A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Opposite-pulling connecting device for assembling dense rib wallboards
The invention discloses an opposite-pull connecting device for dense rib wallboard assembly, which comprises a plurality of dense rib wallboards, connecting grooves are formed between the adjacent dense rib wallboards, the tops and the bottoms of the two side walls of each dense rib wallboard are connected with connecting steel bars, and the opposite-pull connecting device comprises two connecting boxes arranged in the connecting grooves, the two connecting boxes are arranged at the top and the bottom of the connecting groove respectively, matching grooves are formed in the two connecting boxes in the height direction in a penetrating mode, penetrating grooves allowing the connecting steel bars to penetrate into the matching grooves are formed in the positions, corresponding to the adjacent connecting steel bars, of the connecting boxes, and opposite pulling pieces used for enabling the two connecting steel bars penetrating into the matching grooves to be pulled oppositely are arranged in the connecting boxes. A connecting gap is formed between the two connecting boxes, a sealing piece is arranged between the two connecting boxes, the connecting gap and the two matching grooves are combined to form a pouring cavity for external concrete to be poured, and the problems that in the prior art, the connecting strength between the adjacent dense rib wallboards is too low, and the axial load resistance and the radial load resistance are poor are solved.
本发明公开了一种密肋墙板装配用对拉连接装置，包括若干密肋墙板，相邻密肋墙板之间形成有连接槽，每个密肋墙板两侧壁顶部和底部均连接有连接钢筋，包括两个用于安置在连接槽中的连接盒，两个连接盒分别居于连接槽顶部和底部设置，两个连接盒中均沿其高度方向贯穿有配合槽，连接盒上对应相邻的连接钢筋位置均开设有供连接钢筋穿入配合槽的穿槽，连接盒中设置有用于使穿入配合槽的两个连接钢筋相对拉的对拉件，两个连接盒之间形成有连接间隙，两个连接盒之间设置有封闭件，连接间隙与两个配合槽组合形成供外界混凝土灌入的灌注腔，本发明解决了现有技术中相邻密肋墙板之间连接强度过低且抗轴向载荷和抗径向载荷能力较弱的问题。
Opposite-pulling connecting device for assembling dense rib wallboards
The invention discloses an opposite-pull connecting device for dense rib wallboard assembly, which comprises a plurality of dense rib wallboards, connecting grooves are formed between the adjacent dense rib wallboards, the tops and the bottoms of the two side walls of each dense rib wallboard are connected with connecting steel bars, and the opposite-pull connecting device comprises two connecting boxes arranged in the connecting grooves, the two connecting boxes are arranged at the top and the bottom of the connecting groove respectively, matching grooves are formed in the two connecting boxes in the height direction in a penetrating mode, penetrating grooves allowing the connecting steel bars to penetrate into the matching grooves are formed in the positions, corresponding to the adjacent connecting steel bars, of the connecting boxes, and opposite pulling pieces used for enabling the two connecting steel bars penetrating into the matching grooves to be pulled oppositely are arranged in the connecting boxes. A connecting gap is formed between the two connecting boxes, a sealing piece is arranged between the two connecting boxes, the connecting gap and the two matching grooves are combined to form a pouring cavity for external concrete to be poured, and the problems that in the prior art, the connecting strength between the adjacent dense rib wallboards is too low, and the axial load resistance and the radial load resistance are poor are solved.
本发明公开了一种密肋墙板装配用对拉连接装置，包括若干密肋墙板，相邻密肋墙板之间形成有连接槽，每个密肋墙板两侧壁顶部和底部均连接有连接钢筋，包括两个用于安置在连接槽中的连接盒，两个连接盒分别居于连接槽顶部和底部设置，两个连接盒中均沿其高度方向贯穿有配合槽，连接盒上对应相邻的连接钢筋位置均开设有供连接钢筋穿入配合槽的穿槽，连接盒中设置有用于使穿入配合槽的两个连接钢筋相对拉的对拉件，两个连接盒之间形成有连接间隙，两个连接盒之间设置有封闭件，连接间隙与两个配合槽组合形成供外界混凝土灌入的灌注腔，本发明解决了现有技术中相邻密肋墙板之间连接强度过低且抗轴向载荷和抗径向载荷能力较弱的问题。
Opposite-pulling connecting device for assembling dense rib wallboards
密肋墙板装配用对拉连接装置
WU WEI (author) / WANG SHENSHAN (author) / WANG TAO (author) / RONG QIANGYAO (author) / YAN WENWU (author) / AN MINGYUAN (author) / CHEN DUDU (author) / XU KAI (author) / WANG JIANDONG (author)
2024-01-12
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Thermal bridge blocking connecting column for assembling wallboards
| European Patent Office | 2022
Framework connecting piece for external wallboards and assembling method
| European Patent Office | 2021