Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Embedded part mounting method and embedded part template
The invention discloses an embedded part mounting method and an embedded part template. The method comprises the steps that the template is detachably connected to an embedded part; a longitudinal central axis and a transverse central axis are arranged on the upper surface of the template; a plurality of scale marks are arranged at the intersection of the longitudinal central axis and the transverse central axis with the edge of the template; determining a longitudinal center axis positioning line and a transverse center axis positioning line of the pre-buried groove; the longitudinal central axis and the transverse central axis of the formwork are aligned with the longitudinal central axis positioning line and the transverse central axis positioning line of the pre-buried groove for the first time correspondingly; adjusting the template to a horizontal state; the longitudinal central axis and the transverse central axis of the formwork are subjected to secondary alignment with the longitudinal central axis positioning line and the transverse central axis positioning line of the pre-buried groove correspondingly according to the scale marks; the embedded parts are welded and fixed to the joint bars in the embedded grooves; and taking down the template. The template and the embedded part are aligned twice according to the central axis and the scale marks on the surface of the template, so that the mounting precision of the embedded part is improved, and accurate lap joint of the embedded part and upper equipment is facilitated.
本发明公开了一种预埋件安装方法及预埋件模板，方法包括：将模板可拆卸连接在预埋件上；在模板上表面设置纵向中轴线和横向中轴线；在纵向中轴线和横向中轴线与模板的边缘相交处设置多条刻度线；确定预埋槽的纵向中轴定位线和横向中轴定位线；将模板的纵向中轴线和横向中轴线分别与预埋槽的纵向中轴定位线和横向中轴定位线首次对齐；将模板调节至水平状态；根据刻度线将模板的纵向中轴线和横向中轴线分别与预埋槽的纵向中轴定位线和横向中轴定位线二次对齐；将预埋件与预埋槽内的插筋焊接固定；取下模板。本发明根据模板表面的中轴线和刻度线，将模板和预埋件两次对齐，使得预埋件的安装精度得到提升，从而有利于预埋件与上部设备的精准搭接。
Embedded part mounting method and embedded part template
The invention discloses an embedded part mounting method and an embedded part template. The method comprises the steps that the template is detachably connected to an embedded part; a longitudinal central axis and a transverse central axis are arranged on the upper surface of the template; a plurality of scale marks are arranged at the intersection of the longitudinal central axis and the transverse central axis with the edge of the template; determining a longitudinal center axis positioning line and a transverse center axis positioning line of the pre-buried groove; the longitudinal central axis and the transverse central axis of the formwork are aligned with the longitudinal central axis positioning line and the transverse central axis positioning line of the pre-buried groove for the first time correspondingly; adjusting the template to a horizontal state; the longitudinal central axis and the transverse central axis of the formwork are subjected to secondary alignment with the longitudinal central axis positioning line and the transverse central axis positioning line of the pre-buried groove correspondingly according to the scale marks; the embedded parts are welded and fixed to the joint bars in the embedded grooves; and taking down the template. The template and the embedded part are aligned twice according to the central axis and the scale marks on the surface of the template, so that the mounting precision of the embedded part is improved, and accurate lap joint of the embedded part and upper equipment is facilitated.
本发明公开了一种预埋件安装方法及预埋件模板，方法包括：将模板可拆卸连接在预埋件上；在模板上表面设置纵向中轴线和横向中轴线；在纵向中轴线和横向中轴线与模板的边缘相交处设置多条刻度线；确定预埋槽的纵向中轴定位线和横向中轴定位线；将模板的纵向中轴线和横向中轴线分别与预埋槽的纵向中轴定位线和横向中轴定位线首次对齐；将模板调节至水平状态；根据刻度线将模板的纵向中轴线和横向中轴线分别与预埋槽的纵向中轴定位线和横向中轴定位线二次对齐；将预埋件与预埋槽内的插筋焊接固定；取下模板。本发明根据模板表面的中轴线和刻度线，将模板和预埋件两次对齐，使得预埋件的安装精度得到提升，从而有利于预埋件与上部设备的精准搭接。
Embedded part mounting method and embedded part template
一种预埋件安装方法及预埋件模板
DA WENBO (Autor:in) / WANG RUIKE (Autor:in) / XU HUAIYU (Autor:in) / JIAO NAIQI (Autor:in) / HU XIAOWEI (Autor:in) / ZHANG HONGQIN (Autor:in) / LI KANGLE (Autor:in) / ZHANG XUAN (Autor:in) / GAO XIAODONG (Autor:in) / LEI JIE (Autor:in)
04.07.2023
Patent
Elektronische Ressource
Chinesisch
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