Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Efficient turnover aluminum alloy formwork construction method for building
The invention discloses an efficient turnover aluminum alloy formwork construction method for a building, which comprises the following steps: chiseling the bottom position of a column to be poured, binding column steel bars at the chiseling position to form a column steel bar framework, and splicing aluminum alloy plates at the periphery of the column steel bar framework to form a column formwork; preparing a beam body template and a plate body template; after the inner frame is built, beam body formworks, plate body formworks and column body formworks with the proper number and size are selected according to the drawing requirement, the multiple column body formworks are spliced through connecting assemblies, and the beam body formworks and the plate body formworks are spliced at the top of the column body formwork on the uppermost portion through the connecting assemblies and are supported through the inner frame; after the beam body formwork and the plate body formwork are spliced, beam body reinforcing steel bars and plate body reinforcing steel bars are bound on the upper portion of the beam body formwork and the upper portion of the plate body formwork; pouring concrete of a column body, a beam body and a plate body; according to the construction method, the problems that in the aluminum alloy formwork installation process, the formwork erecting mode is complex, and the construction efficiency is low are solved.
本发明公开了一种建筑用高效周转的铝合金模板施工方法，对待浇筑柱体的底部位置进行凿毛处理，在凿毛处理位置绑扎柱钢筋形成柱体钢筋骨架，在柱体钢筋骨架外围拼接铝合金板形成柱体模板；制备梁体模板、板体模板；在完成内架搭设后，按照图纸要求选择合适数量和尺寸的梁体模板、板体模板、柱体模板，通过连接组件对多个柱体模板进行拼接，最上部柱体模板的顶部通过连接组件拼接梁体模板、板体模板，并通过内架进行支撑；梁体模板、板体模板拼接完成后，在梁体模板、板体模板上部进行梁体钢筋和板体钢筋绑扎施工作业；进行柱体及梁体、板体混凝土的浇筑作业；本发明施工方法解决了铝合金模板安装过程中支模方式复杂、施工效率低的问题。
Efficient turnover aluminum alloy formwork construction method for building
The invention discloses an efficient turnover aluminum alloy formwork construction method for a building, which comprises the following steps: chiseling the bottom position of a column to be poured, binding column steel bars at the chiseling position to form a column steel bar framework, and splicing aluminum alloy plates at the periphery of the column steel bar framework to form a column formwork; preparing a beam body template and a plate body template; after the inner frame is built, beam body formworks, plate body formworks and column body formworks with the proper number and size are selected according to the drawing requirement, the multiple column body formworks are spliced through connecting assemblies, and the beam body formworks and the plate body formworks are spliced at the top of the column body formwork on the uppermost portion through the connecting assemblies and are supported through the inner frame; after the beam body formwork and the plate body formwork are spliced, beam body reinforcing steel bars and plate body reinforcing steel bars are bound on the upper portion of the beam body formwork and the upper portion of the plate body formwork; pouring concrete of a column body, a beam body and a plate body; according to the construction method, the problems that in the aluminum alloy formwork installation process, the formwork erecting mode is complex, and the construction efficiency is low are solved.
本发明公开了一种建筑用高效周转的铝合金模板施工方法，对待浇筑柱体的底部位置进行凿毛处理，在凿毛处理位置绑扎柱钢筋形成柱体钢筋骨架，在柱体钢筋骨架外围拼接铝合金板形成柱体模板；制备梁体模板、板体模板；在完成内架搭设后，按照图纸要求选择合适数量和尺寸的梁体模板、板体模板、柱体模板，通过连接组件对多个柱体模板进行拼接，最上部柱体模板的顶部通过连接组件拼接梁体模板、板体模板，并通过内架进行支撑；梁体模板、板体模板拼接完成后，在梁体模板、板体模板上部进行梁体钢筋和板体钢筋绑扎施工作业；进行柱体及梁体、板体混凝土的浇筑作业；本发明施工方法解决了铝合金模板安装过程中支模方式复杂、施工效率低的问题。
Efficient turnover aluminum alloy formwork construction method for building
一种建筑用高效周转的铝合金模板施工方法
CAO CHENG (Autor:in) / ZHU JIWEI (Autor:in) / LIU CHENGLING (Autor:in) / MA YUCHEN (Autor:in) / MI ZONGBAO (Autor:in) / ZOU CHAO (Autor:in)
14.03.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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