Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Electromagnetic constructional column reinforcing mold
The invention provides an electromagnetic constructional column reinforcing mold which solves the problems that when an existing constructional column wooden mold is dismantled, the surface of concrete which is not completely solidified of a constructional column is prone to being collided, the shape of the concrete of the constructional column is prone to being disturbed when a split bolt is dismantled, and the quality of the formed constructional column is poor. When the constructional column pouring device is adopted for constructional column pouring, the left side aluminum formwork and the right side aluminum formwork are sequentially assembled from bottom to top on the left side and the right side of a steel reinforcement cage formed after steel reinforcements and steel reinforcement connecting pieces are bound, a series circuit where the electromagnets are located is powered on, and the attraction force generated by the electromagnets to magnetic metal can be used for achieving the purpose of pouring the constructional column. The steel bar connecting piece is attracted and fixed to the surface of the ferromagnetic installation base, then the positions of the left side aluminum formwork, the steel bar connecting piece and the right side aluminum formwork are integrally fixed at the same time, and after a power source of the electromagnet is disconnected, the left side aluminum formwork and the right side aluminum formwork can be rapidly separated from the constructional column and the steel bar connecting piece.
本发明提供了一种电磁式构造柱加固模具，解决了现有的构造柱木制模具在拆除时，容易磕碰到构造柱的未凝固完全的混凝土表面，拆除对拉螺栓是容易扰动构造柱的混凝土形状，使得构造柱成型后质量较差的问题。采用本发明进行构造柱浇筑时，将左侧铝模板和右侧铝模板分别在由钢筋和钢筋连接件绑扎后所形成的钢筋笼左右两侧从下向上依次组装完成，为电磁铁所在的串联电路进行通电，电磁铁的所产生的对磁性金属的吸力，将钢筋连接件吸附固定在铁磁安装座的表面，进而同时实现左侧铝模板‑钢筋连接件‑右侧铝模板的位置整体固定，在断开电磁铁的电源后，左侧铝模板和右侧铝模板即可快速与构造柱、钢筋连接件脱离。
Electromagnetic constructional column reinforcing mold
The invention provides an electromagnetic constructional column reinforcing mold which solves the problems that when an existing constructional column wooden mold is dismantled, the surface of concrete which is not completely solidified of a constructional column is prone to being collided, the shape of the concrete of the constructional column is prone to being disturbed when a split bolt is dismantled, and the quality of the formed constructional column is poor. When the constructional column pouring device is adopted for constructional column pouring, the left side aluminum formwork and the right side aluminum formwork are sequentially assembled from bottom to top on the left side and the right side of a steel reinforcement cage formed after steel reinforcements and steel reinforcement connecting pieces are bound, a series circuit where the electromagnets are located is powered on, and the attraction force generated by the electromagnets to magnetic metal can be used for achieving the purpose of pouring the constructional column. The steel bar connecting piece is attracted and fixed to the surface of the ferromagnetic installation base, then the positions of the left side aluminum formwork, the steel bar connecting piece and the right side aluminum formwork are integrally fixed at the same time, and after a power source of the electromagnet is disconnected, the left side aluminum formwork and the right side aluminum formwork can be rapidly separated from the constructional column and the steel bar connecting piece.
本发明提供了一种电磁式构造柱加固模具，解决了现有的构造柱木制模具在拆除时，容易磕碰到构造柱的未凝固完全的混凝土表面，拆除对拉螺栓是容易扰动构造柱的混凝土形状，使得构造柱成型后质量较差的问题。采用本发明进行构造柱浇筑时，将左侧铝模板和右侧铝模板分别在由钢筋和钢筋连接件绑扎后所形成的钢筋笼左右两侧从下向上依次组装完成，为电磁铁所在的串联电路进行通电，电磁铁的所产生的对磁性金属的吸力，将钢筋连接件吸附固定在铁磁安装座的表面，进而同时实现左侧铝模板‑钢筋连接件‑右侧铝模板的位置整体固定，在断开电磁铁的电源后，左侧铝模板和右侧铝模板即可快速与构造柱、钢筋连接件脱离。
Electromagnetic constructional column reinforcing mold
一种电磁式构造柱加固模具
GAO ZENGFENG (Autor:in) / ZHOU YUBO (Autor:in) / YAN PENGHUA (Autor:in) / FANG XUECHAO (Autor:in) / TIAN BEIBEI (Autor:in) / LI MINGZHE (Autor:in) / ZHAO YANWEI (Autor:in) / WANG GAOREN (Autor:in) / LU XINGXING (Autor:in) / XIAO YUJIE (Autor:in)
27.10.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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