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A platform for research: civil engineering, architecture and urbanism
High-altitude profile steel beam connecting corridor construction method
The invention relates to a high-altitude profile steel beam connecting corridor construction method. The high-altitude profile steel beam connecting corridor construction method comprises the steps that a mounting platform is arranged between two adjacent building targets, and a moving trolley is arranged on the mounting platform; a crane conveys profile steel beams to the position of the moving trolley, and the moving trolley moves to a target butt joint position on the mounting platform; portal frames are arranged on the two sides of the mounting platform, and hoisting mechanisms are arranged on the portal frames; the hoisting mechanisms are connected with the profile steel beams, so that the profile steel beams move to a target mounting position under the action of the hoisting mechanisms; and the profile steel beams and the building targets are fixedly mounted. By arranging the mounting platform and the portal frames, the crane firstly hoists the profile steel beams to the mountingplatform, then connects the profile steel beams with the hoisting mechanisms on the portal frames, and gently conveys the profile steel beams to the target mounting position under the action of the hoisting mechanisms, so that the mounting convenience and safety are improved, and meanwhile, the mounting efficiency of the profile steel beams is also improved.
本申请涉及一种高空型钢梁连廊施工方法，方法包括：在相邻两个建筑目标之间设置有安装平台，并在安装平台上设置有移动小车；吊车将型钢梁输送至移动小车位置处，移动小车在安装平台上移动至目标对接位置；在安装平台的两侧设置有龙门架，龙门架上设置有吊装机构；将吊装机构与型钢梁连接，以使得型钢梁在吊装机构的作用下移动至目标安装位置；将型钢梁与建筑目标进行固定安装。通过设置有安装平台及龙门架，吊车先将型钢梁吊装至安装平台，然后将型钢梁与龙门架上的吊装机构连接，并在吊装机构的作用下平缓输送至目标安装位置，提高了安装便捷性及安全性，同时也提高了型钢梁的安装效率。
High-altitude profile steel beam connecting corridor construction method
The invention relates to a high-altitude profile steel beam connecting corridor construction method. The high-altitude profile steel beam connecting corridor construction method comprises the steps that a mounting platform is arranged between two adjacent building targets, and a moving trolley is arranged on the mounting platform; a crane conveys profile steel beams to the position of the moving trolley, and the moving trolley moves to a target butt joint position on the mounting platform; portal frames are arranged on the two sides of the mounting platform, and hoisting mechanisms are arranged on the portal frames; the hoisting mechanisms are connected with the profile steel beams, so that the profile steel beams move to a target mounting position under the action of the hoisting mechanisms; and the profile steel beams and the building targets are fixedly mounted. By arranging the mounting platform and the portal frames, the crane firstly hoists the profile steel beams to the mountingplatform, then connects the profile steel beams with the hoisting mechanisms on the portal frames, and gently conveys the profile steel beams to the target mounting position under the action of the hoisting mechanisms, so that the mounting convenience and safety are improved, and meanwhile, the mounting efficiency of the profile steel beams is also improved.
本申请涉及一种高空型钢梁连廊施工方法，方法包括：在相邻两个建筑目标之间设置有安装平台，并在安装平台上设置有移动小车；吊车将型钢梁输送至移动小车位置处，移动小车在安装平台上移动至目标对接位置；在安装平台的两侧设置有龙门架，龙门架上设置有吊装机构；将吊装机构与型钢梁连接，以使得型钢梁在吊装机构的作用下移动至目标安装位置；将型钢梁与建筑目标进行固定安装。通过设置有安装平台及龙门架，吊车先将型钢梁吊装至安装平台，然后将型钢梁与龙门架上的吊装机构连接，并在吊装机构的作用下平缓输送至目标安装位置，提高了安装便捷性及安全性，同时也提高了型钢梁的安装效率。
High-altitude profile steel beam connecting corridor construction method
高空型钢梁连廊施工方法
WAN PENGJUN (author) / LIU XIAOHUI (author) / QU XIAOFEI (author)
2021-02-12
Patent
Electronic Resource
Chinese
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