Robot Automation Demo

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The [http://vision.eng.shu.ac.uk/bala/meri-science-day/food-automation.wmv demonstration video (15.8 MByte WMV)] shows the robot
 
The [http://vision.eng.shu.ac.uk/bala/meri-science-day/food-automation.wmv demonstration video (15.8 MByte WMV)] shows the robot
 
picking up circular and square-shaped objects (made of foamed material) and stacking them on the right side of the table. At the end of
 
picking up circular and square-shaped objects (made of foamed material) and stacking them on the right side of the table. At the end of
the demonstration the objects are sorted by shape.
+
the demonstration the objects are sorted by shape. [[User:Bpa|Bala Amavasai]] implemented the vision software using the [[Mimas]]-toolkit. The robot environment was set up in cooperation with [http://materials.shu.ac.uk/sheafsolutions/martin_howarth.htm Martin Howarth].
  
 
==Setup==
 
==Setup==

Revision as of 13:08, 29 October 2008

Stäubli robot is doing vision-guided pick-and-place operations (15.8 MByte WMV video)
Schematic of setup for the demonstration

Contents

Robot Automation Demo

Demonstration

The demonstration video (15.8 MByte WMV) shows the robot picking up circular and square-shaped objects (made of foamed material) and stacking them on the right side of the table. At the end of the demonstration the objects are sorted by shape. Bala Amavasai implemented the vision software using the Mimas-toolkit. The robot environment was set up in cooperation with Martin Howarth.

Setup

The setup is using a low-cost Unibrain firewire camera and a laptop PC with GNU/Linux and the demo-software which was developed using Mimas. The Stäubli robot can be controlled by specifying point-to-point trajectories and giving commands for operating the gripper.

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