Robot Automation Demo

(Difference between revisions)
Jump to: navigation, search
m
m
Line 8: Line 8:
 
=Food automation=
 
=Food automation=
 
==Demonstration==
 
==Demonstration==
 +
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 and stacking them on the right side of the table. At the end of the demonstration the
 +
objects are sorted by shape.
 +
 
==Setup==
 
==Setup==
 
The setup is using a low-cost [http://www.unibrain.com/ Unibrain] firewire camera and a laptop PC with GNU/Linux and the demo-software which was developed using [[Mimas]]. The [http://www.staubli.com/ Stäubli] robot can be controlled by specifying point-to-point trajectories and giving commands for operating the gripper.
 
The setup is using a low-cost [http://www.unibrain.com/ Unibrain] firewire camera and a laptop PC with GNU/Linux and the demo-software which was developed using [[Mimas]]. The [http://www.staubli.com/ Stäubli] robot can be controlled by specifying point-to-point trajectories and giving commands for operating the gripper.

Revision as of 16:20, 4 July 2007

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

Contents

Food automation

Demonstration

The demonstration video (15.8 MByte WMV) shows the robot picking up circular and square-shaped objects and stacking them on the right side of the table. At the end of the demonstration the objects are sorted by shape.

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.

See Also

External Links

Personal tools
Namespaces
Variants
Actions
Navigation
Toolbox