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A platform for research: civil engineering, architecture and urbanism
Construction method applied to upward movement of variable-cross-section building template of variable-cross-section building
The invention discloses a construction method applied to upward movement of a variable-cross-section building template of a variable-cross-section building. The construction method comprises the following steps: step 1, upward movement of a core tube template assembly: reducing the width of a core tube template in the core tube template assembly and mounting the core tube template on an upper floor; 2, upward movement of the contraction position formwork assembly: adjusting the length of an edge formwork and a connecting formwork of the contraction position formwork assembly, and mounting the contraction position formwork assembly on an upper floor; and 3, the column formwork assembly is moved upwards, wherein column formworks in the column formwork assembly are equally divided and installed on the upper floor. The core tube formwork assembly and the contraction position formwork assembly are installed on the upper layer by changing the length of the formwork, the construction principle is simple, the turnover frequency of the formwork is high, material input is reduced, the column formwork assembly moves upwards in a formwork dividing mode, the construction difficulty is lowered, and the construction efficiency is improved.
本发明公开了一种应用于变截面建筑变截面建筑模板上移的施工方法，包括以下步骤：步骤1、核心筒模板组件上移：减小核心筒模板组件中核心筒模板的宽度并安装在上一楼层；步骤2、收缩位置模板组件上移：调节收缩位置模板组件边模板与连接模板的长度并安装在上一楼层；步骤3、柱模板组件上移：将柱模板组件中的柱模板等分并安装在上一楼层。核心筒模板组件和收缩位置模板组件均通过改变模板的长度安装到上一层，施工原理简单，且模板的周转次数高，减少了材料的投入，柱模板组件上移采用分割模板的方式，降低了施工的难度，增加了施工的效率。
Construction method applied to upward movement of variable-cross-section building template of variable-cross-section building
The invention discloses a construction method applied to upward movement of a variable-cross-section building template of a variable-cross-section building. The construction method comprises the following steps: step 1, upward movement of a core tube template assembly: reducing the width of a core tube template in the core tube template assembly and mounting the core tube template on an upper floor; 2, upward movement of the contraction position formwork assembly: adjusting the length of an edge formwork and a connecting formwork of the contraction position formwork assembly, and mounting the contraction position formwork assembly on an upper floor; and 3, the column formwork assembly is moved upwards, wherein column formworks in the column formwork assembly are equally divided and installed on the upper floor. The core tube formwork assembly and the contraction position formwork assembly are installed on the upper layer by changing the length of the formwork, the construction principle is simple, the turnover frequency of the formwork is high, material input is reduced, the column formwork assembly moves upwards in a formwork dividing mode, the construction difficulty is lowered, and the construction efficiency is improved.
本发明公开了一种应用于变截面建筑变截面建筑模板上移的施工方法，包括以下步骤：步骤1、核心筒模板组件上移：减小核心筒模板组件中核心筒模板的宽度并安装在上一楼层；步骤2、收缩位置模板组件上移：调节收缩位置模板组件边模板与连接模板的长度并安装在上一楼层；步骤3、柱模板组件上移：将柱模板组件中的柱模板等分并安装在上一楼层。核心筒模板组件和收缩位置模板组件均通过改变模板的长度安装到上一层，施工原理简单，且模板的周转次数高，减少了材料的投入，柱模板组件上移采用分割模板的方式，降低了施工的难度，增加了施工的效率。
Construction method applied to upward movement of variable-cross-section building template of variable-cross-section building
一种应用于变截面建筑变截面建筑模板上移的施工方法
CHEN CONGYONG (author) / CHEN XIAOHAN (author) / CHEN HAO (author) / LI JIANXIN (author) / HAN FUCHENG (author) / ZHANG JIKAI (author) / NIU HONGWEN (author) / HOU LIXIA (author)
2024-07-09
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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