A method, device, system and electronic equipment for detecting vehicles on a smart light pole

Abstract

The application of the present invention relates to a method, device, system and electronic equipment for detecting vehicles on smart light poles. The method includes: collecting the length, width, and height values ​​of the truck, and measuring whether the truck is super high, super wide or super long; analyzing the Check the weight of the truck, and measure whether the truck is overweight; retrieve the data along the way of the truck, analyze and measure whether the truck has lost weight: calculate the total load of the road within the range of the road section for the set road section, and evaluate the traffic safety. The invention can monitor, classify and automatically detect whether the trucks covered by the smart light pole are overloaded or overrun, and realize off-site contact measurement technology through the smart light pole control center to monitor, detect and respond to the overrun and overloaded vehicles , can reduce on-site law enforcement by law enforcement officers, avoid and reduce time-consuming and laborious methods such as man-made vehicle blocking and fixed detection point detection, improve road safety, freight efficiency, and traffic management efficiency while reducing supervision costs and driver consumption.

Description

technical field [0001] The invention belongs to the technical field of smart light pole traffic control, and in particular relates to a vehicle detection device, method, system and electronic equipment of a smart light pole. Background technique [0002] Every year, traffic accidents caused by overrunning and overloading of trucks remain high, especially overloaded trucks such as muck trucks and dirt trucks on urban roads are hated by the general public. For a long time, the investigation and punishment of over-limit and overloaded vehicles has mainly relied on road law enforcement officers to stop vehicles, and set up fixed detection points and mobile detectors to detect and manage vehicles suspected of over-limit and overloading. Trucks such as muck trucks and dirt trucks in cities are mostly prohibited from driving during the day and can only work at night. The existing technology adopts traditional law enforcement operation forms such as artificially blocking vehicles, ...

AI Technical Summary

Problems solved by technology

The existing technology adopts traditional law enforcement operation forms such as artificially blocking vehicles, fixing monitoring points, setting mobile detectors for law enforcement vehicles, and setting weighing scales on expressways, which objectively increases the workload and difficulty of law enforcement, and also increases Due to the work intensity of the drivers, heavy and extremely serious traffic accidents due to overrunning and overloading occur from time to time, and repeated prohibitions

[0003] This traditional model can no longer meet the management requirements of the existing environmental governance overrun and overload problems

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