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A platform for research: civil engineering, architecture and urbanism
Deformation joint node structure between elevated lane and station building for high-speed rail station building
The invention discloses a deformation joint node structure between an elevated lane and a station building for a high-speed rail station building, which comprises an elevated lane structural beam, one side of the top of the elevated lane structural beam is fixedly connected with an elevated lane structural plate, the top of the elevated lane structural beam is provided with a deformation joint, the surface of the deformation joint is connected with a cantilever plate, and the cantilever plate is fixedly connected with the elevated lane structural beam. One end of the cantilever plate is connected to one side of the station building structural beam, the other side of the top of the station building structural beam is fixedly connected with a station building structural plate, a station building curtain wall is installed on the top of the station building structural beam, and the inner side of the elevated lane structural beam is fixedly connected with a cantilever drainage ditch. According to the deformation joint node structure between the elevated lane and the station building for the high-speed rail station building, the overhanging plate is arranged on the station building structural beam and overhung to the position above the elevated lane beam, so that a glass door at an entrance of the station building is still located above a station building structural unit after being opened, the situation of crossing a deformation joint is avoided, and the safety of the glass door is protected.
本发明公开了用于高铁站房的高架车道与站房之间的变形缝节点构造，包括：高架车道结构梁，所述高架车道结构梁的顶部一侧固定连接有高架车道结构板，所述高架车道结构梁的顶部设置有变形缝，所述变形缝的表面连接有悬挑板，所述悬挑板的一端连接在站房结构梁的一侧，所述站房结构梁的顶部另一侧固定连接有站房结构板，且站房结构梁顶部安装有站房幕墙，所述高架车道结构梁的内侧固定连接有悬挑排水沟。该用于高铁站房的高架车道与站房之间的变形缝节点构造，通过在站房结构梁上生根，设置悬挑板，外挑至高架车道梁的上方，使得站房入口的玻璃门开启后仍位于站房结构单元的上方，避免了跨越变形缝的情况，保护了玻璃门的安全。
Deformation joint node structure between elevated lane and station building for high-speed rail station building
The invention discloses a deformation joint node structure between an elevated lane and a station building for a high-speed rail station building, which comprises an elevated lane structural beam, one side of the top of the elevated lane structural beam is fixedly connected with an elevated lane structural plate, the top of the elevated lane structural beam is provided with a deformation joint, the surface of the deformation joint is connected with a cantilever plate, and the cantilever plate is fixedly connected with the elevated lane structural beam. One end of the cantilever plate is connected to one side of the station building structural beam, the other side of the top of the station building structural beam is fixedly connected with a station building structural plate, a station building curtain wall is installed on the top of the station building structural beam, and the inner side of the elevated lane structural beam is fixedly connected with a cantilever drainage ditch. According to the deformation joint node structure between the elevated lane and the station building for the high-speed rail station building, the overhanging plate is arranged on the station building structural beam and overhung to the position above the elevated lane beam, so that a glass door at an entrance of the station building is still located above a station building structural unit after being opened, the situation of crossing a deformation joint is avoided, and the safety of the glass door is protected.
本发明公开了用于高铁站房的高架车道与站房之间的变形缝节点构造，包括：高架车道结构梁，所述高架车道结构梁的顶部一侧固定连接有高架车道结构板，所述高架车道结构梁的顶部设置有变形缝，所述变形缝的表面连接有悬挑板，所述悬挑板的一端连接在站房结构梁的一侧，所述站房结构梁的顶部另一侧固定连接有站房结构板，且站房结构梁顶部安装有站房幕墙，所述高架车道结构梁的内侧固定连接有悬挑排水沟。该用于高铁站房的高架车道与站房之间的变形缝节点构造，通过在站房结构梁上生根，设置悬挑板，外挑至高架车道梁的上方，使得站房入口的玻璃门开启后仍位于站房结构单元的上方，避免了跨越变形缝的情况，保护了玻璃门的安全。
Deformation joint node structure between elevated lane and station building for high-speed rail station building
用于高铁站房的高架车道与站房之间的变形缝节点构造
LIU CHUANPING (author) / WANG KAIFU (author) / WU YITAO (author) / KAN HAOSHENG (author) / ZHANG HUIFENG (author) / HUANG BANGXIN (author) / ZHAI JIEQUN (author) / ZHANG ZHIBIN (author) / ZENG LINGFU (author) / YING LIANGLIANG (author)
2024-03-08
Patent
Electronic Resource
Chinese
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