Spinning device and spinning method
    1.
    发明公开
    Spinning device and spinning method 有权
    Spinnvorrichtung

    公开(公告)号:EP1826299A2

    公开(公告)日:2007-08-29

    申请号:EP07001986.4

    申请日:2007-01-30

    IPC分类号: D01H4/02 D01H1/115

    CPC分类号: D01H4/02 D01H1/115

    摘要: The present invention reduces a fiber loss that may occur during spinning executed by a pneumatic spinning device. A spinning device 10 includes a hollow guide shaft 13 having a yarn path 13a formed in an axial position to feed out a spun yarn 9, a first air nozzle 16 that generates a whirling air current B1 to which a fiber bundle 6 is exposed, in an inversion chamber 14, and a second air nozzle 17 that generates a whirling air current B2 in the middle of the spinning path 13b, the whirling air current B2 having not only a component acting in a yarn feed-out direction A but also a component having a whirling direction around an yarn feed-out direction A. The whirling direction of the whirling air current B1 from the first air nozzle 16 is set the same as the whirling direction of the whirling air current B2 from the second air nozzle 17.

    摘要翻译: 本发明减少了由气动纺纱装置执行的纺丝期间可能发生的纤维损失。 纺纱装置10包括:中空导向轴13,其具有在轴向位置形成的纱线路径13a,以输送细纱9;产生纤维束6暴露的旋转气流B1的第一空气喷嘴16; 反转室14和第二空气喷嘴17,其在纺纱路径13b的中央产生旋转气流B2,旋转气流B2不仅具有作用在纱线供给方向A上的分量, 具有围绕送纱方向A的旋转方向。来自第一空气喷嘴16的旋转气流B1的旋转方向设定为与第二空气喷嘴17的旋转气流B2的旋转方向相同。

    Spinning device and spinning method
    3.
    发明公开
    Spinning device and spinning method 有权
    微调和纺纱工艺

    公开(公告)号:EP1826299A3

    公开(公告)日:2009-12-23

    申请号:EP07001986.4

    申请日:2007-01-30

    IPC分类号: D01H4/02 D01H1/115

    CPC分类号: D01H4/02 D01H1/115

    摘要: The present invention reduces a fiber loss that may occur during spinning executed by a pneumatic spinning device. A spinning device 10 includes a hollow guide shaft 13 having a yarn path 13a formed in an axial position to feed out a spun yarn 9, a first air nozzle 16 that generates a whirling air current B1 to which a fiber bundle 6 is exposed, in an inversion chamber 14, and a second air nozzle 17 that generates a whirling air current B2 in the middle of the spinning path 13b, the whirling air current B2 having not only a component acting in a yarn feed-out direction A but also a component having a whirling direction around an yarn feed-out direction A. The whirling direction of the whirling air current B1 from the first air nozzle 16 is set the same as the whirling direction of the whirling air current B2 from the second air nozzle 17.