Container port vehicle multisource sensing device

Abstract

The invention discloses a container port vehicle multisource sensing device. The multisource sensing device comprises a vehicle multisource information in-time sensing layer, a vehicle multisource sensing information processing and identifying layer and a crossing multisource sensor fault diagnosis maintaining layer, wherein the vehicle multisource information in-time sensing layer is composed of local vehicle multisource information sensing units; each local vehicle multisource information sensing unit is composed of a vehicle detector group, an infrared sensor group, a wagon balance weighing unit, a RFID (Radio Frequency Identification) reader group, a video identifier and a local crossing bus node device; the vehicle multisource sensing information processing and identifying layer is composed of a local crossing monitoring processor and a first network bridge device; and the crossing multisource sensor fault diagnosis maintaining layer is composed of a multisource sensor fault information database, a sensor fault diagnosis maintaining layer and an output device. According to the container port vehicle multisource sensing device, disclosed by the invention, automatic maintenance of the multisource sensing identification and multisource sensing detection system of the container port vehicles is realized.

Description

technical field [0001] The invention relates to the technical field of electronic information, in particular to a multi-source sensing device for container port vehicles. Background technique [0002] As an important node in the logistics system, the container port is the hub of ocean, inland ships and inland transportation (trucks and trains). [0003] Generally, installing RFID and other equipment at crossings in container port areas can automatically identify and manage vehicles entering and leaving the port area, improving the efficiency of container vehicle operation and management. Due to the large mobility of trucks entering and exiting the container port area, the sources of vehicles are complex, and there are many types, the identification and management tasks are heavy. Therefore, simply using RFID equipment cannot effectively solve some problems in the identification and management of container port vehicles. At the same time, the fault diagnosis and fault mainte...

AI Technical Summary

Problems solved by technology

Due to the large mobility of trucks entering and exiting the container port area, the sources of vehicles are complex, and there are many types, the identification and management tasks are heavy. Therefore, simply using RFID equipment cannot effectively solve some problems in the identification and management of container port vehicles. At the same time, the fault diagnosis and fault maintenance level of a large number of crossing detection equipment itself is directly related to the accuracy of crossing vehicle detection and management efficiency

None of the existing container crossing vehicle detection schemes can solve these problems well

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