A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building roof with carbon-fixable thermal insulation composite material
The invention relates to the technical field of building boards, in particular to a building roof with a carbon-fixable thermal insulation composite material, which comprises a roof board, a thermal insulation material is embedded in the roof board, and an assembling component is arranged at the bottom end of the roof board and used for buckling the roof board on a building beam. The surface of the splicing assembly is provided with a connecting plug-in and an extruding and pushing mechanism, the extruding and pushing mechanism is shifted to extrude the connecting plug-in to clamp the building beam, and mounting and limiting of a roof board are achieved; the building roof has the beneficial effects that according to the building roof with the carbon-fixable heat preservation composite material, the preassembled splicing assemblies are adopted for connecting the roof wood plates to the building beams in a lap joint mode, then the extruding and pushing mechanisms are stirred to extrude the connecting inserting pieces to clamp the building beams, and mounting and limiting of the roof wood plates are achieved; and the pushing mechanism is not connected to the roof board, namely, the surface of the roof board does not have stabs, so that the hidden danger that constructors are stabbed when stepping on the roof board is avoided.
本发明涉及建筑板材技术领域，具体为一种具有可固碳保温复合材料的建筑屋顶，包括屋面木板，所述屋面木板的内部嵌入安装有保温材料，屋面木板的底端设有拼装组件，用于将屋面木板扣设在建筑梁上，拼装组件的表面设有连接插件以及挤推机构，拨动挤推机构挤压连接插件夹持建筑梁，实现屋面木板安装限位；有益效果为：本发明提出的具有可固碳保温复合材料的建筑屋顶采用预装的拼装组件将屋面木板搭接在建筑梁上，然后拨动挤推机构挤压连接插件夹持建筑梁，实现屋面木板安装限位，当屋面木板被拆卸后，推挤机构不会连接在屋面木板上，即屋面木板的表面不会存在突刺，避免施工人员踩踏屋面木板存在被扎伤的隐患。
Building roof with carbon-fixable thermal insulation composite material
The invention relates to the technical field of building boards, in particular to a building roof with a carbon-fixable thermal insulation composite material, which comprises a roof board, a thermal insulation material is embedded in the roof board, and an assembling component is arranged at the bottom end of the roof board and used for buckling the roof board on a building beam. The surface of the splicing assembly is provided with a connecting plug-in and an extruding and pushing mechanism, the extruding and pushing mechanism is shifted to extrude the connecting plug-in to clamp the building beam, and mounting and limiting of a roof board are achieved; the building roof has the beneficial effects that according to the building roof with the carbon-fixable heat preservation composite material, the preassembled splicing assemblies are adopted for connecting the roof wood plates to the building beams in a lap joint mode, then the extruding and pushing mechanisms are stirred to extrude the connecting inserting pieces to clamp the building beams, and mounting and limiting of the roof wood plates are achieved; and the pushing mechanism is not connected to the roof board, namely, the surface of the roof board does not have stabs, so that the hidden danger that constructors are stabbed when stepping on the roof board is avoided.
本发明涉及建筑板材技术领域，具体为一种具有可固碳保温复合材料的建筑屋顶，包括屋面木板，所述屋面木板的内部嵌入安装有保温材料，屋面木板的底端设有拼装组件，用于将屋面木板扣设在建筑梁上，拼装组件的表面设有连接插件以及挤推机构，拨动挤推机构挤压连接插件夹持建筑梁，实现屋面木板安装限位；有益效果为：本发明提出的具有可固碳保温复合材料的建筑屋顶采用预装的拼装组件将屋面木板搭接在建筑梁上，然后拨动挤推机构挤压连接插件夹持建筑梁，实现屋面木板安装限位，当屋面木板被拆卸后，推挤机构不会连接在屋面木板上，即屋面木板的表面不会存在突刺，避免施工人员踩踏屋面木板存在被扎伤的隐患。
Building roof with carbon-fixable thermal insulation composite material
一种具有可固碳保温复合材料的建筑屋顶
ZHU RENJIE (author) / LI CHAO (author) / XU BEI (author) / KONG XIN (author) / HU WEN (author)
2023-09-01
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Composite roof heat insulation structure and building roof
| European Patent Office | 2024