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A platform for research: civil engineering, architecture and urbanism
Steel structure and concrete embedded connecting structure
The invention discloses a steel structure and concrete embedded connecting structure. The steel structure and concrete embedded connecting structure comprises a base. The top of the base is provided with locating mounting grooves. Fixed bases are clamped to the interiors of the locating mounting grooves. The upper surface of each fixed base is provided with a square through hole. Connecting pilesare arranged at the four corners of each square through hole. The connecting piles are fixedly connected to the interior of each fixed base. The tops of the connecting piles extend out of the upper surface of the corresponding fixed base. X steel frames, Y steel frames and Z steel frames are interpenetrated and combined to form steel structure frames. The steel structure frames are connected withthe fixed bases to form combined units. The fixed bases of the combined units are placed in the mounting grooves. The combined units are fixed through ribbed bars and iron wires to form the integratedconnecting structure. A foundation layer is poured. The steel structure and concrete embedded connecting structure is high in integration degree, the contact area of the connecting structure with theconcrete is large and is effectively restrained. Accordingly, the connecting structure is uniform in stress and capable of dispersing applied force and improves the stability of a building.
本发明公开了一种钢结构与混凝土预埋连接结构，包括基座，所述基座顶部开设有定位安装槽，所述定位安装槽内部卡接有固定底座，所述固定底座上表面贯穿设置有方形通孔，所述方形通孔四角均设有连接桩，所述连接桩固定连接在固定底座内部，且连接桩顶部延伸出固定底座上表面。本发明通过X钢框架、Y钢框架和Z钢框架穿插组合钢结构架，并将钢结构架与固定底座连接形成组合单元，将组合单元的固定底座放置在安装槽内，使用带肋钢筋条和铁丝连接固定成一个整体连接结构，浇筑地基层，该结构一体化程度高，与混凝土接触面积大而有效束缚，从而使之受力均匀，能够分散施加力，提高了建筑物的稳定性。
Steel structure and concrete embedded connecting structure
The invention discloses a steel structure and concrete embedded connecting structure. The steel structure and concrete embedded connecting structure comprises a base. The top of the base is provided with locating mounting grooves. Fixed bases are clamped to the interiors of the locating mounting grooves. The upper surface of each fixed base is provided with a square through hole. Connecting pilesare arranged at the four corners of each square through hole. The connecting piles are fixedly connected to the interior of each fixed base. The tops of the connecting piles extend out of the upper surface of the corresponding fixed base. X steel frames, Y steel frames and Z steel frames are interpenetrated and combined to form steel structure frames. The steel structure frames are connected withthe fixed bases to form combined units. The fixed bases of the combined units are placed in the mounting grooves. The combined units are fixed through ribbed bars and iron wires to form the integratedconnecting structure. A foundation layer is poured. The steel structure and concrete embedded connecting structure is high in integration degree, the contact area of the connecting structure with theconcrete is large and is effectively restrained. Accordingly, the connecting structure is uniform in stress and capable of dispersing applied force and improves the stability of a building.
本发明公开了一种钢结构与混凝土预埋连接结构，包括基座，所述基座顶部开设有定位安装槽，所述定位安装槽内部卡接有固定底座，所述固定底座上表面贯穿设置有方形通孔，所述方形通孔四角均设有连接桩，所述连接桩固定连接在固定底座内部，且连接桩顶部延伸出固定底座上表面。本发明通过X钢框架、Y钢框架和Z钢框架穿插组合钢结构架，并将钢结构架与固定底座连接形成组合单元，将组合单元的固定底座放置在安装槽内，使用带肋钢筋条和铁丝连接固定成一个整体连接结构，浇筑地基层，该结构一体化程度高，与混凝土接触面积大而有效束缚，从而使之受力均匀，能够分散施加力，提高了建筑物的稳定性。
Steel structure and concrete embedded connecting structure
一种钢结构与混凝土预埋连接结构
FU TIANTIAN (author) / ZHOU JINZHI (author)
2020-06-19
Patent
Electronic Resource
Chinese
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