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A platform for research: civil engineering, architecture and urbanism
N-shaped composite material electric pole telescopic cross beam assembly and assembling method thereof
The invention discloses an n-shaped composite material electric pole telescopic cross beam assembly and an assembling method thereof. The n-shaped composite material electric pole telescopic cross beam assembly is characterized in that the tops of composite material tower heads are fixedly connected with tower head steel connecting pieces, flange plates are welded to the two ends of the outer sides of the tower head steel connecting pieces, and bolts are movably installed on the peripheries of the surfaces of the flange plates. According to the n-shaped composite material electric pole telescopic cross beam assembly and the assembling method thereof, a telescopic cross beam assembly can be freely interchanged and installed among all base n-shaped rods of the same pole type, and the length of the telescopic cross beam assembly is adjustable, so that the construction difficulty caused by the change of the center distance of electric poles on two sides due to product machining and manufacturing and foundation construction errors can be effectively avoided; and two ends of the telescopic cross beam assembly are connected with inner movable insertion columns through flange plates, and the telescopic cross beam assembly, the inner movable insertion column and outer insertion columns can rotate by 360 degrees, so that construction difficulty caused by the fact that flange holes in steel connecting pieces of the electric pole tower heads on the left side and the right side are not concentric is eliminated, the two ends of the telescopic cross beam assembly are connected with the inner movable insertion columns through the flange plates, and joints are stable. The assembly and the method are applicable to the power field.
本发明公开了一种门型复合材料电杆伸缩横梁组件及其组装方法，包括所述复合材料塔头顶部固定连接有塔头钢制连接件，所述塔头钢制连接件外侧两端焊接有法兰盘，所述法兰盘表面四周活动安装有螺栓。本发明通过同杆型的各基门型杆之间，伸缩横梁组件可随意互换安装，伸缩横梁组件长度可调，可有效避免因产品加工制造和基础施工误差造成的两边电杆中心距变化带来的施工困难，伸缩横梁组件两端用法兰盘和内活动插柱连接，伸缩横梁组件、内活动插柱和外插柱之间可360°旋转，排除了因左右两边电杆塔头钢制连接件上法兰孔不同心带来的施工困难，伸缩横梁组件两端用法兰盘和内活动插柱连接，节点稳固。适用于电力领域。
N-shaped composite material electric pole telescopic cross beam assembly and assembling method thereof
The invention discloses an n-shaped composite material electric pole telescopic cross beam assembly and an assembling method thereof. The n-shaped composite material electric pole telescopic cross beam assembly is characterized in that the tops of composite material tower heads are fixedly connected with tower head steel connecting pieces, flange plates are welded to the two ends of the outer sides of the tower head steel connecting pieces, and bolts are movably installed on the peripheries of the surfaces of the flange plates. According to the n-shaped composite material electric pole telescopic cross beam assembly and the assembling method thereof, a telescopic cross beam assembly can be freely interchanged and installed among all base n-shaped rods of the same pole type, and the length of the telescopic cross beam assembly is adjustable, so that the construction difficulty caused by the change of the center distance of electric poles on two sides due to product machining and manufacturing and foundation construction errors can be effectively avoided; and two ends of the telescopic cross beam assembly are connected with inner movable insertion columns through flange plates, and the telescopic cross beam assembly, the inner movable insertion column and outer insertion columns can rotate by 360 degrees, so that construction difficulty caused by the fact that flange holes in steel connecting pieces of the electric pole tower heads on the left side and the right side are not concentric is eliminated, the two ends of the telescopic cross beam assembly are connected with the inner movable insertion columns through the flange plates, and joints are stable. The assembly and the method are applicable to the power field.
本发明公开了一种门型复合材料电杆伸缩横梁组件及其组装方法，包括所述复合材料塔头顶部固定连接有塔头钢制连接件，所述塔头钢制连接件外侧两端焊接有法兰盘，所述法兰盘表面四周活动安装有螺栓。本发明通过同杆型的各基门型杆之间，伸缩横梁组件可随意互换安装，伸缩横梁组件长度可调，可有效避免因产品加工制造和基础施工误差造成的两边电杆中心距变化带来的施工困难，伸缩横梁组件两端用法兰盘和内活动插柱连接，伸缩横梁组件、内活动插柱和外插柱之间可360°旋转，排除了因左右两边电杆塔头钢制连接件上法兰孔不同心带来的施工困难，伸缩横梁组件两端用法兰盘和内活动插柱连接，节点稳固。适用于电力领域。
N-shaped composite material electric pole telescopic cross beam assembly and assembling method thereof
一种门型复合材料电杆伸缩横梁组件及其组装方法
ZHU XIAODONG (author) / WU XIONG (author) / SHEN FAN (author) / MEI DUAN (author) / HE CHANGLIN (author) / KE RUI (author) / MA WENGUANG (author) / ZHAO CHUN (author) / ZHOU SHENG (author) / ZHOU ZIQIANG (author)
2021-11-26
Patent
Electronic Resource
Chinese
IPC:
E04H
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