Difference between revisions of "2D Camera Integration"
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| − | The camera has to be mounted at ample height above the work-pieces. Care has to be taken to avoid any collisions. | + | The camera has to be mounted at ample height above the work-pieces. Care has to be taken to avoid any collisions. For acceptance cone and minimum distance from camera, please look at the IFM-Documentation. |
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| − | + | The camera should be mounted parallel to the coordinate axes of the robot, if at all possible. - That means either overhead, in front or from the side. This will simplify calibration significantly. | |
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[[Category:CPRog]][[Category:CPRog Plugins]] | [[Category:CPRog]][[Category:CPRog Plugins]] | ||
Revision as of 21:22, 9 July 2018
Different cameras can be integrated in the CPRog software. This allows to pick parts with a not precisely defined position.
Currently plugins are available for:
- IFM O2D, a compact camera with integrated image processing
- Matrox camera systems
Both systems aquire an image and process it internally. Then they send the target position via Ethernet to the CPRog software. Here they are received by an plugin and stored in a variable. This variable can be used in a motion.
A more in-depth explanation and an example program can be found in the documentation (german): Dokumentation_PlugIn_IFM-O2D_V03.pdf (DE) The english version of that same documentation is being worked on below
UNDER CONSTRUCTION. Currently the english translation of the documentation is being generated
Scope
This document explains the use of an IFM 3D camera in CPRog.
Safety
Caution! Personal safety has to be ensured during operation.- This is especially relevant during configuration and set up of the camera application. All motion has to be carried out at slow speeds.
- The operator has to be ready to stop the robot
- It is recommanded that all programs are tested in the simulation prior to moving the robot.
Mechanical and electrical setup
The camera has to be mounted at ample height above the work-pieces. Care has to be taken to avoid any collisions. For acceptance cone and minimum distance from camera, please look at the IFM-Documentation.
The camera should be mounted parallel to the coordinate axes of the robot, if at all possible. - That means either overhead, in front or from the side. This will simplify calibration significantly.
