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Combined clamping plate embedded part and embedded part construction method
The invention belongs to the technical field of building curtain wall embedded parts, and particularly relates to a combined clamping plate embedded part and an embedded part construction method. The combined clamping plate embedded part comprises a first embedded plate and a second embedded plate, wherein the first embedded plate and the second embedded plate are parallel and spaced by a preset distance, the first embedded plate and the second embedded plate are detachably connected through a plurality of connecting pieces, the plurality of connecting pieces are evenly distributed between the first embedded plate and the second embedded plate, and the length direction of the connecting pieces is perpendicular to the first embedded plate; and the end face, away from the second embedded plate, of the first embedded plate is an external component mounting face, and the external component mounting face is in a flat state and is provided with a plurality of binding positioning holes. According to the combined clamping plate embedded part, a traditional welding embedded part is converted into the combined clamping plate embedded part with split parts mechanically assembled on site, and therefore the construction method that the welding embedded part is positioned firstly, and then a main body structure reinforcement cage is mounted is changed; and the combined clamping plate embedded part is mounted after construction of the main body structure reinforcement cage is completed, positioning of the combined clamping plate embedded part is accurate, and the effective utilization rate is greatly increased.
本发明专利属于建筑幕墙预埋件技术领域,具体涉及一种组合夹板预埋件和预埋件施工方法,包括埋板一和埋板二,所述埋板一和埋板二平行且间隔预设距离,所述埋板一和埋板二通过多个连接件可拆卸连接,多个所述连接件在埋板一和埋板二之间均衡分布,所述连接件长度方向垂直于埋板一;所述埋板一远离埋板二的端面为外部构件安装面,所述外部构件安装面呈平整态且开设有多个绑扎定位孔;本发明的组合夹板预埋件由传统的焊接预埋件转变为分体零件现场机械组装的组合夹板预埋件,从而改变了先对焊接埋件定位再安装主体结构钢筋笼的施工方法;而是在主体结构钢筋笼施工完成后再安装组合夹板预埋件,使得组合夹板预埋件的定位准确有效利用率大幅提高。
Combined clamping plate embedded part and embedded part construction method
The invention belongs to the technical field of building curtain wall embedded parts, and particularly relates to a combined clamping plate embedded part and an embedded part construction method. The combined clamping plate embedded part comprises a first embedded plate and a second embedded plate, wherein the first embedded plate and the second embedded plate are parallel and spaced by a preset distance, the first embedded plate and the second embedded plate are detachably connected through a plurality of connecting pieces, the plurality of connecting pieces are evenly distributed between the first embedded plate and the second embedded plate, and the length direction of the connecting pieces is perpendicular to the first embedded plate; and the end face, away from the second embedded plate, of the first embedded plate is an external component mounting face, and the external component mounting face is in a flat state and is provided with a plurality of binding positioning holes. According to the combined clamping plate embedded part, a traditional welding embedded part is converted into the combined clamping plate embedded part with split parts mechanically assembled on site, and therefore the construction method that the welding embedded part is positioned firstly, and then a main body structure reinforcement cage is mounted is changed; and the combined clamping plate embedded part is mounted after construction of the main body structure reinforcement cage is completed, positioning of the combined clamping plate embedded part is accurate, and the effective utilization rate is greatly increased.
本发明专利属于建筑幕墙预埋件技术领域,具体涉及一种组合夹板预埋件和预埋件施工方法,包括埋板一和埋板二,所述埋板一和埋板二平行且间隔预设距离,所述埋板一和埋板二通过多个连接件可拆卸连接,多个所述连接件在埋板一和埋板二之间均衡分布,所述连接件长度方向垂直于埋板一;所述埋板一远离埋板二的端面为外部构件安装面,所述外部构件安装面呈平整态且开设有多个绑扎定位孔;本发明的组合夹板预埋件由传统的焊接预埋件转变为分体零件现场机械组装的组合夹板预埋件,从而改变了先对焊接埋件定位再安装主体结构钢筋笼的施工方法;而是在主体结构钢筋笼施工完成后再安装组合夹板预埋件,使得组合夹板预埋件的定位准确有效利用率大幅提高。
Combined clamping plate embedded part and embedded part construction method
一种组合夹板预埋件和预埋件施工方法
ZHANG ZHONGHUA (author) / SHI WENLONG (author) / WANG ZHAOHU (author) / ZHANG XIAOBIN (author) / YANG DONG (author) / BAI YINFENG (author) / HAN CHUANG (author) / PAN GUANGGUO (author) / LI RONGCHAO (author) / FANG HAIBO (author)
2021-10-22
Patent
Electronic Resource
Chinese
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