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A platform for research: civil engineering, architecture and urbanism
Construction method for bottom of rotational flow pool of continuous casting machine
The invention discloses a construction method for the bottom of a rotational flow pool of a continuous casting machine. S1, selecting a construction site of the rotational flow pool; s2, planning design requirements of the bottom of the rotational flow pool and carrying out sketch design; s3, preparing construction equipment and instruments; s4, carrying out cyclone pool earth excavation; s5, tamping the bottom of the pond by adopting a tamping machine; s6, a flow guide pipe is driven into the soil body at the bottom of the pool, the flow guide pipe is in an inverted L shape, and a water supply pipe is inserted into the rotational flow pool; s7, reinforcing steel bar blocks are inserted into the soil body at the bottom of the pond, and concrete is injected between the reinforcing steel bar blocks; s8, a stainless steel plate is laid at the bottom of the pool for connection and sealing; s9, sealing a gap between the stainless steel plate and the periphery of the pool wall; s10, the stainless steel plate is coated with a layer of dustproof coating; and S11, after construction is completed, quality detection is conducted on the bottom of the rotational flow pool. The sealing performance of the bottom of the rotational flow pool is improved, the overall structural strength is enhanced, and the service life of the rotational flow pool is prolonged.
本发明公开了一种连铸机旋流池池底的施工方法。S1、选择旋流池的施工场地；S2、规划旋流池池底的设计要求并进行草图设计；S3、准备好施工的设备和仪器；S4、进行旋流池土方开挖；S5、采用夯实机械对池底进行夯实；S6、在池底的土体中打入导流管，导流管为倒L形，在旋流池内插入送水管；S7、在池底的土体中插入钢筋块，钢筋块之间注入混凝土；S8、在池底铺设不锈钢板，进行连接密封；S9、不锈钢板与池壁周围存在的间隙进行密封处理；S10、在不锈钢板上涂布上一层防尘涂料；S11、施工完成后，对旋流池的底部进行质量检测。本发明提高了旋流池底部的密封性，加强了整体的结构强度，提高旋流池的使用寿命。
Construction method for bottom of rotational flow pool of continuous casting machine
The invention discloses a construction method for the bottom of a rotational flow pool of a continuous casting machine. S1, selecting a construction site of the rotational flow pool; s2, planning design requirements of the bottom of the rotational flow pool and carrying out sketch design; s3, preparing construction equipment and instruments; s4, carrying out cyclone pool earth excavation; s5, tamping the bottom of the pond by adopting a tamping machine; s6, a flow guide pipe is driven into the soil body at the bottom of the pool, the flow guide pipe is in an inverted L shape, and a water supply pipe is inserted into the rotational flow pool; s7, reinforcing steel bar blocks are inserted into the soil body at the bottom of the pond, and concrete is injected between the reinforcing steel bar blocks; s8, a stainless steel plate is laid at the bottom of the pool for connection and sealing; s9, sealing a gap between the stainless steel plate and the periphery of the pool wall; s10, the stainless steel plate is coated with a layer of dustproof coating; and S11, after construction is completed, quality detection is conducted on the bottom of the rotational flow pool. The sealing performance of the bottom of the rotational flow pool is improved, the overall structural strength is enhanced, and the service life of the rotational flow pool is prolonged.
本发明公开了一种连铸机旋流池池底的施工方法。S1、选择旋流池的施工场地；S2、规划旋流池池底的设计要求并进行草图设计；S3、准备好施工的设备和仪器；S4、进行旋流池土方开挖；S5、采用夯实机械对池底进行夯实；S6、在池底的土体中打入导流管，导流管为倒L形，在旋流池内插入送水管；S7、在池底的土体中插入钢筋块，钢筋块之间注入混凝土；S8、在池底铺设不锈钢板，进行连接密封；S9、不锈钢板与池壁周围存在的间隙进行密封处理；S10、在不锈钢板上涂布上一层防尘涂料；S11、施工完成后，对旋流池的底部进行质量检测。本发明提高了旋流池底部的密封性，加强了整体的结构强度，提高旋流池的使用寿命。
Construction method for bottom of rotational flow pool of continuous casting machine
连铸机旋流池池底的施工方法
WANG CHUNYANG (author) / SUN LIANG (author) / PEI YUNLONG (author)
2024-02-23
Patent
Electronic Resource
Chinese
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