Based on the research on the auxiliary shaft hoisting system of large domestic mines, with quantitative and comparative analysis methods, the selection of large auxiliary shaft hoisting system and the large-scale equipment auxiliary shaft transportation scheme were proposed. Studies showed that the auxiliary vertical shaft hoisting system adopted double cages and a transportation tank system, which had the advantages of high operating efficiency, low initial investment, short construction period, and low operation and management costs; when large coal mines adopt vertical shaft development and auxiliary transportation adopted a full trackless system, the overall transportation of hydraulic supports and large equipment in the auxiliary shaft had problems such as the weight of the trackless vehicle and the difficulty in positioning the center of gravity. It was recommended to give priority to the "track and trackless combination" method.
魏 洋. 大型煤矿副立井提升系统设计问题研究[J]. 煤炭与化工, 2020, 43(7): 87-90.
Wei Yang. Study on the design of hoisting system for auxiliary shaft in large mines. CCI, 2020, 43(7): 87-90.