Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Composite floor stab structure and construction method thereof
The invention relates to a composite floor slab structure and a construction method thereof and relates to the technical field of prefabricated buildings. An isolation area is formed by laminating sintered bricks. The sintered bricks are provided with sound insulation holes. The sound insulation holes penetrate through the sintered bricks. The sound insulation holes are formed in the gravity centers of the sintered bricks. A bearing area is formed by arranging upper support rods and lower support rods in sequence. The upper support rods and the lower support rods are symmetrically arranged. The adjacent support rods abut against each other in a matched mode. Each support rod comprises a cross rod and longitudinal rods connected with the two ends of the cross rod. The cross rods and the longitudinal rods are wavy. A connecting area is composed of connecting bars. The connecting bars are arranged on the sides, far away from the sintered bricks, of the support rods and are in abutting connection with the support rods. A fixing area wraps the isolation area and the bearing area and allows the connecting bars to pass through. A hoisting area is composed of a plurality of hoisting elbowpieces for being hoisted by hoisting tools and fixed bars used for fixing the hoisting elbow pieces. The fixed bars are located in the fixing area. The composite floor slab structure has the effects of improving the noise reduction capability, reducing noise, and being high in structural strength and friendlier to environment.
本发明涉及一种叠合楼板结构及其施工方法，涉及装配式建筑的技术领域，隔离区由烧结砖互相叠合构成，且烧结砖上还设置有隔音孔，隔音孔贯穿烧结砖，且隔音孔设置于烧结砖的重心上；承载区由上、下两根支架杆依次排列构成，上、下支架杆呈对称设置，且相邻支架杆之间互相抵触配合，支架杆包括横杆以及与横杆的两端连接的纵杆，且横杆与纵杆均呈波浪形设置；连接区由连接筋构成，且连接筋设置于支架杆远离烧结砖的一侧且与支架杆抵触连接；固定区将隔离区与承载区包裹，并供连接筋穿设；吊装区由若干供吊具吊装的吊装折角以及用于固定吊装折角的固定筋构成，固定筋位于固定区中。本发明具有提高降噪能力，减少噪声，结构强度强，更加绿色环保的效果。
Composite floor stab structure and construction method thereof
The invention relates to a composite floor slab structure and a construction method thereof and relates to the technical field of prefabricated buildings. An isolation area is formed by laminating sintered bricks. The sintered bricks are provided with sound insulation holes. The sound insulation holes penetrate through the sintered bricks. The sound insulation holes are formed in the gravity centers of the sintered bricks. A bearing area is formed by arranging upper support rods and lower support rods in sequence. The upper support rods and the lower support rods are symmetrically arranged. The adjacent support rods abut against each other in a matched mode. Each support rod comprises a cross rod and longitudinal rods connected with the two ends of the cross rod. The cross rods and the longitudinal rods are wavy. A connecting area is composed of connecting bars. The connecting bars are arranged on the sides, far away from the sintered bricks, of the support rods and are in abutting connection with the support rods. A fixing area wraps the isolation area and the bearing area and allows the connecting bars to pass through. A hoisting area is composed of a plurality of hoisting elbowpieces for being hoisted by hoisting tools and fixed bars used for fixing the hoisting elbow pieces. The fixed bars are located in the fixing area. The composite floor slab structure has the effects of improving the noise reduction capability, reducing noise, and being high in structural strength and friendlier to environment.
本发明涉及一种叠合楼板结构及其施工方法，涉及装配式建筑的技术领域，隔离区由烧结砖互相叠合构成，且烧结砖上还设置有隔音孔，隔音孔贯穿烧结砖，且隔音孔设置于烧结砖的重心上；承载区由上、下两根支架杆依次排列构成，上、下支架杆呈对称设置，且相邻支架杆之间互相抵触配合，支架杆包括横杆以及与横杆的两端连接的纵杆，且横杆与纵杆均呈波浪形设置；连接区由连接筋构成，且连接筋设置于支架杆远离烧结砖的一侧且与支架杆抵触连接；固定区将隔离区与承载区包裹，并供连接筋穿设；吊装区由若干供吊具吊装的吊装折角以及用于固定吊装折角的固定筋构成，固定筋位于固定区中。本发明具有提高降噪能力，减少噪声，结构强度强，更加绿色环保的效果。
Composite floor stab structure and construction method thereof
一种叠合楼板结构及其施工方法
CHEN WEIBING (Autor:in) / YUE LIANHUAN (Autor:in) / SHEN ZHIRONG (Autor:in) / HE JUN (Autor:in) / YE JIANBO (Autor:in) / GUO LIANGBIN (Autor:in) / ZHAO XIAOLIN (Autor:in)
18.09.2020
Patent
Elektronische Ressource
Chinesisch
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