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T-FLEX Parametric CAD. Fundamentals. 2D Design

T-FLEX Parametric CAD. Fundamentals. 2D Design

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<strong>Fundamentals</strong>. Two-Dimensional <strong>Design</strong><br />

Adding an Element to Library<br />

716<br />

The last step to be made is adding the element you've created to the library, and, if necessary, creating a new<br />

library.<br />

To add an element to an existing library, copy the created element to the folder on your hard disk, where<br />

other library bolts are stored. In this case, the element will automatically appear in the library after restarting<br />

the application. You can also create a new library. When doing this, carefully check every step, as in the<br />

following example. Suppose, you need to move a library to another file system, where the root folder name is<br />

D: rather than C:. If the full path was specified when adding the element to the library (“C:\…”), the<br />

application will not find the file, and therefore, you will not be able to insert the fragment using the library.<br />

To avoid this, use the relative rather than the full path when adding an<br />

element to a library.In this way, the path will be defined with respect to the<br />

configuration file that determines library contents. Besides, your created<br />

element should be placed “deeper” then the configuration file.<br />

Suppose, we are to create a new library for our newly created bolt. The folder<br />

of this drawing will be “C:\Libraries\New Bolts”, while the<br />

configuration file will be located in the folder “C:\Libraries”. When<br />

creating the library, specify the relative path with respect to the configuration<br />

file rather than the full path: “New Bolts”.<br />

Now, we need to fit the drawing with the data necessary for supporting the<br />

BOM creation mechanism in T-<strong>FLEX</strong>. Among the BOM data (“Tools|Bill<br />

of Materials|Data”), select the group to include the part into. Define the name, material, weight and other<br />

parameters. Since the bolt name is supposed to change depending on its parameters, let's use variables for<br />

defining the name. The bolt name will be: Bolt{imp}М{d}*{ll} GOST 7795-70. In the formatted BOM, the<br />

actual values will replace the variable notations {imp}, {d} and {ll}. The weight and material can be defined<br />

in the same way.<br />

Finally, we would like to mention that the described procedure is just a recommended technique, rather than<br />

a strictly determined sequence of actions.

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