Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Steel structure type cantilever support applied to high-rise building
A steel structure type overhanging support applied to a high-rise building comprises an upper supporting beam, the upper supporting beam comprises transverse angle iron, a plurality of longitudinal overhanging I-shaped steel is fixed to the outer side wall of the angle iron, a plurality of vertical steel supporting columns abut against the bottom face of the inner side of the angle iron, and inclined supporting frames are arranged on the positions, between the adjacent steel supporting columns, of the angle iron. The inclined supporting frame comprises an inclined first square pipe, the upper end of the main square pipe is inserted between two vertical supporting plates, the supporting plates are welded and fixed to angle iron, the upper end of the first square pipe is hinged to the supporting plates through bolt assemblies, and inclined second square pipes are hinged to the middle portion and the lower portion of the first square pipe through bolt assemblies. According to the cantilever support, the I-shaped steel serves as a supporting body, but the I-shaped steel is arranged between the floors of the high-rise building through the supporting frames and the steel supporting columns, and the cantilever support is convenient to install, small in safety risk and convenient to disassemble, recycle and reuse.
一种应用高层建筑上的钢构式悬挑支架，包括上支撑梁，上支撑梁包括横向的角铁，角铁的外侧壁上固定有若干纵向的悬挑工字钢，角铁的内侧底面上抵靠有若干竖向的钢支撑柱，相邻的钢支撑柱之间的角铁上设有斜支撑架，斜支撑架包括斜置的第一方管，主方管的上端插设在两块竖向的支撑板之间，支撑板焊接固定在角铁上，第一方管的上端通过螺栓组件和支撑板相铰接在一起，第一方管的中、下部通过螺栓组件铰接有斜置的第二方管。本设计的悬挑支架用于支撑的主体为工字钢，但工字钢是通过支撑架和钢支撑柱设置在高层建筑的楼层之间，其安装方便，安全风险小，而且还便于拆卸回收重复使用。
Steel structure type cantilever support applied to high-rise building
A steel structure type overhanging support applied to a high-rise building comprises an upper supporting beam, the upper supporting beam comprises transverse angle iron, a plurality of longitudinal overhanging I-shaped steel is fixed to the outer side wall of the angle iron, a plurality of vertical steel supporting columns abut against the bottom face of the inner side of the angle iron, and inclined supporting frames are arranged on the positions, between the adjacent steel supporting columns, of the angle iron. The inclined supporting frame comprises an inclined first square pipe, the upper end of the main square pipe is inserted between two vertical supporting plates, the supporting plates are welded and fixed to angle iron, the upper end of the first square pipe is hinged to the supporting plates through bolt assemblies, and inclined second square pipes are hinged to the middle portion and the lower portion of the first square pipe through bolt assemblies. According to the cantilever support, the I-shaped steel serves as a supporting body, but the I-shaped steel is arranged between the floors of the high-rise building through the supporting frames and the steel supporting columns, and the cantilever support is convenient to install, small in safety risk and convenient to disassemble, recycle and reuse.
一种应用高层建筑上的钢构式悬挑支架，包括上支撑梁，上支撑梁包括横向的角铁，角铁的外侧壁上固定有若干纵向的悬挑工字钢，角铁的内侧底面上抵靠有若干竖向的钢支撑柱，相邻的钢支撑柱之间的角铁上设有斜支撑架，斜支撑架包括斜置的第一方管，主方管的上端插设在两块竖向的支撑板之间，支撑板焊接固定在角铁上，第一方管的上端通过螺栓组件和支撑板相铰接在一起，第一方管的中、下部通过螺栓组件铰接有斜置的第二方管。本设计的悬挑支架用于支撑的主体为工字钢，但工字钢是通过支撑架和钢支撑柱设置在高层建筑的楼层之间，其安装方便，安全风险小，而且还便于拆卸回收重复使用。
Steel structure type cantilever support applied to high-rise building
一种应用高层建筑上的钢构式悬挑支架
GU WENQIANG (Autor:in) / YU WEIQING (Autor:in) / ZHOU WEI (Autor:in) / TONG HONGWEI (Autor:in) / DONG ZHIJIAN (Autor:in) / JIN YUEREN (Autor:in) / LI KAI (Autor:in)
28.07.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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