Company Filing History:
Years Active: 2010
Title: Innovations of Yoichiri Shibata: A Pioneering Inventor in Battery Technology
Introduction: Yoichiri Shibata is a distinguished inventor based in Awaji, Japan, known for his significant contributions to battery technology. He holds a patent that showcases an advanced approach to storage battery manufacturing, which demonstrates his innovative mindset and ability to address complex engineering challenges.
Latest Patents: Shibata's notable patent involves a unique storage battery manufacturing method utilizing a polar plate with a foamed-metal electrode substrate. This innovative technique enhances the joining process of a current collector to the electrode substrate. The manufacturing method minimizes potential issues, such as winding misalignment, ensuring efficiency during production. The electrode assembly is expertly formed, with a specific emphasis on creating a tab portion through a compression method, which substantially reduces the risk of separator tuck, thereby enhancing overall battery performance.
Career Highlights: Throughout his career, Yoichiri Shibata has been associated with Sanyo Electric Co., Ltd., where his expertise in battery technology has been pivotal. His innovative ideas and methods have contributed to advancements in the field and have positioned him as a key player in the research and development sector of energy storage solutions.
Collaborations: Shibata has had the opportunity to work alongside talented colleagues, including Kei Tomihara and Kazuki Hamasaki. Their collaborations have undoubtedly enriched the development processes, sparking creativity and facilitating the sharing of knowledge in their innovative endeavors.
Conclusion: Yoichiri Shibata’s work exemplifies the spirit of innovation that drives advancements in technology. His contributions to the field of storage batteries are not only significant but also indicative of the potential future developments in energy solutions. As battery technology continues to evolve, inventors like Shibata will remain essential to the progress and sustainability of energy systems worldwide.