An intelligent signal control method for passively prioritizing pedestrians comprises the following steps that 1, inputting preset initial green light time of each phase, and detecting whether vehicles pass through corresponding lanes or not and corresponding conditions of traffic flow through a vehicle detector; 2, sequentially operating each phase, prolonging the green light time on the basis ofincreasing the initial green light time of the motor vehicle of the corresponding lane when a continuous vehicle passes through, and entering the next phase according to the initial green light timeif no traffic flow passes through; and 3, setting the maximum green light time of each phase, entering an indicator light changing stage under any condition after the maximum green light time is reached, obtaining induction signal parameters in real time, preparing to enter the next phase, and continuing to repeat the operation above in the next phase. The method can guarantee the rights and interests of pedestrians at the intersection, completely meets the passing demands of motor vehicles in the peak period and the flat peak period, and also adapts to the condition where the traffic volume fluctuation of the motor vehicles is large.

    一种行人被动优先的智能信号控制方法,包括如下步骤:步骤一:输入每个相位预设的初始绿灯时间,通过车辆检测器检测是否有车辆从对应车道通过以及车流的相应情况;步骤二:依次运行每个相位,当有持续车辆通过时增加对应车道的机动车初始绿灯时间的基础上延长绿灯时间,若无车流通行则以初始绿灯时间进入下一相位;步骤三:每个相位均设置相位最大绿灯时间,当到达最大绿灯时间后,无论是什么情况都应进入指示灯变换阶段,并实时获取感应信号参数,准备进入下一个相位,下一相位继续重复上述操作。本发明能够保证了行人在交叉口处的权益,并且完全满足机动车高峰期和平峰期的通行需求,也同时适应机动车交通量波动大的情况。


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    Title :

    Intelligent signal control method for passively prioritizing pedestrians


    Additional title:

    一种行人被动优先的智能信号控制方法


    Contributors:
    MOU ZHENHUA (author) / LI XIANG (author) / YAN KANGLI (author) / SHEN DONGFU (author) / LI KEPENG (author)

    Publication date :

    2020-10-27


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    G08G Anlagen zur Steuerung, Regelung oder Überwachung des Verkehrs , TRAFFIC CONTROL SYSTEMS



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