A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building engineering formwork construction method
The invention discloses a construction method of a building engineering template. The construction method comprises the following steps: selecting a template; the construction method comprises the following steps: designing and installing a shear wall template, designing and installing a column template, designing and installing a beam and plate template, designing and installing a stair template, constructing a template at a special part, adopting a quick and easy closing-up net as a template for a post-cast strip template supporting bottom plate and side surfaces, binding the template on a U-shaped framework, removing the template, and constructing a template. In the design and installation of the shear wall template, template main keels in the length direction of a wall body are clamped by opposite-pull screws, and the opposite-pull screws and opposite-pull connecting pieces which are oppositely arranged are used for reinforcing, so that the strength of the shear wall template is greatly enhanced, and the safety of the shear wall template is fully ensured; the side face of the post-cast strip of the post-cast strip formwork supporting foundation bottom plate in special part formwork construction adopts the fast and easy closing-up net as a formwork, the fast and easy closing-up net formwork is bound to a U-shaped steel reinforcement framework, and the mounting and dismounting speed of the formwork of the post-cast strip is greatly increased.
本发明公开了一种建筑工程模板施工工法，包括以下步骤：模板的选择；剪力墙模板的设计与安装，柱模板的设计与安装，梁、板模板的设计与安装，楼梯模板的设计与安装，特殊部位模板施工，后浇带支模底板和侧面采用快易收口网做模板，模板绑扎在U型骨架上，模板拆除，剪力墙模板的设计与安装中沿着墙体长度方向的模板主龙骨用对拉螺杆夹紧相邻模板的额主龙骨公国对拉螺杆及相对设置的对拉连接件加固大大加强了剪力墙模板的强度，充分确保了剪力墙模板的安全性；特殊部位模板施工中后浇带支模基础底板后浇带的侧面采用快易收口网做模板，快易收口网模板绑扎在U型钢筋骨架上，大幅加速了后浇带的模板的安装和拆解的速度。
Building engineering formwork construction method
The invention discloses a construction method of a building engineering template. The construction method comprises the following steps: selecting a template; the construction method comprises the following steps: designing and installing a shear wall template, designing and installing a column template, designing and installing a beam and plate template, designing and installing a stair template, constructing a template at a special part, adopting a quick and easy closing-up net as a template for a post-cast strip template supporting bottom plate and side surfaces, binding the template on a U-shaped framework, removing the template, and constructing a template. In the design and installation of the shear wall template, template main keels in the length direction of a wall body are clamped by opposite-pull screws, and the opposite-pull screws and opposite-pull connecting pieces which are oppositely arranged are used for reinforcing, so that the strength of the shear wall template is greatly enhanced, and the safety of the shear wall template is fully ensured; the side face of the post-cast strip of the post-cast strip formwork supporting foundation bottom plate in special part formwork construction adopts the fast and easy closing-up net as a formwork, the fast and easy closing-up net formwork is bound to a U-shaped steel reinforcement framework, and the mounting and dismounting speed of the formwork of the post-cast strip is greatly increased.
本发明公开了一种建筑工程模板施工工法，包括以下步骤：模板的选择；剪力墙模板的设计与安装，柱模板的设计与安装，梁、板模板的设计与安装，楼梯模板的设计与安装，特殊部位模板施工，后浇带支模底板和侧面采用快易收口网做模板，模板绑扎在U型骨架上，模板拆除，剪力墙模板的设计与安装中沿着墙体长度方向的模板主龙骨用对拉螺杆夹紧相邻模板的额主龙骨公国对拉螺杆及相对设置的对拉连接件加固大大加强了剪力墙模板的强度，充分确保了剪力墙模板的安全性；特殊部位模板施工中后浇带支模基础底板后浇带的侧面采用快易收口网做模板，快易收口网模板绑扎在U型钢筋骨架上，大幅加速了后浇带的模板的安装和拆解的速度。
Building engineering formwork construction method
一种建筑工程模板施工工法
ZHANG GUOTIAN (author) / CUI CHONG (author) / CHEN DONGLIANG (author) / JIA XUELI (author) / MENG JIAN (author) / ZHANG HAO (author) / WANG LIANG (author) / ZHANG WENLONG (author) / XU LONG (author)
2023-08-04
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
| European Patent Office | 2021