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A platform for research: civil engineering, architecture and urbanism
Precast concrete buttress structure of GIS equipment of transformer substation and digital assembly method of precast concrete buttress structure
The invention discloses a prefabricated concrete buttress structure for GIS equipment of a transformer substation and a digital assembly method of the prefabricated concrete buttress structure. A buttress is composed of a prefabricated buttress body on the upper portion and a cast-in-place buttress base at the bottom. A first positioning steel plate is pre-buried and poured on the cast-in-place pier base, threaded holes are formed in the four corners of the first positioning steel plate, and upward pre-buried positioning bolts are arranged in the threaded holes in a penetrating mode; a second positioning steel plate is arranged at the bottom of the prefabricated pier body, smooth holes are formed in the four corners of the second positioning steel plate, and the upper ends of the embedded positioning bolts penetrate through the smooth holes and extend into the prefabricated pier body; the first positioning steel plate is provided with a first positioning steel plate information two-dimensional code, and the second positioning steel plate is provided with a prefabricated pier body information two-dimensional code. By adopting the structure, the problem of low buttress process efficiency caused by a cast-in-place and welding mode in the prior art can be effectively solved, buttresses of different models and pier bases are matched through the two-dimensional codes, and the hoisting operation efficiency is further improved.
一种变电站GIS设备预制混凝土支墩结构及其数字化装配方法，所述的支墩由上部的预制墩体以及底部的现浇墩座组成；在现浇墩座上预埋浇筑有第一定位钢板，第一定位钢板的四个角落位置处设置有螺纹孔，螺纹孔中穿设有向上的预埋定位螺栓；在预制墩体底部设有第二定位钢板，第二定位钢板的四个角落位置处设置有光滑孔，预埋定位螺栓的上端穿过光滑孔并伸入预制墩体内；第一定位钢板上设有第一定位钢板信息二维码，第二定位钢板上设有预制墩体信息二维码。本发明采用上述结构，能够有效解决现有技术中的现浇加焊接模式所造成的支墩工艺效率低的问题，并通过二维码进行不同型号支墩与墩座之间的匹配，进一步强化吊配作业效率。
Precast concrete buttress structure of GIS equipment of transformer substation and digital assembly method of precast concrete buttress structure
The invention discloses a prefabricated concrete buttress structure for GIS equipment of a transformer substation and a digital assembly method of the prefabricated concrete buttress structure. A buttress is composed of a prefabricated buttress body on the upper portion and a cast-in-place buttress base at the bottom. A first positioning steel plate is pre-buried and poured on the cast-in-place pier base, threaded holes are formed in the four corners of the first positioning steel plate, and upward pre-buried positioning bolts are arranged in the threaded holes in a penetrating mode; a second positioning steel plate is arranged at the bottom of the prefabricated pier body, smooth holes are formed in the four corners of the second positioning steel plate, and the upper ends of the embedded positioning bolts penetrate through the smooth holes and extend into the prefabricated pier body; the first positioning steel plate is provided with a first positioning steel plate information two-dimensional code, and the second positioning steel plate is provided with a prefabricated pier body information two-dimensional code. By adopting the structure, the problem of low buttress process efficiency caused by a cast-in-place and welding mode in the prior art can be effectively solved, buttresses of different models and pier bases are matched through the two-dimensional codes, and the hoisting operation efficiency is further improved.
一种变电站GIS设备预制混凝土支墩结构及其数字化装配方法，所述的支墩由上部的预制墩体以及底部的现浇墩座组成；在现浇墩座上预埋浇筑有第一定位钢板，第一定位钢板的四个角落位置处设置有螺纹孔，螺纹孔中穿设有向上的预埋定位螺栓；在预制墩体底部设有第二定位钢板，第二定位钢板的四个角落位置处设置有光滑孔，预埋定位螺栓的上端穿过光滑孔并伸入预制墩体内；第一定位钢板上设有第一定位钢板信息二维码，第二定位钢板上设有预制墩体信息二维码。本发明采用上述结构，能够有效解决现有技术中的现浇加焊接模式所造成的支墩工艺效率低的问题，并通过二维码进行不同型号支墩与墩座之间的匹配，进一步强化吊配作业效率。
Precast concrete buttress structure of GIS equipment of transformer substation and digital assembly method of precast concrete buttress structure
变电站GIS设备预制混凝土支墩结构及其数字化装配方法
ZHU BANGSHENG (author) / LI KUNSHENG (author) / YANG ZHI (author) / WEN YOUTONG (author) / QIU JIN (author) / XU ZHEN (author) / XIANG JING (author) / LI TONGBIN (author) / WANG ZHEN (author) / YI BU (author)
2023-03-07
Patent
Electronic Resource
Chinese
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