Company Filing History:
Years Active: 2006
Title: The Innovations of Yasuhiko Kimura
Introduction: Yasuhiko Kimura is a prominent inventor located in Ehime, Japan. With a keen focus on advancements in beam deflecting technologies, Kimura has made significant contributions to the field, holding a patent that enhances the functionality of charged particle beams.
Latest Patents: Yasuhiko Kimura holds a patent for a "Beam Deflecting Method, Beam Deflector for Scanning, Ion Implantation Method, and Ion Implantation System". This innovative beam deflector is engineered to perform the deflection of a charged particle beam that follows a regular trajectory within a vacuum space. The technology allows for the periodic alteration of the particle beam's trajectory, significantly enhancing the precision of applications such as ion implantation. The deflector design incorporates a pair of deflection electrodes, strategically positioned to confront each inner electrode surface, featuring a symmetrical concave shape that extends along the beam's trajectory.
Career Highlights: Kimura's professional journey includes his pivotal role at Sumitomo Eaton Nova Corporation, a renowned company in the field of advanced technological solutions. His expertise and innovative mindset have allowed him to thrive in an environment where cutting-edge technology and practical applications converge.
Collaborations: Working alongside esteemed colleagues Hiroshi Matsushita and Mitsuaki Kabasawa, Kimura's collaborative efforts contribute to a stimulating environment for technological advancements. Their combined expertise fosters innovation and enhances the development of groundbreaking inventions within their industry.
Conclusion: Yasuhiko Kimura stands out as a key figure in the realm of innovation, particularly in beam deflection technologies. His patent reflects his commitment to advancing the scientific community and improving technological solutions. As he continues to evolve within his role at Sumitomo Eaton Nova Corporation, Kimura's contributions are sure to shape the future of charged particle technology and its applications.