Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Stair aluminum alloy formwork capable of preventing bubbles from being generated
The stair aluminum alloy formwork comprises a bottom formwork body, side formwork bodies, skirting section formwork bodies and cover plates, installation of the cover plates between the skirting section formwork bodies is omitted, reinforcing steel bars are arranged above the skirting section formwork bodies, the multiple sets of skirting section formwork bodies are fixedly connected with the reinforcing steel bars through pins, and the multiple sets of skirting section formwork bodies are fixedly connected with the reinforcing steel bars through the pins. The skirting section formwork is detachably connected with the side formworks on the two sides, and the bottom formwork is detachably connected with the side formworks. Mounting of an upper cover plate of an original aluminum formwork is omitted, the steel bars are arranged above the skirting section formworks, the steel bars and the skirting section formworks are fixedly connected through the pins, all the skirting section formworks are connected into a whole, stability is improved, and the situation that the forming effect is affected due to rotation of the skirting section formworks during concrete pouring is prevented; a cover plate is omitted, and the aluminum formwork is arranged to be the open type formwork, so that gas generated during concrete pouring can be exhausted from the space between the skirting section formworks, bubbles are avoided, construction is convenient, and the stair section forming effect is good.
本发明公开了一种防止产生气泡的楼梯铝合金模板，包括底模板、侧模板、踢脚段模板以及盖板，取消所述踢脚段模板间的盖板安装，在所述踢脚段模板上方设置钢筋，多组所述踢脚段模板通过销钉与钢筋固接，所述踢脚段模板与两侧的侧模板可拆卸连接，所述底模板与侧模板可拆卸连接。本申请取消原铝模板上盖板的安装，在踢脚段模板上方设置钢筋，采用销钉将钢筋与踢脚段模板固接，使所有踢脚段模板连接为一个整体，稳定性提高，防止浇筑混凝土时，踢脚段模板转动，影响成型效果；通过取消盖板，将铝模板设置为敞开式模板，使浇筑混凝土时产生的气体能够从踢脚段模板之间排除，避免了气泡的产生，施工方便，楼梯段成型效果好。
Stair aluminum alloy formwork capable of preventing bubbles from being generated
The stair aluminum alloy formwork comprises a bottom formwork body, side formwork bodies, skirting section formwork bodies and cover plates, installation of the cover plates between the skirting section formwork bodies is omitted, reinforcing steel bars are arranged above the skirting section formwork bodies, the multiple sets of skirting section formwork bodies are fixedly connected with the reinforcing steel bars through pins, and the multiple sets of skirting section formwork bodies are fixedly connected with the reinforcing steel bars through the pins. The skirting section formwork is detachably connected with the side formworks on the two sides, and the bottom formwork is detachably connected with the side formworks. Mounting of an upper cover plate of an original aluminum formwork is omitted, the steel bars are arranged above the skirting section formworks, the steel bars and the skirting section formworks are fixedly connected through the pins, all the skirting section formworks are connected into a whole, stability is improved, and the situation that the forming effect is affected due to rotation of the skirting section formworks during concrete pouring is prevented; a cover plate is omitted, and the aluminum formwork is arranged to be the open type formwork, so that gas generated during concrete pouring can be exhausted from the space between the skirting section formworks, bubbles are avoided, construction is convenient, and the stair section forming effect is good.
本发明公开了一种防止产生气泡的楼梯铝合金模板，包括底模板、侧模板、踢脚段模板以及盖板，取消所述踢脚段模板间的盖板安装，在所述踢脚段模板上方设置钢筋，多组所述踢脚段模板通过销钉与钢筋固接，所述踢脚段模板与两侧的侧模板可拆卸连接，所述底模板与侧模板可拆卸连接。本申请取消原铝模板上盖板的安装，在踢脚段模板上方设置钢筋，采用销钉将钢筋与踢脚段模板固接，使所有踢脚段模板连接为一个整体，稳定性提高，防止浇筑混凝土时，踢脚段模板转动，影响成型效果；通过取消盖板，将铝模板设置为敞开式模板，使浇筑混凝土时产生的气体能够从踢脚段模板之间排除，避免了气泡的产生，施工方便，楼梯段成型效果好。
Stair aluminum alloy formwork capable of preventing bubbles from being generated
一种防止产生气泡的楼梯铝合金模板
LI GUOQIANG (Autor:in) / FAN XINXU (Autor:in) / ZHAO XUEDAN (Autor:in) / YANG BAOXIN (Autor:in) / WANG YU (Autor:in) / HU FUQIANG (Autor:in)
31.01.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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