A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
High-altitude perforation-free rear-mounted embedded part cantilever frame and mounting method
The invention discloses a high-altitude perforation-free rear-mounted embedded part cantilever frame and an installation method, the high-altitude perforation-free rear-mounted embedded part cantilever frame comprises a floor, a bay window sill integrally formed with the floor and a cantilever frame arranged on the bay window sill, the bay window sill comprises a bay window plate and a bay window beam arranged below the bay window plate, the floor is located on the bay window beam, and the bay window beam is located below the bay window plate. A horizontal steel base plate is fixed to the top face of the bay window plate through a first screw rod, a vertical steel base plate is fixed to the side face of the bay window beam through a second screw rod, the side face, close to the vertical steel base plate, of the horizontal steel base plate is fixedly welded to the vertical steel base plate, and the cantilever frame is arranged on the bay window plate. The method has the effect of reducing the later outer wall leakage risk.
本发明公开了一种高空免穿孔后置埋件悬挑架及安装方法，包括楼板、与楼板一体成型的凸窗窗台和设置于凸窗窗台上的悬挑架，凸窗窗台包括凸窗板和设置于凸窗板下方的凸窗梁，楼板位于凸窗梁上，凸窗板的顶面上通过螺杆一固定有水平钢垫板，凸窗梁的侧面上通过螺杆二固定有竖向钢垫板，水平钢垫板靠近竖向钢垫板的侧面与竖向钢垫板相焊接固定，悬挑架设置于凸窗板上。本申请具有减少后期外墙渗漏风险的效果。
High-altitude perforation-free rear-mounted embedded part cantilever frame and mounting method
The invention discloses a high-altitude perforation-free rear-mounted embedded part cantilever frame and an installation method, the high-altitude perforation-free rear-mounted embedded part cantilever frame comprises a floor, a bay window sill integrally formed with the floor and a cantilever frame arranged on the bay window sill, the bay window sill comprises a bay window plate and a bay window beam arranged below the bay window plate, the floor is located on the bay window beam, and the bay window beam is located below the bay window plate. A horizontal steel base plate is fixed to the top face of the bay window plate through a first screw rod, a vertical steel base plate is fixed to the side face of the bay window beam through a second screw rod, the side face, close to the vertical steel base plate, of the horizontal steel base plate is fixedly welded to the vertical steel base plate, and the cantilever frame is arranged on the bay window plate. The method has the effect of reducing the later outer wall leakage risk.
本发明公开了一种高空免穿孔后置埋件悬挑架及安装方法，包括楼板、与楼板一体成型的凸窗窗台和设置于凸窗窗台上的悬挑架，凸窗窗台包括凸窗板和设置于凸窗板下方的凸窗梁，楼板位于凸窗梁上，凸窗板的顶面上通过螺杆一固定有水平钢垫板，凸窗梁的侧面上通过螺杆二固定有竖向钢垫板，水平钢垫板靠近竖向钢垫板的侧面与竖向钢垫板相焊接固定，悬挑架设置于凸窗板上。本申请具有减少后期外墙渗漏风险的效果。
High-altitude perforation-free rear-mounted embedded part cantilever frame and mounting method
一种高空免穿孔后置埋件悬挑架及安装方法
MIAO ZEXI (author) / ZHANG RUI (author) / ZHANG TING (author) / YANG MUSHENG (author) / MIAO TE (author) / WANG SHENGLIN (author)
2024-01-12
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
High-altitude frame column top large embedded part mounting system and mounting method
| European Patent Office | 2024
High-altitude tie-free cantilever outer frame structure and construction method thereof
| European Patent Office | 2023
Cantilever frame beam side all-embedded mounting and erecting device
| European Patent Office | 2015