面向新标准的矿山资源储量管理系统研发与应用

Development and Application of a New Standard-oriented Mine Resource Reserve Management System

针对新标准发布后矿山资源储量信息化管理现状,通过梳理新储量分类标准下的储量管理流程,提出将矿业软件与管理系统相结合的资源储量管理模式。在进行系统需求分析的基础上,对系统主要功能模块及数据流转过程进行了梳理与设计,基于新标准内容完成采场储量管理流程更新,以资源储量信息化管理功能需求及数据需求为依据,运用软件工程技术建立适用于矿山生产实际的储量管理系统。基于Python GUI编程语言完成各个功能和窗体的设计,形成可交互的系统界面,对其中控件添加槽函数并完成程序打包,形成了储量管理信息化工具。通过数据互通提高资源储量数据的科学可靠性,并结合时间轴实现储量数据的动态管理,实现了新旧标准转换、资源储量分级、三维可视化展示、储量管理、报表生成、用户管理等功能,充分发挥了矿业软件资源储量估算优势,形成满足矿山当前需求的储量管理方法及工具,对矿山后续储量划分起到指导作用,为后续矿山开拓、采准等工作奠定了基础。

In response to the current situation of information management of mining resource reserves after the release of the new standard,a resource reserve management model combining mining software and management systems was proposed by sorting out the reserve management process under the new reserve classification standard.Based on the analysis of system re-quirements,the main functional modules and data flow process of the system were sorted out and designed.The mining reserve management process is updated based on the new standard content.Based on the functional requirements and data requirements of resource reserve information management,a reserve management system suitable for actual mining production was established using software engineering technology.Based on the Python GUI programming language,various functions and forms were de-signed to form an interactive system interface.Slot functions were added to the controls and program packaging was completed,which forming a reserve management information tool.By improving the scientific reliability of resource reserve data through da-ta exchange and combining it with the timeline to achieve dynamic management of reserve data,functions such as new and old standard conversion,resource reserve classification,3D visualization display,reserve management,report generation and user management have been achieved.The advantages of mining software resource reserve estimation have been fully utilized,form-ing reserve management methods and tools that meet the current needs of mines,which plays a guiding role in the subsequent reserve division of mines and lays the foundation for mine development and mining preparation.