Say you have a 1392x1080 GigE camera and you don't need all the 1080 in the Y direction plus you need it to be faster. Editing the standard camera definition file and creating a new one for that camera may work.
You can change the parameters by the arrows in the image to fit your application.
This example starts at row 180 and goes to row 380 and gives us an image that's 1392 x 200 pixels.
Contact us for more information on this solution
This Blog was created to help people solve bar code and data collection applications with Microscan bar code readers and vision systems.
Wednesday, August 31, 2011
Label Verification Solution
Using a Microscan GigE camera and the Visionscape .NET tool set, we were able to come up with a high speed method of grading 2D and Linear bar codes.
email us for a link to a brief video of it running.
email us for a link to a brief video of it running.
Customize GigE Camera Names
It is possible - thanks to Microscan Visionsupport for this tip to rename the GigE camera to something more meaningful than GigEVision1.
In the c:\vscape\DM folder there is a file called DM.config. Open it in Notepad or something and change the device name where shown on the image and save it.
This assumes you've already connected to the camera previously.
In the c:\vscape\DM folder there is a file called DM.config. Open it in Notepad or something and change the device name where shown on the image and save it.
This assumes you've already connected to the camera previously.
Monday, August 29, 2011
QX830 Stainless Enclosure
QX 830 Stainless Enclosure for Food Packaging Applications
Washdown evironment requires a durable enclsoure solution. We put the QX830 and photoeye inside this Hoffman box with an Allen Bradley stack light.
QX830 communicates via i/o back to a PLC that diverts rejects off the conveyor.
Contact us for more information on this solution
Washdown evironment requires a durable enclsoure solution. We put the QX830 and photoeye inside this Hoffman box with an Allen Bradley stack light.
QX830 communicates via i/o back to a PLC that diverts rejects off the conveyor.
Contact us for more information on this solution
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