Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Supporting device for lifting long-stroke overrun cantilever climbing frame and construction method of supporting device
The invention discloses a supporting device for lifting a long-stroke overrun cantilever climbing frame and a construction method of the supporting device. The supporting device comprises a force bearing column (1), a bottom fixing assembly, an energy dissipation damping pull rod (2) and a top tying assembly. A first mounting piece (31) and a second mounting piece (32) are pre-buried on the floor beam plate (3), and the bottom fixing assembly is arranged at the bottom of the bearing column, so that the bearing column is vertically mounted on the floor beam plate through the bottom fixing assembly via the first mounting piece; a wall-attached support (41) is mounted at the top of the bearing column, so that the climbing frame is connected with the bearing column through the wall-attached support; the top pulling assembly is arranged at the top of the bearing column, one ends of the energy dissipation damping pull rods are connected with the top of the bearing column through the top pulling assembly, and the other ends of the energy dissipation damping pull rods are pulled to the floor beam plate (3) through the second installation pieces. Attachment conditions of the climbing frame can be provided through the supporting device, the vertical cantilever stroke of the climbing frame is shortened, overrun of a cantilever of the climbing frame is avoided, and the use safety of the climbing frame is improved.
本发明公开了一种长行程超限悬臂爬架提升的支撑装置及其施工方法，该支撑装置包括承力柱(1)、底部固定组件、耗能阻尼拉杆(2)和顶部拉结组件；楼层梁板(3)上预埋有第一安装件(31)和第二安装件(32)，底部固定组件设在承力柱底部，使承力柱通过底部固定组件经第一安装件竖直装在楼层梁板上；承力柱顶部装有附墙支座(41)，使爬架通过附墙支座与承力柱连接；顶部拉结组件设在承力柱顶部，若干根耗能阻尼拉杆一端通过顶部拉结组件与承力柱顶部连接，另一端通过若干个第二安装件拉结在楼层梁板(3)上。本发明能通过支撑装置提供爬架的附着条件，缩短爬架的竖向悬臂行程，避免爬架悬臂超限，提高爬架的使用安全性。
Supporting device for lifting long-stroke overrun cantilever climbing frame and construction method of supporting device
The invention discloses a supporting device for lifting a long-stroke overrun cantilever climbing frame and a construction method of the supporting device. The supporting device comprises a force bearing column (1), a bottom fixing assembly, an energy dissipation damping pull rod (2) and a top tying assembly. A first mounting piece (31) and a second mounting piece (32) are pre-buried on the floor beam plate (3), and the bottom fixing assembly is arranged at the bottom of the bearing column, so that the bearing column is vertically mounted on the floor beam plate through the bottom fixing assembly via the first mounting piece; a wall-attached support (41) is mounted at the top of the bearing column, so that the climbing frame is connected with the bearing column through the wall-attached support; the top pulling assembly is arranged at the top of the bearing column, one ends of the energy dissipation damping pull rods are connected with the top of the bearing column through the top pulling assembly, and the other ends of the energy dissipation damping pull rods are pulled to the floor beam plate (3) through the second installation pieces. Attachment conditions of the climbing frame can be provided through the supporting device, the vertical cantilever stroke of the climbing frame is shortened, overrun of a cantilever of the climbing frame is avoided, and the use safety of the climbing frame is improved.
本发明公开了一种长行程超限悬臂爬架提升的支撑装置及其施工方法，该支撑装置包括承力柱(1)、底部固定组件、耗能阻尼拉杆(2)和顶部拉结组件；楼层梁板(3)上预埋有第一安装件(31)和第二安装件(32)，底部固定组件设在承力柱底部，使承力柱通过底部固定组件经第一安装件竖直装在楼层梁板上；承力柱顶部装有附墙支座(41)，使爬架通过附墙支座与承力柱连接；顶部拉结组件设在承力柱顶部，若干根耗能阻尼拉杆一端通过顶部拉结组件与承力柱顶部连接，另一端通过若干个第二安装件拉结在楼层梁板(3)上。本发明能通过支撑装置提供爬架的附着条件，缩短爬架的竖向悬臂行程，避免爬架悬臂超限，提高爬架的使用安全性。
Supporting device for lifting long-stroke overrun cantilever climbing frame and construction method of supporting device
长行程超限悬臂爬架提升的支撑装置及其施工方法
WANG HUAPING (Autor:in) / GU LI (Autor:in) / LIU TAO (Autor:in) / MA JUN (Autor:in) / LI XINYANG (Autor:in) / WANG MENG (Autor:in) / WANG LEI (Autor:in)
03.05.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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