Shaanxi, China

Xinyi Li


Average Co-Inventor Count = 10.0

ph-index = 1


Company Filing History:


Years Active: 2023

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1 patent (USPTO):Explore Patents

Title: Xinyi Li: Innovating Bus Station Management in Shaanxi, China

Introduction

Xinyi Li is a notable inventor based in Shaanxi, China, recognized for her valuable contribution to the field of transportation management. With a single patent to her name, Xinyi is making waves in the industry by addressing challenges in bus station operations.

Latest Patents

Xinyi Li's patent, titled "Method for berth allocation of a multiline bus station and speed guidance of buses," presents an innovative approach to enhance the efficiency of bus operations. The method involves the use of an intelligent control center that organizes buses traveling between stations into a BusNumber table. This table allows for effective speed guidance to ensure that buses can navigate through signalized intersections with minimal stops. The system intelligently updates the speed of buses based on traffic signal phases, optimizing their movement and improving the overall flow of transportation.

Career Highlights

Currently associated with Chang'an University, Xinyi Li demonstrates a profound commitment to her research in transportation systems. Her work reflects a combination of technological innovation and practical application, making her a significant figure in her field. Her singular patent is a testament to her creativity and technical acumen.

Collaborations

Xinyi collaborates with esteemed colleagues like Xiangmo Zhao and Kang Sun, further enriching her research endeavors. Pooling their knowledge and skills, this team works towards advancements in transportation efficiency and technology.

Conclusion

Xinyi Li's inventive spirit and passion for optimizing bus station operations have propelled her to become a recognized name in the realm of transportation management. Through her patent, she illustrates the potential for innovation to solve real-world problems in urban transit systems. As she continues her research at Chang'an University, the future holds promising advancements led by her pioneering ideas.

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