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    • 5. 发明授权
    • Method and apparatus for removing slag
    • 除渣方法及装置
    • US3979108A
    • 1976-09-07
    • US541139
    • 1975-01-15
    • Katsumi NagasakiYoshito SetoHiroyuki Yamasaki
    • Katsumi NagasakiYoshito SetoHiroyuki Yamasaki
    • B22D43/00B22D37/00F27D3/15F27D17/00C21C7/00
    • F27D3/1572
    • Slag on the surface of a molten metal is drawn into the inlet end of a suction pipe which is provided with a water cooling jacket having orifices permitting the flow of water to the inlet end of the pipe for pelletizing the entering slag. The suction pipe is connected to a separator hopper, which is evacuated by an exhaust pump to create the suction, and which includes a slag discharge port closed by an openable valve. A sealed auxiliary hopper receives slag from the discharge port of the separator hopper when the valve thereof is opened, and also includes a slag discharge port closed by an openable valve. The hopper discharge valves are operated alternately by suitable control means so that when one valve is open the other is closed, thereby enabling slag to be continuously sucked, separated, and intermittently discharged from the auxiliary hopper.
    • 在熔融金属表面上的炉渣被吸入吸入管的入口端,吸入管具有水冷套管,该水冷套管具有允许水流入管道入口端的孔口,用于造粒进入炉渣。 抽吸管连接到分离器料斗,其由排气泵抽真空以产生抽吸,并且包括由可打开阀关闭的排渣口。 密封辅助料斗当阀门打开时从分离料斗的排出口接收炉渣,并且还包括由可打开的阀门关闭的排渣口。 料斗排出阀由合适的控制装置交替操作,使得当一个阀打开时,另一个阀关闭,从而使得渣能够从辅助料斗连续地吸入,分离和间歇地排出。
    • 6. 发明授权
    • Apparatus and process for deslagging steel
    • 脱铝设备及工艺
    • US3632096A
    • 1972-01-04
    • US3632096D
    • 1969-07-11
    • REPUBLIC STEEL CORP
    • PERRY THOMAS E
    • C21C7/10F27D3/15C21C7/00
    • C21C7/10F27D3/1572
    • Apparatus and process for deslagging molten metal such as steel. Molten steel is prepared in a conventional melting furnace and is tapped into a ladle. A vacuum is applied to the slag on the surface of the steel in the ladle by means of an uptake tube containing a thermally insulating paper or refractory lining. The proximity of the uptake tube to the steel-slag interface may be determined by an electrical probe. A chamber couples a vacuum source to the uptake tube, causing the slag to be funneled through the uptake tube until it is deflected by a baffle within the chamber. In an alternative embodiment the uptake tube terminates in a cap having a cross-sectional area substantially equal to the cross-sectional area of the ladle so that the slag is forced through the uptake tube into the chamber. The slag is received in a slag box forming the lower portion of the chamber. A cascade slag trap is provided for collecting that portion of the slag which manages to pass through the chamber. The vacuum source may be of such large capacity that it also provides a vacuum environment for a ladle degassing system.
    • 用于除铁等熔融金属的装置和方法。 熔融钢在常规的熔化炉中制备,并被浸入钢包中。 通过含有绝热纸或耐火衬里的吸收管,将钢包中的钢的表面上的炉渣施加真空。 吸收管与钢 - 渣界面的接近可以通过电探针来确定。 腔室将真空源耦合到摄取管,导致炉渣通过吸收管漏斗,直到其被室内的挡板偏转。 在替代实施例中,吸收管终止于具有基本上等于浇包的横截面面积的横截面面积的盖,使得炉渣被迫通过吸收管进入室。 炉渣被容纳在形成室的下部的炉渣箱中。 提供了级联渣阱,用于收集管道通过该室的炉渣部分。 真空源可以具有如此大的容量,其也为钢包脱气系统提供真空环境。
    • 7. 发明授权
    • Suction head for slag removal
    • 吸头用于除渣
    • US4752315A
    • 1988-06-21
    • US891267
    • 1986-07-27
    • Katsumi NagasakiYoshihiro InoueTetsuo Momose
    • Katsumi NagasakiYoshihiro InoueTetsuo Momose
    • B22D37/00B22D43/00F27D3/15C03B5/23C21B3/04C21B7/14
    • F27D3/1572
    • A nozzle or nozzles for spraying cooling water are disposed at the lower end of a slag suction path. A cooling water down-flow passage is provided on the outer periphery of an inner tube which constitutes a slag suction path. A water sump is provided below the cooling water down-flow passage, the water sump being located lower than the each nozzle. A lower end opening of the cooling water down-flow passage is disposed lower than the each nozzle and is submerged in water in the water sump. The cooling water down-flow passage, except the lower end opening, is adapted to be closed up. When the cooling water down-flow passage is closed up, water in the passage is stopped by atmospheric pressure acting upon the surface of the water in the water sump, so that it is prevented from flowing down.
    • 用于喷射冷却水的喷嘴或喷嘴设置在炉渣吸入路径的下端。 在构成炉渣吸入路径的内管的外周设有冷却水下流路。 在冷却水下流通道的下方设置有水槽,水槽位于比每个喷嘴低的位置。 冷却水下流通道的下端开口设置成比每个喷嘴低,并且浸没在水槽中的水中。 除了下端开口之外,冷却水下流通道适于封闭。 当冷却水下流通道关闭时,通过作用在水槽中的水表面的大气压力阻止通道中的水,从而防止其向下流动。