Traffic road monitoring system based on unmanned aerial vehicle monitoring

Abstract

The invention discloses a traffic road monitoring system based on unmanned aerial vehicle monitoring. According to the system, a plurality of fixed monitoring assemblies are respectively arranged at aplurality of intersections of urban traffic roads and are used for acquiring road surface monitoring video information A1 and uploading the video information A1; a mobile monitoring assembly is arranged on each main / trunk road of the urban traffic roads and used for acquiring road surface monitoring video information A2 of each main road and uploading the video information A2; a first unmanned aerial vehicle unit charging station is arranged on each street lamp pole and used for automatically charging a first unmanned aerial vehicle; a control center is in communication connection with the plurality of fixed monitoring assemblies and the plurality of mobile monitoring assemblies. By mutual cooperation of the plurality of fixed monitoring assemblies and the plurality of mobile monitoring assemblies and the seamless connection of monitoring video information acquisition, monitoring dead angles of the urban traffic roads are effectively reduced, and monitoring quality is improved.

Description

technical field [0001] The invention relates to the technical field of closed-circuit monitoring, in particular to a traffic road monitoring system using unmanned aerial vehicle monitoring. Background technique [0002] The closed-circuit monitoring system of existing urban traffic roads mostly sets monitoring points at key places and intersections of urban traffic roads and installs fixed front-end video and audio acquisition equipment to obtain video images and monitor them through various methods (optical fiber, dedicated line) etc.) to the traffic command center for storage, processing and release of information, so that traffic command and management personnel can make timely and accurate judgments on traffic violations, traffic jams, traffic accidents and other emergencies, and adjust various systems accordingly Control parameters and command and dispatch strategy. [0003] However, often because monitoring points are only set at key places and intersections, and the ...

AI Technical Summary

Problems solved by technology

[0003] However, often because monitoring points are only set at key places and intersections, and the video monitoring range of fixed video acquisition equipment is limited, there are many monitoring dead spots in urban traffic roads, even two adjacent roads on the main road. There may also be monitoring blind spots between monitoring points. Therefore, the existing road surface monitoring system cannot fully and meticulously grasp the road traffic conditions of urban traffic roads.

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