A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Modularized positioning and mounting structure for building
The invention belongs to the technical field of tile construction, and relates to a modular positioning and mounting structure for buildings, which comprises an adjusting assembly and a plurality of mounting assemblies mounted on the adjusting assembly, and each mounting assembly comprises a connecting plate, a first-stage positioning plate, a lining plate, a second-stage positioning plate and a mounting frame at least mounted on the connecting plate at the two ends of the adjusting assembly. The first-stage positioning plate is mounted at the bottom of the connecting plate, a mounting part is formed on one side of the adjacent end of the first-stage positioning plate, a fixing assembly is mounted on the lining plate, and the fixing assembly is used for clamping the wedge block on the mounting part; compared with an existing construction method that wedge blocks are manually placed one by one and then fixed to the pitched roof, the installation efficiency is improved, installation errors caused by human factors are avoided, and the bearing capacity of tiles is improved; and meanwhile, the adjusting assemblies are designed, so that the multiple wedge-shaped blocks can be evenly distributed on the pitched roof, loads applied to the surfaces of the tiles can be evenly decomposed, and the bearing capacity of the tiles is further improved.
本发明属于瓦片施工技术领域，涉及一种建筑用模块化定位安装结构，包括调节组件以及安装在调节组件上的若干个安装组件，安装组件包括连接板、一级定位板、衬板、二级定位板以及至少安装在调节组件两端的连接板上的安装架，一级定位板安装在连接板的底部并在其相邻端一侧形成一个安装部，衬板上安装有固定组件，固定组件用于将楔形块夹持在安装部上；本发明相比以往的通过人工将楔形块一块一块逐一摆放后再固定在坡屋面上的施工方法，不仅提高了安装效率，还规避了因人为原因造成的安装误差，提高瓦片的承载能力；同时设计调节组件能够将多个楔形块均匀布设在坡屋面上，有助于均匀分解施加在瓦片表面的负荷，进一步提高瓦片的承载能力。
Modularized positioning and mounting structure for building
The invention belongs to the technical field of tile construction, and relates to a modular positioning and mounting structure for buildings, which comprises an adjusting assembly and a plurality of mounting assemblies mounted on the adjusting assembly, and each mounting assembly comprises a connecting plate, a first-stage positioning plate, a lining plate, a second-stage positioning plate and a mounting frame at least mounted on the connecting plate at the two ends of the adjusting assembly. The first-stage positioning plate is mounted at the bottom of the connecting plate, a mounting part is formed on one side of the adjacent end of the first-stage positioning plate, a fixing assembly is mounted on the lining plate, and the fixing assembly is used for clamping the wedge block on the mounting part; compared with an existing construction method that wedge blocks are manually placed one by one and then fixed to the pitched roof, the installation efficiency is improved, installation errors caused by human factors are avoided, and the bearing capacity of tiles is improved; and meanwhile, the adjusting assemblies are designed, so that the multiple wedge-shaped blocks can be evenly distributed on the pitched roof, loads applied to the surfaces of the tiles can be evenly decomposed, and the bearing capacity of the tiles is further improved.
本发明属于瓦片施工技术领域，涉及一种建筑用模块化定位安装结构，包括调节组件以及安装在调节组件上的若干个安装组件，安装组件包括连接板、一级定位板、衬板、二级定位板以及至少安装在调节组件两端的连接板上的安装架，一级定位板安装在连接板的底部并在其相邻端一侧形成一个安装部，衬板上安装有固定组件，固定组件用于将楔形块夹持在安装部上；本发明相比以往的通过人工将楔形块一块一块逐一摆放后再固定在坡屋面上的施工方法，不仅提高了安装效率，还规避了因人为原因造成的安装误差，提高瓦片的承载能力；同时设计调节组件能够将多个楔形块均匀布设在坡屋面上，有助于均匀分解施加在瓦片表面的负荷，进一步提高瓦片的承载能力。
Modularized positioning and mounting structure for building
一种建筑用模块化定位安装结构
LEI MING (author) / WANG ZHANFEI (author)
2024-06-04
Patent
Electronic Resource
Chinese
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