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    • 1. 发明授权
    • Sequence casting process for producing a high-purity cast metal strand
    • 用于生产高纯度铸造金属绞线的顺序铸造工艺
    • US07789123B2
    • 2010-09-07
    • US10581385
    • 2004-11-10
    • Gerald HohenbichlerGerald EckerstorferMarkus Brummayer
    • Gerald HohenbichlerGerald EckerstorferMarkus Brummayer
    • B22D11/18
    • B22D11/118B22D11/103B22D11/183
    • The invention relates to a sequence casting process for producing a high-purity cast metal strand from a metal melt, the metal melt being fed in controlled fashion from a metal vessel to a tundish and being discharged in controlled fashion from this tundish into a continuous-casting mold, and the supply of the metal melt into the continuous-casting mold being continued without interruption. To allow a high-quality metal strand to be cast even during the change of melt vessel in this process, with the restart phase being kept as short as possible, it is proposed that during a period of time from the resumption of the supply of metal melt into the tundish until the point at which a quasi-steady operating bath level in the tundish is reached, the inflow rate into the tundish is greater than the outflow rate out of the tundish, and for 70% to 100% of this period the inflow rate into the tundish is less than or equal to double the outflow rate out of the tundish.
    • 本发明涉及一种用于从金属熔体制造高纯度铸造金属股线的顺序铸造方法,金属熔体以受控的方式从金属容器进料到中间包,并以受控的方式从该中间包排出成连续式熔融金属, 铸造模具,并且连续铸造模具中的金属熔体的供给不间断地继续。 为了允许在该过程中熔融容器更换期间铸造高品质的金属股线,在重新启动阶段保持尽可能短的时候,建议在恢复供应金属的时间段内 熔化到中间包直到达到中间包的准稳定操作浴位的点,进入中间包的流入速率大于中间包的流出速率,并且在此期间的70%至100% 进入中间包的流入量小于或等于中间包出口流量的两倍。
    • 3. 发明授权
    • Process for producing a cast metal strip, and two-roll casting device used for this process
    • 用于生产铸造金属带的方法和用于该方法的双辊铸造装置
    • US07591300B2
    • 2009-09-22
    • US10557319
    • 2004-05-10
    • Gerald HohenbichlerGerald EckerstorferMarkus Brummayer
    • Gerald HohenbichlerGerald EckerstorferMarkus Brummayer
    • B22D11/06
    • B22D43/005B22D11/0622B22D11/064B22D11/0697B22D11/106Y10T29/49991
    • The invention relates to a method for producing a cast metal strip using a twin roll casting installation comprising two casting rolls and two lateral plates that together define a molten metal chamber and a casting gap. Molten metal is introduced in to the molten metal chamber and forms the molten metal chamber a molten metal bath with a bath surface that is open to the top. A cast metal strip is conveyed from the molten metal chamber and through the casting gap. A delimiting surface area for collecting particles that are foreign to the molten metal is produced on the surface of the bath under the effect of at least one gas jet. The aim of the invention is to substantially avoid the introduction of particles that are foreign to the molten metal into the surface or into the near-surface zone of the cast strip. For this purpose, the at least one gas jet is directed together with the casting roll onto the bath surface at a distance of the gas jet axis to the contact line of the bath surface.
    • 本发明涉及一种使用双辊铸造设备制造铸造金属带材的方法,该方法包括两个铸造辊和两个侧板,这两个侧板共同限定了熔融金属室和铸造间隙。 将熔融金属引入到熔融金属室中,并使熔融金属室形成具有向顶部敞开的浴表面的熔融金属浴。 铸造金属条从熔融金属室输送并通过铸造间隙。 在至少一种气体喷射的作用下,在浴的表面上产生用于收集熔融金属外来颗粒的界定表面积。 本发明的目的是基本上避免将熔融金属外来的颗粒引入铸造带材的表面或近表面区域。 为此目的,将至少一个气体射流与铸辊一起被引导到浴表面上,在气体射流轴线与浴表面的接触线的距离处。
    • 5. 发明授权
    • Rolling mill drive with a coupling and decoupling device
    • 轧机驱动与耦合和去耦装置
    • US07337643B2
    • 2008-03-04
    • US10573605
    • 2004-08-31
    • Johannes WeiermairGuenter Mittermayr
    • Johannes WeiermairGuenter Mittermayr
    • F16D1/10B21B35/14
    • B21B35/141B21B35/14B21B35/148Y10S464/901
    • A rolling mill drive with at least one drive spindle arranged between a drive unit and a driven roll and terminating in a spindle head connected detachably to the neck of the roll. A coupling and decoupling device is arranged between the neck of the roll and the spindle head of the drive spindle. The coupling and decoupling device includes a coupling sleeve, a coupling pin inserted releasably into the coupling sleeve, and a locking element which is displaceable transversely to the axis of rotation of the neck of the roll. The locking element is inserted into the coupling sleeve and engages behind the coupling pin in an operating position of the locking element. The locking element is capable of being coupled to a displacing device for displacing it.
    • 一种轧机驱动器,其具有布置在驱动单元和从动辊之间的至少一个驱动轴,并且终止于可拆卸地连接到辊的颈部的主轴头中。 在辊的颈部和驱动主轴的主轴头之间布置有耦合和去耦装置。 联接和解耦装置包括联接套筒,可释放地插入到联接套筒中的联接销以及横向于辊的颈部的旋转轴线可移位的锁定元件。 锁定元件被插入到联接套筒中并且在锁定元件的操作位置处接合在联接销的后面。 锁定元件能够联接到移位装置以使其移位。
    • 6. 发明授权
    • Installation for continuously producing a thin steel strip
    • 安装连续生产薄钢带
    • US07328737B2
    • 2008-02-12
    • US11107690
    • 2005-04-15
    • Gerald Hohenbichler
    • Gerald Hohenbichler
    • B22D11/06
    • B22D11/0674B22D11/0622B22D11/0651B22D11/0697B22D11/16
    • A process for the continuous production of a thin steel strip, in which a steel melt from a melt reservoir is introduced onto one or more, in particular two, cooled shaping wall surfaces which move synchronously with a casting strip, in particular rotate in the form of casting rolls and at least partially solidifies at the shaping wall surface to form the casting strip. The steel melt, in terms of the crucial alloying constituents, contains less than 1% by weight of Ni and less than 1% by weight of Cr and less than 0.8% by weight, in particular less than 0.4% by weight, of C and at least 0.55% by weight of Mn. In the process, recesses are arranged on the shaping wall surface in a random pattern, distributed uniformly over the shaping wall surface, and the roll separating force (RSF) at the shaping wall surface is set to a value of between 5 and 150 N/mm, in particular between 5 and 100 N/mm.
    • 用于连续生产薄钢带的方法,其中来自熔体储存器的钢熔体被引入一个或多个特别是两个与铸造带同步移动的冷却成型壁表面,特别是以形式 的铸辊,并且在成形壁表面处至少部分地固化以形成铸造带。 根据关键合金成分,钢熔体含有小于1重量%的Ni和小于1重量%的Cr和小于0.8重量%,特别是小于0.4重量%的C和 至少0.55重量%的Mn。 在该过程中,凹陷以无规图案布置在成形壁表面上,均匀地分布在成形壁表面上,并且成形壁表面处的辊分离力(RSF)设定为5至150N / 特别是在5到100N / mm之间。