Difference between revisions of "How to Guide Inventor"

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(Putting the Parts Together)
(Putting the Parts Together)
Line 20: Line 20:
  
 
Ideally your robot's assembly structure could look like this:<br/>
 
Ideally your robot's assembly structure could look like this:<br/>
Main Robot Assem
+
#Main Robot Assem
* Drive Train Assem
+
## Drive Train Assem
** Gearbox Assem
+
### Gearbox Assem
*** Gears (Parts)
+
#### Gears (Parts)
*** Plates (Parts)
+
#### Plates (Parts)
*** Shaft (Parts)
+
#### Shaft (Parts)
* Frame Assem
+
## Frame Assem
** Tubes / Angle (parts)
+
### Tubes / Angle (parts)
** Bolts (parts)
+
### Bolts (parts)
* Manipulators
+
## Manipulators
* Bumpers
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## Bumpers
  
 
===Constraints===
 
===Constraints===

Revision as of 01:06, 28 August 2007

Inventor, produced by Autodesk, is the 3d solid modeling software currently used in the FIRST Robotics Competition and by our RoboCup Small Size team. The software can be downloaded for free at http://students.autodesk.com (you need a valid email address from a college ie your @gatech.edu address). The most recent release is Inventor 2008 (which is what this guide will use).

Making a Part

Making a Sketch

Extrusions

In order to make your 2-dimensional sketch into something more tangible you will need to utilize various extrusions depending on your situation.

Normal

Revolved

Swept

Holes

It is better to you the hole tool when placing holes instead of drawing the into you sketch initially. This will allow you to edit them with out going back in to the sketch later and there for save you some time.

Putting the Parts Together

Now that you have your parts lets put them together to make some sort of subsystem, product, etc. To do this you will need to create an assembly. Note: Assemblies can be composed of parts and other assemblies.

Ideally your robot's assembly structure could look like this:

  1. Main Robot Assem
    1. Drive Train Assem
      1. Gearbox Assem
        1. Gears (Parts)
        2. Plates (Parts)
        3. Shaft (Parts)
    2. Frame Assem
      1. Tubes / Angle (parts)
      2. Bolts (parts)
    3. Manipulators
    4. Bumpers

Constraints

Making what you just did Useful

Drawing Files

Dimensioning