的纱线在一个摩擦纺纱旋转，当Neuanspinnen或期间接头旋转的断纱之后递送，纤维纱线形成Friktionsspinntrommel（3）和一个绕组（7）（图2）连接到绕组具有足够的强度以 抽吸装置（8），其在（M）被移位相反的方向抵靠纱线抽取的绕组的相应端部，从而检测绕组的绕组端部和关闭。 通过该停止进一步提供纤维缠绕在基本上静止的绕组，从而导致封装的增加的强度，使得它可以通过从在纱线的抽出方向（M）的纱线形成位置抽吸装置8被拉出卷绕。 通过该拉出和纤维的连续补给产生以下这样卷绕纱线状结构（9），其也从纱线形成位置拉出。 使其在终端中的实际纱线，排料辊（6）再次汇聚，使得所得纱线形成在纱线通过在生产速度或与此牵引罗拉减小的，但对于Garnbil

To be to spin a yarn in a friction spinning, delivered to the Neuanspinnen or during piecing after a yarn break, fibers to a yarn formation of a friction spinning (3) and a winding (7) is rotated (Fig. 2) to the winding sufficient strength has to of a suction device (8), which in the yarn draw (M) opposite direction against the corresponding end of the coil is moved, thereby detecting the winding end and the winding shut down. Through this stopping the further delivered fibers are wound around the substantially stationary winding, resulting in an increased strength of the package, so that these can be pulled by means of the suction device 8 from the yarn formation in the withdrawal direction (M) of the yarn. By this pulling out and the steady subsequent delivery of the fibers is formed subsequent to this winding a yarn-like formation (9), which is also pulled out from the yarn formation position. To make it an actual yarn in connection, the draw-off rollers (6) are brought together again, so that the resulting yarn formation in the yarn by this take-off rolls at production speed or a Reduced, but (continued next page) for the yarn formation