Scenic area motor vehicle number overload control system

Abstract

Provided is a overloaded control system for vehicles in a scenic spot. The system comprises a statistic system for the vehicles placed at the boundary of the scenic spot utilizing for counting the number M1 of the motor vehicles in the scenic spot at that time; a control center system utilizing for receiving the motor vehicles number M1. A control signal is sent to traffic light controllers placed on the main road of the scenic spots and at the boundary of the scenic spot within 20km when M1 exceeds the maximum capacity threshold K of the vehicles in the scenic spot. In addition to the signal sent, the time of red lights along the scenic spot is prolonged while the time of the green lights along the scenic spot remains constant. By counting the number of motor vehicles in the scenic area and regulating the traffic light, the invention automatically delays the speed of the motor vehicle leading to the scenic area, and prevents the motor vehicle from pouring into the scenic area at short time, thus causing hidden trouble in safety. The present invention also through the statistics of the number of motor vehicles outside a scenic, scenic forecast after a certain period of time the number of motor vehicles, according to the predict results, regulate the corresponding mode of traffic lights, more precise and flexible.

Description

technical field [0001] The invention belongs to the technical field of information management, and in particular relates to an overload control system for motor vehicles in scenic spots. Background technique [0002] With economic development and social progress, tourism has become an important support for the national economy, and the number of tourists is large. But in our country, the current vacation system is not perfect, so most people can only travel on statutory holidays. At the same time, the number of motor vehicles in my country has increased sharply, and self-driving has become the first choice for traveling. However, since most scenic spots design the reception capacity according to the average number, the number of vehicles and tourists often far exceeds the reception capacity during holidays, which not only reduces the tourist experience, but also poses a great safety hazard. [0003] In this situation, the parking spaces in the scenic area are far from enou...

AI Technical Summary

Problems solved by technology

However, since most scenic spots design their reception capacity according to the average number, during holidays, the number of vehicles and tourists often far exceeds the reception capacity, which not only reduces the tourist experience, but also poses a great safety hazard

[0003] In this situation, the parking spaces in the scenic area are far from enough, the road leading to the scenic spot is extremely congested, and the vehicles stuck on the road do not know how long it will take to reach the scenic spot, and how the parking spaces in the scenic spot are. Queues, especially at intersections, often cause serious congestion and affect traffic in other directions

[0004] In the existing technology, on the one hand, the traffic police is used to guide the traffic, which brings a huge workload to the traffic police; on the other hand, the electronic screen is used to inform the traffic ahead, but there is no effective diversion measure

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