摘要
针对煤矿井下主运输煤流线设备逆煤流启动存在能源浪费、设备磨损且无法根据实际运输情况自动调节控制的问题,根据带式输送机和煤仓在空间上的关系,建立了煤矿井下主运输煤流线贮运模型,提出了在满足约束条件下实现贮运模型运量最大为目标的煤矿井下主运输煤流线协同控制策略。应用结果表明,该控制策略能够实现节能、高效的煤矿井下主运输煤流线协同控制。
For problems of energy waste and equipment wear existed in inverse coal flow start of underground main coal transport route equipments,which was failure to adjust control according to actual transport condition,a storage and transport model of main coal transport route in underground coal mine was built according to spatial relationship between belt conveyor and coal bunker,and a coordinate control strategy of the main coal transport route was proposed,which took realization of the maximum volume of the storage and transport model under constraint conditions as target.The application result shows that the strategy can realize energy-saving and efficient coordinate control of the main coal transport route.
出处
《工矿自动化》
北大核心
2017年第11期27-30,共4页
Journal Of Mine Automation
基金
安监总局2016年破解安全生产难题科技攻关项目(2016PJNT02)
关键词
主运输煤流线
带式输送机
煤仓
协同控制
贮运模型
main coal transport route
belt conveyor
coal bunker
coordinate control
storage and transport model
