A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Expansion joint filling, heat preservation and fixing method
The invention provides an expansion joint filling, heat preservation and fixing method, and relates to the technical field of expansion joint construction. The method comprises the steps that S1, a supporting device is manufactured, the supporting device comprises a cement support and a fixing disc, and the cement support is connected to the fixing disc; and S2, the foam plate and the extruded sheet are spliced to form a heat preservation formwork, and the installation position of the supporting device is marked on the heat preservation formwork. And S3, the heat preservation formwork is hoisted to the installation floor. And S4, all the heat preservation formworks are installed in sequence. And S5, the supporting devices are connected to the supporting device installation positions of the heat preservation formwork, and the ends of the supporting devices are bound to shear wall steel bars. And S6, the wall formworks on the two sides are sequentially installed, and wall pouring is conducted. The position of the heat preservation formwork is fixed through the cement support, the contact area between the cement support and the heat preservation formwork is increased through the fixing disc, displacement of the heat preservation formwork in the pouring process is effectively prevented, and therefore it is guaranteed that the overall stress performance of a shear wall is good, and the construction quality is improved.
本发明提供一种伸缩缝填塞保温固定方法，涉及伸缩缝施工技术领域。本方法包括：S1、制作支撑装置，支撑装置包括水泥撑和固定盘，水泥撑连接在固定盘上。S2、对泡沫板和挤塑板进行拼装，组成保温模板，在保温模板上标记支撑装置安装位置。S3、将保温模板吊装至安装楼层上。S4、依次安装各个保温模板。S5、在保温模板的支撑装置安装位置上连接支撑装置，将支撑装置端部绑扎在剪力墙钢筋上。S6、依次安装两侧墙体模板，进行墙体浇筑。本发明使用水泥撑对保温模板的位置进行固定，并通过固定盘增大与保温模板之间的接触面积，有效防止浇筑过程中保温模板移位，从而保证剪力墙整体受力性能良好，提高施工质量。
Expansion joint filling, heat preservation and fixing method
The invention provides an expansion joint filling, heat preservation and fixing method, and relates to the technical field of expansion joint construction. The method comprises the steps that S1, a supporting device is manufactured, the supporting device comprises a cement support and a fixing disc, and the cement support is connected to the fixing disc; and S2, the foam plate and the extruded sheet are spliced to form a heat preservation formwork, and the installation position of the supporting device is marked on the heat preservation formwork. And S3, the heat preservation formwork is hoisted to the installation floor. And S4, all the heat preservation formworks are installed in sequence. And S5, the supporting devices are connected to the supporting device installation positions of the heat preservation formwork, and the ends of the supporting devices are bound to shear wall steel bars. And S6, the wall formworks on the two sides are sequentially installed, and wall pouring is conducted. The position of the heat preservation formwork is fixed through the cement support, the contact area between the cement support and the heat preservation formwork is increased through the fixing disc, displacement of the heat preservation formwork in the pouring process is effectively prevented, and therefore it is guaranteed that the overall stress performance of a shear wall is good, and the construction quality is improved.
本发明提供一种伸缩缝填塞保温固定方法，涉及伸缩缝施工技术领域。本方法包括：S1、制作支撑装置，支撑装置包括水泥撑和固定盘，水泥撑连接在固定盘上。S2、对泡沫板和挤塑板进行拼装，组成保温模板，在保温模板上标记支撑装置安装位置。S3、将保温模板吊装至安装楼层上。S4、依次安装各个保温模板。S5、在保温模板的支撑装置安装位置上连接支撑装置，将支撑装置端部绑扎在剪力墙钢筋上。S6、依次安装两侧墙体模板，进行墙体浇筑。本发明使用水泥撑对保温模板的位置进行固定，并通过固定盘增大与保温模板之间的接触面积，有效防止浇筑过程中保温模板移位，从而保证剪力墙整体受力性能良好，提高施工质量。
Expansion joint filling, heat preservation and fixing method
伸缩缝填塞保温固定方法
FAN SHIJIA (author) / HE JIQIANG (author) / ZHANG SENLIN (author) / WANG QI (author) / CHEN BO (author) / WANG BO (author) / WANG YU (author)
2023-01-10
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
| European Patent Office | 2024
Beam plate expansion joint filling structure and filling method
| European Patent Office | 2020