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A platform for research: civil engineering, architecture and urbanism
Special-shaped photoelectric glass overbridge ceiling supporting structure and construction method thereof
The invention relates to a special-shaped photoelectric glass overbridge ceiling supporting structure and a construction method thereof. The special-shaped photoelectric glass overbridge ceiling supporting structure comprises a truss upper chord, an upper chord transverse supporting rod, a fixing assembly and a glass layer. A plurality of square steel pipes which are arranged at intervals are vertically connected to the truss upper chord, and a plurality of round steel pipes which are arranged at intervals are vertically connected to the square steel pipes; the fixing assembly comprises a first clamp and a second clamp. The glass layer comprises a plurality of special-shaped double-layer photoelectric glass blocks. The top of the overbridge is divided into small square grids and small trapezoid grids through square steel pipes and round steel pipes, a glass layer is divided into a plurality of special-shaped double-layer photoelectric glass blocks, and the special-shaped double-layer photoelectric glass blocks are spliced and fixed to the lower portions of the square steel pipes and the round steel pipes through first clamps and second clamps. Therefore, a plurality of special-shaped double-layer photoelectric glass blocks are spliced and combined to form a complete glass layer, so that the glass layer is firmly mounted, the mounting stability of the special-shaped photoelectric glass is enhanced, and potential safety hazards are effectively eliminated.
本发明涉及一种异形光电玻璃天桥顶棚支撑构造及其施工方法，包括桁架上弦杆、上弦横撑杆、固定组件和玻璃层；桁架上弦杆上垂直连接有多个间隔设置的方形钢管，方形钢管上垂直连接有多个间隔设置的圆形钢管；固定组件包括第一夹具和第二夹具；玻璃层包括多个异形双层光电玻璃块。采用方形钢管和圆形钢管将天桥顶部划分为正方形和梯形小网格，将玻璃层分为多块异形双层光电玻璃，采用第一夹具和第二夹具将多块异形双层光电玻璃块拼合固定在方形钢管和圆形钢管的下方，从而使得多块异形双层光电玻璃块拼接组合形成完整的玻璃层，从而实现对玻璃层的牢固安装，增强了异形光电玻璃安装的稳定性，有效的排除了安全隐患。
Special-shaped photoelectric glass overbridge ceiling supporting structure and construction method thereof
The invention relates to a special-shaped photoelectric glass overbridge ceiling supporting structure and a construction method thereof. The special-shaped photoelectric glass overbridge ceiling supporting structure comprises a truss upper chord, an upper chord transverse supporting rod, a fixing assembly and a glass layer. A plurality of square steel pipes which are arranged at intervals are vertically connected to the truss upper chord, and a plurality of round steel pipes which are arranged at intervals are vertically connected to the square steel pipes; the fixing assembly comprises a first clamp and a second clamp. The glass layer comprises a plurality of special-shaped double-layer photoelectric glass blocks. The top of the overbridge is divided into small square grids and small trapezoid grids through square steel pipes and round steel pipes, a glass layer is divided into a plurality of special-shaped double-layer photoelectric glass blocks, and the special-shaped double-layer photoelectric glass blocks are spliced and fixed to the lower portions of the square steel pipes and the round steel pipes through first clamps and second clamps. Therefore, a plurality of special-shaped double-layer photoelectric glass blocks are spliced and combined to form a complete glass layer, so that the glass layer is firmly mounted, the mounting stability of the special-shaped photoelectric glass is enhanced, and potential safety hazards are effectively eliminated.
本发明涉及一种异形光电玻璃天桥顶棚支撑构造及其施工方法，包括桁架上弦杆、上弦横撑杆、固定组件和玻璃层；桁架上弦杆上垂直连接有多个间隔设置的方形钢管，方形钢管上垂直连接有多个间隔设置的圆形钢管；固定组件包括第一夹具和第二夹具；玻璃层包括多个异形双层光电玻璃块。采用方形钢管和圆形钢管将天桥顶部划分为正方形和梯形小网格，将玻璃层分为多块异形双层光电玻璃，采用第一夹具和第二夹具将多块异形双层光电玻璃块拼合固定在方形钢管和圆形钢管的下方，从而使得多块异形双层光电玻璃块拼接组合形成完整的玻璃层，从而实现对玻璃层的牢固安装，增强了异形光电玻璃安装的稳定性，有效的排除了安全隐患。
Special-shaped photoelectric glass overbridge ceiling supporting structure and construction method thereof
一种异形光电玻璃天桥顶棚支撑构造及其施工方法
XIAO ZERONG (author) / YE DIHANG (author) / CHEN GUANHUA (author) / LIN ZHITAO (author) / CHEN XIANJUN (author) / LI ZHAOXIANG (author) / ZHANG DAOZHI (author) / GUO JUN (author) / ZHENG XIANG (author) / SHAO KEFU (author)
2024-10-29
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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