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    • 11. 发明授权
    • Coiling furnace
    • 卷取炉
    • US08256256B2
    • 2012-09-04
    • US12443738
    • 2007-09-06
    • Micheal JescheWolfgang Peitl
    • Micheal JescheWolfgang Peitl
    • B21K29/00
    • C21D9/68B21C47/26B21C47/323B21C47/34B21C47/3441
    • A coiler furnace having a heat-insulated enclosure delimiting a furnace interior, a strip coiling device includes a coiler drum having a slotted receiving opening for the hot-rolled strip in the furnace interior, A controlled rotational drive for a coiler shaft is located outside the furnace interior. An inlet and outlet opening to the enclosure for a hot-rolled strip. A strip guiding device between a roller table and the coiler drum. In order to avoid any winding errors, a feeding shield extends through the enclosure of the coiler furnace and is coupled to a displacement drive arranged outside the furnace interior. The displacement drive can be displaced between an insertion position and a withdrawal position of the shield. The feeding shield, in the insertion position, interacts with the strip guiding device to form a feed funnel, mounted upstream the slotted receiving opening on the coiler drum for the hot-rolled strip together.
    • 一种具有限定炉内部的隔热外壳的卷取机炉,带状卷绕装置包括一个卷取机筒,该卷取机具有用于炉内部的热轧带的开槽接收开口,用于卷取机轴的受控旋转驱动装置位于 炉内。 用于热轧带材的外壳的入口和出口。 滚筒台与卷取机滚筒之间的条引导装置。 为了避免任何卷绕错误,进料罩延伸穿过卷取机炉的外壳,并且连接到布置在炉内部外部的位移驱动器。 位移驱动器可以在屏蔽件的插入位置和取出位置之间移动。 进料罩在插入位置与带状引导装置相互作用以形成进料漏斗,该进料漏斗安装在卷取机滚筒上的开槽接收开口的上游,用于将热轧条捆在一起。
    • 16. 发明授权
    • Method for the production of ore with green agglomerates containing a proportion of fines
    • 用含有一定比例细粉的绿色块状矿石生产矿石的方法
    • US07645321B2
    • 2010-01-12
    • US11327344
    • 2006-01-09
    • Oskar PammerHans Stiasny
    • Oskar PammerHans Stiasny
    • C22B1/212C22B1/242
    • C22B1/245C22B1/2406
    • A method for the production of ore comprising a proportion of fines, additives and green agglomerates optionally containing a binder, provided with an outer coating consisting of a combustible containing fine-grained carbon, such as coke. According to the method, the ore is mixed with the additives and the optionally available binder. The mixture is pelletized and the green agglomerates thus formed are coated with the combustible, whereby the combustible is introduced into an agglomeration drum. In order to enable continual production of homogeneous-quality green agglomerates, the mixture is pelletized in the agglomeration drum and the combustible is added in an area of the longitudinal extension of the agglomeration drum where the size of the green agglomerates formed in the agglomeration drum is sufficient for further processing.
    • 一种用于生产矿石的方法,其包括一定量的细粒,添加剂和绿色附聚物,任选地含有粘合剂,其中提供有由包含细粒碳的可燃物如焦炭组成的外涂层。 根据该方法,将矿石与添加剂和任选可用的粘合剂混合。 将混合物造粒,并将由此形成的绿色附聚物用可燃物涂覆,由此将可燃物引入附聚鼓中。 为了能够连续生产均匀质量的绿色附聚物,将混合物在附聚鼓中造粒,并将可燃物加入附聚鼓的纵向延伸区域,其中在聚集鼓中形成的绿色附聚物的尺寸为 足以进一步处理。
    • 17. 发明授权
    • Method for utilizing slag
    • 利用渣的方法
    • US07597736B2
    • 2009-10-06
    • US11280679
    • 2005-11-16
    • Alexander FleischanderlUdo Gennari
    • Alexander FleischanderlUdo Gennari
    • C22B7/04C21B13/12C21C7/072
    • C21C5/56C21B3/06C21B11/10C21B13/12C21C2300/02C22B5/10C22B7/04Y02P10/212Y02W30/543
    • In a process for utilizing slag containing oxidic iron particles, adding a reducing agent and reducing oxidic iron particles of the slag are charging the slag into a reactor vessel onto a residual iron metal containing dissolved carbon, slowly and continuously over an extended period of time, electric heating the slag and the iron melt over an extended period of time, injecting a carbon-containing reducing agent with inert gas over an extended period of time by a lance into a region close to the boundary surface between the slag and the iron melt or directly into the iron melt, dissolving the carbon of the reducing agent in the iron melt and reducing oxidic iron particles of the slag with metallic iron and CO being formed, over an extended period of time, forming a foamed slag by the resulting CO over an extended period of time, introducing an oxygen-containing gas or oxygen into the foamed slag and postcombustion of CO to CO2 over an extended period of time, bottom flushing the reactor vessel with inert gas over an extended period of time, discharging the treated slag and optionally subsequently the discharging iron melt, whereby a residual iron melt containing dissolved carbon is left in the reactor vessel.
    • 在利用含有氧化铁颗粒的炉渣的方法中,添加还原剂和还原氧化铁颗粒的方法是将渣经由长时间缓慢连续地装入含有溶解碳的残余铁金属上, 在较长时间内对炉渣和铁熔体进行电加热,通过喷枪将惰性气体在惰性气体中延长一段时间,将其注入靠近炉渣和铁熔体之间的边界面的区域,或 直接进入铁熔体,将铁的还原剂的碳溶解在铁熔体中,并在金属铁和CO中形成的CO的还原氧化铁颗粒在延长的时间内,由所得的CO形成发泡的炉渣, 延长的时间段,在发泡炉渣中引入含氧气体或氧气,并在长时间内对CO进行后燃烧,底部冲洗反应 在长时间内使用惰性气体,排出处理后的炉渣,随后排出铁熔体,由此将含有溶解碳的残余铁熔体留在反应器容器中。
    • 18. 发明申请
    • METHOD AND DEVICE FOR A COMBINED CONTINUOUS CASTING AND ROLLING SYSTEM
    • 用于组合连续铸造和滚压系统的方法和装置
    • US20150196941A1
    • 2015-07-16
    • US14420395
    • 2013-07-04
    • SIEMENS VAI METALS TECHNOLOGIES GMBH
    • Thomas LengauerWolfgang PeitlRoman Winkler
    • B21B1/46B22D11/126B22D11/14B22D11/12
    • B21B1/463B21B2015/0014B22D11/1206B22D11/126B22D11/14
    • A method and device for producing hot-rolled products in a combined continuous casting and rolling system (1). The method steps in the device for separating and removing (6) in order to overcome a disruption in production in a part of the system located downstream of the device for separating and removing (6): (a) separating the endlessly produced precursor material (3) into a strand portion (21) by means of a shears (9); (b) clamping (23) the strand portion (21); (c) raising the trailing part of the strand portion (21) from the roller table (4) by a raising device (11), so that the strand portion (21) is drawn away from the shears (9) in the direction of transport (7); (d) cutting the precursor material (3) into a precursor material portion (10) by means of the shears (9); (e) removing the precursor material portion (10) from the roller table (4), and removing the strand portion (21) until the combined continuous casting and rolling system (1) is ready to operate again.
    • 一种组合式连续铸造和轧制系统(1)中生产热轧产品的方法和装置。 用于分离和去除(6)的装置中的方法步骤是为了克服位于装置下游的用于分离和去除(6)的系统的一部分中的生产中断:(a)将环形产生的前体材料 3)通过剪切机(9)进入绞线部分(21); (b)夹持(23)股线部分(21); (c)通过提升装置(11)从辊台(4)提升股线部分(21)的后部,使股线部分(21)沿剪切方向 运输(7); (d)借助于剪切机(9)将前体材料(3)切割成前体材料部分(10); (e)从辊台(4)中取出前体材料部分(10),并且去除股线部分(21),直到组合的连续铸造 - 滚动系统(1)准备再次操作。