A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Special-shaped concrete structure formwork reinforcing method
The invention discloses a special-shaped concrete structure formwork reinforcing method. The method comprises the steps that the bottom elevation of a special-shaped concrete structure is determined from a drawing; a first presser foot plate of the main template is nailed on the bottom template along the extension of the control line; the short side of the square timber leans against the main template and is arranged along the outer side of the main template, the bottom of the square timber and the second presser foot plate are nailed for temporary fixation, and a connecting plate and the like between the main template and the upper side template of the structure are cut according to the distance between the outer side line of the top of the structure and the side line of the outermost structure. The method has the beneficial effects that the requirement of the special-shaped concrete structure for the shape and appearance quality is met, and the construction technology of common carpenters on a construction site can meet the technical requirements required by construction. Meanwhile, the problem that in a traditional method, a wood formwork is independently used for reinforcing the side face formwork of the special-shaped concrete structure, and the axis of a structure sideline deviates easily can be solved; and the construction quality is guaranteed, and meanwhile the problem that more manpower and machines need to be consumed to install and fix the aluminum film when the aluminum film is used is solved.
本发明公开了一种异型混凝土结构模板加固方法，方法包括：从图纸中确定异型混凝土结构底部标高；沿控制线的外延在底模板上钉上主模板的第一压脚板；方木短侧靠着主模板并沿着主模板外侧布置，方木底部与第二压脚板钉钉子进行临时固定，根据该结构顶部外边线与最外侧的结构边线的距离裁出主模板与结构上部侧模间的连接板等。本发明的有益效果是：保证异型混凝土结构对形状外观质量的要求，且工地一般木工的施工工艺能满足施工所需技术要求。同时能解决传统方法中单独使用木模板对异型混凝土结构进行侧面模板加固容易出现结构边线轴线偏移的问题；和在保证施工质量的同时解决了使用铝膜时需耗费更多人手和机械去安装、固定铝模的问题。
Special-shaped concrete structure formwork reinforcing method
The invention discloses a special-shaped concrete structure formwork reinforcing method. The method comprises the steps that the bottom elevation of a special-shaped concrete structure is determined from a drawing; a first presser foot plate of the main template is nailed on the bottom template along the extension of the control line; the short side of the square timber leans against the main template and is arranged along the outer side of the main template, the bottom of the square timber and the second presser foot plate are nailed for temporary fixation, and a connecting plate and the like between the main template and the upper side template of the structure are cut according to the distance between the outer side line of the top of the structure and the side line of the outermost structure. The method has the beneficial effects that the requirement of the special-shaped concrete structure for the shape and appearance quality is met, and the construction technology of common carpenters on a construction site can meet the technical requirements required by construction. Meanwhile, the problem that in a traditional method, a wood formwork is independently used for reinforcing the side face formwork of the special-shaped concrete structure, and the axis of a structure sideline deviates easily can be solved; and the construction quality is guaranteed, and meanwhile the problem that more manpower and machines need to be consumed to install and fix the aluminum film when the aluminum film is used is solved.
本发明公开了一种异型混凝土结构模板加固方法，方法包括：从图纸中确定异型混凝土结构底部标高；沿控制线的外延在底模板上钉上主模板的第一压脚板；方木短侧靠着主模板并沿着主模板外侧布置，方木底部与第二压脚板钉钉子进行临时固定，根据该结构顶部外边线与最外侧的结构边线的距离裁出主模板与结构上部侧模间的连接板等。本发明的有益效果是：保证异型混凝土结构对形状外观质量的要求，且工地一般木工的施工工艺能满足施工所需技术要求。同时能解决传统方法中单独使用木模板对异型混凝土结构进行侧面模板加固容易出现结构边线轴线偏移的问题；和在保证施工质量的同时解决了使用铝膜时需耗费更多人手和机械去安装、固定铝模的问题。
Special-shaped concrete structure formwork reinforcing method
一种异型混凝土结构模板加固方法
ZENG JUNQIANG (author) / CAI BIRONG (author) / HE YINHUAN (author) / ZHU WEIFENG (author) / DAI ZONG (author) / ZHANG ZEJIE (author) / ZHANG MINHAN (author) / HE ZHIHAO (author)
2024-03-01
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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