A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Ultra-low energy consumption building heat preservation integrated non-dismantling formwork and installation process
The invention discloses an ultra-low energy consumption building heat preservation integrated non-dismantling formwork and an installation technology. The non-dismantling formwork comprises a panel formed by bonding a heat preservation layer and a light inorganic protection layer, and steel bar planting holes are formed in the panel. The installation process comprises the steps that the non-dismantling formwork is arranged on the outer side of the steel bar keel, the black iron sleeve is installed in the steel bar planting hole, one end of the black iron sleeve extends inwards, and the other end of the black iron sleeve is arranged in the heat preservation layer; concrete is poured on the steel bar keel; glue is poured into the bar planting hole from the outer side, and the glass fiber composite material rod is inserted until a gap between the bar planting hole and the black iron sleeve is fully filled with a glue solution; and fully drying the glue solution. In order to meet the requirement of building heat preservation and reduce the weight of the outer wallboard, a method of embedding steel bars into the composite rods is adopted, reliable shearing and bonding of the composite rods and all layers of materials are achieved, positive bonding between all layers of the wall and shearing and bonding between the composite rods and all layers are achieved, and it is guaranteed that no internal stress is generated in the two connecting modes.
本发明公开了一种超低能耗建筑保温一体化免拆模板与安装工艺。所述免拆模板包括保温层和轻质无机保护层相互粘结构成的面板，面板上设有植筋孔。安装工艺为：在钢筋龙骨外侧设置免拆模板，在植筋孔内安装黑铁套管，黑铁套管的一端向内侧延伸，另一端设于保温层内；在钢筋龙骨上浇筑混凝土；从外侧向植筋孔内灌胶，插入玻纤复合材料杆至胶液充分填充植筋孔与黑铁套管内空隙；待胶液充分干燥即可。为了满足建筑保温的需求，同时降低外页墙板的重量，本发明采用复合材料杆植筋的方法，实现复合材料杆与各层材料实现可靠的剪切粘结，达到墙体各层间正粘与复合材料杆与各层间剪粘，并且保证两种连接方式不产生内应力。
Ultra-low energy consumption building heat preservation integrated non-dismantling formwork and installation process
The invention discloses an ultra-low energy consumption building heat preservation integrated non-dismantling formwork and an installation technology. The non-dismantling formwork comprises a panel formed by bonding a heat preservation layer and a light inorganic protection layer, and steel bar planting holes are formed in the panel. The installation process comprises the steps that the non-dismantling formwork is arranged on the outer side of the steel bar keel, the black iron sleeve is installed in the steel bar planting hole, one end of the black iron sleeve extends inwards, and the other end of the black iron sleeve is arranged in the heat preservation layer; concrete is poured on the steel bar keel; glue is poured into the bar planting hole from the outer side, and the glass fiber composite material rod is inserted until a gap between the bar planting hole and the black iron sleeve is fully filled with a glue solution; and fully drying the glue solution. In order to meet the requirement of building heat preservation and reduce the weight of the outer wallboard, a method of embedding steel bars into the composite rods is adopted, reliable shearing and bonding of the composite rods and all layers of materials are achieved, positive bonding between all layers of the wall and shearing and bonding between the composite rods and all layers are achieved, and it is guaranteed that no internal stress is generated in the two connecting modes.
本发明公开了一种超低能耗建筑保温一体化免拆模板与安装工艺。所述免拆模板包括保温层和轻质无机保护层相互粘结构成的面板，面板上设有植筋孔。安装工艺为：在钢筋龙骨外侧设置免拆模板，在植筋孔内安装黑铁套管，黑铁套管的一端向内侧延伸，另一端设于保温层内；在钢筋龙骨上浇筑混凝土；从外侧向植筋孔内灌胶，插入玻纤复合材料杆至胶液充分填充植筋孔与黑铁套管内空隙；待胶液充分干燥即可。为了满足建筑保温的需求，同时降低外页墙板的重量，本发明采用复合材料杆植筋的方法，实现复合材料杆与各层材料实现可靠的剪切粘结，达到墙体各层间正粘与复合材料杆与各层间剪粘，并且保证两种连接方式不产生内应力。
Ultra-low energy consumption building heat preservation integrated non-dismantling formwork and installation process
一种超低能耗建筑保温一体化免拆模板与安装工艺
SUN SHENGGEN (author) / XU WEI (author) / SUN WEIHUA (author) / GU WEIYING (author)
2022-10-18
Patent
Electronic Resource
Chinese
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