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    • 2. 发明授权
    • Spinning rotor for open-end spinning machines
    • 旋转转子用于开放式纺纱机
    • US06195976B1
    • 2001-03-06
    • US09521369
    • 2000-03-08
    • Heinz-Georg WassenhovenHans GreckschBert SchlömerBrigitte RiedeElisabeth Klaczynski
    • Heinz-Georg WassenhovenHans GreckschBert SchlömerBrigitte RiedeElisabeth Klaczynski
    • D01H400
    • 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,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。
    • 4. 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。
    • 5. 发明授权
    • Channel plate for an open-ended rotor spinning device
    • 用于开放式转杯纺纱装置的通道板
    • US07181901B2
    • 2007-02-27
    • US10567994
    • 2004-06-09
    • Brigitte Riede
    • Brigitte Riede
    • D01H4/08
    • D01H4/08D01H4/38
    • A channel plate for an open-end rotor spinning device for closing a rotor housing charged with underpressure in which a spinning rotor rotates, having a channel plate tower extending into the spinning rotor, in whose shell face the outlet opening of a fiber guide channel is arranged and in whose front side a yarn draw-off nozzle can be fixed. A concavely arched transition surface adjoins a cylindrical part of the shell face, and the channel plate tower has a diameter at the height of the rotor edge of the spinning rotor such that an annular gap of maximally 2 mm width between the spinning rotor and the channel plate tower results during spinning. At most one half of the outlet opening of the fiber guide channel is arranged in the area of the cylindrical shell face, and the remaining part in the arched transition surface. The wall area of the outlet opening remotest from the front side is at a distance to the center longitudinal axis of the channel plate at least 0.5 to 3 mm greater than the distance of the adjoining wall area in respect to the center longitudinal axis.
    • 一种开口转子旋转装置的通道板,用于关闭带有负压的转子壳体,其中旋转转子旋转,具有延伸到纺丝转子中的通道板塔,其面向纤维引导通道的出口的壳体是 布置在其前侧,可以固定纱线排出喷嘴。 凹形拱形过渡表面邻接壳体的圆柱形部分,并且通道板塔架在旋转转子的转子边缘的高度处具有直径,使得纺纱转子和通道之间的最大2mm宽度的环形间隙 纺纱过程中塔板的结果。 纤维引导通道的出口的最多一半设置在圆筒形外壳面的区域中,其余部分设置在拱形过渡面中。 从前侧偏离的出口开口的壁面距离通道板的中心纵向轴线的距离比相邻壁区域相对于中心纵向轴线的距离大至少0.5至3毫米。
    • 7. 发明申请
    • Channel plate for an open-ended rotor spinning device
    • 用于开放式转杯纺纱装置的通道板
    • US20060225401A1
    • 2006-10-12
    • US10567994
    • 2004-06-09
    • Brigitte Riede
    • Brigitte Riede
    • D01H4/00
    • D01H4/08D01H4/38
    • A channel plate for an open-end rotor spinning device for closing a rotor housing charged with underpressure in which a spinning rotor rotates, having a channel plate tower extending into the spinning rotor, in whose shell face the outlet opening of a fiber guide channel is arranged and in whose front side a yarn draw-off nozzle can be fixed. A concavely arched transition surface adjoins a cylindrical part of the shell face, and the channel plate tower has a diameter at the height of the rotor edge of the spinning rotor such that an annular gap of maximally 2 mm width between the spinning rotor and the channel plate tower results during spinning. At most one half of the outlet opening of the fiber guide channel is arranged in the area of the cylindrical shell face, and the remaining part in the arched transition surface. The wall area of the outlet opening remotest from the front side is at a distance to the center longitudinal axis of the channel plate at least 0.5 to 3 mm greater than the distance of the adjoining wall area in respect to the center longitudinal axis.
    • 一种开口转子旋转装置的通道板,用于关闭带有负压的转子壳体,其中旋转转子旋转,具有延伸到纺丝转子中的通道板塔,其面向纤维引导通道的出口的壳体是 布置在其前侧,可以固定纱线排出喷嘴。 凹入的拱形过渡表面邻接壳体的圆柱形部分,并且通道板塔架在旋转转子的转子边缘的高度处具有直径,使得纺纱转子和通道之间的最大2mm宽度的环形间隙 纺纱过程中塔板的结果。 纤维引导通道的出口的最多一半设置在圆筒形外壳面的区域中,其余部分设置在拱形过渡面中。 从前侧偏离的出口开口的壁面距离通道板的中心纵向轴线的距离比相邻壁区域相对于中心纵向轴线的距离大至少0.5至3毫米。
    • 10. 发明授权
    • Fiber conduit plate for an open-end spinning device
    • 用于开放式纺纱装置的纤维导管板
    • US06240717B1
    • 2001-06-05
    • US09366125
    • 1999-08-02
    • Brigitte Riede
    • Brigitte Riede
    • D01H400
    • D01H4/08
    • An open-end spinning device (1) with a forwardly-opening vacuum-loaded rotor housing (2), a high speed spinning rotor (3) rotating in the rotor housing and with a fiber conduit plate (4) for closing the rotor housing. The fiber conduit plate (4) has a replaceable conduit-plate adapter (10) forming the mouth area of a fiber guide conduit and a yarn withdrawal jet. The conduit plate adapter (10) is detachably fixed in a receptacle (7) of the fiber conduit plate (4) only in a frictionally connected manner by means of a magnetic coupling (15) which can be easily and rapidly detached when necessary yet is reliable and exact during operation and assembly.
    • 一种具有向前开口的真空负载转子壳体(2)的开口旋转装置(1),在转子壳体中旋转的高速旋转转子(3)和用于封闭转子壳体的光纤导管板(4) 。 纤维导管板(4)具有形成纤维导管的口部区域的可更换导管板适配器(10)和抽出射流。 导管板适配器(10)仅通过磁耦合(15)以摩擦连接的方式可拆卸地固定在光纤导管板(4)的插座(7)中,该磁耦合可以在必要时容易且快速地分离 运行和组装过程中可靠准确。