Integrated network monitoring system and method for logistics vehicles

Abstract

An integrated network monitoring system and method for logistics vehicles. The integrated network monitoring system includes: a long-distance wireless communication module, a positioning module, an alarm module, a touch screen, a bus interface, a coordinator node and a gateway device. The bus interface is used to connect The vehicle bus network is connected to the vehicle electronic products through the vehicle bus network; the coordinator node is used to connect to the ZigBee network and connect the vehicle monitoring equipment to the gateway device in a wireless manner through the ZigBee network; the gateway device communicates with long-distance wireless communication respectively The module, positioning module, alarm module, touch screen, bus interface and coordinator node are connected to integrate the vehicle positioning system, long-distance communication network, bus network and ZigBee network, giving full play to the advantages of wired and wireless to enhance logistics transportation vehicles Monitoring flexibility and reliability.

Description

technical field [0001] The invention relates to a monitoring technology, in particular to a monitoring system applied to a large container logistics vehicle. Background technique [0002] With the growth of the national economy and the improvement of people's living standards, the vehicle industry, which bears the burden of logistics and transportation, has developed by leaps and bounds. In order to monitor the status of vehicles in real time and understand the information of each link of logistics, electronic monitoring equipment is usually installed on current logistics vehicles. However, the electronic monitoring equipment on existing logistics vehicles mainly has the following two shortcomings: First, existing vehicles The interconnection between electronic devices on the Internet is mainly through bus technology. Needless to say, the advantages of using bus technology, but one thing that cannot be ignored is that the use of bus technology requires wiring. Since most log...

AI Technical Summary

Problems solved by technology

In order to monitor the status of vehicles in real time and understand the information of each link of logistics, electronic monitoring equipment is usually installed on current logistics vehicles. However, the electronic monitoring equipment on existing logistics vehicles mainly has the following two shortcomings: First, existing vehicles The interconnection between electronic devices on the Internet is mainly through bus technology. Needless to say, the advantages of using bus technology, but one thing that cannot be ignored is that the use of bus technology requires wiring. Since most logistics vehicles have long bodies, if the layout is long The line is not only troublesome but also increases the possibility of the line cable being cut off, which reduces the reliability of the line. For example, the vehicle body of the reversing radar is long; It is useless, such as the monitoring of tire pressure and tire temperature; in the case of multi-point environmental monitoring and the monitoring node will change the type and position according to the monitored object, wiring operation is also a very headache, such as the compartment cargo Multi-point monitoring of the environment

Second, the degree of integration is low. The functions of the automotive electronic systems on today's logistics and transportation vehicles are relatively single. Where there is an on-board electronic lock system, there may be no on-board navigation system, reversing radar system, and tire pressure monitoring system. There may be no WIFI network in places where there is RFID radio frequency identification, there is no entertainment camera and other functions

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