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    • 2. 发明申请
    • MANDREL MILL AND METHOD FOR MANUFACTURING SEAMLESS PIPE OR TUBE
    • MANDREL MILL和制造无缝管或管的方法
    • US20130205860A1
    • 2013-08-15
    • US13808431
    • 2011-07-06
    • Akihito Yamane
    • Akihito Yamane
    • B21B17/02
    • B21B17/02B21B17/04B21B27/024
    • A mandrel mill a method for manufacturing a seamless pipe by using the mandrel mill includes a plurality of roll stands in which three grooved rolls R are disposed in each roll stand such that an angle formed by pressing directions is 120° and the pressing directions of the grooved rolls R are alternately shifted by 60° between adjacent roll stands, wherein a central angle θ defining a circular arc that constitutes a groove bottom profile of the grooved roll R disposed at least in the first and second roll stands is set at less than 60°. The mandrel mill can adequately suppress the problem of the mandrel bar not being able to be pulled out from a pipe after drawing and rolling, without resulting in an increase in facility cost and deterioration of maintainability.
    • 芯棒式无缝管轧机使用芯棒式无缝管轧制机制造无缝管的方法包括多个辊架,其中在每个辊架中设置有三个槽辊R,使得由冲压方向形成的角度为120°, 沟槽辊R在相邻的辊架之间交替地偏移60°,其中限定圆弧的中心角θ构成至少设置在第一和第二轧辊架中的带槽辊R的槽底轮廓,设定在小于60° °。 芯棒式无缝管轧机能够充分地抑制芯棒在拉拔轧制后不能从管中拉出的问题,而不会导致设备成本的增加和维护性的恶化。
    • 3. 发明授权
    • Grooved roll for a reducer and a reducer
    • 用于减速机和减速机的凹槽
    • US08276424B2
    • 2012-10-02
    • US12461323
    • 2009-08-07
    • Akihito Yamane
    • Akihito Yamane
    • B21B27/02A01B29/04
    • B21B17/14B21B17/04B21B27/005B21B27/024B21B27/10B21B28/04
    • A pipe in which polygonization is substantially eliminated is manufactured by a reducer with a grooved roll with a groove having a groove bottom zone including the center of the groove in the roll axial direction and flange zones adjoining both sides of the groove bottom zone. The groove surface has a friction distribution in the roll axial direction such that the frictional force with respect to a material being rolled in the groove bottom zone is larger than the frictional force with respect to a material being rolled in the flange zones. This friction distribution can be achieved by working the groove surface so that the surface roughness of the groove bottom zone becomes greater than the surface roughness of the flange zones or by applying a lubricity modifier which differs with respect to amount and/or type between the groove bottom zone and the flange zones.
    • 其中多边形基本上被消除的管道由具有沟槽辊的减速器制成,槽的槽具有包括在辊轴向方向上的槽的中心的槽底区域和与槽底区域的两侧相邻的凸缘区域。 槽表面在辊轴向方向上具有摩擦分布,使得相对于在槽底区域中被轧制的材料的摩擦力大于相对于在凸缘区域中被轧制的材料的摩擦力。 这种摩擦分布可以通过加工凹槽表面来实现,使得凹槽底部区域的表面粗糙度变得大于凸缘区域的表面粗糙度,或者通过施加相对于凹槽之间的量和/或类型不同的润滑性改进剂 底部区域和法兰区域。
    • 4. 发明申请
    • RETRACT MANDREL MILL AND METHOD FOR ROLLING TUBE BLANK
    • 回收人造铣刀和滚筒管的方法
    • US20120174646A1
    • 2012-07-12
    • US13425857
    • 2012-03-21
    • Akihito YAMANE
    • Akihito YAMANE
    • B21B23/00B21B25/00
    • B21B17/04B21B19/10B21B23/00
    • A retract mandrel mill, comprising a mandrel mill and an extractor, the mandrel mill including a mandrel bar and being configured to roll a tube blank into which the mandrel bar is inserted, the extractor being configured to extract the mandrel bar from the tube blank that has been rolled in the mandrel mill, wherein the distance between the mandrel mill and the extractor is adjustable, and a method for rolling a tube blank by using the retract mandrel mill. As the result of the adjustable distance, even when a tube blank which is shorter than usual is rolled, there is no need to add an extra extension to the length of the tube blank to be elongation-rolled, and the wear of the mandrel bar can be suppressed so that the tube blank can be rolled efficiently and with high yields.
    • 一种包括芯棒式无缝管轧机和提取器的收缩型芯棒式无缝管轧机,所述芯棒式无缝管轧机包括芯棒,并且被配置成滚动将芯棒插入其中的管坯,所述提取器被配置为从管坯抽出芯棒, 已经在芯棒式无缝管轧机中轧制,其中芯棒式无缝管轧机和提取器之间的距离是可调节的,以及通过使用回缩式芯棒式无缝管轧机轧制管坯的方法。 作为可调节距离的结果,即使当轧制比通常更短的管坯时,也不需要在延长轧制的管坯的长度上增加额外的延伸,并且芯棒的磨损 可以抑制管坯的高效率和高收率地滚压。
    • 5. 发明申请
    • Rolling stand
    • 滚动架
    • US20100192657A1
    • 2010-08-05
    • US12448858
    • 2007-12-17
    • Akihito Yamane
    • Akihito Yamane
    • B21B27/02B21B13/10
    • B21B13/10B21B17/02B21B27/024
    • A rolling stand 100 in accordance with the invention is a rolling stand provided with three grooved rolls for rolling a tubular or bar shaped material to be rolled, in which three grooved rolls R21 to R23 are arranged in such a manner that an angle formed by pressing directions of any two adjacent grooved rolls of the three grooved rolls R21 to R23 comes to 120 degrees. With regard to a cross sectional shape of each of the grooved rolls R21 to R23 formed by cutting each of the grooved rolls in a plane which includes a center line of a rotating axis of each of the grooved rolls R21 to R23 and is orthogonal to a pass line of a material to be rolled, any one grooved roll R21 is provided with a first straight portion L1 extending vertically to the pressing direction in both side flange portions, and the other two grooved rolls R22 and R23 are provided with a second straight portion L2 opposing to the first straight portion L1 and extending in parallel to the first straight portion L1 in the flange portions.
    • 根据本发明的轧制机架100是一种轧制机架,其具有用于轧制待轧制的管状或棒状材料的三个槽轧辊,其中三个槽轧辊R21至R23以这样的方式布置,即通过压制形成的角度 三个槽辊R21〜R23的任意两个相邻的带槽辊的方向为120度。 关于通过在包括每个带槽辊R21至R23的旋转轴线的中心线的平面中切割每个带槽辊而形成的每个带槽辊R21至R23的横截面形状并且与 任何一个带槽辊R21设置有在两个侧凸缘部分中垂直于按压方向延伸的第一直线部分L1,另外两个带槽辊R22和R23设置有第二直线部分 L2与第一直线部分L1相对并且在凸缘部分中平行于第一直线部分L1延伸。
    • 7. 发明授权
    • Multi-roll mandrel mill and method of producing seamless tubes
    • 多辊心轴轧机及无缝管生产方法
    • US08601844B2
    • 2013-12-10
    • US13425749
    • 2012-03-21
    • Akihito Yamane
    • Akihito Yamane
    • B21B17/08B21B19/08
    • B21B17/04B21B27/024
    • A multi-roll mandrel mill comprises a plurality of grooved roll bodies as a roll pass for elongation rolling of a shell and a plurality of roll stands, each having roll shafts and roll chock portions for driving the grooved roll bodies for driving the grooved roll bodies, wherein bearings are internally contained in each grooved roll body. Optimizing the design of roll chock portions for every setup is achieved by a tube-making setup of the mandrel mill, wherein at least one of either or both of the roll shafts and the roll chock portions is replaced with a part(s) having a different shape(s) in addition to changing of the grooved roll bodies. The optimization of the design is effective in preventing underfill and overfill.
    • 多辊心轴轧机包括多个槽轧辊体,作为用于壳体的伸长轧制的辊道和多个辊架,每个辊架具有辊轴和辊轴承座部分,用于驱动用于驱动带槽辊体的带槽辊体 其中轴承内部容纳在每个带槽辊体中。 通过芯棒式无缝管轧机的制管设备实现每个设置的辊轴承部分的设计优化,其中辊轴和辊轴承座部分中的一个或两个中的至少一个被替换为具有 除了改变带槽辊体之外,还有不同的形状。 设计的优化有效防止了底部填充和填充。