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Intelligent Lighting (Control (Maximum and Safe Overdriving / Strobing…
Intelligent Lighting
Control
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Dynamic configuration - real time image feedback as image is adjusted #. pulse width / Benefits of
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Live data
Warnings
Illumination drift
The illumination intensity is constantly checked to ensure it sits within acceptable limits. Notifications (and countermeasures) can be initiated if it approches them
End of life
Based on the light usage, predictive warnings can be set so that users can prepare for replacements with minimal disruption
Change Effects
Users are protected when making any adjustments to settings. They will receive a warning if it has any adverse effects before they are applied to the system
History
On-Time
The total run time of the light is recorded. This is the time that the LED’s are actually on, during the operation time.
Hours of operation
The total amount of time that the light has been operational is logged. This assists with checks on warranty related issues
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Data
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Illumination levels
Dynamic lighting information can be stored and associated to different jobs, enabling each light to have lots of unique settings for different products
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Integration
Topology
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Standard interfacing via GenICam and GigE Vision make integration easy. You're already using the infrastructure to connect your cameras .
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Communications
Cameras and lighting can be controlled from the same interface via the API (application programming interface) that sits within the image processing software. like CVB (so you can control everything from one utility)
If you're designing your own solution then you can tap right into software development kits to help create your own software.