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    • 62. 发明授权
    • Method of rolling finished sections from preliminary sections in
reversing roll stand arrangements
    • 从倒置辊架布置中的初步部分轧制成品部分的方法
    • US6116072A
    • 2000-09-12
    • US980941
    • 1997-12-01
    • Ulrich SvejkovskyHans-Jurgen NowakGeorg Engel
    • Ulrich SvejkovskyHans-Jurgen NowakGeorg Engel
    • B21B13/10B21B1/08B21B1/082B21B1/09B21B1/095B21B1/14B21B1/46
    • B21B1/082B21B1/14B21B1/09B21B1/095B21B1/466
    • A method of rolling finished sections from preliminary sections by means of roll stand arrangements which operate in reversing operation and include a compact rolling group composed of a first universal stand at the entry side and a second universal stand at the exit side and an intermediate edging stand arranged between the universal stands, and a roughing group arranged in front of the compact rolling group and composed of vertical roll stands and horizontal roll stands and/or universal stands. A rectangular preliminary section or a preliminary section having the approximate final dimensions is preshaped in the roll stands of the roughing rolling group in a number of shape changing passes and/or shape reduction passes, possibly reversing with or without the use of selectable grooves. Subsequently, the section is further shaped in the compact rolling group in several shape changing passes or shape reduction passes in the universal stand on the entry side. Subsequently, the section is shaped into the finished section in the universal stand on the exit side or in the intermediate edging stand, possibly also with the use of the selectable grooves or the grooves of the roll stands located next to each other.
    • 一种通过在反转操作中工作的辊架装置从预备部分轧制成品部分的方法,并且包括由入口侧的第一通用支架和出口侧的第二通用支架组成的紧凑滚动组和中间边缘支架 布置在通用支架之间,以及布置在紧凑滚动组的前面的粗加工组,由垂直轧辊机架和水平轧辊机架和/或通用机架组成。 具有大致最终尺寸的矩形预备部分或预备部分在粗轧组中的轧机机架中预先形成多个形状变化通道和/或形状减小通过,可能在使用或不使用可选择的凹槽的情况下反转。 随后,在入口侧的通​​用支架中,该部分在紧凑滚动组中进一步成形为几个形状变化通道或形状减小通道。 随后,该部分也可以通过使用位于彼此相邻的辊架的可选择的凹槽或凹槽而在出口侧或中间边缘支架的通用支架中成形为成品部分。
    • 63. 发明授权
    • Universal roll stand
    • 通用轧辊架
    • US6062057A
    • 2000-05-16
    • US282697
    • 1999-03-31
    • Michael Minnerop
    • Michael Minnerop
    • B21B13/08B21B13/10B21B31/02B21B31/04B21B31/10
    • B21B31/02B21B13/10B21B2031/023B21B31/04B21B31/10
    • A universal roll stand including a multiple-part stationary roll housing on the drive side and a multiple-part roll housing on the operator side which can be moved away, wherein the housings are connected to each other through hydraulically pretensioned tie rods or the like. The roll housings are composed of conventional two-high housing frames and vertical frames which can be fixedly anchored to the two-high housing frames. The vertical frames may be composed of several parts and include two flange-mounted beams arranged spaced apart from each other by the distance between the housing beams of the roll stand and a crosshead connected to the flange-mounted beams.
    • 一种通用辊架,其包括在驱动侧上的多部分固定辊壳体和可移动离开的操作者侧的多部分辊壳体,其中壳体通过液压预紧拉杆等彼此连接。 滚动轴承座由常规的两个高的外壳框架和垂直的框架组成,可以固定地固定在两个高架的框架上。 垂直框架可以由几个部件组成,并且包括两个凸缘安装的梁,它们彼此间隔开辊筒架的壳体梁和连接到凸缘安装梁的十字头之间的距离。
    • 65. 发明授权
    • Roll stand without housings
    • 卷轴架没有外壳
    • US6021656A
    • 2000-02-08
    • US196550
    • 1998-11-20
    • Hans BogendorferHans-Jurgen Reismann
    • Hans BogendorferHans-Jurgen Reismann
    • B21B13/02B21B13/10B21B31/04B21B31/20B21B31/24B21B31/32B21B31/00B21B31/07
    • B21B31/04B21B31/20B21B13/02B21B2013/106B21B31/24B21B31/32
    • A roll stand without roll housings has at least two work rolls which are mounted in roll bearings and which each extend along a roll axis, wherein the rolls define a roll gap and the roll axes define a roll plane, so that the roll plane contains both roll axes, wherein the roll bearings are connected to each other through two groups of connecting elements, and wherein one group of connecting elements each is arranged on each side of the roll plane. The connecting elements of the groups are adjustable over an adjusting length distance, wherein at least one of the groups is adjustable under load by an adjustment drive in the adjusting direction over an under-load length distance and wherein the under-load length distance is substantially smaller than the adjusting length distance. With respect to the portion of the adjusting length distance which exceeds the under-load length distance, the groups of connecting elements are constructed so as to be without drive.
    • 具有滚动轴承座的辊架具有至少两个安装在滚动轴承中并且各自沿着辊轴延伸的工作辊,其中辊限定了辊间隙,并且辊轴限定了辊平面,使得辊平面包含两个 滚动轴线,其中滚动轴承通过两组连接元件彼此连接,并且其中一组连接元件各自布置在辊平面的每一侧上。 组的连接元件在调节长度距离上是可调节的,其中组中的至少一个在负载下通过在负载下长度距离上的调节方向上的调节驱动器可调节,并且其中欠载长度距离基本上 小于调整长度的距离。 相对于超过欠载长度距离的调整长度距离的部分,连接元件组被构造为不驱动。
    • 66. 发明授权
    • Method of operating a coil transfer apparatus and a corresponding coil
transfer apparatus
    • 操作线圈传送装置和相应的线圈传送装置的方法
    • US5987955A
    • 1999-11-23
    • US232512
    • 1999-01-15
    • Frank Benner
    • Frank Benner
    • B21B15/00B21C47/24B65H16/08B65H18/02B65H19/30B21B39/20
    • B65H19/30B21C47/245B65H16/08B65H18/02B21B2015/0057B65H2301/4172
    • A method of operating a coil transfer apparatus and a coil transfer apparatus with a coiling station having a coiling roller each at an entry side and an exit side and with a uncoiling station with an uncoiling roller each on an entry side and an exit side. The method includes coiling a strip in a coiling station into a coil or placing a coil onto the coiling rollers, supporting the coil by the coiling rollers during coiling or after placement of the coil on the coiling rollers, and transferring the coil for uncoiling to the uncoiling station and supporting the coil after the transfer during uncoiling by the uncoiling rollers. The method further includes the steps of moving the coiling and uncoiling stations toward each other and raising the coiling roller on the entry side of the coiling station.
    • 一种线圈传送装置和线圈传送装置的操作方法,该卷取装置具有卷取站,每个卷取站在入口侧和出口侧均具有卷取辊,并且具有卷边站,每个卷筒在进入侧和出口侧。 该方法包括将卷绕站中的条卷绕成线圈或将线圈放置在卷绕辊上,在卷绕期间或卷绕辊放置在卷取辊上之后通过卷取辊支撑卷材,以及将用于卷绕的卷材转运到 开卷站,并通过开卷辊在开卷期间在转印之后支撑线圈。 该方法还包括以下步骤:将卷取和拆开工位朝向彼此移动并使卷绕辊在卷取站的入口侧上升。
    • 69. 发明授权
    • Coiler in wire rolling trains
    • 线滚动列车卷取机
    • US5934594A
    • 1999-08-10
    • US52421
    • 1998-03-31
    • Siegfried David
    • Siegfried David
    • B65H54/70B21C47/02B21C47/14B21C47/10
    • B21C47/143
    • A coiler in wire rolling trains includes a laying pipe support supporting a laying pipe, wherein the laying pipe support includes a support disk holding the wire insertion pipe member. The support disk is coupled for rotation with a rotating insertion sleeve for this pipe member, wherein the insertion sleeve supplies the wire, and wherein the support disk is connected coaxially with a cantilever projection which receives the laying arm portion of the laying pipe. The coiler includes a cylindrical or truncated cone-shaped surrounding body extending around the laying pipe support at a radial distance, wherein an end opening facing the insertion sleeve is releasably and attachably connected to the support disk of the laying pipe support, and wherein air passage openings are arranged in the wall of the surrounding body.
    • 线滚动列车中的卷取机包括支撑铺设管的铺设管支撑,其中铺设管支撑件包括保持钢丝插入管件的支撑盘。 支撑盘与用于该管构件的旋转插入套筒联接以旋转,其中插入套管供应线,并且其中支撑盘与容纳放置管的铺设臂部分的悬臂突起同轴地连接。 卷取机包括圆柱形或截头圆锥形周向体,其以径向距离围绕铺设管支撑件延伸,其中面向插入套筒的端部开口可释放地并可连接地连接到铺设管支撑件的支撑盘,并且其中空气通道 开口布置在周围的身体的墙壁上。