Capacitive Touchscreen
User Manual H12 / SCAMAX® 8x1 - Version 2019.12
4.6.4.3.4. Required Tracks at Input
Whereas patch code detection by camera is
based on 15 virtual strips evenly spaced across
a variable detection area (
see above
), early patch code detection during paper intake is limited to the
five optical sensors mounted in the paper input path. This setting determines how many of these
sensors need to report patch code data, before a patch code is finally considered valid. Possible values
range from 0 to 5, with 0 effectively turning off early patch code detection.
4.6.4.3.5. Verified Detection at Input
If early patch code detection is required for the
control of the Imprinter Front, this setting can
be used to force additional verification, through the front-image camera. In this case, any documents
following a patch code detected by optical sensors will be held back at the paper intake, until the
camera has confirmed this detection result. If a patch code cannot be recognized here, an appropriate
error message (
see chapter
) is raised and scanning will be interrupted. Verified Detection at Input
will reduce the risk of invalid imprints on any documents causing erroneous patch code detection.
4.6.4.3.6. Delete Patch Code Sheets
Checking this option will delete all images be-
longing to a patch code sheet detected. Such
deletion of images is highlighted with a red X, in the
stream information
area of the scan screen (
see
chapter
The exact patch code ty-
pe(s) to be deleted may be
specified in the respective
selection screen. You may
choose one, multiple or all
of the patch code types lis-
ted. By default, all patcho-
de types are checked, ho-
wever, patchode deletion
itself is disabled.
4.6.4.4. Barcode Settings
This screen contains all
settings required for
defining scanner-inter-
nal bar code detection.
Bar code detection hap-
pens at scan time and is
achieved by both scan-
ner cameras analyzing
incoming images on a
per-row basis, which
also limits detection to
linear (
1D
) bar codes.
The primary goal of in-
ternal bar code detection is to provide control information for the scan-process itself, in the shape
of bar code events. Only one bar code per image is accepted. If more than one bar code is detected
on an image, only the bar code with the most amount of lines will be used (
i.e. the highest bar code
).
