Distance detection triggers a scanner standby state, reducing power consumption while minimizing startup time delays.
Prioritized database tables store software object paths, reducing processing time by eliminating unnecessary algorithm testing for unused barcode types.
A shaped light guide directs reflected beams to a photosensor, simplifying assembly of polygonal wheel scanners.
An imaging scanner system automatically corrects skew and illumination to transform captured forms into rectangles for barcode decoding.
A reader system distinguishes GS1 DataBar Limited symbols from UPC-A fragments using controller logic.
A handheld barcode reader uses a partially polarized window to illuminate direct part marking codes for reliable decoding.
A movable mirror redirects light to expand a camera field of view, resolving the trade-off between scanning coverage and image resolution.
A data reader system transfers firmware between indicia readers using a communication module to synchronize configuration parameters across the fleet.
A controller detects target distance using an aiming light pattern to determine scanning resolution for image capture.
A bioptic data reader uses wide-angle imagers to capture encoded data from items passing through a read region.
Configurable frame capture ratios and falling-edge camera activation prevent unintended item barcode reads during long exposure modes.
Segmented tri-color LEDs and near-coaxial optics prevent specular reflection contamination on metallic barcodes within constrained device volumes.
Movable lens groups switch between field of view modes to resolve the trade-off between image resolution and coverage across varying scan distances.
Programmable decode time-window filter processes laser scan data to transmit only relevant symbol character information.
A sample analysis system uses scanning and image components to identify identifiers via a processor.
An image processing apparatus identifies frame areas to read code information from captured imprint images.
A barcode reader controller calculates contrast levels within specific regions of images from multiple imaging assemblies to select the optimal image for decoding.
Separate visible and infrared imaging channels decode codes on screens and under covers, resolving interference in bright environments.
Nonlinear transmission lines generate broadband harmonics that resolve cycle ambiguity and mitigate multipath interference for accurate indoor ranging.
Multi-core parallel decoding secures sufficient processing time for high-speed imaging, resolving unstable reading results on moving objects.