Vehicle violation monitoring system based on radio-frequency license plate with function of communication

Abstract

The invention discloses a vehicle violation monitoring system based on a radio-frequency license plate with a function of communication, and the system is characterized in that the system comprises RFID license plate recognition monitoring nodes of a plurality of divided lanes; each RFID license plate recognition monitoring node consists of a divided underground buried antenna assembly, a divided lane RFID reader-writer, a recognition monitoring node information server, and a divided lane camera; the divided lane RFID reader-writers achieves the information reading of RFID license plates with the function of communication of different passed vehicles through the plurality of divided underground buried antenna assemblies, and are connected with the recognition monitoring node information servers; the recognition monitoring node information servers are connected with the divided lane camera of all lanes, and the information data of the recognition monitoring node information servers is connected with a traffic management information center, thereby forming the system.

Description

【Technical field】 [0001] The invention relates to a vehicle violation monitoring system, in particular to a vehicle violation monitoring system based on a radio frequency license plate with a communication function. 【Background technique】 [0002] In the existing technology, equipment such as "electronic eyes" and "electronic police" for monitoring violations of urban vehicles rely on optical photography recognition technology to photograph illegal vehicles and report them to the data center. The deterrent effect of violation detection, drivers often report that they are driving illegally with a fluke mentality. [0003] In addition, the "electronic eye" can only take pictures of the license plate of the violating vehicle, but cannot instantly identify the type of the violating vehicle and the type of owner. After the violation, the above information can only be obtained through the background of the data center. The "electronic eye" technology has little information and is ...

AI Technical Summary

Problems solved by technology

[0002] In the existing technology, equipment such as "electronic eyes" and "electronic police" for monitoring violations of urban vehicles rely on optical photography recognition technology to photograph illegal vehicles and report them to the data center. The deterrent effect of violation detection, drivers often report that they are driving illegally with a fluke mentality

[0003] In addition, the "electronic eye" can only take pictures of the license plate of the violating vehicle, but cannot instantly identify the type of the violating vehicle and the type of the owner. After the violation, the above information can only be obtained through the background of the data center. The "electronic eye" technology has little information and is slow

[0004] The existing "electronic eye" device can only identify the car license plate, but cannot identify fake or fake license plates

[0005] In addition, the existing "radar speed measurement" device can only measure the speed of the vehicle, but cannot identify the license plate, vehicle type, and owner type of the vehicle, let alone notify the driver in real time, and lacks a deterrent effect. ACCIDENT

[0006] In the existing technology, after the "electronic eye" technology identifies the illegal vehicles "crossing the line" and "entering the restricted area", the deterrent effect is greatly reduced because the driver cannot be notified in time. It is common for vehicles to walk on emergency passages, which greatly affects the efficiency of traffic opening

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