Week 8 - Challenge 4 - Coin Holder Design

Objective:

The Objective of the project is to design the coin holder and to do draft analysis by creating the required tooling direction with the help of bisecting method

Design Consideration

• Class A Surface should be aesthetically smooth and good
• Class B Surface should have all supporting features like ribs
• Class C Surface should also pass draft analysis

Class A Surface

Creation of Tool Direction

Tooling axis defines the mold or core and cavity direction,we should create the tooling axis in such a way so that it should cover most of features,holes and geometry.we will check the suitable direction of the tooling axis through the visual inspection along x,y,z axis.

Creation of class B surface

• For creating class B surface except the offset surface has been extracted and untrimmed all the surface.
• Then all the surfaces extrapolated to get intersection between them
• Then the thickness size is 2.5 mm and the required corners have been filleted to 4.5 mm (4.5-2.5) and 1mm.

Creation of class C Surface

• The required outer edge of class A Surface were extracted using multiple extract.
• Then using sweep command the surface was created
• Then using extrapolated command the edges were intersected between the surface corners which ease the trimming operation

Creation of closed surface

By defining the part body by using closed surface command in part design,the component's solid body is created.

Procedure for Draft analysis

• By changing the view mode to custom view parameters-material mode then feature draft analysis is enabled
• Then the compass was activated and placed with the tooling axis by dragging the red pointer and then locking it
• The nominal value will be 3 degree draft angle and checked for component's draft angle
• The green coloue area show it statisfies the 3 degree draft angle.

Conclusion

Thus the class B and class C is made out of Class A surface and performed draft analysis on the model.