The invention discloses a full-automatic barrier-free cab apron for a subway platform, and relates to the technical field of subway cab aprons, the first end of a conveying element is rotatably connected to one side of the upper end of a shell, the second end of the conveying element is arranged close to a platform door and can stretch out and draw back, and a lifting element is arranged close to the lower end of the second end of the conveying element; the distance detection element is used for detecting the distance and the height difference between the second end of the conveying element and the inner bottom face of the subway carriage, and the distance detection element can control the lifting element to drive the second end of the conveying element to ascend to be flush with the inner bottom face of the subway carriage and enable the second end of the conveying element to extend to the subway carriage. The gravity detection element is located at the first end of the conveying element, and when the gravity detection element detects that passengers pass, the gravity detection element can control the conveying element to rotate and assist the passengers in entering the subway carriage through the platform door. The device can adapt to different height differences between the platform and the subway carriage, and barrier-free transition is safely, quickly and automatically provided for people having difficulty in moving.

    本发明公开了一种地铁站台全自动无障碍渡板,涉及地铁渡板技术领域,传送元件的第一端转动连接于壳体上端的一侧,传送元件的第二端靠近站台门设置并能够伸缩,升降元件靠近传送元件的第二端下端设置,距离检测元件用于检测传送元件的第二端与地铁车厢内底面之间的距离和高度差,且距离检测元件能够控制升降元件带动传送元件的第二端上升至与地铁车厢内底面平齐,以及使传送元件的第二端延伸至地铁车厢处,重力检测元件位于传送元件的第一端处,且重力检测元件检测到乘客经过时,能够控制传送元件转动,并辅助乘客经站台门进入地铁车厢内。本发明能够适应站台与地铁车厢之间的不同高度差,安全、快捷地为行动不便者自动提供无障碍过渡。


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    Title :

    Full-automatic barrier-free cab apron for subway platform


    Additional title:

    一种地铁站台全自动无障碍渡板


    Contributors:
    XU YANQI (author) / ZHU HAIYAN (author) / LIU ZHIGANG (author) / QIAO ZHI (author) / XUAN LINQI (author) / SHI ZHANWANG (author)

    Publication date :

    2024-10-01


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B61B RAILWAY SYSTEMS , Eisenbahnanlagen



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