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    • 52. 发明授权
    • Process and apparatus for a combined casting and rolling installation
    • 组合铸造和轧制设备的工艺和设备
    • US08276647B2
    • 2012-10-02
    • US12936218
    • 2009-03-04
    • Gerald HohenbichlerMichael JescheDaniel NessWolfgang PeitlHeinrich PuehringerAlois SeilingerRobert Andrew Shore
    • Gerald HohenbichlerMichael JescheDaniel NessWolfgang PeitlHeinrich PuehringerAlois SeilingerRobert Andrew Shore
    • B22D11/12B22D11/126B21B1/46
    • B22D11/1206B21B1/463B21B15/0007B21B2015/0014Y10T29/49989Y10T29/49991Y10T29/5184
    • A method and an apparatus for producing hot-rolled products in a combined casting-rolling installation. A method and a combined casting-rolling installation with which an uninterrupted continuous casting process can be maintained not only when there is a planned interruption to production but also when there is an unplanned interruption to production, occurring for example in a heating zone, a finishing mill train, a cooling zone or a storage device. These method steps are carried out to bridge an interruption in production in the part of the installation that is downstream of the cutting-up and delivering device (6): a) cutting off a strand portion (21) of the continuously produced preliminary material (3) by means of a first shears (9); b) raising the tail part of the strand portion (21) from the roller table (4) by means of a raising device (11); c) breaking up the preliminary material (3) passing the first shears (9) into pieces of scrap (19) by means of the first shears (9) into pieces of scrap (19) by means of the first shears (9), delivering the pieces of scrap (19) and removing the strand portion (21) unit the operational readiness of the combined casting-rolling installation is restored.
    • 一种用于在组合式轧制设备中生产热轧产品的方法和设备。 一种方法和组合的铸造轧制装置,不仅在生产计划中断时也可以维持不间断的连续铸造工艺,而且当存在例如在加热区域中发生的计划外的生产中断时, 磨坊,冷却区或存储设备。 执行这些方法步骤以弥补在切割和传送装置(6)下游的安装部分中的生产中断:a)切断连续生产的预备材料的股线部分(21) 3)通过第一剪(9); b)通过升高装置(11)从辊台(4)上升股线部分(21)的尾部; c)通过第一剪切机(9)将通过第一剪切机(9)将第一剪切机(9)通过废料(19)的碎片(19)分解成碎片(19)的初步材料(3) 输送废料块(19)并取出股线部分(21),可以恢复组合式轧制设备的操作准备。
    • 53. 发明申请
    • METHOD AND DEVICE FOR PREPARING HOT-ROLLING STOCK
    • 用于制备热轧卷材的方法和装置
    • US20120067095A1
    • 2012-03-22
    • US13263901
    • 2010-03-22
    • Gerald HohenbichlerReinhard Karl
    • Gerald HohenbichlerReinhard Karl
    • B21B37/74
    • B21B37/74B21B15/005B21B38/00B21B38/006B21B45/004B21B45/06B21B45/08B21C43/00
    • A method and a device have high energy efficiency and high descaling performance, with which high-quality rolling stock can be produced. In a method in which the rolling stock is heated in an induction furnace and subsequently descaled, before the rolling stock is rolled in a rolling stand or rolling relay, the heated rolling stock is descaled by at least one rotating water jet from a rotary descaler; then at least one temperature of the descaled rolling stock is respectively recorded by a temperature measuring instrument and delivered to a controller; and the controller determines at least one control parameter with the aid of a control rule and by taking into account a setpoint temperature, and delivers it to a control component, at least one inductor of the induction furnace being driven so that the temperature of the descaled rolling stock corresponds as far as possible to the setpoint temperature.
    • 一种方法和装置具有高能量效率和高的除鳞性能,可以生产高品质的车辆。 在将轧制机械在感应炉中加热并随后除锈的方法中,在轧制机架或轧制继电器中轧制前,通过至少一个来自旋转除垢机的旋转水射流使加热的轧制材料除鳞; 然后通过温度测量仪器分别记录除垢机车车辆的至少一个温度并将其输送到控制器; 并且所述控制器借助于控制规则确定至少一个控制参数并且通过考虑设定点温度并将其传送到控制部件,所述感应炉的至少一个电感器被驱动以使得所述除垢的温度 机车车辆尽可能地对应于设定点温度。
    • 54. 发明授权
    • Method for producing a cast steel strip
    • 铸钢带的制造方法
    • US08127826B2
    • 2012-03-06
    • US12630452
    • 2009-12-03
    • Gerald HohenbichlerGerald EckerstorferMichael Zahedi
    • Gerald HohenbichlerGerald EckerstorferMichael Zahedi
    • B22D11/22
    • B22D11/0677B22D11/0622B22D11/1282
    • The invention relates to a method for producing a cast steel strip of preferably hot crack-sensitive or hot-brittle steel quality by means of a strip casting plant and to a strip casting plant for carrying out this method. In this case, steel melt is conducted into a melt space formed by two casting rolls and two sideplates, slab shells are formed in the melt space on cooled surface areas of the casting rolls and are brought together in the strip forming cross section between the casting rolls to form an at least partly solidified steel strip, the cast steel strip is then guided along the surface area of one of the two casting rolls from a vertical casting direction into an essentially horizontal transport direction, and the cast steel strip is supplied essentially horizontally on a transport device to a strip winding device and is wound there into a coil. In order in this case to minimize susceptibility to crack formation, the cast steel strip, during its transport movement along the surface area of one of the two casting rolls, is guided in a transport channel without the application of deformation forces influencing the strip thickness and is subjected in this region to strip cooling of less than 200 K/s.
    • 本发明涉及一种通过带状铸造设备和用于实施该方法的带钢铸造设备来生产优选热裂纹或热脆性钢质量的铸钢带的方法。 在这种情况下,将钢熔体传导到由两个铸辊和两个侧板形成的熔化空间中,在铸辊的冷却表面区域上的熔融空间中形成板壳,并在铸造件之间的条形成横截面 轧制以形成至少部分固化的钢带,然后将铸钢带从两个铸辊中的一个的表面区域从垂直铸造方向引导到基本水平的输送方向,并且铸钢带基本上水平地 在输送装置上到条带卷绕装置,并且被卷绕到线圈中。 为了在这种情况下尽可能减小对裂纹形成的敏感性,铸钢带在沿着两个铸辊之一的表面区域的运输过程中在输送通道中被引导,而不会施加影响钢带厚度的变形力, 在该区域受到小于200K / s的剥离冷却。
    • 56. 发明申请
    • METHOD AND APPARATUS FOR SUPPRESSION OF OSCILLATIONS IN A ROLLING INSTALLATION
    • 在滚动安装中抑制振荡的方法和装置
    • US20110120202A1
    • 2011-05-26
    • US12999365
    • 2009-05-07
    • Gerald HohenbichlerGeorg Keintzel
    • Gerald HohenbichlerGeorg Keintzel
    • B21B37/00
    • B21B37/007
    • A method and an apparatus for suppression of oscillations in a rolling installation is described. By means of a hydraulic roller engagement third-octave oscillations are effectively suppressed, thus making it possible to improve the quality of the rolled material and/or the productivity of the rolling installation. A manipulated variable is supplied to an electrohydraulic actuating element that acts on at least one hydraulic actuator for the roller engagement and has a rated flow rate of ≧50 l/min. At least a portion of the frequency response at frequencies f≧80 Hz has a magnitude drop of ≦3 dB, and the phase lag φ in this frequency range satisfies the conditions f≧19·{square root over (φ)}+3.1·10−6·φ4 and φ
    • 描述了一种用于抑制轧制设备中的振荡的方法和装置。 通过液压辊接合,可以有效地抑制三次倍频程振动,从而可以提高轧制材料的质量和/或轧制设备的生产率。 将操作变量提供给电动液压致动元件,其作用于用于辊接合的至少一个液压致动器,并且具有≥50l/ min的额定流量。 频率f≥80Hz的频率响应的至少一部分具有幅度下降&nlE; 3dB,相位滞后&amp; 在这个频率范围内满足条件f≥19·{平方根超过(&phgr。)} + 3.1·10-6·&phgr。4和&phgr; <90°。
    • 58. 发明申请
    • BENDING DEVICE FOR TWO WORKING ROLLS OF A ROLLING STAND
    • 弯曲装置的两个工作辊的滚动台
    • US20090100891A1
    • 2009-04-23
    • US12297678
    • 2007-04-02
    • Gerald HohenbichlerArmin SchertlerMichael Zahedi
    • Gerald HohenbichlerArmin SchertlerMichael Zahedi
    • B21B29/00
    • B21B29/00B21B31/18B21B2269/04B21B2269/14
    • A bending device for two working rolls of a rolling stand. Guide blocks provided in lateral roll housings for guiding two pressure-transmission bodies vertically adjustable with respect to each other and, on which the working rolls are supported via chocks. Bending cylinders are arranged in pairs between the pressure-transmission bodies at each end of the rolls. Each cylinder has a piston rod acting on one pressure-transmission body and a cylinder at the respective other pressure-transmission body. Each pressure-transmission body is supported on a respective guide block in a sliding manner. So that loads acting on the pressure-transmission bodies can be introduced into the guide block free of edge pressure, the pressure-transmission bodies are supported on the respective guide blocks in a sliding manner by self-adjusting wearing plates which include surfaces that enable both sliding and pivoting of the bodies with respect to the guide blocks.
    • 用于轧机机架的两个工作辊的弯曲装置。 引导块设置在侧向辊壳体中,用于引导两个相对于彼此垂直调节的压力传递体,并且通过轴承座支撑工作辊。 弯曲滚筒成对地布置在辊的两端的压力传递体之间。 每个气缸具有作用在一个压力传递体上的活塞杆和在另一个压力传递体上的气缸。 每个压力传递体以滑动方式支撑在相应的导向块上。 因此,作用在压力传递体上的载荷可以被引入到没有边缘压力的引导块中,压力传递体以滑动的方式通过自调节磨耗板被支撑在相应的引导块上,这些磨损板包括能使两者 主体相对于引导块滑动和枢转。
    • 60. 发明申请
    • Installation for continuously producing a thin steel strip
    • 安装连续生产薄钢带
    • US20050211412A1
    • 2005-09-29
    • US11107690
    • 2005-04-15
    • Gerald Hohenbichler
    • Gerald Hohenbichler
    • B22D11/06B22D11/16
    • 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。