A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Mounting process for embedded part with complex special-shaped position
The invention belongs to the technical field of embedded part installation, and particularly relates to a mounting process for an embedded part with a complex special-shaped position. The process comprises the following steps: performing drawing by utilizing CAD (Computer Aided Design) or other three-dimensional software, and making an eight-equal-division disc-shaped drawing to cover a circular template; accurately measuring and setting the center of an embedded part by using a total station, and making points on a concrete cushion layer after the center of the embedded part is checked for multiple times; measuring the bottom elevation of the disc embedded part accurately; accurately mounting the central circular embedded part on a measured central axis on the ground by using a laser swinger; pasting a circular template on the circular embedded part, and aligning the vertical line of the center of the template with the center line of the embedded part; and determining the positions of eight small embedded parts on the periphery by using eight bisectors on the template through a stay wire or a laser swinger in combination with a measuring tape for measurement. According to the method, a mode that a template is manufactured through computer drawing to assist installation is adopted, the construction speed can be increased, the accuracy can be guaranteed, the embedded part installation time is greatly saved, and the labor cost is saved.
本发明属于预埋件安装技术领域，尤其是涉及一种异型位置复杂预埋件安装工艺，包括以下步骤：利用CAD或其他三维软件作图，制作出一个八等分圆盘状的图纸覆盖在圆形的模板上；用全站仪精确测设出埋件中心，并经多次复核无误后，在混凝土垫层上做点；准确测量圆盘埋件底标高；在地面已测设完成的中心轴线上利用激光扫平仪精确安装中心圆埋件；将圆形的模板粘贴在圆埋件上，使模板中心垂直线与埋件中心线对齐；利用模板上的八等分线分别用拉线或激光扫平仪结合卷尺测量的方式确定周边八个小埋件的位置。本发明采用电脑绘图制作模板辅助安装的方式，既能加快施工速度，也能保证精确度，大大节约了埋件安装时间，节省人工成本。
Mounting process for embedded part with complex special-shaped position
The invention belongs to the technical field of embedded part installation, and particularly relates to a mounting process for an embedded part with a complex special-shaped position. The process comprises the following steps: performing drawing by utilizing CAD (Computer Aided Design) or other three-dimensional software, and making an eight-equal-division disc-shaped drawing to cover a circular template; accurately measuring and setting the center of an embedded part by using a total station, and making points on a concrete cushion layer after the center of the embedded part is checked for multiple times; measuring the bottom elevation of the disc embedded part accurately; accurately mounting the central circular embedded part on a measured central axis on the ground by using a laser swinger; pasting a circular template on the circular embedded part, and aligning the vertical line of the center of the template with the center line of the embedded part; and determining the positions of eight small embedded parts on the periphery by using eight bisectors on the template through a stay wire or a laser swinger in combination with a measuring tape for measurement. According to the method, a mode that a template is manufactured through computer drawing to assist installation is adopted, the construction speed can be increased, the accuracy can be guaranteed, the embedded part installation time is greatly saved, and the labor cost is saved.
本发明属于预埋件安装技术领域，尤其是涉及一种异型位置复杂预埋件安装工艺，包括以下步骤：利用CAD或其他三维软件作图，制作出一个八等分圆盘状的图纸覆盖在圆形的模板上；用全站仪精确测设出埋件中心，并经多次复核无误后，在混凝土垫层上做点；准确测量圆盘埋件底标高；在地面已测设完成的中心轴线上利用激光扫平仪精确安装中心圆埋件；将圆形的模板粘贴在圆埋件上，使模板中心垂直线与埋件中心线对齐；利用模板上的八等分线分别用拉线或激光扫平仪结合卷尺测量的方式确定周边八个小埋件的位置。本发明采用电脑绘图制作模板辅助安装的方式，既能加快施工速度，也能保证精确度，大大节约了埋件安装时间，节省人工成本。
Mounting process for embedded part with complex special-shaped position
一种异型位置复杂预埋件安装工艺
ZHANG YU (author) / TANG PENGCHEN (author) / XU MAIDUN (author) / WANG JUAN (author) / BAI HUI (author)
2021-11-02
Patent
Electronic Resource
Chinese
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