Yunli Qing

Title: **Yunli Qing: Innovating Fatigue Detection in Driving**

Introduction

Yunli Qing, an inventive mind based in Shenzhen, China, is recognized for his contributions to the field of automotive safety. With a keen focus on enhancing driver awareness and safety on the roads, Yunli has developed a significant innovation that addresses a critical issue in driving—fatigue.

Latest Patents

Yunli Qing holds a patent titled "Method and device for detecting fatigue driving and the automobile using the same." This patent presents an innovative approach to detecting fatigue in drivers by analyzing eye images in the driver's eye image area using a rectangular feature template. The process involves obtaining the upper eyelid line, determining the state of eye closure based on its curvature, and collecting statistics to ascertain whether the driver is fatigued. This method offers a more precise assessment of driver alertness by focusing on the upper eyelid line's features, which are characterized by higher contrast and resistance to interference, making it adaptable to varying facial expressions.

Career Highlights

Yunli is associated with Shenzhen Safdao Technology Corporation, where his expertise and innovations aim to foster safer driving conditions. His work in developing effective fatigue detection methods underscores the importance of technological advancements in enhancing road safety and reducing accidents attributed to drowsy driving.

Collaborations

Throughout his career, Yunli has had the privilege of collaborating with talented professionals such as Zejun Wu and Ruzhong Cheng. Together, they contribute to the innovation landscape in their respective fields, working towards the common goal of improving automotive safety and technology.

Conclusion

Yunli Qing's contributions to fatigue detection in driving reflect a significant step towards ensuring safer roads for everyone. His innovative spirit and dedication to improving driver safety through technology highlight the vital role of inventors in addressing contemporary challenges in transportation. As he continues to innovate, the impact of his work is sure to resonate within the automotive industry and beyond.