Short Interval Intelligent Scheduling Framework of Mining Equipment for Underground Metal Mine
As an important part of mine management,scheduling optimization and control can make full use of production capacity and reduce mining costs,which is becoming an effective means to reduce costs and increase efficiency in modern mines.The key problem of intelligent scheduling at this stage is to achieve efficient and cooperative operation of mining equip-ment under complex conditions and to improve scheduling control efficiency and mine productivity through refined management and intelligent decision-making methods.Taking the equipment scheduling process of the underground metal mine as the study object and aiming at improving its efficiency and capacity,the intelligent scheduling control mode,decision support algorithm,and integrated application of mining equipment were discussed.Aiming at the new requirements of real-time,precision and in-telligent control of modern underground metal mine production,a new intelligent scheduling framework of mining equipment with short interval was proposed,a short interval closed-loop scheduling implementation method was constructed,which in-cludes task decomposition,task configuration,ore flow configuration,operation instruction,response correction,and feedback a-nalysis.An intelligent decision support algorithm library was designed,including mining equipment task configuration and scheduling optimization algorithm,ore flow optimization algorithms for multi-level dynamic ore allocation,and trackless equip-ment cluster scheduling control optimization algorithms,which achieved a transformation from manual experience to intelligent decision-making.The framework was comprehensively demonstrated and applied in a metal mine,which can meet the require-ments of lean control and intelligent decision-making in modern mines.The study results is of guiding significance for the re-fined management and mining efficiency improvement of equipment operation in underground mines.and also provide theoreti-cal and methodological support for the production scheduling management of modern underground metal mines.
underground metal mineintelligent schedulingshort interval control(SIC)mining equipmentintelligent mine
万方数据
维普
