Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Staircase multifunctional slidable hanging frame and construction method thereof
The invention relates to a staircase multifunctional slidable hanging frame and a construction method thereof. The slidable hanging frame is installed in a main body structure core tube and comprises a hanging frame body, bearing I-shaped steel, walkway plates, a horizontal protective net and a vertical face protective net, the bearing I-shaped steel is fixed to the bottom of a building machine bailey truss platform, the hanging frame body is installed below the bearing I-shaped steel and is in sliding fit with the bearing I-shaped steel, the plurality of layers of walkway plates are arranged on the hanging frame body, the walkway plates are fixed on a cross beam of the hanging frame body, the horizontal protective net is arranged at the bottom of the hanging frame body, and the vertical face protective net is arranged on the side face of the hanging frame body. The hanging frame can move in the axial direction of the bearing I-shaped steel, and construction of all core tube aluminum forms is considered; an upper walkway plate and a lower walkway plate are arranged, the heights of the hanging frame and the walkway plates can be freely combined, and it is guaranteed that operators can conveniently carry out assembly and disassembly on the aluminum forms and back ridges; and recyclable vertical face and horizontal face protection is provided, and therefore personnel and objects are prevented from falling into the core tube, and the hoisting operation of the core tube is not affected.
本发明涉及一种楼梯间多功能可滑移挂架及其施工方法，可滑移挂架安装在主体结构核心筒内，包括挂架架体、承载工字钢、走道板、水平防护网和立面防护网，所述承载工字钢固定在造楼机贝雷架平台底部，所述挂架架体安装在所述承载工字钢下方并与承载工字钢滑动配合，所述挂架架体上设有多层走道板，所述走道板固定在挂架架体的横梁上，所述挂架架体底部设有水平防护网，所述挂架架体侧面设有立面防护网。本发明挂架可沿承载工字钢轴向移动，兼顾所有核心筒铝模施工；设置上下两步走道板，可自由组合挂架及走道板高度，确保作业人员可方便进行铝模及背楞的安拆；提供可回收的立面及水平面防护，防止人员及物品坠落核心筒且不影响核心筒吊装作业。
Staircase multifunctional slidable hanging frame and construction method thereof
The invention relates to a staircase multifunctional slidable hanging frame and a construction method thereof. The slidable hanging frame is installed in a main body structure core tube and comprises a hanging frame body, bearing I-shaped steel, walkway plates, a horizontal protective net and a vertical face protective net, the bearing I-shaped steel is fixed to the bottom of a building machine bailey truss platform, the hanging frame body is installed below the bearing I-shaped steel and is in sliding fit with the bearing I-shaped steel, the plurality of layers of walkway plates are arranged on the hanging frame body, the walkway plates are fixed on a cross beam of the hanging frame body, the horizontal protective net is arranged at the bottom of the hanging frame body, and the vertical face protective net is arranged on the side face of the hanging frame body. The hanging frame can move in the axial direction of the bearing I-shaped steel, and construction of all core tube aluminum forms is considered; an upper walkway plate and a lower walkway plate are arranged, the heights of the hanging frame and the walkway plates can be freely combined, and it is guaranteed that operators can conveniently carry out assembly and disassembly on the aluminum forms and back ridges; and recyclable vertical face and horizontal face protection is provided, and therefore personnel and objects are prevented from falling into the core tube, and the hoisting operation of the core tube is not affected.
本发明涉及一种楼梯间多功能可滑移挂架及其施工方法，可滑移挂架安装在主体结构核心筒内，包括挂架架体、承载工字钢、走道板、水平防护网和立面防护网，所述承载工字钢固定在造楼机贝雷架平台底部，所述挂架架体安装在所述承载工字钢下方并与承载工字钢滑动配合，所述挂架架体上设有多层走道板，所述走道板固定在挂架架体的横梁上，所述挂架架体底部设有水平防护网，所述挂架架体侧面设有立面防护网。本发明挂架可沿承载工字钢轴向移动，兼顾所有核心筒铝模施工；设置上下两步走道板，可自由组合挂架及走道板高度，确保作业人员可方便进行铝模及背楞的安拆；提供可回收的立面及水平面防护，防止人员及物品坠落核心筒且不影响核心筒吊装作业。
Staircase multifunctional slidable hanging frame and construction method thereof
一种楼梯间多功能可滑移挂架及其施工方法
ZHANG PENG (Autor:in) / QI CONGYUE (Autor:in) / WANG HUOHUA (Autor:in) / QIAN SHIQING (Autor:in) / ZHOU HONGWEI (Autor:in) / GONG WENTAO (Autor:in) / LI MING (Autor:in) / LIU HANWEN (Autor:in) / XU GUOWEI (Autor:in) / LIU HENG (Autor:in)
01.10.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste