An Intelligent Traffic Light Courteous Pedestrian System

Abstract

The invention provides an intelligent traffic-light pedestrian-first system. The intelligent traffic-light pedestrian-first system comprises a light pole, a traffic light, a control box, a top sensitive plate and a bottom sensitive plate, wherein the traffic light is mounted at a terminal of the light pole, the control box is mounted at the bottom of the light pole and is connected with the traffic light, the top sensitive plate is mounted at the top end of the light pole, the bottom sensitive plate is mounted on the bottom surface close to the light pole and arranged at a side pavement start position, and the top sensitive plate and the bottom sensitive plate are connected to the control box and are made of materials capable of generating current while receiving light. The intelligent traffic-light pedestrian-first system has the advantages that by the aid of the top sensitive plate and the bottom sensitive plate, the top sensitive plate serves as a light benchmark, and through detection of light intensity of the bottom sensitive plate, the intelligentization defects of a pedestrian traffic light in the prior art can be remedied to a great extent.

Description

technical field [0001] The invention relates to an intelligent traffic light courtesy pedestrian system. Background technique [0002] In the prior art, most of the intelligent traffic lights for pedestrians are realized by gravity sensing, but relying solely on gravity sensing, no matter how optimized the algorithm is, it is difficult to avoid exceptions after all, such as children who are light and do not respond, or other heavy objects may be placed on them. wrong response, etc. Contents of the invention [0003] In order to solve the above-mentioned technical problems, the present invention provides an intelligent traffic light courtesy pedestrian system. The intelligent traffic light courtesy pedestrian system adopts the setting of the top photosensitive plate and the bottom photosensitive plate, takes the top photosensitive plate as the illumination reference, and detects the illumination of the bottom photosensitive plate. Strength, to a large extent, can make up f...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, most of the intelligent traffic lights for pedestrians are realized by gravity sensing, but relying solely on gravity sensing, no matter how optimized the algorithm is, it is difficult to avoid exceptions after all, such as children who are light and do not respond, or other heavy objects may be placed on them. wrong response, etc.

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