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    • 62. 发明申请
    • COOLING SECTION HAVING LOWER SPRAY BAR
    • 冷却段有下喷棒
    • US20160052034A1
    • 2016-02-25
    • US14779575
    • 2014-02-19
    • PRIMETALS TECHNOLOGIES AUSTRIA GMBH
    • Jian CHENSieglinde EHGARTNERReinhard KARLErich OPITZFlorian POESCHLAlois SEILINGERThomas TRICKL
    • B21B45/02
    • B21B45/0218B21B39/12B21B45/0233
    • A cooling section for a flat rolled material (1) has a frame structure (2), in which a plurality of transport rollers (3) for the flat rolled material (1) are arranged one after another transversely to a transport direction (x) and spaced apart (a). Each transport roller (3) mounted in the frame structure (2) rotates about a respective roller axis (4). The roller axes (4) run orthogonally to the transport direction (x) and horizontally, so that the transport rollers (4) form a pass line (5) for the flat rolled material (1). At least one lower spray bar (6) arranged beneath the pass line (5) has a base block (7) beneath the transport rollers (3) for a liquid coolant (8). Guide sections (9) project upwards from the base block (7) into spaces between the transport rollers (3). Each guide section (9) has an upper terminating element (10) on which spray nozzles (11) are arranged, which feed the coolant (8), which had been fed into the base block (7), to be sprayed onto the flat rolled material (1) from below. The guide sections (9) have a respective length (1) in the transport direction (x) of the flat rolled material (1). That length (1) decreases at least in the vicinity of the respective upper terminating elements (10), in the direction of the respective upper terminating element (10).
    • 用于平轧材料(1)的冷却部分具有框架结构(2),其中多个用于平轧材料(1)的输送辊(3)横向于输送方向(x)依次布置, 并间隔开(a)。 安装在框架结构(2)中的每个传送辊(3)围绕相应的辊轴线(4)旋转。 辊轴(4)与输送方向(x)正交地水平运动,使得输送辊(4)形成用于平轧材料(1)的通过线(5)。 布置在通行线(5)下方的至少一个下喷杆(6)在用于液体冷却剂(8)的输送辊(3)下方具有基座(7)。 引导部分(9)从基座(7)向上突出到输送辊(3)之间的空间。 每个引导部分(9)具有上部终端元件(10),喷射喷嘴(11)布置在该上部端部元件(10)上,所述上部终端元件(11)供给已经被供给到基座块(7)中的冷却剂(8) 轧制材料(1)。 引导部分(9)在平轧材料(1)的输送方向(x)上具有相应的长度(1)。 该长度(1)至少在相应的上端接元件(10)附近沿相应的上终端元件(10)的方向减小。
    • 63. 发明授权
    • Material forming machine incorporating quick changeover assembly
    • 材料成型机结合快速转换组件
    • US08590354B1
    • 2013-11-26
    • US12547710
    • 2009-08-26
    • Ronald W. SchellJeffrey A. FryAdam J. BinderupJohn W. DeBerard
    • Ronald W. SchellJeffrey A. FryAdam J. BinderupJohn W. DeBerard
    • B21D5/08B21B31/00
    • B21D5/08B21B31/00B21B35/14B21B39/12Y10T29/4973
    • A mechanism for use in adjusting the position of components in a machine including an elongate shaft assembly, at least one projection shaft extending in a direction transverse to said elongate shaft assembly, and a support frame. The elongate shaft assembly includes at least one primary shaft segment, and at least one secondary shaft segment removably coupled to the primary shaft segment, the secondary shaft segment includes a first gear. The projection shaft extends in a direction transverse to the elongate shaft assembly and includes a second gear element disposed on its proximal end portion. The second gear element is coupled to the first gear element whereby rotation of the elongate shaft assembly translates into rotation of the projection shaft. The projection shaft is capable of being coupled to the components such that rotation of the projection shaft operates to adjust the position of the components.
    • 一种用于调节包括​​细长轴组件的机器中的部件的位置的机构,至少一个沿横向于所述细长轴组件的方向延伸的突出轴和支撑框架。 细长轴组件包括至少一个主轴段和可移除地联接到主轴段的至少一个副轴段,副轴段包括第一档。 突出轴沿横向于细长轴组件的方向延伸并且包括设置在其近端部分上的第二齿轮元件。 第二齿轮元件联接到第一齿轮元件,由此细长轴组件的旋转转动成突出轴的旋转。 突起轴能够联接到部件,使得突出轴的旋转操作以调节部件的位置。
    • 67. 发明申请
    • Apparatus for manufacturing metal material by rolling
    • 通过轧制制造金属材料的装置
    • US20070180882A1
    • 2007-08-09
    • US11578810
    • 2005-12-16
    • Wilfried ModrowUlrich Skida-Dopp
    • Wilfried ModrowUlrich Skida-Dopp
    • B21B41/00
    • B21B1/466B21B1/26B21B1/34B21B13/22B21B39/004B21B39/12B21B2015/0014B21B2015/0071B21B2201/06B21B2203/42
    • The invention relates to a device for producing a metallic product (1) by rolling, comprising: a first area (2) inside of which slabs are produced by primary shaping; a second area (3), which is located downstream from the first area (2) in the direction of flow (F) of the material and inside of which at least one first rolling device (4) for rolling slabs is arranged; a third area (5), which is located downstream from the second area (3) in the direction of flow (F) of the material and inside of which at least one second rolling device (6) for rolling slabs or the intermediate product produced therefrom is arranged, and; a fourth area (7), which is located downstream from the third area (5) in the direction of flow (F) of the material and inside of which at least one aftertreating device (8) for the rolled material is arranged In order to increase the economic efficiency of the device, this device is characterized by (having a conveying device (9) with which the metallic product (1) can be removed between the second area (3) and the third area (5) conveyed and can be fed to the processing process once again between the third area (5) and the fourth area (7).
    • 本发明涉及通过轧制生产金属制品(1)的装置,包括:第一区域(2),其中通过初级成形制造板坯; 第二区域(3),其沿着材料的流动方向(F)位于第一区域(2)的下游,并且内部具有至少一个用于轧制板坯的第一轧制装置(4); 第三区域(5),其在所述材料的流动方向(F)的下游位于所述第二区域(3)的下游,并且其内部具有至少一个用于轧制板坯的第二轧制装置(6)或产生的中间产品 从中排出, 第四区域(7),其沿着材料的流动方向(F)位于第三区域(5)的下游,并且其内部布置有用于轧制材料的至少一个后处理装置(8),以便 提高装置的经济效率,该装置的特征在于具有输送装置(9),金属制品(1)可以在第二区域(3)和第三区域(5)之间移除,并且可以是 在第三区域(5)和第四区域(7)之间再次馈送到处理过程。
    • 69. 发明申请
    • Method for producing a magnesium hot strip
    • 镁热带钢的生产方法
    • US20040079513A1
    • 2004-04-29
    • US10415451
    • 2003-12-16
    • Hans PircherRudolf Kawalla
    • B22D011/00
    • C22F1/06B21B1/34B21B1/46B21B3/00B21B3/003B21B39/12B21B45/004
    • The invention relates to a method for producing a magnesium hot strip, in which a melt from a magnesium alloy is continuously cast to form a roughed strip with a thickness of maximum 50 mm, and in which the cast roughed strip is hot-rolled directly from the cast heat at a hot-rolling initial temperature of at least 250null C. and maximum 500null C. to form a hot strip with a final thickness of maximum 4 mm, whereby in the first hot-rolling pass a reduction in the thickness of at least 15% is achieved. With the method according to the invention, magnesium sheets with improved deformability can be produced with reduced manufacturing effort and expenditure.
    • 本发明涉及一种用于生产镁热带的方法,其中将来自镁合金的熔体连续铸造以形成厚度最大为50mm的粗化带,并且其中将铸造粗轧条直接从 在热轧初始温度为至少250℃和最大500℃下的铸造热量以形成最终厚度最大为4mm的热轧带钢,由此在第一热轧轧制中,厚度减小 至少达到15%。 利用根据本发明的方法,可以在减少制造成本和支出的情况下制造具有改善的变形性的镁片。