A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of high and large cornice aluminum plate curtain wall
The invention relates to a construction method of a tall and large cornice aluminum plate curtain wall. The construction method comprises the steps of (1) preliminarily installing the framework, (2) installing the hanging basket assembly, (3) assembling the aluminum gusset plate assembly on the ground, (4) installing the aluminum gusset plate assembly below the cornice, and (5) installing the corresponding aluminum gusset plate assembly on the top of the framework after the hanging basket assembly is dismantled. The construction method does not depend on a scaffold, the construction cost is reduced, and the construction period is shortened. The construction method depends on two lifting points formed by a steel wire rope B and a steel wire rope C on an aluminum gusset plate assembly, so that the rear end of the aluminum gusset plate assembly tilts towards a self-control lifting hanging basket, and constructors on the self-control lifting hanging basket are facilitated to lift the rear end of the aluminum gusset plate assembly; a constructor on the self-control lifting hanging basket operates the rear end of the aluminum gusset plate assembly, so that the rear end of the aluminum gusset plate assembly abuts against an embedded plate of the outer wall of the building; the steel wire rope B and the steel wire rope C are matched with each other, so that the aluminum gusset plate assembly is buckled on the framework from bottom to top, and constructors can conveniently construct.
本发明涉及一种高大挑檐铝板幕墙的施工方法；该施工方法包括①初步安装骨架、②安装吊篮组件、③在地面组装铝扣板组件、④安装挑檐下方的铝扣板组件、⑤拆除吊篮组件后，在骨架顶部进行安装相应的铝扣板组件。本发明提供了一种可以不依赖脚手架的施工方法，降低施工成本，节省施工周期。该施工方法依赖于钢丝绳乙、钢丝绳丙对铝扣板组件形成的两个吊点，使铝扣板组件后端向自控升降吊篮翘起，有利于自控升降吊篮上的施工人员铝扣板组件的后端；自控升降吊篮上的施工人员操作铝扣板组件后端，使铝扣板组件后端抵在建筑物外墙的预埋板上；钢丝绳乙、钢丝绳丙相互配合，使铝扣板组件从下而上扣合在骨架上，便于施工人员施工。
Construction method of high and large cornice aluminum plate curtain wall
The invention relates to a construction method of a tall and large cornice aluminum plate curtain wall. The construction method comprises the steps of (1) preliminarily installing the framework, (2) installing the hanging basket assembly, (3) assembling the aluminum gusset plate assembly on the ground, (4) installing the aluminum gusset plate assembly below the cornice, and (5) installing the corresponding aluminum gusset plate assembly on the top of the framework after the hanging basket assembly is dismantled. The construction method does not depend on a scaffold, the construction cost is reduced, and the construction period is shortened. The construction method depends on two lifting points formed by a steel wire rope B and a steel wire rope C on an aluminum gusset plate assembly, so that the rear end of the aluminum gusset plate assembly tilts towards a self-control lifting hanging basket, and constructors on the self-control lifting hanging basket are facilitated to lift the rear end of the aluminum gusset plate assembly; a constructor on the self-control lifting hanging basket operates the rear end of the aluminum gusset plate assembly, so that the rear end of the aluminum gusset plate assembly abuts against an embedded plate of the outer wall of the building; the steel wire rope B and the steel wire rope C are matched with each other, so that the aluminum gusset plate assembly is buckled on the framework from bottom to top, and constructors can conveniently construct.
本发明涉及一种高大挑檐铝板幕墙的施工方法；该施工方法包括①初步安装骨架、②安装吊篮组件、③在地面组装铝扣板组件、④安装挑檐下方的铝扣板组件、⑤拆除吊篮组件后，在骨架顶部进行安装相应的铝扣板组件。本发明提供了一种可以不依赖脚手架的施工方法，降低施工成本，节省施工周期。该施工方法依赖于钢丝绳乙、钢丝绳丙对铝扣板组件形成的两个吊点，使铝扣板组件后端向自控升降吊篮翘起，有利于自控升降吊篮上的施工人员铝扣板组件的后端；自控升降吊篮上的施工人员操作铝扣板组件后端，使铝扣板组件后端抵在建筑物外墙的预埋板上；钢丝绳乙、钢丝绳丙相互配合，使铝扣板组件从下而上扣合在骨架上，便于施工人员施工。
Construction method of high and large cornice aluminum plate curtain wall
高大挑檐铝板幕墙的施工方法
HUANG JIE (author) / LIU JIANPING (author) / DU GONGKE (author) / FENG DAYONG (author) / GUO HONG (author) / GUO XI (author) / ZHANG JINGWEI (author) / ZHENG LEI (author) / YAN QIAN (author) / DOU ZHANMENG (author)
2024-12-06
Patent
Electronic Resource
Chinese
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