FIELD: physics, instrument-making.
SUBSTANCE: invention relates to automation and telemechanics on railway transport for monitoring long rail bars during transportation. The system includes a mobile monitoring station with an automate workstation, an uninterrupted power source and a system of cargo monitoring equipment, which includes sets of sensors, wire and wireless communication channels, as well as storage batteries. The system further includes a car-to-car communication module, designed to monitor integrity of the wire communication channel, a first set of sensors mounted on bars transversely installed on a latching platform, a second set of sensors, placed on a passage platform and configured to interact with ends of a large-size U-shaped bar, a third set of sensors, mounted on the radio channel module for car-to-car communication with a transceiving antenna configured to interact with support bars, pressed between guide shoes and the end of the long cargo.
EFFECT: high reliability of monitoring overall state of transported cargo.
9 cl, 9 dwg
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Authors
Dates
2017-02-22—Published
2016-02-01—Filed