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    • 3. 发明公开
    • Taper rolling of metal
    • Konisches Walzen von Metall。
    • EP0324612A2
    • 1989-07-19
    • EP89300250.1
    • 1989-01-12
    • IAN WILSON TECHNOLOGY LIMITED
    • Wilson, Alexander Ian
    • B21H7/00
    • B21H7/007B21B31/30
    • Taper rolling apparatus including a pair of rolls (10,12) the spacing of which can be varied according to the linear movement of a workpiece clamped in a carriage assembly (26).
      So that the roll gap can remain at a constant mean height throughout the rolling operation, mechanism including a horizontally disposed wedge member (56) is provided, the wedge member being constrained to move along a horizontal path and effecting the adjustment of pairs of roll chocks (44,44 and 46,46) bearing against the opposite sides of said wedge member.
    • 锥形轧制设备包括一对辊(10,12),其间隔可以根据夹在托架组件(26)中的工件的线性运动而变化。 因此,轧辊间隙可以在整个轧制操作期间保持恒定的平均高度,其中包括一个水平设置的楔形件(56)的机构被设置成楔形件被限制为沿着一个水平的路径移动并且实现一对轧辊轴承座的调整 (44,44和46,46)抵靠所述楔形构件的相对侧。
    • 5. 发明公开
    • Rolling mill apparatus
    • 滚压磨具
    • EP0316072A3
    • 1990-08-29
    • EP88309569.7
    • 1988-10-13
    • IAN WILSON TECHNOLOGY LIMITED
    • Wilson, Alexander Ian
    • B21B1/42B21B13/20
    • B21B13/20B21B1/42B21B31/08
    • Rolling mill apparatus including a pair of roll assemblies (10,12) each constituted by a rotatably mounted support roll (14,16) and a plurality of work rolls (18,20) spaced around said support roll. So that the mill will be capable of relatively high reductions and will require only a relatively low power input, the work rolls are backed by respective cradle elements (22,24) and means are provided whereby each work roll (18,20) and its respective cradle elements (22,24) are initially positioned in readiness for a bite by the work roll into a workpiece being fed between the roll assemblies, said work roll and cradle element roll together through an arc of movement in which a bite into the workpiece is taken, and said work roll and cradle element are then caused to precess around the support roll (14,16) to their initial positions relative to said support rolls.
    • 包括一对辊组件(10,12)的轧制设备,每个辊组件由可旋转地安装的支撑辊(14,16)和围绕所述支撑辊间隔开的多个工作辊(18,20)构成。 因此,轧机将能够相对较高的压下量,并且仅需要相对较低的动力输入,工作辊由相应的支架元件(22,24)支撑,并且提供装置,由此使每个工作辊(18,20)和 相应的托架元件(22,24)最初被定位成准备好通过工作辊咬入到被馈送到辊组件之间的工件中,所述工作辊和托架元件通过运动弧滚动在一起,其中咬入工件 然后使所述工作辊和托架元件相对于所述支撑辊在支撑辊(14,16)周围进入其初始位置。
    • 6. 发明公开
    • A rolling mill
    • Walzgerüst。
    • EP0281319A2
    • 1988-09-07
    • EP88301619.8
    • 1988-02-25
    • IAN WILSON TECHNOLOGY LIMITED
    • Wilson, Alexander Ian
    • B21B35/12B21B13/00B21B31/26
    • B21B13/005B21B31/26B21B35/12Y10T74/2186
    • A rolling mill provided with a pair of rolls (₁0,10) rotatable in a roll housing (14) and drivably connected to respective drive gears (20,20) of a main frame and gearbox (17), the drive gears meshing with respective pinions which mesh together.
      So that rolls (10,10) of widely varying diameters can be driven at appropriate speeds, the main frame and gearbox is capable of being located in either one of two positions angularly spaced at 180 degrees, and the drive gears (20,20) and pinions (26,26) are capable of being re-adjusted in position whereby the drive gears (20,20) can be brought into mutually meshing positions and the pinions (26,26) can be moved apart to become the gears with which the rolls (10,10) are drivably connected.
    • 一种轧机,其设置有可在辊壳体(14)中旋转并可驱动地连接到主框架和变速箱(17)的相应驱动齿轮(20,20)的一对辊(10,10),所述驱动齿轮与相应的 啮合在一起的小齿轮 因此,可以以适当的速度驱动各种直径变化的辊(10,10),主框架和变速箱能够位于角度为180度的两个位置中的任一个中,驱动齿轮(20,20) 和小齿轮(26,26)能够被重新调整的位置,由此驱动齿轮(20,20)可以进入相互啮合的位置,并且小齿轮(26,26)可以移动分开成为齿轮 辊(10,10)可驱动地连接。
    • 8. 发明公开
    • Rolling mill apparatus
    • Walzgerüst。
    • EP0316072A2
    • 1989-05-17
    • EP88309569.7
    • 1988-10-13
    • IAN WILSON TECHNOLOGY LIMITED
    • Wilson, Alexander Ian
    • B21B1/42B21B13/20
    • B21B13/20B21B1/42B21B31/08
    • Rolling mill apparatus including a pair of roll assemblies (10,12) each constituted by a rotatably mounted support roll (14,16) and a plurality of work rolls (18,20) spaced around said support roll. So that the mill will be capable of relatively high reductions and will require only a relatively low power input, the work rolls are backed by respective cradle elements (22,24) and means are provided whereby each work roll (18,20) and its respective cradle elements (22,24) are initially positioned in readiness for a bite by the work roll into a workpiece being fed between the roll assemblies, said work roll and cradle element roll together through an arc of movement in which a bite into the workpiece is taken, and said work roll and cradle element are then caused to precess around the support roll (14,16) to their initial positions relative to said support rolls.
    • 包括一对辊组件(10,12)的轧制设备,每个辊组件由可旋转地安装的支撑辊(14,16)和围绕所述支撑辊间隔开的多个工作辊(18,20)构成。 因此,轧机将能够相对较高的压下量,并且仅需要相对较低的动力输入,工作辊由相应的支架元件(22,24)支撑,并且提供装置,由此使每个工作辊(18,20)和 相应的支架元件(22,24)最初被定位成准备好通过工作辊咬入到被馈送到辊组件之间的工件中,所述工作辊和托架元件通过运动弧滚动在一起,其中咬入工件 然后使所述工作辊和托架元件相对于所述支撑辊在支撑辊(14,16)周围进入其初始位置。