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1. As shown in the picture, look at the red box selection, open Solidworks, and create a new part file.
2. As shown in the figure, the above reference plane is used as the sketch plane to create a sketch.
The specific operation is as follows: click [Sketch], and then click [Look Up Base Plane].
3. As shown in the figure, enter the sketch working state.
1) Click [Circle] in the toolbar
2) Set the origin of the coordinates as Draw a circle with the center
3) Mark the diameter? 6
4) Click [Exit Sketch].
4. Create a swirl line.
As shown in the figure, find [Curve] in the feature toolbar, then find [Spiral/Vortex] in the drop-down menu of the curve, activate it, and the [Spiral/Vortex] will pop up as shown in the figure. Swirl Line] dialog box.
Pay attention to the red box selection. The default definition method is pitch and number of turns. We need to change it to a vortex line. Then, there is the starting angle. For convenience later, it is best to ensure that it is 0 degrees. Number of turns 10 and pitch 0.3. Click directly on the √ in the upper left corner to complete the creation of the vortex line.
5. As shown in the figure, continue to create the sketch. This time it is created using the right datum plane as the sketch plane, as follows:
1) Click [Sketch]
2) Click [Right datum plane].
6. As shown in the picture, enter the slot sketch state, draw a rectangle, the size of the rectangle is 0.4x0.1, and position 0 according to the size as shown in the picture. In short, one requirement is that the starting point of one side of the rectangle must coincide with the starting point of the vortex line, otherwise, your subsequent scan will be unsuccessful.
7. As shown in the picture, return to the feature toolbar, find [Scan], click it, and then the software will pop up the [Scan] dialog box, select the outline (rectangle) and path (vortex line), click √ in the upper left corner. Complete the creation of the coil spring.
8. As shown in the picture, a coil spring is created.
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