用绑扎头从氨纶包中取出纱线头

Kiyoshi Hatta, Junya Hori
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引用次数: 0

摘要

具有极高柔韧性和高弹性的优质氨纶纱线,如果纱线的末端丢失,就很难处理。操作人员必须剥去包装的表层以寻找所需的纱线端部,这一过程造成时间损失,纱线浪费。在纺纱过程中,当旋转的纱线发生断裂时,纱线末端会围绕纺纱包绕作恒定半径的旋转。在此过程中,旋转时的纱线形状称为束端曲线,旋转中心到纱线末端的距离称为束端半径。因此。提出了一种通过制作绑扎头的方法来剔除掉纱线的方法。虽然对几种纱线的捆绑头进行了一些实验分析,但捆绑头半径与纱线线密度、包包半径、空气阻力系数和纱线直径有关。验证了这些纱线的理论和实验方程适用于氨纶纱线。此外,还设计开发了一种利用电机旋转力矩自动启闭卡盘和一种不夹紧包装表面的装料装置。因此。在技术上可以预见,将这些设备与自动打浆机相结合,形成一个全自动打浆机系统
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Takeout of Yarn End from Spandex Package with the Aid of Lashing End
It is difficult to handle a fine spandex yarn which has extreme flexibility and high elasticity If a yarn end is lost. an operator has to peel the surface layer from the package to search for the required yarn end This process causes time loss yarn wastage. and lowers yarn quality Various methods for taking out the yarn end from the spandex package without a manual peel-off operation are investigated The yarn end rotates in a constant radius around the package when the rotating yarn breaks in the process of spinning. winding and covering In this time, the yarn shape under rotating is called lashing-end curve and the distance from the rotating center to the yarn end is called lashing-end radius. As a result. a method of taking out the lost yarn end by making the lashingend is proposed. Although there are some experimental analyses of the lashing-end for several yarns,the lashing-end radius is related to the linear density of the yarn, the package radius, the air drag coefficient and the yarn diameter. It is confirmed that the theoretical and experimental equations of these yarns are applicable for spandex yarn. In addition, an automatic open-and-close chuck using a rotational torque of motor and an apparatus for charging the package without gripping the surface of the package are designed and developed. Therefore. it is technically foreseeable to make a full-automatic system for the covering machine by combining these apparatuses and an auto-doffer
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