Go to documentation repository
Page History
The IntLab
...
Module object settings panel contains the following interface elements:
The following table describes the elements of the IntLab-Carriages Module Module object settings panel.
№ | Parameter name | Parameter setting method | Description | Data type | Default value | Value range |
---|---|---|---|---|---|---|
1 |
Recognition start event drop-down list | Selecting the value in the list | Selecting |
the macro, on which the LP recognition will be started | List of |
accessible Macro objects |
<none> | Depending on number of |
accessible Macro objects | |
2 | Recognition |
end event drop-down list | Selecting the value in the list |
Selecting the macro, on which the |
LP recognition will |
Closed – recognition of carriage license plates will start on the Sensor closed event
Open – recognition of carriage license plates will start on the Sensor opened event
be completed and the result will be given | List of accessible Macro objects | <none> | Depending on number of accessible Macro objects |
3 | Operation |
mode drop-down list | Selecting the value in the list |
Selecting operation mode used for recognition of |
numbers | List of |
accessible operation modes | Recognizer of railway passenger carriage numbers | Recognizer of railway passenger carriage numbers – is used for recognition of railway passenger carriage numbers Recognizer of railway freight carriage numbers – is used for recognition of railway freight carriage numbers Special mode – allows recognition of UIC carriage numbers Railway container number recognizer - is used for recognition of railway container numbers | |
4 | Fluid level detection drop-down list | Selecting the value in the list | Selecting the Fluid level detection object to use with the IntLab |
module. For details on this detection tool, refer to Detector Pack. User Guide (the most relevant version is available in AxxonSoft documentation repository). | List of accessible Fluid level detection objects | <none> | Depending on number of created Fluid level detection objects |