Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Cantilever bailey truss mounting method under condition of no heavy hoisting equipment
The invention discloses a method for mounting a cantilever bailey truss under the condition of no heavy hoisting equipment. A plurality of metal sliding pads are sequentially mounted on a building floor slab structure at intervals in the bailey truss mounting direction; a plurality of bailey trusses are assembled above the metal sliding pads, inverted-U-shaped metal hoops are installed on the metal sliding pads away from the free face, external force is applied to the ends, away from the free face, of the bailey trusses, and the bailey trusses are pushed to move to the cantilever length in the free installation direction in sequence; and the bailey truss remaining on the metal sliding pad is anchored on the metal sliding pad through a fastener, and then installation is completed. According to the cantilever bailey truss installation method, the large bailey truss is installed on the free face on the floor structure in a sliding mode, the danger of high-altitude hoisting operation can be avoided, and meanwhile the problem of installation of the cantilever bailey truss under the condition that no heavy hoisting equipment exists can be effectively solved.
本发明公开一种无重型吊装设备条件下悬挑贝雷架安装方法，在建筑楼板结构上沿贝雷架安装方向依次间隔安装有若干金属滑动垫；在若干所述金属滑动垫上方拼装若干数量的贝雷架，在远离临空面的所述金属滑动垫上安装倒U形的金属箍，在远离临空面的所述贝雷架的端部施加外力，推动所述贝雷架依次向临空安装的方向移动至悬挑长度；将留存在所述金属滑动垫上的贝雷架通过紧固件锚固在所述金属滑动垫上，即完成安装。本悬挑贝雷架安装方法通过在楼板结构上采取滑移的方式将大型的贝雷架安装至临空面，能够避免高空吊装作业的危险，同时能够有效解决无重型起吊设备情况下悬挑贝雷架的安装问题。
Cantilever bailey truss mounting method under condition of no heavy hoisting equipment
The invention discloses a method for mounting a cantilever bailey truss under the condition of no heavy hoisting equipment. A plurality of metal sliding pads are sequentially mounted on a building floor slab structure at intervals in the bailey truss mounting direction; a plurality of bailey trusses are assembled above the metal sliding pads, inverted-U-shaped metal hoops are installed on the metal sliding pads away from the free face, external force is applied to the ends, away from the free face, of the bailey trusses, and the bailey trusses are pushed to move to the cantilever length in the free installation direction in sequence; and the bailey truss remaining on the metal sliding pad is anchored on the metal sliding pad through a fastener, and then installation is completed. According to the cantilever bailey truss installation method, the large bailey truss is installed on the free face on the floor structure in a sliding mode, the danger of high-altitude hoisting operation can be avoided, and meanwhile the problem of installation of the cantilever bailey truss under the condition that no heavy hoisting equipment exists can be effectively solved.
本发明公开一种无重型吊装设备条件下悬挑贝雷架安装方法，在建筑楼板结构上沿贝雷架安装方向依次间隔安装有若干金属滑动垫；在若干所述金属滑动垫上方拼装若干数量的贝雷架，在远离临空面的所述金属滑动垫上安装倒U形的金属箍，在远离临空面的所述贝雷架的端部施加外力，推动所述贝雷架依次向临空安装的方向移动至悬挑长度；将留存在所述金属滑动垫上的贝雷架通过紧固件锚固在所述金属滑动垫上，即完成安装。本悬挑贝雷架安装方法通过在楼板结构上采取滑移的方式将大型的贝雷架安装至临空面，能够避免高空吊装作业的危险，同时能够有效解决无重型起吊设备情况下悬挑贝雷架的安装问题。
Cantilever bailey truss mounting method under condition of no heavy hoisting equipment
一种无重型吊装设备条件下悬挑贝雷架安装方法
27.10.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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