Yueping Xu

Title: Yueping Xu: Innovations in Agricultural Equipment and Water Resource Management.

Introduction

Yueping Xu is an inventor based in Hangzhou, China, whose work spans intelligent agricultural equipment and water resource management. His listed inventions address practical challenges in mountainous terrain and the efficient allocation of complex water systems. Xu is associated with Zhejiang University and has 2 patents.

Latest Patents

Xu’s listed patents include an unmanned vehicle suitable for mountains and hills, along with an attitude adjustment method. The invention describes a vehicle with side arms, traveling devices, and attitude adjustment mechanisms connected to the frame. A triaxial angle sensor detects the frame’s inclination, while a control structure supports adjustments intended to help the vehicle adapt to slopes in mountainous and hilly areas.

His other listed patent presents an optimal allocation method for complex water resource systems based on a “zoning-grading” theory. The method organizes system data into units, divides the system into zones according to water-supply relationships, and models hydraulic connections within each zone. It then uses a multigrade optimization model to identify allocation solutions, offering an approach to simplifying complex systems and supporting efficient water use.

Career Highlights

Xu’s patent work connects engineering for agricultural mobility with methods for managing water resources. The unmanned vehicle invention focuses on adapting equipment to uneven terrain, while the water allocation method addresses planning across interconnected infrastructure and supply sources. Together, these inventions reflect applications of technical problem-solving in agriculture and resource management.

Collaborations

Xu is associated with Zhejiang University. His listed coworkers include Weiping Cheng and Yanfeng You.

Conclusion

Yueping Xu’s two listed patents address distinct but important challenges: operating unmanned agricultural equipment on steep terrain and allocating water efficiently across complex systems.