Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Socket construction method for giant column reinforcement cage
The invention relates to a huge column reinforcement cage socket construction method. The method comprises the following steps that a huge column is segmented to form a plurality of installation sections; performing section division on the reinforcement cage according to the sections of the giant column to form a plurality of reinforcement cage sections; the reinforcement cage sections are bound, and socket and spigot joints are arranged at the bottoms of the rest reinforcement cage sections except the reinforcement cage section located on the bottom layer; in the process of hoisting the mounting joints, the corresponding reinforcement cage sections are hoisted into the mounting joints, the reinforcement cage sections are fixedly connected with the corresponding mounting joints, and the reinforcement cage sections arranged up and down are in socket connection through socket connectors. According to the huge column reinforcement cage construction method, the reinforcement cage is divided into sections according to the sections of the huge column, the corresponding reinforcement cage sections are hoisted in the process of hoisting the installation joints of the huge column, the reinforcement cage sections are fixedly connected with the installation joints after being positioned, and the reinforcement cage sections arranged up and down are in socket connection through the socket connectors, so that the safety can be improved; construction is convenient, pertinence is high, and cost is low.
本发明涉及一种巨柱钢筋笼承插施工方法，包括如下步骤：对巨柱进行分段形成多个安装节；根据巨柱的分段对钢筋笼进行区段划分形成多个钢筋笼区段；绑扎钢筋笼区段，在除了位于底层的钢筋笼区段外的其余钢筋笼区段的底部设置承插接头；吊装安装节的过程中，在安装节内吊入对应的钢筋笼区段，并将所述钢筋笼区段与对应的安装节固定连接，上下设置的钢筋笼区段通过承插接头承插连接。本发明的巨柱钢筋笼施工方法，根据巨柱的分段对钢筋笼进行区段划分，在吊装巨柱的安装节的过程中将对应的钢筋笼区段吊入，完成定位后与安装节固定连接，且上下设置的钢筋笼区段通过设置的承插接头承插连接，能够提高安全性，施工便捷，针对性强，成本低。
Socket construction method for giant column reinforcement cage
The invention relates to a huge column reinforcement cage socket construction method. The method comprises the following steps that a huge column is segmented to form a plurality of installation sections; performing section division on the reinforcement cage according to the sections of the giant column to form a plurality of reinforcement cage sections; the reinforcement cage sections are bound, and socket and spigot joints are arranged at the bottoms of the rest reinforcement cage sections except the reinforcement cage section located on the bottom layer; in the process of hoisting the mounting joints, the corresponding reinforcement cage sections are hoisted into the mounting joints, the reinforcement cage sections are fixedly connected with the corresponding mounting joints, and the reinforcement cage sections arranged up and down are in socket connection through socket connectors. According to the huge column reinforcement cage construction method, the reinforcement cage is divided into sections according to the sections of the huge column, the corresponding reinforcement cage sections are hoisted in the process of hoisting the installation joints of the huge column, the reinforcement cage sections are fixedly connected with the installation joints after being positioned, and the reinforcement cage sections arranged up and down are in socket connection through the socket connectors, so that the safety can be improved; construction is convenient, pertinence is high, and cost is low.
本发明涉及一种巨柱钢筋笼承插施工方法，包括如下步骤：对巨柱进行分段形成多个安装节；根据巨柱的分段对钢筋笼进行区段划分形成多个钢筋笼区段；绑扎钢筋笼区段，在除了位于底层的钢筋笼区段外的其余钢筋笼区段的底部设置承插接头；吊装安装节的过程中，在安装节内吊入对应的钢筋笼区段，并将所述钢筋笼区段与对应的安装节固定连接，上下设置的钢筋笼区段通过承插接头承插连接。本发明的巨柱钢筋笼施工方法，根据巨柱的分段对钢筋笼进行区段划分，在吊装巨柱的安装节的过程中将对应的钢筋笼区段吊入，完成定位后与安装节固定连接，且上下设置的钢筋笼区段通过设置的承插接头承插连接，能够提高安全性，施工便捷，针对性强，成本低。
Socket construction method for giant column reinforcement cage
巨柱钢筋笼承插施工方法
BAI XIAO (Autor:in) / SHEN YU (Autor:in) / TANG WEIYAO (Autor:in) / FAN YUANYE (Autor:in) / HU ZEKUN (Autor:in) / HE LIANG (Autor:in) / YE ZEHANG (Autor:in) / HE JIALIN (Autor:in) / SUN SHIDUAN (Autor:in) / TANG JI (Autor:in)
14.05.2024
Patent
Elektronische Ressource
Chinesisch
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