Optimization of working line shape for working face belt conveyor under the conditions of crossing faults
A certain open-pit mine uses self-moving crusher semi-continuous system for coal mining,however,in the middle of the mining area,a normal fault of a large fault distance is encountered,the working line is cut off directly.In order to solve the adaptability about continuous and semi-continuous system working face belt conveyor and open-pit mining conditions,taking the semi-continuous system of self-moving crusher as the research object,taking the optimal scheme of the two-side work line as the benchmark,we calculate the relative total cost of different modes of unilateral work line with"six-factor model",form a complete theoretical system of working face belt conveyor working line shape optimization,the theoretical system can also be applied to other similar conditions except fault.
mining areafault distancenormal faultworking lineworking face belt conveyor
万方数据
维普
