金属矿地下开采工艺动态可视化仿真系统框架及实现方法

The Framework of a Dynamic Visual Simulation System for Underground Mining Process and Its Implementation

对金属矿地下开采工艺流程进行了分析,运用系统分析方法与面向对象的设计理念,构建了金属矿地下开采工艺动态可视化仿真系统。阐述了系统功能,建立了系统框架,包括采矿工艺模型与设计、调度、执行和显示控制4个模块。在此基础上,提出了构建该系统的5项关键技术。最后以下向分层胶结充填开采工艺为例描述了仿真系统内部的模拟过程和数据流程,说明了构建金属矿地下开采工艺动态可视化系统的可行性。

The mining process of underground metal mine is analyzed,then a dynamic visualization simulation system for the underground mining of metal mine is proposed based on systematic analysis method and object-orient design method.The functions of the system are described,and framework of the system is established.The system is composed of mining technology model and design module,production dispatching module,execution module,display and control module.Based on these,the five key techniques for the construction of the system are put forward.Lastly,taking top-slicing mining with cemented filling as an example,the stimulation process and data flow of the system are described,in order to prove the feasibility of dynamic visual simulation system for underground mining process.