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    • 12. 发明公开
    • A flash removal device in a plant of production of mineral wool
    • Grat-Entnahmevorrichtung在einer Anlage zur Herstellung von Mineralwolle。
    • EP0445090A1
    • 1991-09-04
    • EP91850009.1
    • 1991-01-16
    • ROCKWOOL AKTIEBOLAGET
    • Hartung, Gunnar
    • C03B37/05C03B7/00
    • C03B37/055C21B7/14F27D3/159F27D21/04F27D2027/002Y02P10/212
    • A device for the removal of a solidified mineral melt, so called flash, from the spout (3) on a transport channel (1) for a mineral melt (2) in a plant for the production of mineral wool fibers, said device comprising a finger (9) made of a heat resistant material, e.g. of steel, which finger (9) is designed to, by means of a motor (10,11), quickly be moved past and through the melt jet (5) below and adjacent the spout (3) on the melt channel (1) in order to scrape off existing flash material from the melt channel (1). Said device optionally comprises a thermosensor, designed to emit an alarm signal, in case the temperature of the mineral melt at any point falls below a predetermined temperature, and/or a sensor designed to immediately actuate the flash removal finger (9) as soon as a tendency to flash formation appears.
    • 一种用于从用于生产矿棉纤维的设备中的用于矿物熔体(2)的输送通道(1)上的喷口(3)去除固化的矿物熔体(称为闪蒸)的装置,所述装置包括 手指(9)由耐热材料制成,例如 的钢(9)通过电动机(10,11)设计成快速地移动并穿过熔体流道(1)上的喷口(3)下方和邻近的熔体射流(5) 以便从熔体通道(1)刮下现有的闪光材料。 所述装置可选地包括热敏传感器,其设计成在任何点处的矿物熔体的温度低于预定温度的情况下发出报警信号,和/或设计成立即致动闪光去除手指(9)的传感器 出现闪络形成的趋势。
    • 15. 发明公开
    • VERFAHREN ZUM MISCHEN VON STAHL
    • EP1541699A4
    • 2005-09-21
    • EP02768214
    • 2002-08-29
    • TECHCOM IMP EXP GMBH
    • SCHUMACHER EWALDKHLOPONIN VIKTOR NIKOLAEVICHSCHUMACHER EDGARZINKOVSKY IVAN VASILIEVICH
    • B22D1/00C21C1/06C21C7/00C21C7/072F27D3/16F27D3/18F27D27/00
    • F27D27/00B22D1/002B22D1/005C21C1/06C21C7/0075C21C7/072F27D3/16F27D3/18F27D2027/002
    • Said invention relates to methods for the out-of-furnace processing of metal for the iron and steel industry. Said invention makes it possible to expand an active zone of coverage of metal volume by gas or a gas-powder mixture, thereby reducing the time required for obtaining a homogenised composition of metal without increasing the quantity of supplied gas, i.e. to solve the problem of the intensified steel feeling by gas or gas-powder bubbling. The inventive method for feeling steel consists in blowing steel from the bottom by gas or a gas-powder mixture through at least two designed blowdown devices diametrically arranged on the opposite sides of a ladle. The bubbling is carried out alternatively through the devices arranged on the opposite sides of the ladle, a pressure for preventing the flowing of metal in the device which is not used at given moment being maintained therein. The alternative operational time of the blowdown devices is increased proportionally to the increase of steel in the ladle, the volume of supplied gas being unchangeable when the gas or gas-powder mixture supply is switched from one blowdown device to another.
    • 本发明涉及用于钢铁工业的金属的炉外加工方法。 本发明使得可以通过气体或气体 - 粉末混合物扩展金属体积的活性区域,从而减少获得均质化金属组合物所需的时间,而不增加供应气体的量,即解决问题 气体或气体粉末起泡增强钢的感觉。 用于感觉钢的本发明的方法在于通过气体或气体 - 粉末混合物从底部吹入钢,通过直径布置在钢包的相对侧上的至少两个设计的排放装置。 通过设置在钢包的相对侧上的装置交替进行起泡,用于防止装置中金属在给定时刻未被使用的金属流动的压力保持在其中。 排放装置的替代操作时间与钢包中的钢的增加成比例地增加,当气体或气体 - 粉末混合物供应从一个排污装置切换到另一个排放装置时,供应气体的体积是不变的。