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    • 72. 再颁专利
    • Spinning rotor for open-end spinning machines
    • 旋转转子用于开放式纺纱机
    • USRE40759E1
    • 2009-06-23
    • US10383207
    • 2003-03-06
    • Heinz-Georg WassenhovenHans GreckschBert SchlömerBrigitte RiedeElisabeth Klaczynski
    • Heinz-Georg WassenhovenHans GreckschBert SchlömerBrigitte RiedeElisabeth Klaczynski
    • D01H4/00
    • D01H4/10
    • A spinning rotor for use at high speeds in open-end spinning machines has a rotor cup having an annular wall portion defining a rotor opening, a bottom wall portion merging with the annular wall portion, and a mounting hub extending exteriorly from the bottom wall portion. A rotor shaft is affixed to the mounting hub coaxially with the rotor cup. The merger of the bottom and annular wall portions of the rotor cup defines a maximum exterior diameter of the rotor and an interior rotor groove. The annular wall portion, the bottom wall portion and the mounting hub are of different cross-sectional thicknesses with the cross-sectional thickness of the bottom wall portion increasing from the rotor groove to the mounting hub. The wall thickness is less than 1.2 mm in the area of the maximum exterior diameter of the rotor cup (2) and the rotor cup has an aerodynamic exterior contour free of edges for deterring turbulent boundary layer air flow thereabout and an interior contour for promoting fiber spinning into a yarn.
    • 在开放式纺纱机中以高速使用的旋转转子具有转子杯,该转子杯具有限定转子开口的环形壁部分,与环形壁部分合并的底壁部分,以及从底壁部分向外延伸的安装毂 。 转子轴与转子杯同轴地固定到安装毂上。 转子杯的底部和环形壁部分的合并限定了转子和内部转子槽的最大外径。 环形壁部分,底壁部分和安装轮毂具有不同的横截面厚度,其中底壁部分的横截面厚度从转子槽增加到安装毂。 在转子杯(2)的最大外径的面积上,壁厚小于1.2mm,并且转子杯具有无边缘的空气动力学外部轮廓,用于阻止其周围的湍流边界层气流和用于促进纤维的内部轮廓 纺纱成纱。
    • 73. 发明申请
    • Spinning Rotor
    • 旋转转子
    • US20090084081A1
    • 2009-04-02
    • US11920221
    • 2006-04-11
    • Heinz-Georg Wassenhoven
    • Heinz-Georg Wassenhoven
    • D01H4/10
    • D01H4/10
    • Spinning rotor (1) for an open end rotor spinning machine comprising a rotor shaft (2), a rotor cup (3), which has an opening (4), an inner chamber (5), a rotor groove (6), a conically widening slide wall (7) extending from the opening (4) to the rotor groove (6) and a rotor base (9) arranged opposing the opening (4) and designed with a bore (8), through which the rotor shaft (2) extends at least partially. The rotor shaft (2) is connected by means of a connection element (10) to the rotor cup (3) and the rotor shaft (2) and rotor cup (3) comprise a common rotational axis (13). The rotor shaft (2) and the rotor cup (3) have connection means (11, 12), which are at least partially surrounded by the connection element (10) configured as a cast part, so a positive connection of the rotor shaft (2) to the rotor cup (3) can be achieved.
    • 一种用于开式转杯纺纱机的旋转转子(1),其包括转子轴(2),具有开口(4)的转子杯(3),内室(5),转子槽(6)), 将从开口(4)延伸到转子槽(6)的滑动壁(7)的锥形加宽和与开口(4)相对设置并设计有孔(8)的转子底座(9),转子轴 2)至少部分延伸。 转子轴(2)通过连接元件(10)连接到转子杯(3),转子轴(2)和转子杯(3)包括公共旋转轴(13)。 转子轴(2)和转子杯(3)具有连接装置(11,12),所述连接装置至少部分地被构造为铸件的连接元件(10)包围,因此转子轴 2)到转子杯(3)可以实现。
    • 79. 发明授权
    • Open-end spinning rotor with a coated fiber guiding surface and process
for its manufacture
    • 具有涂层纤维引导面的开口旋转转子及其制造方法
    • US6012278A
    • 2000-01-11
    • US96317
    • 1998-06-11
    • Josef Schermer
    • Josef Schermer
    • C23C28/04D01H4/10D01H4/00
    • C23C28/04D01H4/10
    • The present invention relates to a spinning device, e.g. an open-end spinning rotor (1) with a fiber guiding surface which is provided with a nickel-diamond coating (3) consisting of at least one inner bearing layer (30) and an outer working layer (31). The diamond grains (40) imbedded in the inner bearing layer (30), with a size between 3.5 .mu.m and 5 .mu.m, are larger than the diamond grains (41) imbedded in the outer working layer (31). The inner bearing layer (30) and working layer (31) are interlaced. In manufacture the fiber guiding surface to be provided with a wear-resistant nickel-diamond coating (3) is subjected to at least two coating procedures, whereby in the first coating procedure the bearing surface (30) is produced with larger diamond grains (40) and in the second coating procedure the working layer (31) is provided with diamond grains (41) which are smaller than the diamond grains imbedded in the bearing layer (30).
    • 纺纱装置技术领域本发明涉及一种纺纱装置, 具有纤维引导表面的开放式旋转转子(1),其设置有由至少一个内轴承层(30)和外加工层(31)组成的镍 - 金刚石涂层(3)。 嵌入在内轴承层(30)中的尺寸在3.5μm和5μm之间的金刚石颗粒(40)大于嵌入在外层工作层(31)中的金刚石晶粒(41)。 内轴承层(30)和工作层(31)交错。 在制造中,设置有耐磨镍金刚石涂层(3)的纤维引导表面经受至少两个涂覆程序,由此在第一涂覆过程中,产生具有较大金刚石颗粒(40)的支承表面(30) ),并且在第二涂覆程序中,工作层(31)设置有比镶嵌在承载层(30)中的金刚石晶粒小的金刚石晶粒(41)。
    • 80. 发明授权
    • Open end spinning rotor with wear resistant surface layer and method of
making same
    • 具有耐磨表面层的开口旋转转子及其制造方法
    • US5816040A
    • 1998-10-06
    • US613987
    • 1996-03-08
    • Fritz Stahlecker
    • Fritz Stahlecker
    • D01H4/10D01H4/00
    • D01H4/10
    • An open end spinning rotor wherein the fiber guiding inner surface consists of a wear resistant surface layer of iron boride. The fiber guiding inner surface comprises a fiber sliding surface adjacent to a fiber collecting groove. The fiber collecting groove has a greater frictional resistance than the fiber sliding surface relative to the spinning fibers. This is achieved by means of a special structured surface of the fiber collecting groove. The structure surface of the fiber collecting groove can be created by a roughening of the boronized surface layer by means of a laser for instance, or alternatively, the structure can be created before the boron treatment by mechanical means such as roll pressing.
    • 一种开口旋转转子,其中纤维引导内表面由铁硼化物的耐磨表面层组成。 纤维引导内表面包括与纤维收集槽相邻的纤维滑动表面。 纤维收集槽相对于纺丝纤维具有比纤维滑动面更大的摩擦阻力。 这是通过纤维收集槽的特殊结构化表面实现的。 纤维集合槽的结构表面可以通过例如通过激光的硼化表面层的粗糙化产生,或者可以通过诸如辊压机械手段在硼处理之前产生该结构。