Company Filing History:
Years Active: 2005
Title: The Innovative Mind of Shingo Minamino
Introduction
Shingo Minamino, an inventive contributor to the field of optics, resides in Hamamatsu, Japan. With a passion for innovation, he has earned recognition for his significant contribution to optical component alignment, a vital aspect of modern optical systems.
Latest Patents
Minamino holds a notable patent titled "Method and apparatus for core alignment between optical components." This invention details a sophisticated method whereby light emitted from a light source module is detected by a photodetector. An amplification unit enhances the output from the photodetector. Further, a piezoactuator facilitates reciprocal scanning of the light source module along the X-axis, allowing for precise measurement of one-dimensional optical intensity distribution. Utilizing this data, the relative positions between the light source module and the optical fiber can be accurately adjusted, ensuring optimal performance in various optical applications.
Career Highlights
Shingo Minamino currently works at Soei Patents, Trademark & Law, where he focuses on advancing innovations in optical technologies. His role in cultivating new ideas and solutions has positioned him as an essential figure in his field. Through his dedication to the refinement of optical systems, he aligns with the values of Soei, promoting progress and intellectual property protection.
Collaborations
Throughout his career, Minamino has collaborated with talented individuals, including his coworker Musubu Koishi. Together, they bring diverse expertise and a shared passion for innovation, enhancing the development of groundbreaking technologies in their industry.
Conclusion
Shingo Minamino exemplifies the spirit of innovation in optical technology through his inventive approach and contributions to the field. His patented method for core alignment between optical components is a testament to his skill and dedication. As he continues to push the boundaries of what is possible in optics, the developments arising from his work are sure to have lasting impacts on the industry.