Company Filing History:
Years Active: 2008
Title: Inventor Fumihiro Mizutani: A Pioneer in Log Centering Technology
Introduction
Fumihiro Mizutani is an innovative inventor based in Aichi, Japan. He has made a significant impact in the field of log processing technology through his unique invention that enhances the accuracy of log centering. With a patent to his name, Mizutani has contributed to optimizing the yield and processing of logs in the timber industry.
Latest Patents
Mizutani holds a patent for a "Method and apparatus for centering a log." This groundbreaking apparatus allows for the accurate calculation of the optimum yield axis and the maximum radius of rotation of a log, surpassing traditional methods. It features a rotation angle detector that engages with a preliminary axis, aiding in the precise detection of the log's rotation angle. The invention distinguishes itself by measuring the log’s contour separately for yield calculations and maximum radius determinations, showcasing an advanced approach to log processing.
Career Highlights
Fumihiro Mizutani is associated with Meinan Machinery Works, Inc., a notable company in the engineering sector. His work focuses on enhancing the efficiency within the timber industry, reflecting his commitment to innovation and excellence. Through his patent, he has established himself as a key figure in log processing technology.
Collaborations
Mizutani collaborates with talented individuals such as Nobuyuki Moriyama and Kazuhito Mawatari. These partnerships foster creativity and innovation, allowing for the development of advanced technologies that benefit the industry.
Conclusion
Fumihiro Mizutani’s contributions to log centering technology represent a blend of creativity and technical expertise. His patented method and apparatus have the potential to transform log processing practices, leading to improved efficiency and productivity in the timber sector. As he continues his work at Meinan Machinery Works, Inc., his legacy as an inventor is likely to grow, inspiring future innovations in the field.