A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method for additionally building corridors in old building
The invention relates to a construction method for additionally building corridors in an old building. The construction method comprises the following steps that S1, a steel beam is hoisted to a feeding platform of a side opening of the building; S2, the steel beam is conveyed into the building from the side opening along a feeding rail, and finally the two ends of the steel beam are located on the two corridors oppositely arranged in the building correspondingly; S3, parallel conveying rails are mounted on the corridors oppositely arranged, and the ends, located on the same side, of the two conveying rails are located at the two ends of the steel beam correspondingly; S4, the steel beam is moved to be inclined to the mounting angle in the horizontal state, and the steel beam is kept in the inclined state to horizontally move to the position below the mounting position in the length direction of the conveying rails; S5, the two ends of the upper surface of the steel beam are attached to the lower surface of a mounting floor; and S6, a beam support is fixed to an original beam in the building, the two ends of the steel beam are located between the mounting floor and the beam support, and then the two ends of the steel beam are fixed to the original beam. The construction method has the effect that the corridors can be additionally built in the old building.
本申请涉及一种旧有建筑物内加建连廊的施工方法，其包括以下步骤：S1、将钢梁吊到建筑物的侧口的进料平台上；S2、将钢梁从侧口处沿进料轨道运送至建筑物内部，最终使钢梁的两端分别位于建筑物内相对设置的两个走廊上；S3、在相对设置的走廊上安装相互平行的传送轨道，并使两个传送轨道位于同一侧的一端分别位于钢梁的两端处；S4、移动钢梁使钢梁在水平状态上倾斜至安装角度，使钢梁保持倾斜状态沿传送轨道的长度方向平移至安装位置的下方；S5、使钢梁上表面的两端位置贴合在安装楼板的下表面；S6、往建筑物内原有梁上固定梁托，使钢梁的两端位于安装楼板和梁托之间，再将钢梁的两端与原有梁固定。本申请具有能够在旧有建筑物内加建连廊的效果。
Construction method for additionally building corridors in old building
The invention relates to a construction method for additionally building corridors in an old building. The construction method comprises the following steps that S1, a steel beam is hoisted to a feeding platform of a side opening of the building; S2, the steel beam is conveyed into the building from the side opening along a feeding rail, and finally the two ends of the steel beam are located on the two corridors oppositely arranged in the building correspondingly; S3, parallel conveying rails are mounted on the corridors oppositely arranged, and the ends, located on the same side, of the two conveying rails are located at the two ends of the steel beam correspondingly; S4, the steel beam is moved to be inclined to the mounting angle in the horizontal state, and the steel beam is kept in the inclined state to horizontally move to the position below the mounting position in the length direction of the conveying rails; S5, the two ends of the upper surface of the steel beam are attached to the lower surface of a mounting floor; and S6, a beam support is fixed to an original beam in the building, the two ends of the steel beam are located between the mounting floor and the beam support, and then the two ends of the steel beam are fixed to the original beam. The construction method has the effect that the corridors can be additionally built in the old building.
本申请涉及一种旧有建筑物内加建连廊的施工方法，其包括以下步骤：S1、将钢梁吊到建筑物的侧口的进料平台上；S2、将钢梁从侧口处沿进料轨道运送至建筑物内部，最终使钢梁的两端分别位于建筑物内相对设置的两个走廊上；S3、在相对设置的走廊上安装相互平行的传送轨道，并使两个传送轨道位于同一侧的一端分别位于钢梁的两端处；S4、移动钢梁使钢梁在水平状态上倾斜至安装角度，使钢梁保持倾斜状态沿传送轨道的长度方向平移至安装位置的下方；S5、使钢梁上表面的两端位置贴合在安装楼板的下表面；S6、往建筑物内原有梁上固定梁托，使钢梁的两端位于安装楼板和梁托之间，再将钢梁的两端与原有梁固定。本申请具有能够在旧有建筑物内加建连廊的效果。
Construction method for additionally building corridors in old building
一种旧有建筑物内加建连廊的施工方法
ZHONG YUANXING (author) / LUO WEIJUN (author) / CHEN CHAOHONG (author) / LI BAOXIN (author) / FANG YINGQUAN (author) / DENG JIAQING (author) / CHENG YANPING (author) / MAI JIANFENG (author)
2021-06-11
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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