有底柱阶段自然崩落法系统的设计与实现

为了使设计人员快速而准确地得到最合理的给定矿体的有底柱阶段自然崩落采矿法的二维图形和三维可视化模型的模拟图,文中通过分析有底柱自然崩落采矿法的生产过程（采准、切割、回采）以及读入的预先生成的矿体信息并将提取分析出来的崩落采矿法信息作为参数,实现了有底柱自然崩落采矿法系统的设计与实现。设计人员在使用该系统时,只需将分析得到的崩落采矿法信息输入,并读入预先生成的矿体即可得到基于该矿体的有底柱阶段自然崩落法的二维图形和三维模型的模拟图。使用该系统使得设计人员能够快速地得到该采矿方法的二维和三维模型的模拟图,给设计人员带来了方便,在采矿领域起着极其重要的作用。

Design and Implementation of a Natural Caving System of Bottom Column

In order to enable designers to obtain the most reasonable two- dimensional graphics and 3D simulated graphics of visualization model of a bottom column phase natural caving mining method based on given ore body quickly and accurately,by analyzing the production process of natural caving mining method（ quasi,cutting,mining） and reading the pre- generated orebody information and extracting information out of caving mining method as a parameter,achieve the design and implementation of the system. The designers in the use of the system,simply input the information of caving mining method and read in advance of orebody,which can get the 2D graphics and 3D simulation diagram of the model based on the natural caving method of the orebody bottom column phase. Simulations using the system allows the designer to obtain two- dimensional and three- dimensional model of the mining method rapidly,bringing convenience to the design staff and playing a very important role in the field of mining.