Company Filing History:
Years Active: 2015
Title: **Wenhua Deng: Innovator in Illumination Systems**
Introduction
Wenhua Deng is an accomplished inventor based in Shanghai, China, known for his groundbreaking contributions to the field of illumination technology. With a focus on enhancing the detection of defects in transparent substrates, Deng's innovation is pivotal in improving product quality across various industries.
Latest Patents
Deng holds a notable patent titled "Illumination system for detecting the defect in a transparent substrate and a detection system including the same." This invention presents an illumination device designed to provide near isotropic illumination specifically for defect detection in transparent substrates. The system is equipped with a light source receptacle in a bar shape and includes first and second spot light sources, each emitting parallel respective lights arranged longitudinally. This innovative design facilitates improved efficiency in identifying defects, bolstering quality assurance processes in manufacturing.
Career Highlights
Wenhua Deng has played an integral role in the advancement of illumination systems during his tenure at Saint-Gobain Glass France. His focus on precision and innovative solutions has set a benchmark in the industry, showcasing the importance of effective lighting in detecting defects within transparent materials.
Collaborations
Throughout his career, Deng has collaborated with esteemed colleagues such as Xiaofeng Guo and Huifen Li. These partnerships have enriched his professional journey, allowing for the exchange of ideas that drive innovation in product development and technology.
Conclusion
Wenhua Deng stands out as a key inventor whose contributions to illumination systems significantly impact various sectors reliant on transparent substrates. His patent reflects a dedication to improving quality control mechanisms, and his collaborative spirit continues to inspire progress in the field of technology. As innovations like his patent unfold, the potential for enhanced manufacturing processes remains vast.