Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Low-energy-consumption energy-saving heat-preservation multi-story building structure and construction method
The building structure comprises an outer wall heat preservation enclosure structure formed by splicing a plurality of outer wall panels, heat preservation layers are arranged in the outer wall panels, and the heat preservation layers in all the outer wall panels on the same layer abut against one another to form a continuous heat preservation structure. The thermal insulation layers of the upper and lower external wall panels abut against each other or are in lap joint to form a continuous thermal insulation structure; the left ends, the right ends and the bottom ends of the external wall panels are bent and extend towards the outer sides of wall bodies of the external wall panels to form bent protruding parts, every two adjacent external wall panels on the same layer are spliced in a linear shape or an L shape, the annular steel bars of the two external wall panels at the splicing position are not located on the same horizontal plane, and after splicing, the bent protruding parts of the two external wall panels abut against each other to form a cavity. The annular reinforcing steel bars of one external wall panel are inserted into gaps between the upper and lower annular reinforcing steel bars of the other external wall panel; a plurality of vertical steel bars are arranged in the annular steel bars in the vertical direction. And concrete is poured in the cavity to form a frame column.
本发明公开了一种低能耗节能保温多层建筑结构及施工方法，该建筑结构包括由多个外墙板拼接组成的外墙保温围护结构，外墙板内设有保温层，同一层的所有外墙板中的保温层相互抵靠形成连续的保温结构，上下两层外墙板的保温层相互抵靠或搭接形成连续的保温结构；外墙板的左端、右端及底端均向外墙板的墙身的外侧弯折延伸形成弯折突出部，同一层相邻两块外墙板采用“一”字形或者“L”形拼接，拼接处的两块外墙板的环形钢筋均不位于同一水平面上，拼接后，两块外墙板的弯折突出部相互抵靠形成空腔，且一块外墙板的环形钢筋均插入至另一块外墙板的环形钢筋上下之间的空隙中；环形钢筋内沿垂直方向设有多根竖向钢筋；空腔内浇注混凝土形成框架柱。
Low-energy-consumption energy-saving heat-preservation multi-story building structure and construction method
The building structure comprises an outer wall heat preservation enclosure structure formed by splicing a plurality of outer wall panels, heat preservation layers are arranged in the outer wall panels, and the heat preservation layers in all the outer wall panels on the same layer abut against one another to form a continuous heat preservation structure. The thermal insulation layers of the upper and lower external wall panels abut against each other or are in lap joint to form a continuous thermal insulation structure; the left ends, the right ends and the bottom ends of the external wall panels are bent and extend towards the outer sides of wall bodies of the external wall panels to form bent protruding parts, every two adjacent external wall panels on the same layer are spliced in a linear shape or an L shape, the annular steel bars of the two external wall panels at the splicing position are not located on the same horizontal plane, and after splicing, the bent protruding parts of the two external wall panels abut against each other to form a cavity. The annular reinforcing steel bars of one external wall panel are inserted into gaps between the upper and lower annular reinforcing steel bars of the other external wall panel; a plurality of vertical steel bars are arranged in the annular steel bars in the vertical direction. And concrete is poured in the cavity to form a frame column.
本发明公开了一种低能耗节能保温多层建筑结构及施工方法，该建筑结构包括由多个外墙板拼接组成的外墙保温围护结构，外墙板内设有保温层，同一层的所有外墙板中的保温层相互抵靠形成连续的保温结构，上下两层外墙板的保温层相互抵靠或搭接形成连续的保温结构；外墙板的左端、右端及底端均向外墙板的墙身的外侧弯折延伸形成弯折突出部，同一层相邻两块外墙板采用“一”字形或者“L”形拼接，拼接处的两块外墙板的环形钢筋均不位于同一水平面上，拼接后，两块外墙板的弯折突出部相互抵靠形成空腔，且一块外墙板的环形钢筋均插入至另一块外墙板的环形钢筋上下之间的空隙中；环形钢筋内沿垂直方向设有多根竖向钢筋；空腔内浇注混凝土形成框架柱。
Low-energy-consumption energy-saving heat-preservation multi-story building structure and construction method
低能耗节能保温多层建筑结构及施工方法
ZHANG YINGBAO (Autor:in) / ZHANG YUZHAO (Autor:in) / XU WENKAI (Autor:in) / LIAO LIYING (Autor:in)
18.07.2023
Patent
Elektronische Ressource
Chinesisch
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