Week 10 - Challenge 2- Attachment Feature Creation (Dog House)
TREE STRUCTURE:
CLASS A SURFACE:
TOOLING AXIS:
Class-A surface is first analyzed to create the tooling axis. where the molds pull apart in injection molding. Tooling direction is essential for plastic product design as it decides the direction for mold separation.To create the tooling axis first we have to check the best suitable direction for tooling by using the compass. the y direction is suitable for creating the tooling axis because in the y direction most of the surfaces are clearing while performing draft analysis. Generally tooling axis is created using bisecting line method but here A line normal to the surface is created in the y direction and considered the tooling axis.
DRAFT ANALYSIS:
After creating a tooling axis we do the draft analysis. Before drafting we have to make sure that in the view mode it is selected for the materials.After selecting the feature draft analysis tool we drag the compass from its position to the tool axis. Then lock the compass. After that select anywhere on the component and it will give you the result.We change the minimum draft for the component to 3°.We can use the running point option to check the angle of the component.
CREATIONS OF B SURFACE:
In this component Creation of the class B surface first, we have to offset the entire model by 2.5mm outward some of the surfaces give offset error and ask for offset without these subelements click okay and work on the incomplete surfaces by using the multi-section surface command, sweep and different commands used to complete the class B surface.Incomplete surface gaps in the offset. so we work on the surfaces and ensure that there is no gap in the class B surfaces.
CLASS C SURFACE CREATIONS:
We first extract the edges from the Class A surface with the help of the multi extract or boundary command which we create the path for a sweep for class C
like this, we have to create all separate sweeps and join them together. once all the sweeps are joined together we created a class c surface.Joining class A surface and class c surface together Then trim the class-B surface to join (A+C) this will make sure that we get a closed surface. We can check it using the boundary tool, if it gives an error that means that the component is closed.Then We go to the part design workbench and use to closed surface tool to create a solid body.hence, we created our final Solid component.
DOG HOUSE CREATIONS:
Dog house: Dog house is an engineering feature used in the plastic trim design. Dog houses are used as supporting features. Sometimes other engineering features like snaps; locators, etc. are mounded on them to increase their strength. Dog house and other engineering Features are built on B-surface.
FINAL DRAFT ANALYSIS:
DIFFERENT VIEWS OF PART BODY:
