Non-stop detection system for highway bridge based on Internet of Things

Abstract

The invention discloses a non-stop detection system for a highway bridge based on the Internet of Things and belongs to the technical field of non-stop detection for highway bridges. The invention discloses the non-stop detection system for the highway bridge based on the Internet of Things. An automatic weighing system with a sunken weighing platform and a sunken transfer area are arranged at a main line toll station, when a coming vehicle runs to the sunken weighing platform, the sunken weighing platform weighs the coming vehicle, when the weight exceeds a weight limit threshold value, a control center drives a control arm to enable the sunken weighing platform to sink into the sunken transfer area, and an overloaded vehicle leaves the sunken weighing platform and unloads or transfers passengers in the sunken transfer area. A barrier-free linkage warning mechanism warns a next coming vehicle, the sunken weighing platform moves upwards to carry out weighing detection on the next vehicle, the up-and-down distribution of non-overloaded vehicles and overloaded vehicles can be achieved, the occupied area is effectively saved, overloaded goods and passengers can be transferred in time,the detection efficiency and the traffic smoothness are effectively improved, and the traffic jam is relieved.

Description

technical field [0001] The invention relates to the technical field of non-stop detection for road bridges, and more specifically, to a non-stop detection system for road bridges based on the Internet of Things. Background technique [0002] Roads or bridges or tunnels in many countries in the world are tolled, and only a few countries' roads or bridges or tunnels are free for some vehicles. There are three ways to charge roads or bridges or tunnels in the world: the first is manual toll collection; the second is unattended coin toll collection; the third is unattended automatic toll collection without parking. The two charging methods of manual toll collection and coin-operated toll collection force every high-speed car to stop and pay the toll, which leads to the inefficiency of toll collection on roads, bridges or tunnels, and seriously affects the traffic efficiency of roads, bridges or tunnels and the smooth flow of cars Unimpeded, at the same time, the amount of gasol...

AI Technical Summary

Problems solved by technology

However, because the existing non-stop detection system does not consider the separation and merging of vehicles after weighing, the overloaded vehicles and non-overloaded vehicles cannot be separated smoothly, which will easily lead to traffic jams, and it is difficult to transfer the overloaded people and objects of overloaded vehicles in time. Trouble with both traffic and transport

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