A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Civil engineering wall structure convenient to disassemble and assemble
The civil engineering wall structure convenient to disassemble and assemble comprises a wall, a built-in frame, a positioning assembly, a connecting assembly, a connecting base, a clamping disc and a traction assembly, the built-in frame is installed in a built-in groove formed in the edge of the wall, the positioning assembly is installed in the built-in frame, and the connecting assembly is horizontally arranged in the connecting base in a sliding mode. According to the wall body connecting structure, the problems that in the prior art, the sealing problem existing after wall bodies are assembled is not considered, gaps exist after the wall bodies are assembled, and the sealing and heat preservation effects are affected by the sizes of the gaps can be solved; the existing wall bodies are not subjected to further closing operation after being mounted, the wall bodies are generally connected by connecting components, and if the connecting components slightly deform, gaps of the mounted wall bodies are often larger than conventional gaps, so that air leakage is caused.
本发明涉及便于拆装的土木工程墙体结构，包括墙体、内置框、定位组件、连接组件、连接座、卡接盘、牵引组件，内置框内置安装在墙体边缘开设的内置槽中，定位组件安装在内置框中，连接组件水平滑动设置在连接座中，卡接盘的中部设置有牵引组件，相邻的连接座之间位置锁定时牵引组件与连接组件形成卡接配合，本申请可以解决现有技术未考虑到墙体在组装后存在的密封问题，墙体在组装后存在缝隙，缝隙的大小影响密封、保温效果，现有的墙体在安装后并没有对墙体之间作进一步靠拢作业，且墙体的安装通常为连接构件进行连接，倘若连接构件产生轻微变形，安装后的墙体其缝隙常常大于常规缝隙，从而造成漏风的情况。
Civil engineering wall structure convenient to disassemble and assemble
The civil engineering wall structure convenient to disassemble and assemble comprises a wall, a built-in frame, a positioning assembly, a connecting assembly, a connecting base, a clamping disc and a traction assembly, the built-in frame is installed in a built-in groove formed in the edge of the wall, the positioning assembly is installed in the built-in frame, and the connecting assembly is horizontally arranged in the connecting base in a sliding mode. According to the wall body connecting structure, the problems that in the prior art, the sealing problem existing after wall bodies are assembled is not considered, gaps exist after the wall bodies are assembled, and the sealing and heat preservation effects are affected by the sizes of the gaps can be solved; the existing wall bodies are not subjected to further closing operation after being mounted, the wall bodies are generally connected by connecting components, and if the connecting components slightly deform, gaps of the mounted wall bodies are often larger than conventional gaps, so that air leakage is caused.
本发明涉及便于拆装的土木工程墙体结构，包括墙体、内置框、定位组件、连接组件、连接座、卡接盘、牵引组件，内置框内置安装在墙体边缘开设的内置槽中，定位组件安装在内置框中，连接组件水平滑动设置在连接座中，卡接盘的中部设置有牵引组件，相邻的连接座之间位置锁定时牵引组件与连接组件形成卡接配合，本申请可以解决现有技术未考虑到墙体在组装后存在的密封问题，墙体在组装后存在缝隙，缝隙的大小影响密封、保温效果，现有的墙体在安装后并没有对墙体之间作进一步靠拢作业，且墙体的安装通常为连接构件进行连接，倘若连接构件产生轻微变形，安装后的墙体其缝隙常常大于常规缝隙，从而造成漏风的情况。
Civil engineering wall structure convenient to disassemble and assemble
便于拆装的土木工程墙体结构
ZHANG FENG (author) / WANG RUIGANG (author) / FAN QIAO (author)
2024-12-27
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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