PartDesign Pocket/tr
|
|
| Menu location |
|---|
| PartDesign → Pocket |
| Workbenches |
| PartDesign |
| Default shortcut |
| None |
| Introduced in version |
| - |
| See also |
| None |
Tanım
Sketch profile (A) was mapped to the top face of base solid (B); result after pocketing through on the right.
Usage
- Select the sketch to be pocketed.
- The sketch must be mapped to the planar face of an existing solid or Part Design feature, or an error message will appear. version 0.16 and below
- Press the
Pocket button. - Set the Pocket parameters (see next section).
- Click OK.
Options
When creating a pocket, the Pocket parameters dialogue offers five different ways of specifying the length (depth) to which the pocket will be extruded:
Dimension
Enter a numeric value for the depth of the pocket. The default direction for extrusion is into the support. Extrusions occur normal to the defining sketch plane. Negative dimensions are not possible. Use the Reversed option instead.
To first
The pocket will extrude up to the first face of the support in the extrusion direction. In other words, it will cut through all material until it reaches an empty space.
Through all
The pocket will cut through all material in the extrusion direction. With the option Symmetric to plane the pad will cut through all material in both directions.
Up to face
The pocket will extrude up to a face in the support that can be chosen by clicking on it.
Two dimensions
This allows to enter a second length in which the pocket should extend in the opposite direction (into the support). Again can be changed by ticking the Reversed option. v0.17 and above
Limitations
- Use the type Dimension or Through All wherever possible because the other types sometimes give trouble when they are being patterned
- Otherwise, the pocket feature has the same limitations as the pad feature.
Useful links
An example with the practice on the forum.
- Structure tools: Part, Group
- Helper tools: Create body, Create sketch, Edit sketch, Map sketch to face
- Modeling tools
- Datum tools: Create a datum point, Create a datum line, Create a datum plane, Create a local coordinate system, Create a shape binder, Create a clone
- Additive tools: Pad, Revolution, Additive loft, Additive pipe, Additive box, Additive cone, Additive cylinder, Additive ellipsoid, Additive prism, Additive sphere, Additive torus, Additive wedge
- Subtractive tools: Pocket, Hole, Groove, Subtractive loft, Subtractive pipe, Subtractive box, Subtractive cone, Subtractive cylinder, Subtractive ellipsoid, Subtractive prism, Subtractive sphere, Subtractive torus, Subtractive wedge
- Transformation tools: Mirrored, Linear Pattern, Polar Pattern, Create MultiTransform
- Dress-up tools: Fillet, Chamfer, Draft, Thickness
- Boolean: Boolean operation
- Extras: Migrate, Shaft design wizard, Involute gear
- Contextual Menu tools: Set tip, Move object to other body, Move object after other object
- Kurulum: Unix, Windows, Mac; Başlamak
- Temeller: About FreeCAD, Workbenches, Preferences, Document structure, Interface Customization, Properties, Mouse Model; Tutorials
- Tezgahlar: Arch, Draft, FEM, Image, Inspection, Mesh, OpenSCAD, Part, PartDesign, Path, Plot, Points, Raytracing, Reverse Engineering, Robot, Ship, Sketcher, Spreadsheet, Start, TechDraw, Surface workbench, Test Framework, Web
- Scripting: Introduction to Python, FreeCAD scripting tutorial, FreeCAD Scripting Basics, How to install macros, Gui Command, Units Modules: Builtin modules, Workbench creation, Installing more workbenches Meshes: Mesh Scripting, Mesh Module Parts: The Part Module, Topological data scripting, PythonOCC, Mesh to Part Coin scenegraph: The Coin/Inventor scenegraph, Pivy Qt interface: PySide, Using the FreeCAD GUI, Dialog creation Parametric objects: Scripted objects Other: Code snippets, Line drawing function, Embedding FreeCAD, FreeCAD vector math library, Power users hub, Python, Macros, FreeCAD Scripting Basics, Topological data scripting
