SheetMetal AddWall/de

Beschreibung
Der Befehl Kante ansetzen erzeugt am gewählten Flächenrand eine Kante (Umbug).



Anwendung
Um eine Kante hinzuzufügen:
 * 1) Zur [[Image:Sheetmetal_workbench_icon.svg|22px]] Blech-Arbeitsumgebung wechseln.
 * 2) Mit einer Basisplatte oder einem Blech starten und eine oder mehrere Randflächen auswählen, die eine Kante (Umbug) erhalten sollen.
 * 3) Schaltfläche [[Image:SheetMetal_AddWall.svg|24px]] Kante anfügen drücken, um die Kante(n) hinzuzufügen.

Alternatively you can generate a base plate with one of the following methods as well:
 * To create a base plate use a closed 2D outline - preferably a Sketcher_NewSketch.svg Sketch - with the [[Image:SheetMetal_AddBase.svg|24px]] Make Base Wall command.
 * Method 1: Part_Box.svg Part Cube
 * Method 2: An extruded solid made with Part_Extrude.svg Part Extrude from either a:
 * Draft_Rectangle.svg Draft Rectangle or a
 * Draft_Wire.svg Draft Wire or a
 * Sketcher_NewSketch.svg Sketch
 * Use [[Image:Part_Thickness.svg|24px]] Part Thickness to create shell
 * Method 3: PartDesign_Body.svg PartDesign Body containing either an
 * PartDesign_AdditiveBox.svg additive box or a
 * PartDesign_Pad.svg PartDesign Pad made from a Sketcher_NewSketch.svg Sketch.
 * Use PartDesign Thickness.svg PartDesign Thickness to create shell


 * Wenn mit PartDesign_Body.svg Körper erstellen gestartet wird, können SheetMetal-Werkzeuge mit PartDesign-Werkzeugen wie z.B. PartDesign_Pocket.svg Tasche oder PartDesign_Hole.svg Bohrung gemischt werden.

Daten

 * : User name of the object in the Tree view.


 * : Bend angle.
 * : Extends the wall on the left side.
 * : Extends the wall on the right side.
 * : Gap from the left side.
 * : Gap from the right side.
 * : Invert bend direction.
 * : Length of the wall.
 * : Bend miter angle on the left side.
 * : Bend miter angle on the right side.
 * : Bend radius.
 * : Rectangle or Round. Enabled only when a gap value is set.
 * : Relief depth. Enabled only when a gap value is set.
 * : Relief width. Enabled only when a gap value is set.
 * : K factor (also known as neutral factor) for the bend. Used to calculate bend allowance when unfolding.
 * : False (default) or True. If true, unfolds the bend.

Vorbereitung
Diese Schale besteht aus einer rechteckigen Platine mit an ihren Umrisskanten (-Linien) angefügten Kanten. Also muss eine Skizze für die Platine vorbereitet werden.



Arbeitsablauf

 * 1) Create a blank
 * 2) Select the outline sketch [[Image:SheetMetal_AddWall-03.png|240px]]
 * 3) Press the  button or use the keyboard shortcut:  then  [[Image:SheetMetal_AddWall-04.png|240px]] (The blank is padded in z direction
 * 4) Add walls to the outline edges
 * 5) Select the blank's outline edges [[Image:SheetMetal_AddWall-05.png|240px]]
 * 6) Press the  button or use the keyboard shortcut:  [[Image:SheetMetal_AddWall-06.png|240px]]
 * 7) If the fold is 90° down set the value of invert property to true to reverse the direction (and length to a lower value for smaller walls) [[Image:SheetMetal_AddWall-01.png|240px]]
 * 8) Add some more walls
 * 9) Select the tray's upper outside edges  [[Image:SheetMetal_AddWall-08.png|240px]]
 * 10) Press the  button or use the keyboard shortcut:   [[Image:SheetMetal_AddWall-09.png|240px]]
 * 11) The walls are a bit too long (but nicely trimmed) and so the length property has to be set to a lower value [[Image:SheetMetal_AddWall-10.png|240px]]
 * 12) If you like the folds swing outward set the invert value to true [[Image:SheetMetal_AddWall-11.png|240px]]

Fertig!