CATIA汽车管路

Click to edit Master title style,Click to edit Master subtitle style,Second level,Third level,*,Click to edit Master title style,Click to edit Master subtitle style,Second level,Third level,*,Tubing Design,CATIA Training,Foils,Version 5 Release,13,2004,1,Course Presentation,课程介绍,Objectives of the course,目标,In this course you will learn how the CATIA Tubing Design product is used to quickly and efficiently create an intelligent tubing layout.,智能化管路设计,Targeted audience,Experienced CATIA V5,users,目标学员,有使用经验的,CATIA,用户,Prerequisites,CATIA V5 Fundamentals,予要求：,CATIA V5,基础,0.5 day,2,Table of Contents,目录,Introduction to Tubing Design Fundamentals,p.4,Accessing the workbench,模块介绍,p.5,User Interface: Tubing Design Icons,界面介绍,p.6,Creating Line IDs,生成管线,ID,码,p.9,Routing a Run,生成管线,p.10,Modifying a Run,修改管线,p.14,Implementing Turn Rules,管路拐弯,p.19,Placing Parts on a Run,管路定义功能,p.22,Generating Reports,生成管路拐点坐标,p.24,3,Accessing the workbench,进入模块,To access the Tubing Design Workbench ,进入模块,1. Select the Start Menu,3. Click on Tubing Design,2. Select Equipment & Systems,Tubing Design Workbench icon,选择,Start,菜单,选择设备和系统方案,选择管路设计模块,图标,4,User Interface: Tubing Design Icons (1/2),Line ID: Select/Query, Create, Transfer, Rename, Delete, Merge, Import,管路,ID,码编辑,Route a Run,生成管路,Update Part, Flip Part Position, Edit Part Parameters,刷新功能、参数,Place Tubing Part,插入接头,Offset Route, Route from Spline, Route thru a pathway,偏距管路等,Connect/Disconnect Part/Run, Create an offset segment con,.,连接,Manage grafic representation,几何显示,Manage flows,流量管理,Create weld assembly,管路焊接,Build Tubing Part,新建功能,Align Side, Align Center, Rotate to Align, Distribute, Align two Planes,移动,Rename ID,重新命名,ID,Snap, Snap three points, Snap center of polygon, snap Surface,捕捉,5,User Interface: Tubing Design Icons (2/2),Axis,Grid,Step,Snap:,To current Axis,当前坐标轴,To last Position,最后位置,To XY Plane,XY,面,To all Plane,所有平面,To Elevation Plane,抬高平面,To Drafting Elements,平面元素,Snap Tool Options,捕捉工具,Offset Planes,Advanced Offset Planes,Toggle Dimming Mode,Toggle Analysis Mode,坐标轴,网格距离,生成平面,显示模式,6,Routing a Run (1/4),生成管路,Place Offset Plane,生成起始面,Select the,Offset Plane Icon,选择图标,Offset Planes,can be placed at anytime during the creation of Runs,.,此图标可以在生成管路时随时使用,Offset Plane,图标,7,Routing a Run (2/4),生成管路,Select the,Line ID,选择管线,ID,码,Depending on what,Line ID,is choosen, CATIA lets you select a predefined,Turn Radius,. In this case is just one,Turn Radius,for the 3/8in diameter defined, which means that you wont get a selection panel.,根据选择的,管线,ID,码，可以选择拐弯半径,8,Routing a Run (3/4),生成管路,Click when the green arrow pops up.,Stop when the value reaches 2in.,Point-To-Point-Mode,Create the,Run,生成管路,Make sure that the,Grid Step,is set to 0.5 in.,确认步长为0.5,in,Route a Run,图标,当绿箭头出现时点击鼠标,当到达一定长度时停,9,Routing a Run (4/4),生成管路,Create a Run from Point-To-Point,点到点方式生成管路,Click the the next two connectors. The Run will be created.,点击两个支座，生成管路,10,Modifying a Run (1/5),修改管路,Modify the Run,修改管路,A new Run shall be created and afterwards being modified.,先生成后修改,Therefore you create a new Run using the,orthogonal mode,as shown in the picture.,使用对角线方式生成管路,After that you will modify the Run.,然后修改,Route a Run,Orthogonal,Create the Run,生成管路,对角线方式,产生管路,11,Modifying a Run (2/5),修改管路,Manipulation Handles,Modify the Run,修改管路,Runs can be edited by right clicking and choosing,Runxxx.object Definition,in the,contextual menu,. You will see the skeleton of the Run, that consists of Segments, Nodes and Manipulation Handles.,在管路上右击鼠标选择,Definition,菜单，将显示管路骨架，包括分段、节点和操纵柄,Segments can be stretched by dragging the green vertexes at the end of each segment.,其中的分段可以通过鼠标拖拉端点而改变长度,Segment,Node,Alignment of the Run,操纵柄,节点,分段,管路导向,12,Modifying a Run (3/5),修改管路,Modify the Run,修改管路,Segments and Nodes can also be modified when the Run is in definition mode. You can modify,Segments,and,Nodes,by right clicking them.,也可以在上下文菜单中选择定义来修改分段和节点,Right click on segment,Right click on run,13,Modifying a Run (4/5),修改管路,Modifying the Run,修改管路,Runs can also be modified by dragging the,Planes,at the end of each segment. The alignment of the planes depends on the alignment of the Compass! These Planes and the basic Plane of the Compass are always parallel!,也可以通过拖拉分段两端的平面改变管，此平面的朝向和罗盘的基准平面一致,During the modification of Runs the,Offset Plane,can be used to allow an exact placement.,修改中可以使用等间距平面图标,Offset Plane,Distance to Offset plane,等间距平面命令,间距,14,Modifying a Run (5/5),修改管路,Transfering a Line ID,转换管路,ID,码,Before you start creating a Run you must select the proper,Line ID,. Its possible to change the,Line ID,afterwards by using the Transfer Line ID function.,先选择,ID,码再生成,Select the,Run, which Line ID has to be changed and the,Transfer Line ID,Icon.,In the appearing dialog box you can select the new,Line ID,.,管路生成后用转换图标改管特性,The appearing information dialog close with OK.,确定,Selected Run,Select the new Line ID here.,Click OK to put it onto the Run.,Transfer Line ID,选择管路,转换码图标,选择新的,ID,码,确定,15,Implementing Turn Rules (1/3),拐弯,Design Table button activates the Rules options.,Implement Turn Rules,设置拐弯半径,You can adjust the,Bend Radius,for the Run using Rules from,Design Rules catalog,when starting the creation of a new,Run,.,修改拐弯规则,When you are using a,Line ID,for the first time, the Design Table for the available Turn Rules appears automatically. Later you must click on the Design Table Button to access the Rules.,生成管路对话框中使用拐弯规则，选择不同半径,Available Bends for the selected Line ID.,拐弯规则,可选择的半径,16,Implementing Turning Rules (2/3),拐弯,Modify Turn Rules,修改规则,You can modify the,Turn Rule,of a Run by right clicking it and then enter the,Definition Dialog,.,右键上下文菜单选择,Definition,There you can enter a new,Radius,which effects the,whole Run,.,输入半径，影响整个管路,Definition dialog,Enter the new Radius here.,The new radius will effect all bends in the Run.,定义对话框,输入新半径,整个管路的弯受影响,17,Implementing Turning Rules (3/3),拐弯,Radius is now 0,5” (only for this bend).,BEFORE,AFTER,Override Turning Rules,超越规则,To apply a certain bend radius to one bend of the Run you must enter the,Definition Dialog,of the corresponding,Node,.,修改单个弯需要使用节点的上下文定义菜单,Therefore enter the definition of the Run (,right click Runxxx.object Definition,) and then the definition of the node (,right click the node Definition,).,两次上下文菜单,In the appearing Node Definition you can enter a,Bend Radius,that only effects the selected Bend.,Node Definiton Dialog,Enter the new radius here.,Enter the definiton dialog of the node.,如图所示,节点定义对话框,输入新半径值,18,Placing Parts on a Run (1/2),插入接头,Place Parts on a Run,Select the,Place Tubing Part Icon,.,选择图标,Check, that,spec driven is turned off,.,关闭,spec driven,按钮,The,Place Tubing Part Dialog,appears. Click on the,Browse Button (“”).,选择浏览,A class browser appears that lets you select a function.,窗口中选择功能,Place Tubing Part,Browse,图标,浏览,19,Placing Parts on a Run (2/2),插入接头,BEFORE,AFTER,Place Parts on a Run,插入接头,For the selected function you must specify a,Part Type,.,对于选择的功能，选择一个类型,Click on the Run where you want to place the Part. At the end of Runs or Tubing parts a green vertex appears to show you, there is a connector. You can also use this connetors for placement.,选择管路，出现一个绿色节点,If there are multiple parts aviable for the selected Part Type, then a Part Selection dialog box will be displayed. You may then select the appropriate part for your design.,在,Part Number,中如果有多种，可以选择适合的,20,Generating Reports (2/2),The Report will be generated.,产生弯管文件,21,