Mine production operations and emergency rescue operations face unfavorable factors such as complex environments, high labor intensity, confined spaces, long working hours, and occupational health hazards. Exoskeleton robots are wearable, complex human-machine systems that integrate robotic technology. They can effectively improve human mobility and endurance, enhance operational capabilities, and effectively ensure worker safety. The Emergency Rescue Technology and Equipment Research Group of the China Coal Research Institute Co., Ltd., after five years of collaborative research between industry, academia, and research, has developed an intelligent, assisted exoskeleton robot for complex, multi-scenario emergency rescue operations, as well as equipment processing, maintenance, and installation both above and below the surface of mines. The robot features real-time posture monitoring, intelligent walking assistance, intelligent heavy-load handling assistance, intelligent human-machine interaction, and active safety protection. It effectively improves workers' mobility, endurance, and operational capabilities, reduces labor intensity, and mitigates occupational injuries. The intelligent, assisted exoskeleton robot for mining has been promoted and applied by national mine emergency rescue teams and in daily coal mine operations, significantly improving workers' physical function and work efficiency, and achieving excellent application demonstration results.