Urban Traffic Service Guidance System

Abstract

The invention discloses an urban traffic service induction system which comprises light band composite induction display modules, driver modules, an environment detection module, a network communication module, a service induction control module and a data storage module. The service induction control module is connected with the data storage module. The service induction control module is connected with the driver modules through the network communication module. The driver modules are connected with the light band composite induction display modules. The environment detection module is connected with the network communication module. The driver modules are connected with the light band composite induction display modules in a one-to-one mode. The service induction control module is connected with the driver modules in a one-to-many mode. The urban traffic service induction system helps a driver to quickly arrive at a destination through utilization of an induced screen, and avoids unnecessary running-around on roads. An environment detection portion is intelligentized, so the urban traffic service induction system reduces unnecessary electricity waste and is more favorable for energy conservation and environmental protection. Through adoption of a service induction control platform, the urban traffic service induction system relieves workload of working staff of a traffic management bureau and helps the working staff to better ease the traffic.

Description

technical field [0001] The invention relates to an urban traffic service guidance system, which is mainly used to better provide traffic guidance information for motor vehicle drivers. Background technique [0002] my country's technology in road traffic management is relatively mature, and it generally pays more attention to the research and application of intelligent traffic management. Relatively speaking, the development of research and application in the field of intelligent traffic services is relatively slow. It is in the preliminary exploration stage, so intelligent transportation service technology and service concept are increasingly prominent in intelligent transportation. [0003] The existing guidance screen road display is not intuitive enough, and the road name cannot be seen clearly at night; and the guidance screen can only intelligently and statically display the remaining parking spaces in several surrounding parking lots, and cannot intelligently provide t...

AI Technical Summary

Problems solved by technology

[0003] The existing guidance screen road display is not intuitive enough, and the road name cannot be seen clearly at night; and the guidance screen can only intelligently and statically display the remaining parking spaces in several surrounding parking lots, and cannot intelligently provide the remaining parking spaces in the parking lot, nor can it The network traffic status provides the best driving route. Since the remaining parking spaces in the parking lot and the best driving route are dynamically variable, when the driver drives to the next road segment and has not yet reached the destination, the target parking lot provided by the previous road segment may be at this time. The parking space is full, there is no vacant parking space, or the target parking lot remains the same, but the road network traffic conditions have changed significantly

[0004] Therefore, the existing urban traffic service guidance system and guidance screens have the following problems: 1) The road recognizability and guidance are weak, which is not convenient for drivers and passengers to quickly choose the route; Not visually intuitive; 3) The text is not clear, and the road names are unrecognizable in rainy weather and at night; 4) The real-time and dynamic performance is poor, and the real-time situation cannot be reflected in time according to the road conditions; 5) The entire system does not consider energy conservation, environmental protection, and fire safety sex