Company Filing History:
Years Active: 2010
Title: **Ryota Irie: Innovator in Lighting Technology**
Introduction
Ryota Irie is a notable inventor based in Yokosuka, Japan, recognized for his contribution to lighting technology. With a solid foundation in engineering, Irie has dedicated his career to enhancing the functionality and aesthetics of lighting solutions.
Latest Patents
Ryota Irie holds one patent, which is the innovative Self-ballasted Fluorescent Lamp and Lighting Apparatus. This invention aims to provide a self-ballasted fluorescent lamp that closely resembles the appearance of traditional electric light bulbs while delivering effective general illumination. The design features a base that connects to a cover, supporting a luminous tube at its top end. Electronic components form a lighting circuit mounted on a substrate, which is strategically designed to fit into the base. The substrate is positioned vertically along the base's center axis but offset for optimal space usage, allowing larger electronic components to be accommodated on one side of the substrate.
Career Highlights
Throughout his career, Ryota Irie has been associated with Toshiba Lighting & Technology Corporation, where he has played an instrumental role in the development of advanced lighting solutions. His work reflects a commitment to innovation and a deep understanding of lighting dynamics.
Collaborations
Irie's efforts in the field of lighting technology have been enhanced through collaboration with his colleagues, including Hiroshi Kubota and Shinya Hakuta. Together, they bring diverse skills and insights that contribute to the development of cutting-edge products at Toshiba Lighting & Technology Corporation.
Conclusion
Ryota Irie embodies the spirit of innovation in the realm of lighting technology. His patented designs not only improve functionality but also strive to make lighting solutions more appealing to consumers. As a key player at Toshiba Lighting & Technology Corporation, Irie's future endeavors promise to further advance the field of illumination.