented invention.
Latest Patents: Ryuichi Okamura holds a patent for a fluidized-bed classifier. This innovative device features a vessel that is divided into an upper fluidized-bed chamber and a lower gas chamber by a uniquely designed perforated dispersion plate shaped like a funnel. The patent describes a method in which rising currents of gas, such as air, are directed through the dispersion plate into the upper fluidized-bed chamber, thereby generating a fluidized bed of particulate material above the dispersion plate. The design includes a first gas chamber and a second gas chamber, each supplying gas currents at different velocities to effectively separate coarse and fine particles.
Career Highlights: Ryuichi Okamura has had an illustrious career in the engineering sector, contributing his expertise to several prestigious organizations. Notable among these are Kawasaki Heavy Industries and Taiheiyo Cement Corporation. His experience at these companies has enriched his understanding of practical applications for his innovations.
Collaborations: Throughout his career, Okamura has collaborated with various accomplished professionals. Among his notable coworkers are Yoshihiro Mitsuda and Seisuke Sawamura, who have played significant roles in advancing his projects and research initiatives.
Conclusion: Ryuichi Okamura’s contributions to the field of engineering through his invention of the fluidized-bed classifier exemplify the innovative spirit that propels advancements in technology. His work has not only influenced particle classification methods but also demonstrates the importance of collaboration and practical application in the realm of inventions.