A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fireproof heat-preservation energy-saving curtain wall for building
The invention provides a fireproof heat-preservation energy-saving curtain wall for a building, and relates to the field of curtain walls. The fireproof heat preservation energy-saving curtain wall for the building comprises an inner connecting mechanism and a curtain wall plate, the inner connecting mechanism is fixedly installed on the inner side of the curtain wall plate, the curtain wall plate comprises a plurality of heat insulation layers arranged at intervals, and the interval between the heat insulation layers in one direction of the curtain wall plate is smaller than the thickness of the heat insulation layers. The interval between the heat insulation layers in the other direction of the curtain wall plate is equal to the height of the heat insulation layers, and air supply pipes are embedded in the middles of the heat insulation layers. According to the fireproof heat-preservation energy-saving curtain wall for the building, the connecting pieces are arranged between the heat insulation layers, the air supply pipes penetrate through the heat insulation layers and the connecting pieces, the light guide fibers are inserted into the middles of the heat insulation layers, the parts are put into the guide mold, limiting cement is poured into the mold, and the two faces are polished after forming; the two end faces of the wrapping layer are flush with the two end faces of the air supply pipe, and therefore the curtain wall plate which can preserve heat, ventilate and penetrate through light is formed.
本发明提供一种建筑用防火保温节能型幕墙，涉及幕墙领域。该建筑用防火保温节能型幕墙，包括内连接机构和幕墙板，所述内连接机构固定安装在幕墙板的内侧，所述幕墙板包括多个间隔设置的隔热层，多个隔热层位于幕墙板一个方向间隔小于隔热层的厚度，多个隔热层位于幕墙板的另一个方向间隔等于隔热层的高度，隔热层的中部镶嵌有送风管。该建筑用防火保温节能型幕墙，将连接片设置在隔热层之间并将送风管穿过隔热层和连接片，将导光纤维插入到隔热层的中部，并将该部分放入导模具内，向模具内灌入限位水泥，成型后对两面进行打磨，使得包裹层的两端面与送风管的两端面平齐，从而形成既能够保温又可以通气和透过光照的幕墙板。
Fireproof heat-preservation energy-saving curtain wall for building
The invention provides a fireproof heat-preservation energy-saving curtain wall for a building, and relates to the field of curtain walls. The fireproof heat preservation energy-saving curtain wall for the building comprises an inner connecting mechanism and a curtain wall plate, the inner connecting mechanism is fixedly installed on the inner side of the curtain wall plate, the curtain wall plate comprises a plurality of heat insulation layers arranged at intervals, and the interval between the heat insulation layers in one direction of the curtain wall plate is smaller than the thickness of the heat insulation layers. The interval between the heat insulation layers in the other direction of the curtain wall plate is equal to the height of the heat insulation layers, and air supply pipes are embedded in the middles of the heat insulation layers. According to the fireproof heat-preservation energy-saving curtain wall for the building, the connecting pieces are arranged between the heat insulation layers, the air supply pipes penetrate through the heat insulation layers and the connecting pieces, the light guide fibers are inserted into the middles of the heat insulation layers, the parts are put into the guide mold, limiting cement is poured into the mold, and the two faces are polished after forming; the two end faces of the wrapping layer are flush with the two end faces of the air supply pipe, and therefore the curtain wall plate which can preserve heat, ventilate and penetrate through light is formed.
本发明提供一种建筑用防火保温节能型幕墙，涉及幕墙领域。该建筑用防火保温节能型幕墙，包括内连接机构和幕墙板，所述内连接机构固定安装在幕墙板的内侧，所述幕墙板包括多个间隔设置的隔热层，多个隔热层位于幕墙板一个方向间隔小于隔热层的厚度，多个隔热层位于幕墙板的另一个方向间隔等于隔热层的高度，隔热层的中部镶嵌有送风管。该建筑用防火保温节能型幕墙，将连接片设置在隔热层之间并将送风管穿过隔热层和连接片，将导光纤维插入到隔热层的中部，并将该部分放入导模具内，向模具内灌入限位水泥，成型后对两面进行打磨，使得包裹层的两端面与送风管的两端面平齐，从而形成既能够保温又可以通气和透过光照的幕墙板。
Fireproof heat-preservation energy-saving curtain wall for building
一种建筑用防火保温节能型幕墙
WANG ZHIFENG (author) / ZHANG XUEBIN (author) / YUAN LIJING (author) / XING XIAOLONG (author) / LI YUAN (author) / SHAN XIAOMIN (author) / BAI YUJIANG (author) / WANG HAODONG (author) / ZHENG RUNQI (author) / LI XINDE (author)
2024-12-06
Patent
Electronic Resource
Chinese
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