A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated building anti-seepage wall structure and construction method thereof
The invention relates to a fabricated building anti-seepage wall structure and a construction method thereof, and the anti-seepage wall structure comprises a floor slab connecting piece arranged at the top of a floor slab and a wall body connecting piece arranged at the bottom of a prefabricated wall body; the floor connecting piece comprises two rows of penetrating steel bars arranged in the length direction of the wall face and a supporting convex ridge located between the two rows of steel bars, and the wall connecting piece comprises two rows of steel bar pouring holes arranged in the length direction of the wall face and a positioning groove plate located between the two rows of steel bar pouring holes. The supporting convex ridge beams can correspondingly penetrate through all the steel bar pouring holes and then are poured and fixed, the positioning groove plates and the supporting convex ridge beams are matched in an abutting mode to achieve wall positioning, compared with a traditional concrete grout pouring joint filling connecting structure, the toughness of the wall and the sealing joint can be improved, and leakage caused by cracks generated due to stress concentration is avoided.
本发明涉及一种装配式建筑防渗漏墙体结构及其施工方法，防渗漏墙体结构包括设置于楼板顶部的楼板连接件以及设置于预制墙体底部的墙体连接件，楼板连接件包括两排沿墙面长度方向排列的穿接钢筋以及位于两排钢筋之间的支撑凸脊梁，墙体连接件包括两排沿墙面长度方向排列的钢筋浇筑孔，以及位于两排钢筋浇筑孔之间的定位凹槽板，支撑凸脊梁可对应穿入各个钢筋浇筑孔后浇筑固定，定位凹槽板与支撑凸脊梁抵接配合实现墙体定位，相较于传统混凝土浆浇筑填缝的连接结构可提升墙体及密封衔接处韧性，避免应力集中而产生裂缝造成渗漏。
Fabricated building anti-seepage wall structure and construction method thereof
The invention relates to a fabricated building anti-seepage wall structure and a construction method thereof, and the anti-seepage wall structure comprises a floor slab connecting piece arranged at the top of a floor slab and a wall body connecting piece arranged at the bottom of a prefabricated wall body; the floor connecting piece comprises two rows of penetrating steel bars arranged in the length direction of the wall face and a supporting convex ridge located between the two rows of steel bars, and the wall connecting piece comprises two rows of steel bar pouring holes arranged in the length direction of the wall face and a positioning groove plate located between the two rows of steel bar pouring holes. The supporting convex ridge beams can correspondingly penetrate through all the steel bar pouring holes and then are poured and fixed, the positioning groove plates and the supporting convex ridge beams are matched in an abutting mode to achieve wall positioning, compared with a traditional concrete grout pouring joint filling connecting structure, the toughness of the wall and the sealing joint can be improved, and leakage caused by cracks generated due to stress concentration is avoided.
本发明涉及一种装配式建筑防渗漏墙体结构及其施工方法，防渗漏墙体结构包括设置于楼板顶部的楼板连接件以及设置于预制墙体底部的墙体连接件，楼板连接件包括两排沿墙面长度方向排列的穿接钢筋以及位于两排钢筋之间的支撑凸脊梁，墙体连接件包括两排沿墙面长度方向排列的钢筋浇筑孔，以及位于两排钢筋浇筑孔之间的定位凹槽板，支撑凸脊梁可对应穿入各个钢筋浇筑孔后浇筑固定，定位凹槽板与支撑凸脊梁抵接配合实现墙体定位，相较于传统混凝土浆浇筑填缝的连接结构可提升墙体及密封衔接处韧性，避免应力集中而产生裂缝造成渗漏。
Fabricated building anti-seepage wall structure and construction method thereof
一种装配式建筑防渗漏墙体结构及其施工方法
WANG YAO (author) / WU JINGHUA (author) / JIANG NA (author) / KIM KWAN-NAM (author) / XU YIBIN (author)
2023-11-07
Patent
Electronic Resource
Chinese
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