Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Supporting and connecting structure of modular building
The invention relates to the field of module prefabricated building installation, discloses a supporting connection structure of a modular building, and aims to solve the problem that the splicing installation efficiency is affected by alignment installation operation of a bearing node and a pile foundation stand column of the modular building. The supporting and connecting structure of the modular building comprises a module body, a plurality of supporting seats and a plurality of limiting components. The module body is provided with a plurality of supporting nodes, and the supporting seat is connected to the supporting nodes of the module body in a supporting mode. The limiting component and the supporting node are located on the same side of the module body, and the position, close to the supporting node, of the limiting component is connected with the module body and used for positioning installation of the supporting seat and the supporting node. A plurality of limiting components are arranged to serve as a positioning structure between the supporting seat and the supporting node, so that the module main body can be quickly and accurately inserted in place in the splicing and mounting process. The structure is simple, and the positioning and mounting operation process of the supporting joints and the supporting seats is simplified, so that the splicing and mounting construction efficiency of the module main body is improved.
本申请涉及模块预制建筑安装领域，公开了一种模块化建筑的支承连接结构，旨在解决模块化建筑其承载节点与桩基立柱的对位安装操作影响拼接安装效率的问题。该模块化建筑的支承连接结构包括模块主体、多个支承座以及多个限位构件。模块主体设有多个支承节点，支承座支承连接于模块主体的支承节点处。限位构件与支承节点位于模块主体的同一侧，且限位构件靠近支承节点处与模块主体连接设置，用于支承座与支承节点的定位安装。通过设置多个限位构件作为支承座与支承节点之间的定位结构，以确保模块主体在拼接安装过程中能够快速、准确地插接到位。结构简单且简化了支承节点与支承座的定位安装操作流程，从而提高模块主体的拼接安装施工效率。
Supporting and connecting structure of modular building
The invention relates to the field of module prefabricated building installation, discloses a supporting connection structure of a modular building, and aims to solve the problem that the splicing installation efficiency is affected by alignment installation operation of a bearing node and a pile foundation stand column of the modular building. The supporting and connecting structure of the modular building comprises a module body, a plurality of supporting seats and a plurality of limiting components. The module body is provided with a plurality of supporting nodes, and the supporting seat is connected to the supporting nodes of the module body in a supporting mode. The limiting component and the supporting node are located on the same side of the module body, and the position, close to the supporting node, of the limiting component is connected with the module body and used for positioning installation of the supporting seat and the supporting node. A plurality of limiting components are arranged to serve as a positioning structure between the supporting seat and the supporting node, so that the module main body can be quickly and accurately inserted in place in the splicing and mounting process. The structure is simple, and the positioning and mounting operation process of the supporting joints and the supporting seats is simplified, so that the splicing and mounting construction efficiency of the module main body is improved.
本申请涉及模块预制建筑安装领域，公开了一种模块化建筑的支承连接结构，旨在解决模块化建筑其承载节点与桩基立柱的对位安装操作影响拼接安装效率的问题。该模块化建筑的支承连接结构包括模块主体、多个支承座以及多个限位构件。模块主体设有多个支承节点，支承座支承连接于模块主体的支承节点处。限位构件与支承节点位于模块主体的同一侧，且限位构件靠近支承节点处与模块主体连接设置，用于支承座与支承节点的定位安装。通过设置多个限位构件作为支承座与支承节点之间的定位结构，以确保模块主体在拼接安装过程中能够快速、准确地插接到位。结构简单且简化了支承节点与支承座的定位安装操作流程，从而提高模块主体的拼接安装施工效率。
Supporting and connecting structure of modular building
模块化建筑的支承连接结构
ZHAO TONGHUI (Autor:in)
17.12.2024
Patent
Elektronische Ressource
Chinesisch
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