Novel road fork management system

Abstract

The invention discloses a novel road fork management system, and the system comprises a system background control center, a video collection system in remote connection with the system background control center, and traffic lights in remote connection with the system background control center. The video collection system comprises a plurality of monitoring probes, and the monitoring probes respectively irradiate vehicles running at different forks of a road. The traffic lights comprise a plurality of steering lights which are provided with laser heads, wherein the laser heads projects steering laser identifications to the road surface. The video collection system and the traffic lights are respectively disposed on a traffic light suspension arm, and the traffic light suspension arm extends to be fixedly connected to a signal lamp pole in a vertical manner. The interior of the signal lamp pole is provided with a laser head, and the laser head irradiates zebra crossings on the road through a through hole on the wall of the signal lamp pole, thereby forming red laser light strips perpendicular to the zebra crossings. The system can indicate the running direction and warning parking distance at the fork of the road visually and clearly, reduces the workload of traffic police, and reduces the occurrence rate of traffic accidents and congestion at the road segments with a plurality of forks.

Description

technical field [0001] The invention relates to the field of road traffic management, in particular to a novel road fork management system. Background technique [0002] With the development of science and technology, there are more and more vehicles driving on the roads, resulting in increasing pressure and difficulty in road traffic management. [0003] Especially for some roads with many forks, there are many lanes set up, the driving routes of vehicles are complicated, and the straight routes and left and right turning routes intersect each other, resulting in road traffic jams. At this time, manual diversion is required, which virtually increases the work of road traffic police. volume and dispatch pressure. At the same time, the traffic lights set on roads with many forks often have multiple orientations, and the orientation of signal lights with small angles will make it easy for drivers in adjacent lanes to misjudge and drive on the wrong route, which virtually incr...

AI Technical Summary

Problems solved by technology

[0003] Especially for some roads with many forks, there are many lanes set up, the driving routes of vehicles are complicated, and the straight routes and left and right turning routes intersect each other, resulting in road traffic jams. At this time, manual diversion is required, which virtually increases the work of road traffic police. volume and alarm pressure

At the same time, the traffic lights set on roads with many forks often have multiple orientations, and the orientation of signal lights with small angles will make it easy for drivers in adjacent lanes to misjudge and drive on the wrong route, which virtually increases traffic accidents. Incidence and Traffic Jam Incidence