A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Installation method of high-precision concrete embedded part
The invention relates to the technical field of building construction, in particular to a mounting method of a high-precision concrete embedded part, which comprises the following steps of: prefabricating a wooden template with the same size as the embedded part, drilling holes in the wooden template according to the position of an anchoring steel bar, accurately positioning the position of the anchoring steel bar by using the wooden template, and closing the template and pouring after binding is completed; punching and implanting a positioning screw rod; drilling is conducted on the embedded part according to the positions of the installed anchoring steel bars and the positioning screws; the embedded part is installed on the anchoring steel bar, the perpendicularity and flatness of the embedded part are adjusted, and after the embedded part is positioned, the embedded part and the anchoring steel bar are welded; a grouting formwork is erected in a gap between the embedded part and the concrete protection layer, and grouting is conducted after formwork erecting is completed; and removing the mold after the concrete reaches the strength, and completing the installation of the embedded part. The problem that the installation precision of the embedded part does not reach the standard due to deformation of anchoring steel bars, shrinkage of concrete, inaccurate positioning of a template and the like is solved, and the installation precision of the embedded part is ensured.
本发明涉及建筑施工技术领域，特别是涉及一种高精度混凝土预埋件的安装方法，预制一块与预埋件同等大小的木制模板，根据锚固钢筋的位置在木制模板上钻孔，利用木制模板精准定位锚固钢筋的位置，绑扎完成后合模浇筑；打孔植入定位螺杆；按照安装完成的锚固钢筋以及定位螺杆的位置对预埋件进行钻孔；将预埋件安装在锚固钢筋上，调节预埋件的垂直度和平整度，预埋件定位完成后对预埋件和锚固钢筋进行焊接；对预埋件和混凝土保护层之间的缝隙支设灌浆模板，模板支设完成后灌浆；混凝土达到强度后拆模，预埋件安装完成。本发明解决了预埋件因锚固钢筋变形、混凝土收缩、模板定位不准等造成的预埋件安装精度不达标的问题，确保预埋件的安装精度。
Installation method of high-precision concrete embedded part
The invention relates to the technical field of building construction, in particular to a mounting method of a high-precision concrete embedded part, which comprises the following steps of: prefabricating a wooden template with the same size as the embedded part, drilling holes in the wooden template according to the position of an anchoring steel bar, accurately positioning the position of the anchoring steel bar by using the wooden template, and closing the template and pouring after binding is completed; punching and implanting a positioning screw rod; drilling is conducted on the embedded part according to the positions of the installed anchoring steel bars and the positioning screws; the embedded part is installed on the anchoring steel bar, the perpendicularity and flatness of the embedded part are adjusted, and after the embedded part is positioned, the embedded part and the anchoring steel bar are welded; a grouting formwork is erected in a gap between the embedded part and the concrete protection layer, and grouting is conducted after formwork erecting is completed; and removing the mold after the concrete reaches the strength, and completing the installation of the embedded part. The problem that the installation precision of the embedded part does not reach the standard due to deformation of anchoring steel bars, shrinkage of concrete, inaccurate positioning of a template and the like is solved, and the installation precision of the embedded part is ensured.
本发明涉及建筑施工技术领域，特别是涉及一种高精度混凝土预埋件的安装方法，预制一块与预埋件同等大小的木制模板，根据锚固钢筋的位置在木制模板上钻孔，利用木制模板精准定位锚固钢筋的位置，绑扎完成后合模浇筑；打孔植入定位螺杆；按照安装完成的锚固钢筋以及定位螺杆的位置对预埋件进行钻孔；将预埋件安装在锚固钢筋上，调节预埋件的垂直度和平整度，预埋件定位完成后对预埋件和锚固钢筋进行焊接；对预埋件和混凝土保护层之间的缝隙支设灌浆模板，模板支设完成后灌浆；混凝土达到强度后拆模，预埋件安装完成。本发明解决了预埋件因锚固钢筋变形、混凝土收缩、模板定位不准等造成的预埋件安装精度不达标的问题，确保预埋件的安装精度。
Installation method of high-precision concrete embedded part
高精度混凝土预埋件的安装方法
YU HUI (author) / SUN YONGCHANG (author) / JI SHANGBO (author) / LIU XIAONING (author)
2023-06-23
Patent
Electronic Resource
Chinese
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