Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Green energy-saving steel structure building
The invention relates to a green energy-saving steel structure building, and is applied to the technical field of steel structure buildings. The steel structure building comprises a plurality of steelfloor slabs and steel stand columns connected between every two adjacent steel floor slabs, wherein a ceiling is erected on the steel floor slab located at the top end through a steel beam, eaves gutters are formed in the periphery of the ceiling, drainage pipes are connected to the bottom faces of the eaves gutters, the steel floor slab located at the bottom end is erected away from the ground through a plurality of prefabricated parts, a water tank located below the steel floor slab is arranged on the ground, and the lower ends of the drainage pipes are connected with the water tank; and two steel protective pipes are arranged between every two adjacent steel floor slabs, base plates are arranged at the two ends of each steel protective pipe and connected with the steel floor slabs through fastening screws, steel protective pipes are divided into two rows in the direction perpendicular to the steel floor slabs, a through groove for communicating every two adjacent steel protective pipes is formed in the steel floor slab, water conveying pipes are arranged in the two rows of steel protective pipes, the two water conveying pipes are provided with water guide pipes below each steelfloor slab, and a pipe network is connected between every two water guide pipes. The steel structure building has the effect of reducing the internal energy consumption of the steel structure building.
本发明涉及一种绿色节能型钢结构建筑，应用在钢结构建筑的技术领域，其包括若干钢楼板和连接在相邻两个钢楼板之间的钢立柱，位于顶端的钢楼板通过钢梁架设有顶棚，顶棚周边设有檐沟，檐沟底面连接有排水管，位于底端的钢楼板通过若干预制件架离地面，地面上设有位于钢楼板下方的水箱，排水管下端与水箱连接；相邻两个钢楼板间设有两个钢护管，各个钢护管的两端均设有垫板，垫板通过紧固螺钉与钢楼板连接，各个钢护管沿垂直于钢楼板方向分成两列，钢楼板在开设有供相邻两个钢护管连通的通槽，两列钢护管内均设有输水管，两个输水管在各个钢楼板下方均设有导水管，两个导水管间连接有管网。本发明具有降低钢结构建筑内部能耗的效果。
Green energy-saving steel structure building
The invention relates to a green energy-saving steel structure building, and is applied to the technical field of steel structure buildings. The steel structure building comprises a plurality of steelfloor slabs and steel stand columns connected between every two adjacent steel floor slabs, wherein a ceiling is erected on the steel floor slab located at the top end through a steel beam, eaves gutters are formed in the periphery of the ceiling, drainage pipes are connected to the bottom faces of the eaves gutters, the steel floor slab located at the bottom end is erected away from the ground through a plurality of prefabricated parts, a water tank located below the steel floor slab is arranged on the ground, and the lower ends of the drainage pipes are connected with the water tank; and two steel protective pipes are arranged between every two adjacent steel floor slabs, base plates are arranged at the two ends of each steel protective pipe and connected with the steel floor slabs through fastening screws, steel protective pipes are divided into two rows in the direction perpendicular to the steel floor slabs, a through groove for communicating every two adjacent steel protective pipes is formed in the steel floor slab, water conveying pipes are arranged in the two rows of steel protective pipes, the two water conveying pipes are provided with water guide pipes below each steelfloor slab, and a pipe network is connected between every two water guide pipes. The steel structure building has the effect of reducing the internal energy consumption of the steel structure building.
本发明涉及一种绿色节能型钢结构建筑，应用在钢结构建筑的技术领域，其包括若干钢楼板和连接在相邻两个钢楼板之间的钢立柱，位于顶端的钢楼板通过钢梁架设有顶棚，顶棚周边设有檐沟，檐沟底面连接有排水管，位于底端的钢楼板通过若干预制件架离地面，地面上设有位于钢楼板下方的水箱，排水管下端与水箱连接；相邻两个钢楼板间设有两个钢护管，各个钢护管的两端均设有垫板，垫板通过紧固螺钉与钢楼板连接，各个钢护管沿垂直于钢楼板方向分成两列，钢楼板在开设有供相邻两个钢护管连通的通槽，两列钢护管内均设有输水管，两个输水管在各个钢楼板下方均设有导水管，两个导水管间连接有管网。本发明具有降低钢结构建筑内部能耗的效果。
Green energy-saving steel structure building
绿色节能型钢结构建筑
DONG QINLIN (Autor:in) / LIU JUN (Autor:in) / QU ZEYING (Autor:in) / LIANG WENREN (Autor:in) / SUN CHUNMEI (Autor:in)
30.10.2020
Patent
Elektronische Ressource
Chinesisch
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