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Steel roof truss hanging bracket and construction method thereof
The steel roof truss hanging bracket comprises a personnel channel frame, a transverse pipe and a lower hanging bracket body, the personnel channel frame is installed on an oblique beam, the transverse pipe is transversely fixed to the lower portion of the personnel channel frame in a penetrating and inserting mode, and the transverse pipe is connected with the lower hanging bracket body in a hanging mode; the lower hanging bracket is of a cuboid-shaped frame structure and comprises an upper-end rectangular frame, a lower-end rectangular frame, a lower vertical rod and a springboard, the upper-end rectangular frame and the lower-end rectangular frame are connected through the lower vertical rod, the upper-end rectangular frame is used for being connected with the transverse pipe, and the springboard is installed on the lower-end rectangular frame. The connection of the personnel channel frame, the transverse pipe and the oblique beam is used as a foundation, the lower hanging bracket is installed downwards, the upper end rectangular frame of the lower hanging bracket is reliably connected with the personnel channel frame and the transverse pipe, and then the lower end rectangular frame and the springboard are connected through the lower vertical rod. In this way, an operation platform for construction workers to stay for construction is formed, and the operation requirements of the construction workers are met.
本发明公开了一种钢屋架吊架，包括人员通道框架、横管和下部吊架，人员通道框架安装在斜梁上，人员通道框架的下部横向穿插固定有横管，横管悬挂连接有下部吊架；下部吊架为长方体状框架结构，下部吊架包括上端矩形框架、下端矩形框架、下部立杆和跳板，上端矩形框架和下端矩形框架之间通过下部立杆相互连接，上端矩形框架用于与横管连接，下端矩形框架上安装有跳板。本发明利用人员通道框架及横管与斜梁的连接作为基础，向下安装设置下部吊架，并利用下部吊架的上端矩形框架与人员通道框架及横管之间进行可靠的连接，再利用下部立杆连接下端矩形框架和跳板，以此形成可供施工作业人员停留施工的操作平台，以满足施工作业人员的作业需求。
Steel roof truss hanging bracket and construction method thereof
The steel roof truss hanging bracket comprises a personnel channel frame, a transverse pipe and a lower hanging bracket body, the personnel channel frame is installed on an oblique beam, the transverse pipe is transversely fixed to the lower portion of the personnel channel frame in a penetrating and inserting mode, and the transverse pipe is connected with the lower hanging bracket body in a hanging mode; the lower hanging bracket is of a cuboid-shaped frame structure and comprises an upper-end rectangular frame, a lower-end rectangular frame, a lower vertical rod and a springboard, the upper-end rectangular frame and the lower-end rectangular frame are connected through the lower vertical rod, the upper-end rectangular frame is used for being connected with the transverse pipe, and the springboard is installed on the lower-end rectangular frame. The connection of the personnel channel frame, the transverse pipe and the oblique beam is used as a foundation, the lower hanging bracket is installed downwards, the upper end rectangular frame of the lower hanging bracket is reliably connected with the personnel channel frame and the transverse pipe, and then the lower end rectangular frame and the springboard are connected through the lower vertical rod. In this way, an operation platform for construction workers to stay for construction is formed, and the operation requirements of the construction workers are met.
本发明公开了一种钢屋架吊架，包括人员通道框架、横管和下部吊架，人员通道框架安装在斜梁上，人员通道框架的下部横向穿插固定有横管，横管悬挂连接有下部吊架；下部吊架为长方体状框架结构，下部吊架包括上端矩形框架、下端矩形框架、下部立杆和跳板，上端矩形框架和下端矩形框架之间通过下部立杆相互连接，上端矩形框架用于与横管连接，下端矩形框架上安装有跳板。本发明利用人员通道框架及横管与斜梁的连接作为基础，向下安装设置下部吊架，并利用下部吊架的上端矩形框架与人员通道框架及横管之间进行可靠的连接，再利用下部立杆连接下端矩形框架和跳板，以此形成可供施工作业人员停留施工的操作平台，以满足施工作业人员的作业需求。
Steel roof truss hanging bracket and construction method thereof
一种钢屋架吊架及其施工方法
LI CHUANG (author) / HOU FANG (author) / LI HUAYU (author) / FAN ZHIQIANG (author)
2024-12-13
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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