Vehicle running track-based traffic monitoring system

Abstract

The invention discloses a vehicle running track-based traffic monitoring system. The system comprises a monitoring server arranged at a monitoring booth, a detection terminal arranged on the road surface of a traffic flow section, and a vehicle terminal arranged on each vehicle and connected with the monitoring server through the network. The vehicle terminal comprises a tire pressure monitoring module used for detecting the tire pressure and transmitting the value of the tire pressure to the monitoring server; and a positioning module used for detecting the position of a vehicle in real timeand sending a position signal to the monitoring server in real time. The detection terminal comprises a camera shooting module used for shooting a detection image including a license plate number anda vehicle track, and sending the detection image to the monitoring server. The monitoring server comprises a comparison database used for pre-storing the standard tire pressure values of tires of various vehicle models under different load conditions; and a monitoring and recording module used for recording the running track of the vehicle. According to the invention, the running track of the vehicle can be monitored, and the overload problem of the vehicle can be detected at the same time.

Description

technical field [0001] The invention relates to the field of traffic monitoring systems, in particular to a traffic monitoring system based on vehicle running tracks. Background technique [0002] With the rapid development of road transport. Vehicles such as automobiles and trains have attracted the attention of the industry due to their high load capacity, economy, and efficiency, and have gradually become the main vehicles for long-distance logistics. Accurately obtaining the position trajectory of the vehicle during driving is the basis for studying vehicle driving stability and intelligent transportation systems. However, the existing traffic monitoring system does not monitor and identify vehicle trajectories, especially for large transport vehicles. The existing monitoring system does not perform other monitoring items different from ordinary vehicle detection, which makes large transport The detection and monitoring of vehicles is far from reaching the level of mon...

AI Technical Summary

Problems solved by technology

However, the existing traffic monitoring system does not monitor and identify vehicle trajectories, especially for large transport vehicles. The existing monitoring system does not perform other monitoring items different from ordinary vehicle detection, which makes large transport The detection and monitoring of vehicles is far from reaching the level of monitoring that matches the level of harm they cause

[0003] The existing vehicle monitoring and management system, as written in the patent ZL201310676019.3, includes a vehicle identification information storage module, a communication server, and a monitoring relationship establishment module. However, the existing vehicle monitoring and management system can only monitor the position of the vehicle , it is impossible to monitor whether the vehicle is overloaded, nor can it monitor the vehicle trajectory of large transport vehicles

Images