A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Accessible roof construction method
The invention relates to an accessible roof construction method. The accessible roof construction method comprises the following steps that S1, materials are prepared, wherein wood formworks and reinforcing steel bars are prepared, and the wood formworks with proper sizes are selected as a roof bottom formwork, a roof side formwork, a hole opening side formwork, an additional side formwork and a staircase formwork; S2, structure construction is carried out, wherein the roof bottom formwork and the roof side formwork are supported, the hole opening side formwork is taken to be supported on the periphery of a stair hole opening, and the roof bottom formwork, the roof side formwork and the hole opening side formwork jointly form a roof pouring area, reinforcing steel bars are bound in the roof pouring area, the additional side formwork is supported on the side, away from the stair hole opening, of the hole opening side formwork, a beam pouring area is formed between the hole opening side formwork and the additional side formwork, concrete is poured in the roof pouring area and the beam pouring area, a roof panel and an inserting beam are formed after the concrete is solidified, the staircase formwork is supported, concrete pouring is conducted, and a staircase structure is formed after the concrete is solidified; and S3, staircase installation is carried out, and specifically, the staircase structure is lifted and is enabled to be arranged outside the inserting beam in a sleeving mode. The construction method has the effect of improving the construction efficiency.
本申请涉及一种上人屋面施工方法，其包括如下步骤：S1，材料准备；准备木模板和钢筋；选择合适尺寸的木模板作为屋面底模、屋面侧模、洞口侧模、附加侧模和楼梯间模板；S2，结构施工；支护屋面底模、屋面侧模；取洞口侧模支护于楼梯洞口一周，屋面底模、屋面侧模和洞口侧模共同形成屋面浇筑区；在屋面浇筑区内部绑扎钢筋；取附加侧模支护于洞口侧模背离楼梯洞口的一侧，洞口侧模和附加侧模之间形成梁浇筑区；在屋面浇筑区和梁浇筑区浇筑混凝土，待混凝土凝固后形成屋面板和插接梁；支护楼梯间模板并进行混凝土的浇筑，待混凝土凝固后形成楼梯间结构；S3，楼梯间安装；起吊楼梯间结构将其套接于插接梁外部。本申请具有提高施工效率的效果。
Accessible roof construction method
The invention relates to an accessible roof construction method. The accessible roof construction method comprises the following steps that S1, materials are prepared, wherein wood formworks and reinforcing steel bars are prepared, and the wood formworks with proper sizes are selected as a roof bottom formwork, a roof side formwork, a hole opening side formwork, an additional side formwork and a staircase formwork; S2, structure construction is carried out, wherein the roof bottom formwork and the roof side formwork are supported, the hole opening side formwork is taken to be supported on the periphery of a stair hole opening, and the roof bottom formwork, the roof side formwork and the hole opening side formwork jointly form a roof pouring area, reinforcing steel bars are bound in the roof pouring area, the additional side formwork is supported on the side, away from the stair hole opening, of the hole opening side formwork, a beam pouring area is formed between the hole opening side formwork and the additional side formwork, concrete is poured in the roof pouring area and the beam pouring area, a roof panel and an inserting beam are formed after the concrete is solidified, the staircase formwork is supported, concrete pouring is conducted, and a staircase structure is formed after the concrete is solidified; and S3, staircase installation is carried out, and specifically, the staircase structure is lifted and is enabled to be arranged outside the inserting beam in a sleeving mode. The construction method has the effect of improving the construction efficiency.
本申请涉及一种上人屋面施工方法，其包括如下步骤：S1，材料准备；准备木模板和钢筋；选择合适尺寸的木模板作为屋面底模、屋面侧模、洞口侧模、附加侧模和楼梯间模板；S2，结构施工；支护屋面底模、屋面侧模；取洞口侧模支护于楼梯洞口一周，屋面底模、屋面侧模和洞口侧模共同形成屋面浇筑区；在屋面浇筑区内部绑扎钢筋；取附加侧模支护于洞口侧模背离楼梯洞口的一侧，洞口侧模和附加侧模之间形成梁浇筑区；在屋面浇筑区和梁浇筑区浇筑混凝土，待混凝土凝固后形成屋面板和插接梁；支护楼梯间模板并进行混凝土的浇筑，待混凝土凝固后形成楼梯间结构；S3，楼梯间安装；起吊楼梯间结构将其套接于插接梁外部。本申请具有提高施工效率的效果。
Accessible roof construction method
一种上人屋面施工方法
JI PEICHUN (author) / LI YUANTING (author) / MIN JINBIN (author) / YE XUMING (author) / CHEN JIANFENG (author) / REN AIPING (author) / ZHENG CHUN (author) / ZHAO XIAOYONG (author) / XU GUORONG (author)
2021-10-01
Patent
Electronic Resource
Chinese
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