Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Modularized installation method for bottom plate steel lining and containment steel lining
The invention discloses a bottom plate steel lining modular installation method which comprises a prefabrication step and a pouring step which are executed separately, and the prefabrication step comprises the steps that a first elevation module and a second elevation module are obtained through prefabrication; the pouring step comprises the steps that concrete is poured to obtain a raft foundation structure, and side wall modules are arranged on the raft foundation structure; the installation method further comprises an installation step, and the installation step comprises the steps that the first elevation module and the second elevation module which are obtained through the prefabrication step are hoisted to the raft foundation structure obtained through the pouring step; and the first elevation module and the side wall module as well as the second elevation module and the side wall module are assembled and connected respectively, so that mounting of the bottom plate steel lining is completed. The modular installation method for the bottom plate steel lining is simple and reasonable in step, efficient in construction and low in requirement for hoisting equipment, the site construction difficulty and workload are reduced, the purposes of shortening the construction period and saving the cost are achieved, and the modular installation method can be suitable for a bottom plate steel lining structure with multiple elevation planes. The invention further provides the containment steel lining.
本发明公开了一种底板钢衬里模块化安装方法，包括分别执行的预制步骤和浇筑步骤，预制步骤包括：预制得到第一标高模块和第二标高模块；浇筑步骤包括：浇筑混凝土得到筏基结构，筏基结构上设有侧壁模块；安装方法还包括安装步骤，安装步骤包括：将通过预制步骤得到的第一标高模块和第二标高模块吊运至通过浇筑步骤得到的筏基结构处；对第一标高模块和侧壁模块、第二标高模块和侧壁模块分别组对连接，完成底板钢衬里安装。本发明的底板钢衬里模块化安装方法步骤简单合理，施工高效，对吊运设备要求低，降低现场施工难度和工作量，达到缩短建设工期、节约成本的目的，能够适用于存在多个标高平面的底板钢衬里结构。本发明还提供一种安全壳钢衬里。
Modularized installation method for bottom plate steel lining and containment steel lining
The invention discloses a bottom plate steel lining modular installation method which comprises a prefabrication step and a pouring step which are executed separately, and the prefabrication step comprises the steps that a first elevation module and a second elevation module are obtained through prefabrication; the pouring step comprises the steps that concrete is poured to obtain a raft foundation structure, and side wall modules are arranged on the raft foundation structure; the installation method further comprises an installation step, and the installation step comprises the steps that the first elevation module and the second elevation module which are obtained through the prefabrication step are hoisted to the raft foundation structure obtained through the pouring step; and the first elevation module and the side wall module as well as the second elevation module and the side wall module are assembled and connected respectively, so that mounting of the bottom plate steel lining is completed. The modular installation method for the bottom plate steel lining is simple and reasonable in step, efficient in construction and low in requirement for hoisting equipment, the site construction difficulty and workload are reduced, the purposes of shortening the construction period and saving the cost are achieved, and the modular installation method can be suitable for a bottom plate steel lining structure with multiple elevation planes. The invention further provides the containment steel lining.
本发明公开了一种底板钢衬里模块化安装方法，包括分别执行的预制步骤和浇筑步骤，预制步骤包括：预制得到第一标高模块和第二标高模块；浇筑步骤包括：浇筑混凝土得到筏基结构，筏基结构上设有侧壁模块；安装方法还包括安装步骤，安装步骤包括：将通过预制步骤得到的第一标高模块和第二标高模块吊运至通过浇筑步骤得到的筏基结构处；对第一标高模块和侧壁模块、第二标高模块和侧壁模块分别组对连接，完成底板钢衬里安装。本发明的底板钢衬里模块化安装方法步骤简单合理，施工高效，对吊运设备要求低，降低现场施工难度和工作量，达到缩短建设工期、节约成本的目的，能够适用于存在多个标高平面的底板钢衬里结构。本发明还提供一种安全壳钢衬里。
Modularized installation method for bottom plate steel lining and containment steel lining
一种底板钢衬里模块化安装方法及安全壳钢衬里
HIGASHIYOSHI (Autor:in) / XIE MINGLEI (Autor:in) / FU JING (Autor:in) / ZHANG WEIGUO (Autor:in) / CHEN JIAN (Autor:in) / YANG JIANHUA (Autor:in)
22.10.2024
Patent
Elektronische Ressource
Chinesisch
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