Location History:
- Nara, JP (2006 - 2007)
- Kyoto, JP (2010 - 2024)
Company Filing History:
Years Active: 2006-2024
Title: Yuki Matsui: A Pioneer in Light Detection Technologies
Introduction: Yuki Matsui is an innovative inventor based in Kyoto, Japan, known for his contributions to the field of light detection technologies. With a remarkable portfolio of 14 patents, Matsui has made strides in developing devices that enhance our ability to measure and analyze light in various applications.
Latest Patents: Among Matsui's latest patents are a light detection device, light detection method, and lidar device. The light detection device features a light projector that projects light to a predetermined range, complemented by a light receiver that harnesses received light. The innovative combination of a detector and a controller allows the system to detect light by comparing the light reception results to a predetermined threshold, adjusting the detection range as necessary. Another key invention is the optical distance sensor, which detects incident light based on detection start timing, utilizing a network of photosensors and a signal combining circuit to generate accurate timing information.
Career Highlights: Yuki Matsui has collaborated with esteemed companies, including Omron Corporation and Nissha Printing Co., Ltd. Through these roles, he has honed his skills in developing cutting-edge technologies in the field of light detection.
Collaborations: Matsui has worked alongside notable coworkers, including Shuzo Okumura and Akihiro Funamoto. Their collective expertise has fostered a dynamic environment for innovation, promoting advancements in light detection systems.
Conclusion: Yuki Matsui's relentless pursuit of innovation in light detection technologies has solidified his status as a leading inventor in his field. With multiple patents to his name and a collaborative spirit, he continues to inspire future generations of inventors and technologists. His work holds significant promise for advancing various applications reliant on accurate light measurement and detection.