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A platform for research: civil engineering, architecture and urbanism
Frame structure overhanging eave facade color steel plate mounting and lifting method
The invention relates to the field of building construction, in particular to a frame structure cantilever eave facade color steel plate installing and lifting method which comprises the steps that a three-dimensional model of a lifting tool is established according to building structure construction design; manufacturing a lifting tool according to the established three-dimensional model; after the construction of the building structure concrete engineering and the installation of the wall surface purlines are completed, the lifting tool is installed; and carrying out no-load and load operation tests on the lifting tool, and hoisting the color steel plate by using the lifting tool after the tests are completed. A common winch is modified, and a walking mechanism, a steel wire rope guide mechanism, a balance weight and other components are added. When the tool is used for lifting the exterior facade color steel plate, the labor intensity is obviously reduced compared with a mode of manually matching with a fixed pulley block, so that the number of color steel plate joints can be effectively reduced; in addition, the mechanical machine team of the rubber-tyred crane on the construction site is saved, meanwhile, the difficulty that the space of the construction site is limited is effectively overcome, and the installation and construction efficiency is improved.
本发明涉及建筑施工领域，具体为一种框架结构悬挑屋檐外立面彩钢板安装提升方法，包括：根据建筑结构施工设计，建立提升工装的三维模型；根据建立的三维模型制作提升工装；待建筑结构混凝土工程施工完毕及墙面檩条安装完毕后，安装提升工装；对提升工装进行空载和负载运行试验，试验完成后使用提升工装吊运彩钢板。将普通卷扬机施以改造，增加了行走机构、钢丝绳导向机构、配重等部件；使用该工装提升外立面彩钢板，劳动强度较人工配合定滑轮组的方式有显著降低，故而能有效减少彩钢板接茬数量；此外，节约了施工现场轮胎式起重机的机械台班，同时有效克服了施工现场空间受限困难，提高了安装施工效率。
Frame structure overhanging eave facade color steel plate mounting and lifting method
The invention relates to the field of building construction, in particular to a frame structure cantilever eave facade color steel plate installing and lifting method which comprises the steps that a three-dimensional model of a lifting tool is established according to building structure construction design; manufacturing a lifting tool according to the established three-dimensional model; after the construction of the building structure concrete engineering and the installation of the wall surface purlines are completed, the lifting tool is installed; and carrying out no-load and load operation tests on the lifting tool, and hoisting the color steel plate by using the lifting tool after the tests are completed. A common winch is modified, and a walking mechanism, a steel wire rope guide mechanism, a balance weight and other components are added. When the tool is used for lifting the exterior facade color steel plate, the labor intensity is obviously reduced compared with a mode of manually matching with a fixed pulley block, so that the number of color steel plate joints can be effectively reduced; in addition, the mechanical machine team of the rubber-tyred crane on the construction site is saved, meanwhile, the difficulty that the space of the construction site is limited is effectively overcome, and the installation and construction efficiency is improved.
本发明涉及建筑施工领域，具体为一种框架结构悬挑屋檐外立面彩钢板安装提升方法，包括：根据建筑结构施工设计，建立提升工装的三维模型；根据建立的三维模型制作提升工装；待建筑结构混凝土工程施工完毕及墙面檩条安装完毕后，安装提升工装；对提升工装进行空载和负载运行试验，试验完成后使用提升工装吊运彩钢板。将普通卷扬机施以改造，增加了行走机构、钢丝绳导向机构、配重等部件；使用该工装提升外立面彩钢板，劳动强度较人工配合定滑轮组的方式有显著降低，故而能有效减少彩钢板接茬数量；此外，节约了施工现场轮胎式起重机的机械台班，同时有效克服了施工现场空间受限困难，提高了安装施工效率。
Frame structure overhanging eave facade color steel plate mounting and lifting method
框架结构悬挑屋檐外立面彩钢板安装提升方法
LI FUCHUN (author) / XUE HAOZHE (author) / CAO NING (author) / CHE LONG (author) / JIA WANGLONG (author)
2024-11-29
Patent
Electronic Resource
Chinese
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