Vehicle overrun and overload real-time monitoring method

Abstract

The invention discloses a vehicle overrun and overload real-time monitoring method, which monitors the overrun and overload conditions of a vehicle in real time through using a vehicle overrun and overload monitoring system. The vehicle overrun and overload monitoring system comprises a management server arranged at a control center and a vehicle information acquisition unit arranged at a monitoring point, when the vehicle passes through a monitoring point, the vehicle information acquisition unit acquires license plate image information of the vehicle, contour image information of the vehicleand weight and axle number data of the vehicle and sends the information to the management server; and the management server receives the data and the image information, judges whether the vehicle isoverrun and overloaded or not, generates an electronic ticket and sends the electronic ticket to the mobile terminal of the owner of the vehicle if the judgment result is that the vehicle is overrunand overloaded. According to the vehicle overrun and overload real-time monitoring method, the overrun and overload conditions of the vehicle are monitored in real time through the vehicle overrun andoverload monitoring system, and the overrun and overload conditions of the vehicle can be efficiently supervised.

Description

technical field [0001] The invention relates to a real-time monitoring method for vehicle overloading. Background technique [0002] Overrun means that the loading of the car exceeds the limit value of the road, and overload means that when the car is loaded with goods, it exceeds the rated load of the car, which is common in trucks and passenger cars. The study found that overloading of vehicles seriously damaged the road infrastructure. Because the load of overloaded and overloaded vehicles far exceeds the design load of roads and bridges, the road surface is damaged, the bridge is broken, and the service life is greatly shortened; the vehicle is overloaded, the mass increases and the inertia increases, and the braking distance increases. increase. If it is seriously overloaded, it will cause accidents such as tire blowout, sudden deviation, brake failure, and rollover due to excessive tire load and excessive deformation. In addition, overloading will also affect the st...

AI Technical Summary

Problems solved by technology

If it is seriously overloaded, it will cause tire blowout, sudden deviation, brake failure, rollover and other accidents due to excessive tire load and deformation.

In addition, overloading will also affect the steering performance of the vehicle, and it is easy to cause accidents due to loss of steering control.

In addition, because the vehicles after overloading cannot reach the normal speed, they occupy the lane for a long time, which directly affects the smooth flow of the road.

At present, the workload and difficulty of the government's governance of over-limit and overload are increasing. The current governance of over-limit and overload mainly adopts traditional methods such as manual governance, setting up cards and heavy fines, but this type of method is difficult to achieve results, and the supervision efficiency is low.

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