A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building construction hoist non-standard attachment connecting structure
The invention discloses a building construction hoist non-standard attachment connecting structure. The building construction hoist non-standard attachment connecting structure comprises a reinforcedconcrete wall and a connecting structure body; the connecting structure body comprises an embedded base plate, two sets of embedded parts, four sets of screw pipes, a support and an attachment rod; the embedded parts are prefabricated in the reinforced concrete wall, and each embedded part comprises two embedded nuts and an arc-shaped steel plate; the two arc-shaped steel plates are symmetricallydistributed, the two ends of each arc-shaped steel plate are connected with each embedded nut in a welded mode to form a fish-shaped structure, and mounting holes communicating with through holes of the embedded nuts are formed in the surface of the reinforced concrete wall. According to the building construction hoist non-standard attachment connecting structure, the embedded parts are arranged in the wall body, the embedded parts are welded and fixed to the reinforcing steel bars in the wall body, the overall stability and strength of the structure are improved, the embedded parts are connected with the support and the attachment rod through the screw pipes, and mounting and dismounting operation is convenient; the support is fixed through the screw pipes and four embedded bolts, the tensile capacity and the anti-seismic property of the whole structure can be improved, and multi-angle displacement of the support and the attachment rod is avoided.
本发明公开了一种建筑施工升降机非标准附着连接结构，包括：钢筋混凝土墙和连接结构，连接结构包括预埋垫板、两组预埋件和四组螺管、支座和附着杆，预埋件预制于钢筋混凝土墙内，且预埋件包括两个预埋螺母和弧形钢板，两个弧形钢板对称分布且的两端分别与预埋螺母焊接连接形成鱼状结构，钢筋混凝土墙的表面设置有与预埋螺母的通孔相连通的安装孔。本发明通过在墙体内设置预埋件，预埋件与墙内钢筋焊接固定，提高了结构的整体稳定性和强度，通过螺管来将预埋件与支座、附着杆连接，安装和拆卸操作方便；支座通过螺管和四个预埋螺栓来进行固定，能够提高结构整体的抗拉伸能力和抗震性能，避免支座及附着杆发生多角度位移。
Building construction hoist non-standard attachment connecting structure
The invention discloses a building construction hoist non-standard attachment connecting structure. The building construction hoist non-standard attachment connecting structure comprises a reinforcedconcrete wall and a connecting structure body; the connecting structure body comprises an embedded base plate, two sets of embedded parts, four sets of screw pipes, a support and an attachment rod; the embedded parts are prefabricated in the reinforced concrete wall, and each embedded part comprises two embedded nuts and an arc-shaped steel plate; the two arc-shaped steel plates are symmetricallydistributed, the two ends of each arc-shaped steel plate are connected with each embedded nut in a welded mode to form a fish-shaped structure, and mounting holes communicating with through holes of the embedded nuts are formed in the surface of the reinforced concrete wall. According to the building construction hoist non-standard attachment connecting structure, the embedded parts are arranged in the wall body, the embedded parts are welded and fixed to the reinforcing steel bars in the wall body, the overall stability and strength of the structure are improved, the embedded parts are connected with the support and the attachment rod through the screw pipes, and mounting and dismounting operation is convenient; the support is fixed through the screw pipes and four embedded bolts, the tensile capacity and the anti-seismic property of the whole structure can be improved, and multi-angle displacement of the support and the attachment rod is avoided.
本发明公开了一种建筑施工升降机非标准附着连接结构，包括：钢筋混凝土墙和连接结构，连接结构包括预埋垫板、两组预埋件和四组螺管、支座和附着杆，预埋件预制于钢筋混凝土墙内，且预埋件包括两个预埋螺母和弧形钢板，两个弧形钢板对称分布且的两端分别与预埋螺母焊接连接形成鱼状结构，钢筋混凝土墙的表面设置有与预埋螺母的通孔相连通的安装孔。本发明通过在墙体内设置预埋件，预埋件与墙内钢筋焊接固定，提高了结构的整体稳定性和强度，通过螺管来将预埋件与支座、附着杆连接，安装和拆卸操作方便；支座通过螺管和四个预埋螺栓来进行固定，能够提高结构整体的抗拉伸能力和抗震性能，避免支座及附着杆发生多角度位移。
Building construction hoist non-standard attachment connecting structure
一种建筑施工升降机非标准附着连接结构
ZHU NING (author) / PENG NAN (author) / LI WEI (author) / DING BANGJUN (author) / QIU JIE (author)
2020-08-18
Patent
Electronic Resource
Chinese
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