A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Multi-point elevator shaft construction lifting platform and construction method
The invention discloses a multi-point elevator shaft construction lifting platform and a construction method. The lifting platform comprises a constructed wall body, wherein more than two groups of wall-attached supports are symmetrically mounted on the constructed wall body; a climbing frame guide rail is mounted on each group of wall-attached supports; an electric hoist is mounted at the upper part of the constructed wall body; a hook of the electric hoist is connected with the lower end of each climbing frame guide rail; a main truss is fixedly connected between the tops of the climbing frame guide rails; a group of secondary trusses are vertically fixed on the main truss to form a truss platform; and an elevator shaft operation platform and an elevator shaft template assembly are suspended below the truss platform through steel wire ropes respectively. According to the multi-point elevator shaft construction lifting platform, the truss platform, the elevator shaft operation platform and an electric hoist lifting system are arranged to form a multi-point whole lifting system; and in a construction process, the multi-point whole lifting system can automatically climb through the electric hoist, so that the construction efficiency of an elevator shaft is improved, the manpower is saved and the construction time is shortened.
本发明公开了一种多点位电梯井施工提升平台及施工方法，该提升平台包括已施工墙体，在已施工墙体上对称地安装有两组以上的附墙支座，在每组附墙支座上安装有爬架导轨，在已施工墙体的上部安装有电动葫芦，且电动葫芦的挂钩与爬架导轨下端连接，在爬架导轨的顶部之间固定连接有主桁架，在主桁架上垂直地固定有一组次桁架，组成桁架平台，在桁架平台的下方通过钢丝绳分别悬挂有电梯井操作平台和电梯井模板组件。本发明通过布设桁架平台、电梯井操作平台和电动葫芦提升系统，形成多点位整体提升系统，施工过程中可以通过电动葫芦自动爬升，提高了电梯井的施工效率，节约了人工，缩短了施工时间。
Multi-point elevator shaft construction lifting platform and construction method
The invention discloses a multi-point elevator shaft construction lifting platform and a construction method. The lifting platform comprises a constructed wall body, wherein more than two groups of wall-attached supports are symmetrically mounted on the constructed wall body; a climbing frame guide rail is mounted on each group of wall-attached supports; an electric hoist is mounted at the upper part of the constructed wall body; a hook of the electric hoist is connected with the lower end of each climbing frame guide rail; a main truss is fixedly connected between the tops of the climbing frame guide rails; a group of secondary trusses are vertically fixed on the main truss to form a truss platform; and an elevator shaft operation platform and an elevator shaft template assembly are suspended below the truss platform through steel wire ropes respectively. According to the multi-point elevator shaft construction lifting platform, the truss platform, the elevator shaft operation platform and an electric hoist lifting system are arranged to form a multi-point whole lifting system; and in a construction process, the multi-point whole lifting system can automatically climb through the electric hoist, so that the construction efficiency of an elevator shaft is improved, the manpower is saved and the construction time is shortened.
本发明公开了一种多点位电梯井施工提升平台及施工方法，该提升平台包括已施工墙体，在已施工墙体上对称地安装有两组以上的附墙支座，在每组附墙支座上安装有爬架导轨，在已施工墙体的上部安装有电动葫芦，且电动葫芦的挂钩与爬架导轨下端连接，在爬架导轨的顶部之间固定连接有主桁架，在主桁架上垂直地固定有一组次桁架，组成桁架平台，在桁架平台的下方通过钢丝绳分别悬挂有电梯井操作平台和电梯井模板组件。本发明通过布设桁架平台、电梯井操作平台和电动葫芦提升系统，形成多点位整体提升系统，施工过程中可以通过电动葫芦自动爬升，提高了电梯井的施工效率，节约了人工，缩短了施工时间。
Multi-point elevator shaft construction lifting platform and construction method
一种多点位电梯井施工提升平台及施工方法
GUAN KAIJIAN (author) / SUN QINGCHEN (author) / YE WENJIE (author) / LI JIASHENG (author) / CHEN RONGLANG (author) / HU JUN (author) / YU WANGXIN (author)
2021-07-02
Patent
Electronic Resource
Chinese
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