Chengyao Li

Title: Innovator Chengyao Li: Pioneering Optical Security Solutions

Introduction: Chengyao Li, a talented inventor based in Beijing, China, is making waves in the field of optical security. With a focus on advanced imaging technology, Li's groundbreaking work has culminated in a significant patent that reflects his innovative approach to security devices.

Latest Patents: Chengyao Li holds a patent for an "Optical Security Device with Full Parallax Diffraction Optical Variable Image." This invention discloses an optical security device comprising a base layer and an optical assembly that partially covers the base layer's surface. The unique feature of this device is its micro relief structure, which enables the production of a full parallax image when illuminated by white light. By combining a phase plate with this micro relief structure, Li has achieved the reconstruction of a full parallax diffraction optical variable image, enhancing the security capabilities of optical devices.

Career Highlights: Li's career is marked by his association with Zhongchao Special Security Technology Co., Ltd., where he collaborates with fellow innovators such as Xiaoli Wang and Xinyi Li. His work not only underscores his individual talent as an inventor but also highlights his contribution to the collaborative environment fostered within his company.

Collaborations: Collaboration plays a vital role in Li's career. Working alongside talented individuals like Xiaoli Wang and Xinyi Li, he is part of a dynamic team that pushes the boundaries of what is possible in the realm of optical security technology. These partnerships enable the sharing of ideas and resources, facilitating innovation and the development of advanced security solutions.

Conclusion: In summary, Chengyao Li stands out as a pioneer in the field of optical security with his inventive contributions, particularly his patented optical security device. As he continues to work with colleagues at Zhongchao Special Security Technology Co., Ltd., his innovations are likely to impact the security landscape significantly, protecting valuable information and enhancing the technological framework of modern security solutions.