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    • 12. 发明公开
    • Rolling mill
    • Walzwerk。
    • EP0543479A1
    • 1993-05-26
    • EP92305939.8
    • 1992-06-26
    • MORGAN CONSTRUCTION COMPANY
    • Shore, Terence M.Woodrow, Harold E.
    • B21B35/02B21B1/18
    • B21B35/02B21B1/18B21B13/005B21B35/12
    • A block type rolling mill has a plurality of roll stands arranged along a mill pass line (P), each roll stand having at least a first pair of work rolls mounted in cantilever fashion on a first pair of roll shafts. The first roll shafts have first pinion gears which are separate from each other and in meshed relationship respectively with one of a pair of intermeshed spur gears (34) carried on a pair of intermediate drive shafts (32), with one of the intermediate drive shafts (32) of each roll stand being coupled to one of two line shafts (22,24) extending in parallel relationship to the mill pass line (P). At least one of the roll stands is provided with a second pair of work rolls mounted in cantilever fashion on a second pair of roll shafts. The second pair of roll shafts have second pinion gears which are separate from each other and each in meshed relationship respectively with one of the intermeshed spur gears (34) of the at least one roll stand.
    • 一种块式轧机具有沿着轧制线(P)布置的多个辊架,每个辊架具有至少一对以悬臂方式安装在第一对辊轴上的工作辊。 第一辊轴具有第一小齿轮,它们彼此分开并且与啮合的关系分别与承载在一对中间驱动轴(32)上的一对相互啮合的正齿轮(34)中的一个啮合,其中一个中间驱动轴 每个轧辊架的(32)联接到与轧制轧制线(P)平行关系延伸的两个生产线轴(22,24)中的一个。 至少一个辊架设有第二对工作辊,其以悬臂方式安装在第二对辊轴上。 第二对辊轴具有第二小齿轮,它们彼此分开并且分别与至少一个辊架的相互啮合的正齿轮(34)中的一个啮合。
    • 15. 发明公开
    • High speed laying head
    • Hochgeschwindigkeitsdrahtlegekopf。
    • EP0679453A1
    • 1995-11-02
    • EP95302263.9
    • 1995-04-05
    • MORGAN CONSTRUCTION COMPANY
    • Shore, Terence M.Woodrow, Harold E.
    • B21C47/14
    • B21C47/143
    • A rolling mill laying head has a quill (14) supported for rotation about its longitudinal axis (X) between axially spaced first and second bearing assemblies (16,18). A laying pipe (24) is carried by the quill for rotation therewith. The laying pipe has an entry section (24 a ) lying on the quill axis between the first and second bearing assemblies, and a curved intermediate section (24 b ) extending through and beyond the second bearing assembly to terminate at a delivery end (24 c ) spaced radially from the quill axis to define a circular path of travel. The dimension (A) by which the laying pipe extends beyond the second bearing assembly is less than the diameter (D) of the circular path.
    • 轧机铺设头部具有支撑件(14),用于在轴向间隔开的第一和第二轴承组件(16,18)之间围绕其纵向轴线(X)旋转。 敷设管(24)由套管承载以与其一起旋转。 铺设管具有位于第一和第二轴承组件之间的轴线上的入口部分(24a),以及延伸穿过第二轴承组件并且超出第二轴承组件的弯曲中间部分(24b),以终止于径向间隔开的输送端(24c) 从轴线来定义圆形的行进路径。 敷设管延伸超过第二轴承组件的尺寸(A)小于圆形路径的直径(D)。
    • 16. 发明公开
    • Single strand block-type rolling mill
    • Einadriges Blockwalzwerk。
    • EP0659493A2
    • 1995-06-28
    • EP94309604.0
    • 1994-12-21
    • MORGAN CONSTRUCTION COMPANY
    • Shore, Terence M.Woodrow, Harold E.
    • B21B13/00
    • B21B35/02B21B13/005B21B31/06B21B31/26
    • A single strand block-type rolling mill has pairs of oppositely inclined work rolls (16) arranged successively along a mill pass line (18) to roll rod and bar products in a twist-free manner. A planar base structure extends in parallel relationship between the mill pass line. A plurality of housings (32) are arranged seriatim along the mill pass line. The housings are secured to the base structure and have mutually overlapping portions secured to one another. Each housing includes intermediate drive components for driving a pair of roll shafts (40) carrying one of the work roll pairs, with the intermediate drive components being mechanically coupled to each other and to a common mill drive.
    • 单股块式轧机具有成对的沿着轧制线(18)连续布置的相对倾斜的工作轧辊(16),以无捻方式轧制棒材和棒材产品。 平面基础结构在轧制线之间以平行关系延伸。 多个壳体(32)沿轧制线顺序布置。 外壳固定在基座结构上并具有彼此固定的相互重叠的部分。 每个壳体包括用于驱动一对承载一个工作辊对的辊轴(40)的中间驱动部件,其中中间驱动部件彼此机械连接并连接到普通轧机驱动装置。
    • 18. 发明公开
    • Rod laying head with front and tail end ring control
    • Drahtlegekopf mit Anfangs- undEndringausführung。
    • EP0554976A1
    • 1993-08-11
    • EP93300264.4
    • 1993-01-15
    • MORGAN CONSTRUCTION COMPANY
    • Shore, Terence M.Woodrow, Harold E.
    • B21C47/26B21C47/14B21B41/00
    • B21C47/26B21C47/143
    • A laying head (18) for a rod rolling mill includes an elongated tubular support (36) and means for rotating the support about its longitudinal axis. A pipe (46) is carried by the support for rotation therewith, and the pipe has an inlet end (46a) which is aligned with said axis and is arranged to receive rod from the mill. The pipe also has an intermediate portion (46b) defining a curved guide path, leading from the inlet end to an outlet end of the pipe and is arranged to rotate about said axis and from which the rod is discharged in the form of a continuous series of rings. A guide for the rod communicates with the outlet end of the pipe and defines a helical extension (68) of the guide path of the rod.
    • 用于棒轧机的铺设头(18)包括细长管状支撑件(36)和用于围绕其纵向轴线旋转支撑件的装置。 管道(46)由支撑件承载以与其一起旋转,并且管道具有与所述轴线对准的入口端(46a),并且布置成从磨机接收杆。 管道还具有限定弯曲引导路径的中间部分(46b),该弯曲引导路径从入口端引导到管道的出口端,并且被布置成围绕所述轴线旋转,并且杆以连续序列的形式被排出 的戒指。 杆的引导件与管的出口端连通并且限定了杆的引导路径的螺旋延伸部(68)。
    • 19. 发明公开
    • Method for continuously hot rolling of ferrous long products
    • 连续热轧长期产品的方法和装置
    • EP0512735A3
    • 1992-12-16
    • EP92303829.3
    • 1992-04-28
    • MORGAN CONSTRUCTION COMPANY
    • Shore, Terence M.Woodrow, Harold E.Puchovsky, Melicher
    • B21B1/18
    • B21B1/18B21B13/005B21B35/02B21B45/0224B21B2045/0236B21B2201/06
    • A method and apparatus for continuously hot rolling ferrous long products which employs a "post finishing" block of roll stands downstream from the finishing stands of the mill. Water boxes or other like cooling devices are preferably interposed between the last mill finishing stand and the postfinishing block. The post finishing block includes at least two reduction stands followed by at least two sizing stands. The reduction stands have an oval-round pass sequence, and the sizing stands have a round-round pass sequence. Clutches or other equivalent means are employed in the drive train to permit changes to be made between the interstand drive speed ratios of at least the reduction stands, and also between some or all of the remaining sizing stands. A fixed rolling schedule is provided for all roll stands in advance of the finishing stands. Thus, the finishing group is supplied with a first process section having a substantially constant cross sectional area and configuration. The first process section is passed through the finishing group and rolling occurs in either none, some, or all of the finishing roll stands, depending on the size of the desired end product. The product then continues through water cooling boxes to the post finishing block as a second process section. The interstand drive speed ratios of the roll stands in the post finishing block are appropriately adjusted to accommodate rolling of the second process section. The total reductions affected in the initial reduction stands of the post finishing block are well above 14%, thereby producing an increased energy level in the product sufficient to create a substantially uniform distribution of fine grains. Typically, such total initial reductions will be on the order of about 20-50%. Significantly lighter reductions on the order of 2-15% are taken in the final round-round pass sequences of the post finishing block to obtain the desired close sizing tolerances in the finished product. The time interval between the higher reduction affected in the oval-round pass sequence and the lighter reductions affected during sizing in the round-round pass sequence is such that the resulting grain size throughout the product cross section will not vary by more than 2, and in most cases by less than 1 ASTM grain size number.