可视化、集成化和智能化已成为CAD领域的热点研究课题，将可视化和集成化技术引入采矿CAD系统开发是本论文研究的主要内容。论文运用图形学理论、数据库理论及可视化技术与集成化技术，对可视化集成采矿CAD系统开发的基础问题进行了深入的研究，主要包括：数字矿山、采矿CAD系统结构、采矿CAD基本图元集的构造、图元属性表述方法及可视化集成采矿CAD系统设计及应用等内容。 论文在对采矿CAD技术的研究现状、发展趋势及存在的问题进行分析的基础上，提出了可视化集成采矿CAD系统的总体结构。对采矿CAD系统中基本图元集的构造原则和组织方法进行了研究，提出了一个7元素采矿CAD基本图元集构造方案；论文详细研究了图元属性及其它在可视化集成采矿CAD系统中的作用；论文对可视化集成采矿CAD系统的基本绘图和编辑功能进行了研究；论文对数字矿山的可视化技术进行了研究，对数字矿山等一些重要的概念作了论述，并在此基础上讨论了可视化集成采矿CAD系统中巷道自动生成模型建立的可行性，给出了相应的建模方法。 论文以VC十十为基础，开发了一个可视化集成采矿CAD系统，并建立了巷道自动生成系统。

In recently years，visualization，integration and intelligence in the field of CAD are a hot point for research。This dissertation is focus on visualization and integration technique for developing mining CAD system。This dissertation applies the theory of graphics, the theory of database, visualization and integration technique。And this dissertation analysis development of visualization integrated mining CAD system in deep-going way。The main content includes parts as follows：digital mine, mining CAD system structure, mine graph element collection constructing，mining CAD graph element attrib describing methods，designment and application on visualization integrated mining CAD system。 This dissertation discusses comprehensively the history， principle，method and practice of the mining CAD。 Based on these studies, the author puts forward the module of CAD software elements，a seven-element system and its functions。 By analyzing the mine graph collection for mining CAD have been established。The dissertation details graph element attrib and its fuction in visualization integrated mining CAD system。This dissertation analysis fundamental function of drawing technology and editing technology。And This dissertation analysis visualization digital mine，discusses important concept on digital mine。Therefoce this dissertation analysis possibility on the model of automatic forming tunnels，gives related modeling methodology。 By viusual c++，this dissertation develops visualization integrated mining CAD system and sets up system of automatic forming tunnels。