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Construction method for translating and hoisting oversized component in place in narrow space
The invention discloses a construction method for translating and hoisting an oversized component in place in a narrow space. The construction method comprises the following steps: S1, hoisting a triangular operation frame by adopting hoisting equipment until the component rotates and then forms a triangular area with a structure; s2, hoisting equipment is adopted to hoist the super-large component into the structure through the raise hole; s3, in the structure, the component rotates in the air through bottom traction; s4, after the component is rotated in place, the component is gradually translated to a designated position through cooperation of manual traction and hoisting equipment, and after the component is stabilized, a bottom vertical direction adjusting device is arranged at the bottom of the component; s5, the upper portion of the component enables the component to be adjusted in the opening and closing direction through a top opening and closing direction adjusting device; and S6, after adjustment is completed, component installation work is manually conducted through a triangular operation frame installed in advance, and aerial rotation and translation of the components are ingeniously utilized, so that the components can be installed in different positions on different vertical planes.
本发明公开一种狭窄空间下超大构件平移吊装就位施工方法，包括如下步骤：S1、采用起重吊装设备将三角操作架吊至构件旋转后与结构形成三角区域；S2、采用起重吊装设备将超大构件通过天井孔吊进结构内部；S3、在结构内部，构件通过底部牵引在空中进行旋转；S4、旋转就位后，通过人工牵引，起重设备配合逐步将构件平移至指定位置，稳定之后将底部垂直方向调节装置设置在构件底部；S5、构件上部通过顶部开合方向调节装置使得构件在开合方向得以调节；S6、调整完成后，人工通过事先安装的三角操作架进行构件安装工作即可，本发明巧妙的利用构件空中旋转、平移使得的构件可完成非同一垂直面的异位安装。
Construction method for translating and hoisting oversized component in place in narrow space
The invention discloses a construction method for translating and hoisting an oversized component in place in a narrow space. The construction method comprises the following steps: S1, hoisting a triangular operation frame by adopting hoisting equipment until the component rotates and then forms a triangular area with a structure; s2, hoisting equipment is adopted to hoist the super-large component into the structure through the raise hole; s3, in the structure, the component rotates in the air through bottom traction; s4, after the component is rotated in place, the component is gradually translated to a designated position through cooperation of manual traction and hoisting equipment, and after the component is stabilized, a bottom vertical direction adjusting device is arranged at the bottom of the component; s5, the upper portion of the component enables the component to be adjusted in the opening and closing direction through a top opening and closing direction adjusting device; and S6, after adjustment is completed, component installation work is manually conducted through a triangular operation frame installed in advance, and aerial rotation and translation of the components are ingeniously utilized, so that the components can be installed in different positions on different vertical planes.
本发明公开一种狭窄空间下超大构件平移吊装就位施工方法，包括如下步骤：S1、采用起重吊装设备将三角操作架吊至构件旋转后与结构形成三角区域；S2、采用起重吊装设备将超大构件通过天井孔吊进结构内部；S3、在结构内部，构件通过底部牵引在空中进行旋转；S4、旋转就位后，通过人工牵引，起重设备配合逐步将构件平移至指定位置，稳定之后将底部垂直方向调节装置设置在构件底部；S5、构件上部通过顶部开合方向调节装置使得构件在开合方向得以调节；S6、调整完成后，人工通过事先安装的三角操作架进行构件安装工作即可，本发明巧妙的利用构件空中旋转、平移使得的构件可完成非同一垂直面的异位安装。
Construction method for translating and hoisting oversized component in place in narrow space
一种狭窄空间下超大构件平移吊装就位施工方法
LIANG JIAYU (author) / LIU GUIFU (author) / YANG TING (author) / QIAO YAWEI (author) / JIANG CHUANTONG (author) / ZHAO WEI (author)
2024-07-16
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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