煤矿用CAD线型文件

煤矿用CAD线型文件，复制后粘贴到记事本上，保存后将后缀名改为1也，导入CAD相应文件内即可。煤田边界12, A,40,-2.5,[叩',STANDARD,S=3.6,R=0.0,X=-2.55,Y=-1.83],-2.5*矿区边界12,----11----11----11----A,40,-2.6,[QB,geo.shx,S=1,R=0.0,X=0,Y=0],-3.8,[QB,geo.shx,S=1,R=0.0,X=0,Y=0],-2.6*勘探区边界12,----1----1----1----A,40,-3,[QB,geo.shx,S=1,R=0.0,X=0,Y=0],-3*井田边界12,-----+——+-----A,40,-4.5,[JT,geo.shx,R=0,s=1,x=0,y=0],-4.5*采区边界12, A,40,-1,3,-1*可采边界025, A,40,-2,3,-2*煤厚为零点边界015,----0----0----0----A,30,-1.5,[D00,geo.shx,S=1,R=0.0,X=0,Y=0],-1.5*平衡表外储量边界03下, /// /// A,15,0,[700,geo.shx,r=180,s=3,x=0,y=-2.25]*平衡表外储量边界03, /// ///A,15,0,[700,geo.shx,r=180,s=3,x=0,y=2.25]*煤矿占地边界03, o A,50,-0.5,[H00,geo.shx,S=2.5,R=0.0,X=0,Y=0],-0.5*断层上盘03,---• A,20,-2,[叩,STANDARD,S=0.93,R=0.0,X=-0.6582,Y=-0.4754],-2*断层下盘03,---x---x---A,20,-2,[XP,geo.shx,S=1,R=45,X=-0.21255,Y=0],-2*xdd,——. . A,30,-2.5,0,-2.5*xd, . . A,30,-5*kk,k1ineIIA,4,-0.001,[U00,geo.shx,R=0,s=1,x=-2.5,y=1.5],2*kk1,k1ineIIA,4,-0.001,[U00,geo.shx,R=0,s=1,x=-2.5,y=-1.5],2*phbwbj, A,10,0,[700,geo.shx,r=180,s=1,x=0,y=-0.75]*xx---A,7,-2*sx-xx A,10,-5*sx-xx1 A,45,-5*tl---A,10,-10*dx3, .. .. A,40,-60,5,-60,5,-60,400,-60*dx2,---A,50,-50*ddx, A,0.01,-10*td, A,0,-100,500,-300*dx4,--.--.--A,400,-100,5,-100*gyxduan,-＜。＞-＜。＞-A,5,[L00,geo.shx,r=-90,s=1,x=0,y=0],2,[MT,geo.shx,r=0,s=0.8,x=0,y=0],2,[L00,geo.shx,r=90,s=1,x=0,y=0],5*gyxchang,-＜。＞-＜。＞-A,29,[L00,geo.shx,r=-90,s=1,x=0,y=0],2,[_10,geo.shx,r=0,s=0.67,x=0,y=0],2,[L00,geo.shx,r=90,s=1,x=0,y=0],29*dx,-。-。-A,5,[MT,geo.shx,r=0,s=0.6,x=0,y=0],5*kxxia,-|-|A,0.0001,[U**,geo.shx,r=0,s=0.5,x=0,y=0],0.9999*kxshang,-|-|A,0.5,[U**,geo.shx,r=0,s=0.5,x=0,y=0.5],0.5*zhfx,-|-|A,1,[U**,geo.shx,r=0,s=0.5,x=0,y=0.5],0.01,[U**,geo.shx,r=0,s=0.5,x=0,y=0.5],1,-1,1,[U**,geo.shx,r=0,s=0.5,x=0,y=0],0.01,[U**,geo.shx,r=0,s=0.5,x=0,y=0],1,-1*zhfxshao,--|--|A,2,-1,1,[U**,geo.shx,r=0,s=0.5,x=0,y=0.5],1,-1,2,-1,1,[U**,geo.shx,r=0,s=0.5,x=0,y=0],1,-1*shtoux,-|-|A,0.75,[U**,geo.shx,r=0,s=0,x=0,y=0.5],0.75*chdshang,-||-||A,0.5,[U**,geo.shx,r=0,s=2,x=0,y=2],1,[U**,geo.shx,r=0,s=0,x=0,y=1],0.5*chdxia,-||-||A,0.5,[U**,geo.shx,r=0,s=2,x=0,y=0],1,[U**,geo.shx,r=0,s=0,x=0,y=0],0.5*zhdshang,-||-||A,0.5,[U**,geo.shx,r=0,s=0,x=0,y=1],1,[U**,geo.shx,r=0,s=0.5,x=0,y=0.5],0.5*zhdxia,-||-||A,0.5,[U**,geo.shx,r=0,s=0,x=0,y=0],1,[U**,geo.shx,r=0,s=0.5,x=0,y=0],0.5*qiangshang,-o-oA,0.75,[U**,geo.shx,r=0,s=0.5,x=0,y=0],0.001,[U**,geo.shx,r=90,s=0.5,x=0,y=-0.5],0.5,[U**,geo.shx,r=0,s=0.5,x=0,y=0],0.75*qiangxia,-o-oA,0.75,[U**,geo.shx,r=0,s=0.5,x=0,y=0.5],0.001,[U**,geo.shx,r=90,s=0.5,x=0,y=0.5],0.5,[U**,geo.shx,r=0,s=0.5,x=0,y=0.5],0.75*xiandianshang,-.-.A,2,[MT,geo.shx,r=0,s=0.5,x=0,y=0.5],2,-1*xiandianxia,-.-.A,2,[MT,geo.shx,r=0,s=0.5,x=0,y=-0.5],2,-1*jiaxian,+-+-A,1,-1,[x00,geo.shx,r=0,s=0.5,x=0,y=0],-1*zhongxianx,--A,2,-1*changxianx,--A,9,-1*cudot,...A,0.001,[MT,geo.shx,r=0,s=0.5,x=0,y=0],-1*qielu,_-_-A,0.001,[CQ,geo.shx,r=0,s=0,x=0,y=0],-5,[_10,geo.shx,r=0,s=0,x=0,y=0],0*shangxquan,--o--0A,3,-1,3,-1,[ZD,geo.shx,r=0,s=0,x=0,y=0],-1*shuangxch, A,0.0001,[T00,geo.shx,r=0,s=1,x=0,y=0],0.0001,[T00,geo.shx,r=0,s=1,x=0,y=0.5],-1*shuangxd, A,0.0001,[T00,geo.shx,r=0,s=0,x=0,y=0],0.0001,[T00,geo.shx,r=0,s=0,x=0,y=0.5],-1*推测整合地层界线015, A,3,-1*实测假整合地层界线05, A,2,-1*实测假整合地层界线-剖面用015, A,3,-1*推测假整合地层界线, A,2,-1*推测假整合地层界二线, A,6,-1*实测不整合地层界线, A,0.000001,["・”,STANDARD,S=0.3,R=0.0,X=-0.22,Y=-0.15],-0.3*实测不整合地层界线-剖面用015,〜〜〜A,0.0001,[JZK,geo.shx,S=0.3,R=0.0,X=0,Y=0],-1.0501*基岩露头线, A,0.000001,["・”,STANDARD,S=0.4,R=0.0,X=-0.28,Y=-0.2],-1*层位连线-对比图用, A,7,-1.3,0.4,-1.3*推测向背斜轴1, A,20,-2*轴线05, A,20,-2,2*推测断层1, A,20,-2*性质不明断层1, A,20,-2.0,[叩”,STANDARD,S=3.6,R=0.0,X=-1.55,Y=-1.83],-2.0*环状陷落03,----11----11----A,10,-0.0001,[SHU3,geo.shx,S=0.1,R=0.0,X=0,Y=0.1],-0.0001,0.6,[SHU3,geo.shx,S=0.1,R=0.0,X=0,Y=0.1]*环状陷落下03,----11----11----A,10,-0.0001,[SHU3,geo.shx,S=0.1,R=0.0,X=0,Y=-1.1],-0.0001,0.6,[SHU3,geo.shx,S=0.1,R=0.0,X=0,Y=-1.1]*推测陷落柱03,----11----11----A,4.7,-0.0001,[SHU3,geo.shx,S=0.1,R=0.0,X=0,Y=0.1],-0.0001,0.6,[SHU3,geo.shx,S=0.1,R=0.0,X=0,Y=0.1],4.7,-3*推测陷落柱下03,----11----11----A,4.7,-0.0001,[SHU3,geo.shx,S=0.1,R=0.0,X=0,Y=-1.1],-0.0001,0.6,[SHU3,geo.shx,S=0.1,R=0.0,X=0,Y=-1.1],4.7,-3*推测陷落柱线03, A,10,-3*底鼓03,——11——11——A,2,-0.0001,[SHU3,geo.shx,S=0.1,R=0.0,X=0,Y=0.1],-0.0001,0.6,[SHU3,geo.shx,S=0.1,R=0.0,X=0,Y=0.1],2,-1*底鼓--下03,----11----11----A,2,-0.0001,[SHU3,geo.shx,S=0.1,R=0.0,X=0,Y=-1.1],-0.0001,0.6,[SHU3,geo.shx,S=0.1,R=0.0,X=0,Y=-1.1],2,-1*推测煤层露头05, A,20,-3*推测煤层露头15, A,20,-3A,20,-3*氧化带02, A,5,-2*分叉合并线02, A,20,-2,[”V”,STANDARD,S=0.93,R=0.0,X=-0.6582,Y=-0.4754],-2*分叉合并线下02, A,20,-2,[”V”,STANDARD,S=0.93,R=180,X=0.6835,Y=0.5],-2*储量块段界线02, A,4,-1*储量损失区等05, A,8,-2*井下各类煤柱05, A,8,-2*地形线,----Z!----Z!----A,10,-0.0001,[A00,geo.shx,R=-90,s=1,x=-2.5,y=-1]*县级界，--A,1,-0.1,[叩',STANDARD,S=0.1,R=0.0,X=0.5,Y=-0.05],-0.1陡坎,klineI—I—A,1,-0.00001,[U00,geo.shx,R=0,s=0.3,x=0,y=0.45],1陡坎1,kline|—|—A,1,-0.00001,[U00,geo.shx,R=0,s=0.3,x=0,y=-0.45],1附带发CAD技巧一，测硫仪煤炭化验设备如何把自己需要的图框放入到布局当中从CAD提供的样板中选取通过设计中心，从现有图形的布局中选取通过设计中心，从自己的样板图形中选择推荐第三种选择（因为除布局外，还可有其他多种设置选择）二，如何再建布局（一套图要有许多个布局组成）1，再建布局时，右键点布局，选择“来自样板”通过设计中心，从自己的样板图形中选取需要的布局（各种图号的图框）拖入3，稚荐第二种选择，同时注意给每一个布局做好命名。煤焦化验仪器煤炭检测设备煤质仪器三，如何在己有的布局中开辟新的视口推荐使用对象视口，这样可以满足灵活表达设计思想的需要1，在布局中，切换到图纸空间，选好位置画一个需要的视口形状2，点击视图——视口——对象——该视口框架编辑新视口四，如何从模型中提取所需要的视图布局默认的是模型中的全部图形1，切换到图纸空间，利用“窗口缩放”工具将该视口调至最大2,切换到模型空间，选择需要的图形，利用“窗口缩放”工具将其扩大至视口中央五，如何确定每个视口的比例1，接上述操作，选择“Z”键，调整视图的缩放比例，