Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to a fabricated light steel house structure. The fabricated light steel house structure comprises a roof (4) and a wall body (3), wherein the roof (4) comprises a triangular top keel frame (47), the two ends of the top keel frame (47) are sealed, and ventilation holes (6) are formed in the two ends of the top keel frame (47); and the wall body (3) comprises composite wall plates (31) and U-shaped keels (33), the U-shaped keels (33) are vertically arranged at intervals and are connected with the top keel frame (47), air inlets are formed in the composite wall plates (31) at the lower part of the wall body (3), through holes are formed in the U-shaped keels (33) at intervals, and cavities of the adjacent U-shaped keels (33) communicate with an inner cavity of the top keel frame (47). The ventilation holes (6) are formed in the roof (4), the air inlets are formed in the wall body (3), the cavities of the U-shaped keels (33) of the wall body (3) communicate with each other, and due to the action of atmospheric pressure, air flows along the wall body (3) for heat exchange. The problem that the heat dissipation capacity of an existing fabricated house wall body is poor, so that the temperature in a whole house is high is solved.
本发明涉及一种装配式轻钢房结构，包括屋顶(4)和墙体(3)，屋顶(4)包括三角形顶龙骨架(47)，顶龙骨架(47)两端封口并设有换气孔(6)；墙体(3)包括复合墙板(31)和U形龙骨(33)，U形龙骨(33)竖直间隔设置且与顶龙骨架(47)连接，墙体(3)下部的复合墙板(31)上设有进气口，U形龙骨(33)上间隔设有通孔，且相邻U形龙骨(33)空腔与顶龙骨架(47)的内部空腔连通。通过在屋顶(4)设置换气孔(6)，在墙体(3)设置进气孔，墙体(3)的U形龙骨(33)空腔连通，由于大气压的作用，使得空气沿墙体(3)流动换热。解决现有装配式房屋墙体散热能力差，造成整个屋内温度高的问题。
The invention relates to a fabricated light steel house structure. The fabricated light steel house structure comprises a roof (4) and a wall body (3), wherein the roof (4) comprises a triangular top keel frame (47), the two ends of the top keel frame (47) are sealed, and ventilation holes (6) are formed in the two ends of the top keel frame (47); and the wall body (3) comprises composite wall plates (31) and U-shaped keels (33), the U-shaped keels (33) are vertically arranged at intervals and are connected with the top keel frame (47), air inlets are formed in the composite wall plates (31) at the lower part of the wall body (3), through holes are formed in the U-shaped keels (33) at intervals, and cavities of the adjacent U-shaped keels (33) communicate with an inner cavity of the top keel frame (47). The ventilation holes (6) are formed in the roof (4), the air inlets are formed in the wall body (3), the cavities of the U-shaped keels (33) of the wall body (3) communicate with each other, and due to the action of atmospheric pressure, air flows along the wall body (3) for heat exchange. The problem that the heat dissipation capacity of an existing fabricated house wall body is poor, so that the temperature in a whole house is high is solved.
本发明涉及一种装配式轻钢房结构，包括屋顶(4)和墙体(3)，屋顶(4)包括三角形顶龙骨架(47)，顶龙骨架(47)两端封口并设有换气孔(6)；墙体(3)包括复合墙板(31)和U形龙骨(33)，U形龙骨(33)竖直间隔设置且与顶龙骨架(47)连接，墙体(3)下部的复合墙板(31)上设有进气口，U形龙骨(33)上间隔设有通孔，且相邻U形龙骨(33)空腔与顶龙骨架(47)的内部空腔连通。通过在屋顶(4)设置换气孔(6)，在墙体(3)设置进气孔，墙体(3)的U形龙骨(33)空腔连通，由于大气压的作用，使得空气沿墙体(3)流动换热。解决现有装配式房屋墙体散热能力差，造成整个屋内温度高的问题。
Fabricated light steel house structure
装配式轻钢房结构
TANG JIAN (Autor:in)
26.10.2021
Patent
Elektronische Ressource
Chinesisch