【作者】 李根；

【导师】 徐颖；

【作者基本信息】 安徽理工大学 ， 计算机应用技术， 2011， 硕士

【摘要】 井巷掘进是煤矿生产的重要组成部分。井巷的掘进主要采用的是爆破方式进行施工,具有掘进效率高,费用较低廉的优点。本文以煤矿井巷掘进爆破中的中深孔爆破作为主要的研究方向,利用岩土爆破的理论、岩土爆破规范、已经成熟的爆破技术知识和现有的实际工程爆破的实例,采用Visual Basic语言为开发平台结合Microsoft Access数据库、AutoCAD ActiveX等,创建岩石物理参数库、炸药爆破性能库、爆破振动等参数数据库；并且有机的结合相关设计施工规范、工程实例,设计煤矿井巷掘进中深孔爆破系统。利用此系统建立的数据库管理系统,可以有效地收集相关的工程参数,并通过该系统的分析、比较,实现了工程爆破设计与已有的相关设计的类比。实现自动生成爆破图表,输出AutoCAD绘制图表,并可人工修改参数以便适应实际需求；同时对类比较差的工程、进行自我计算参数、人工调整,输出图表。实现了爆破工程中的爆破设计和施工的同步,以便彻底解决设计与施工脱节等不合理现状。图32表11参50更多还原

【Abstract】 The shaft and tunnel excavation is the important constituent of coal mine production, The shaft and tunnel excavation mainly used blasting method to complete construction. This method can make its procedure more effectively and can lower its cost. using the database management system which established in this paper, we can collect related engineering parameters. we used this system to analyze and do comparison and complete the comparison between engineering blasting design and the previous related design. Using this system, we can generate blasting charts automatically and can output charts which drawed by AutoCAD. Using this system, we can also modify parameters manually to make if adapt to the actual requirements.in the same time, for the engineering which has poor similarity, we can use this system to compute its parameters ourselves、adjusting manually and in the end output the charts. This system realized blasting design and makes it synchronize with the construction to solve the unreasonable status completely which design and construction cannot synchronous.Figure 32 table 11 references 50更多还原