Papers
1
Total Citations
2
H-Index
1
About
X. H. Zhang is a researcher in mining robotics and automation, with a focus on sustainable coal processing technologies. Their key contributions center on the development of a novel coal gangue picking robot—a cable-driven system designed to automatically separate coal from waste rock using machine vision. This work directly addresses the critical need for green mining practices by replacing manual sorting with robotic precision. Zhang’s foundational study, "On the Equivalent Position Workspace for a Coal Gangue Picking Robot" (2019), established the kinematic framework for the robot’s workspace, enabling efficient and accurate gangue removal. Although early in citation impact, this research represents a pioneering step in integrating robotics with mineral processing, offering a scalable solution for reducing environmental harm in coal mining. Zhang’s work is particularly notable for its practical engineering approach, combining mechanical design with vision-based control to tackle a real-world industrial challenge. As the field of intelligent mining grows, Zhang’s contributions provide a critical foundation for future automation in resource extraction.
Research Focus
Key Achievements
Top Papers
- 1On the Equivalent Position Workspace for a Coal Gangue Picking Robot2 citations · 2019