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    • 1. 发明授权
    • Yarn guide device for winding cross-wound bobbins in textile machines
    • 用于在纺织机器上卷绕交叉卷绕筒管的纱线导向装置
    • US4763849A
    • 1988-08-16
    • US38372
    • 1987-04-15
    • George E. Gilbos
    • George E. Gilbos
    • B65H54/28B65H54/48B65H57/28B65H59/00
    • B65H54/2839B65H54/48B65H59/005B65H2701/31
    • A yarn guide device for the formation of cross-wound bobbins in textile machines, comprising a driven cylinder having over the entire length of its outer surface an uninterrupted helical groove for guiding the yarn in one direction of the transverse movement with respect to the direction of the run movement of the yarn and a helical groove running in the opposite direction and interrupted by the first groove for guiding the yarn in the other direction of the transverse movement of the yarn; a rotating driven rotor installed before and under said driven grooved cylinder; said rotor including at least one carrier for pre-aligning the yarn during its transverse motion imposed by the uninterrupted groove of said grooved cylinder; and means for driving the rotor with a speed having an unchanging relationship to the speed of rotation of the grooved cylinder.
    • 一种用于在纺织机械中形成交叉卷绕筒管的纱线引导装置,包括从动缸,其在其外表面的整个长度上具有不间断的螺旋槽,用于沿相对于 纱线的行进运动和沿相反方向延伸并被第一槽间隔的螺旋槽,用于沿纱线的横向运动的另一方向引导纱线; 安装在所述从动槽筒之前和之下的旋转从动转子; 所述转子包括至少一个载体,用于在由所述带槽圆筒的不间断的凹槽施加的横向运动期间预对准纱线; 以及用于以与所述带槽圆筒的旋转速度不变的关系的速度驱动所述转子的装置。
    • 8. 发明授权
    • Take-up method and device for synthetic fiber and method of using thread package
    • 合成纤维的卷取方法和装置以及使用螺纹包装的方法
    • US06629660B1
    • 2003-10-07
    • US09530641
    • 2000-04-27
    • Sumio YamaguchiTamotsu SuzukiHirotaka NakajimaKatsumi SonoyamaKazumasa YamashitaTeruaki Saijo
    • Sumio YamaguchiTamotsu SuzukiHirotaka NakajimaKatsumi SonoyamaKazumasa YamashitaTeruaki Saijo
    • B65H5422
    • B65H54/34B65H54/343B65H54/46B65H54/48B65H65/00B65H67/048B65H2701/31
    • A method and apparatus for winding synthetic fibers is disclosed. According to the invention, a yarn is wound around a bobbin without winding a tail bunch, at a high successful bobbin-to-bobbin yarn transfer rate for a variety of yarn properties, i.e. different in thickness, lubricant used, etc., while inhibiting the loosening of the yarn tail into single fibers and stably and easily forming a proper yarn tail length. Tail bunch removing work is not required and the winding process is stabilized. A yarn is wound around an empty bobbin using a yarn winding apparatus composed of a traverse fulcrum guide, a traverse device, a contact pressure roller, two spindles, a moving device for moving the spindles, and a yarn transfer device for introducing the yarn into a yarn holding portion for holding the yarn. The yarn transfer device is composed of an upper yarn passage guide, a lower yarn passage guide, and a surface bunching guide respectively provided at positions upstream and downstream of the empty bobbin in the yarn running direction. The yarn is moved outside the traverse width, to be kept almost parallel to the yarn holding portion by the upper yarn passage guide and the lower yarn passage guide, pressed to the empty bobbin by at least either of the guides, moved to the yarn holding portion by at least either of the guides, and held and cut by the yarn holding portion the holding point of the yarn is allowed to move in the rotating direction of the empty bobbin reverse to the running direction of the yarn. The yarn is allowed to be automatically disengaged from the upper yarn guide, and is moved toward the center of the traverse without forming the initially straight-wound yarn tail bunch, and that when the yarn is engaged with the traverse guide, regular winding is started.
    • 公开了一种用于缠绕合成纤维的方法和装置。 根据本发明,纱线缠绕在线轴上而不缠绕尾巴,以高成功的纱线到纱线的纱线传输速率,用于各种纱线性能,即厚度不同,使用的润滑剂等,同时抑制 纱线尾部松动成单根纤维,并稳定且容易地形成合适的纱尾长度。 不需要尾部束去除工作,并且卷绕过程稳定。 使用由横动支点引导件,横动装置,接触压力辊,两个主轴构成的纱线卷绕装置将纱线缠绕在空筒管上,移动锭子的移动装置以及用于将纱线引入的纱线输送装置 用于保持纱线的纱线保持部。 纱线输送装置由分别设置在空纱管的纱线行进方向上游和下游的上部纱线通道引导件,下部纱线引导件和表面打褶引导件构成。 纱线移动到横移宽度以外,通过上纱线引导件和下纱线导向器保持几乎平行于纱线保持部分,并通过至少任一个引导件压向空筒管,移动到纱线保持 并且由纱线保持部保持切割,允许纱线的保持点沿与纱线的行进方向相反的空筒管的旋转方向移动。 允许纱线与上导纱器自动脱离,并且不会形成初始直线卷绕的纱线束束而向着纬纱的中心移动,并且当纱线与横动导纱器接合时,开始规则的卷绕 。
    • 9. 发明授权
    • Ribbon winding preventing method and traverse drum
    • 丝带缠绕防止方法和横动滚筒
    • US06425546B1
    • 2002-07-30
    • US09689586
    • 2000-10-13
    • Kenji OhashiIchiro HidakaNorio Kubota
    • Kenji OhashiIchiro HidakaNorio Kubota
    • B65H5438
    • B65H54/38B65H54/48B65H2701/31
    • Although many conventional ribbon winding preventing methods have substantially solved a ribbon winding problem in terms of the appearance of a package, there is still a large difference between a ribbon winding layer and the other layers in, for example, unwinding performance for fast unwinding during a postprocess. In a configuration for using a traverse groove 11 formed in a traverse drum 6 to traverse and wind a yarn into a package 3, the traverse drum 6 has a plurality of continuous traverse grooves 11 for different winding values formed therein. This configuration also has means 24 for switching a yarn path to determine which of the plurality of continuous traverse grooves 11 for different winding values used to traverse the yarn. Means for detecting a diameter at which ribbon winding may occur is also provided to effect such control that the winding number for the traverse drum 6 is changed when a package diameter is close to the ribbon winding diameter.
    • 虽然许多常规的带状卷绕防止方法已经在封装的外观方面已经基本上解决了色带缠绕问题,但是,例如,在带状卷绕层和其它层之间,例如,用于在 后期处理。 在使用横动滚筒6中形成的横动槽11使纱线横向卷绕到卷装3中的结构中,横动滚筒6具有多个连续的横动槽11,用于形成不同的卷绕值。 这种构造还具有用于切换纱线路径的装置24,以确定用于横过纱线的不同卷绕值的多个连续横动槽11中的哪一个。 还提供了用于检测可能发生丝带缠绕的直径的装置,以实现这样的控制,即当包装直径接近带状卷绕直径时,横动滚筒6的卷绕数量改变。