A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Climbing frame attachment support at outer wall cantilever plate
The invention discloses a climbing frame attachment support at an outer wall cantilever plate. A floor support plate is formed on the outer wall through pouring, the floor support plate extends to form the cantilever plate extending to the outer side of the outer wall, the climbing frame attachment support comprises two abutments, a bearing beam, a supporting column and diagonal draw bars, wherein the abutments are detachably installed on the floor support plate, one abutment is arranged right above the outer wall, the bearing beam is provided with a fixed end and a suspended end which are opposite to each other, the middle part and the fixed end of the bearing beam are detachably installed on the two abutments correspondingly, the suspended end of the bearing beam extends to the upper part of the cantilever plate, a gap is formed between the suspended end of the bearing beam and the cantilever plate, the supporting column is detachably installed on the bearing beam, the supporting column is arranged over the outer wall, the diagonal draw bars are detachably connected between the two opposite sides of the supporting column and the fixed end of the bearing beam and the suspended end of the bearing beam correspondingly. According to the climbing frame attachment support, the problems of large workload, multiple procedures and low installation efficiency existing in installation of the climbing frame attachment support at the cantilever plate position of the outer wall of a high-rise building structure are solved.
本发明公开了一种外墙悬挑板处的爬架附着支座，外墙浇筑形成有楼承板，楼承板延伸形成有伸至外墙的外侧的悬挑板，爬架附着支座包括：两墩台，墩台可拆卸地安装于楼承板上，一墩台设置于外墙的正上方；承载梁，具有相对的一固定端和一悬空端，承载梁的中部和固定端分别可拆卸地安装于两墩台，承载梁的悬空端延伸至悬挑板的上方且与悬挑板之间形成间隙；支承柱，可拆卸地安装于承载梁上，支承柱设置于外墙的正上方；以及斜拉杆，支承柱的相对两侧分别与承载梁的固定端和悬空端之间可拆卸地连接有斜拉杆。本发明解决了在高层建筑结构外墙的悬挑板处的爬架附着支座安装存在工作量大、工序多，安装效率低的问题。
Climbing frame attachment support at outer wall cantilever plate
The invention discloses a climbing frame attachment support at an outer wall cantilever plate. A floor support plate is formed on the outer wall through pouring, the floor support plate extends to form the cantilever plate extending to the outer side of the outer wall, the climbing frame attachment support comprises two abutments, a bearing beam, a supporting column and diagonal draw bars, wherein the abutments are detachably installed on the floor support plate, one abutment is arranged right above the outer wall, the bearing beam is provided with a fixed end and a suspended end which are opposite to each other, the middle part and the fixed end of the bearing beam are detachably installed on the two abutments correspondingly, the suspended end of the bearing beam extends to the upper part of the cantilever plate, a gap is formed between the suspended end of the bearing beam and the cantilever plate, the supporting column is detachably installed on the bearing beam, the supporting column is arranged over the outer wall, the diagonal draw bars are detachably connected between the two opposite sides of the supporting column and the fixed end of the bearing beam and the suspended end of the bearing beam correspondingly. According to the climbing frame attachment support, the problems of large workload, multiple procedures and low installation efficiency existing in installation of the climbing frame attachment support at the cantilever plate position of the outer wall of a high-rise building structure are solved.
本发明公开了一种外墙悬挑板处的爬架附着支座，外墙浇筑形成有楼承板，楼承板延伸形成有伸至外墙的外侧的悬挑板，爬架附着支座包括：两墩台，墩台可拆卸地安装于楼承板上，一墩台设置于外墙的正上方；承载梁，具有相对的一固定端和一悬空端，承载梁的中部和固定端分别可拆卸地安装于两墩台，承载梁的悬空端延伸至悬挑板的上方且与悬挑板之间形成间隙；支承柱，可拆卸地安装于承载梁上，支承柱设置于外墙的正上方；以及斜拉杆，支承柱的相对两侧分别与承载梁的固定端和悬空端之间可拆卸地连接有斜拉杆。本发明解决了在高层建筑结构外墙的悬挑板处的爬架附着支座安装存在工作量大、工序多，安装效率低的问题。
Climbing frame attachment support at outer wall cantilever plate
外墙悬挑板处的爬架附着支座
YANG XUEJIAO (author) / BIAN DEWEN (author) / WANG CHAO (author) / SHAO MINGXING (author) / ZENG LI (author) / LONG XIN (author) / YUAN LINHAN (author) / LIU JINPENG (author) / LI ZHENGHUA (author) / WEI BAIBIN (author)
2021-07-16
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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