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Tailing pond transition flood drainage method and system
The invention relates to the technical field of metal and non-metal mine tailing pond flood drainage systems, in particular to a tailing pond transition flood drainage method and system. The tailing pond transition flood drainage system comprises a reinforced concrete well seat, a prefabricated arc-shaped steel plate with a groove, an I-shaped steel stand column and a shaft; the reinforced concrete well seat is connected with a lower horizontal drainage pipe, the prefabricated arc-shaped steel plate is embedded in the reinforced concrete well seat, and the I-shaped steel stand column penetrates through the groove of the prefabricated arc-shaped steel plate and is embedded into the reinforced concrete well seat; the shaft is formed by sequentially splicing and stacking arc-shaped steel arch rings up and down, and the arc-shaped steel arch rings are formed by splicing arc-shaped steel arch plates left and right. Compared with the prior art, the tailing pond transition flood drainage method and system have the beneficial effects that operation is easy, the system can be rapidly built and put into use in a short time, and flood control safety of a tailing pond is guaranteed.
本发明涉及金属非金属矿山尾矿库排洪系统技术领域，具体为一种尾矿库过渡排洪方法及系统，包括钢筋混凝土井座、带有凹槽的预制弧形钢板、工字钢立柱及井筒；所述钢筋混凝土井座连接有下卧式排水管所述预制弧形钢板埋设在钢筋混凝土井座内，所述工字钢立柱穿过所述预制弧形钢板的凹槽嵌入到钢筋混凝土井座中；所述井筒由弧形钢拱圈上下依次拼叠形成，所述弧形钢拱圈由弧形钢拱板左右拼接形成。与现有技术相比较，本发明提出的一种尾矿库过渡排洪方法及系统，有益效果在于易于操作，可以在短期内快速建成并投入使用，保证尾矿库的防洪安全。
Tailing pond transition flood drainage method and system
The invention relates to the technical field of metal and non-metal mine tailing pond flood drainage systems, in particular to a tailing pond transition flood drainage method and system. The tailing pond transition flood drainage system comprises a reinforced concrete well seat, a prefabricated arc-shaped steel plate with a groove, an I-shaped steel stand column and a shaft; the reinforced concrete well seat is connected with a lower horizontal drainage pipe, the prefabricated arc-shaped steel plate is embedded in the reinforced concrete well seat, and the I-shaped steel stand column penetrates through the groove of the prefabricated arc-shaped steel plate and is embedded into the reinforced concrete well seat; the shaft is formed by sequentially splicing and stacking arc-shaped steel arch rings up and down, and the arc-shaped steel arch rings are formed by splicing arc-shaped steel arch plates left and right. Compared with the prior art, the tailing pond transition flood drainage method and system have the beneficial effects that operation is easy, the system can be rapidly built and put into use in a short time, and flood control safety of a tailing pond is guaranteed.
本发明涉及金属非金属矿山尾矿库排洪系统技术领域，具体为一种尾矿库过渡排洪方法及系统，包括钢筋混凝土井座、带有凹槽的预制弧形钢板、工字钢立柱及井筒；所述钢筋混凝土井座连接有下卧式排水管所述预制弧形钢板埋设在钢筋混凝土井座内，所述工字钢立柱穿过所述预制弧形钢板的凹槽嵌入到钢筋混凝土井座中；所述井筒由弧形钢拱圈上下依次拼叠形成，所述弧形钢拱圈由弧形钢拱板左右拼接形成。与现有技术相比较，本发明提出的一种尾矿库过渡排洪方法及系统，有益效果在于易于操作，可以在短期内快速建成并投入使用，保证尾矿库的防洪安全。
Tailing pond transition flood drainage method and system
一种尾矿库过渡排洪方法及系统
HOU PAN (author) / CHEN YUQING (author) / FAN YUJIAO (author) / YUAN ZIYOU (author) / HUANG YUEXIN (author)
2021-12-31
Patent
Electronic Resource
Chinese
IPC:
E03F
SEWERS
,
Abwasserkanäle
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