Company Filing History:
Years Active: 2013
Title: Innovator Spotlight: Kunio Shimada and His Three-Dimensional Cam Mechanism
Introduction: Kunio Shimada, hailing from Fukushima, Japan, is a notable inventor recognized for his contributions to mechanical engineering. With one patent to his name, he has developed a unique invention that enhances the functionality of cam mechanisms. His innovative approach aims to improve the degree of freedom in selecting target loci on the follower side.
Latest Patents: Kunio Shimada holds a patent for a Three-dimensional Cam Mechanism. This mechanism enables the selection of a cam guide surface shape freely, significantly enhancing power transmission between orthogonal axes while performing reversible operations. The design features a three-dimensional cam guide surface built into the cam itself, guiding a cam follower that is positioned at an angle on one end of a follower side link. As the cam rotates, this movement is converted to swinging motion at the opposing end, promoting smooth operational dynamics. This design allows for versatility without the limitations typically associated with power transmission, such as backlash.
Career Highlights: Kunio is affiliated with the National University Corporation Fukushima University, where he contributes to the field of mechanical engineering. His research and patent work encapsulate the innovation that aligns with modern engineering challenges, pushing the boundaries of traditional cam designs.
Collaborations: He has collaborated with talented colleagues such as Takayuki Takahashi and Seong Hee Jeong, who share his passion for inventiveness and have likely influenced his advancements in mechanical systems. Their teamwork emphasizes the importance of collaboration in achieving remarkable developments in engineering.
Conclusion: Kunio Shimada's contributions to innovation through his Three-dimensional Cam Mechanism showcase the potential for new technologies in mechanical engineering. His work not only advances the craft but also encourages further exploration into versatile and efficient designs in the field. As he continues his journey at Fukushima University, the impact of his patent will resonate within the engineering community and inspire future innovations.