Abstract: A device for depositing a cable into a receiving container or can, comprises, a rotary distributor including a rotatable cable distributing tube extending obliquely downwardly in the distributor which has an inlet into which the cable is directed adjacent the center of rotation and a cable discharge adjacent its bottom disposed at a location spaced radially outwardly of the cable inlet. The cable receiver has a side with a curved periphery which is located adjacent the tube in a position to receive cable which issues out of the outlet of the tube and engages around the surface of the receiver. The receiver is mounted for rotation relative to the distributor so that there is a driving rotation of one relative to the other to effect the deposit of the coils of the cable around the cable receiver. The receiver can is disposed below the receiver to push the coils of cable as they are deposited on the receiver downwardly along the surface of the receiver and then off of the surface into the can.

Abstract: A device for depositing a cable into a receiving container or can, comprises, a rotary distributor including a rotatable cable distributing tube extending obliquely downwardly in the distributor which has an inlet into which the cable is directed adjacent the center of rotation and a cable discharge adjacent its bottom disposed at a location spaced radially outwardly of the cable inlet. The cable receiver has a side with a curved periphery which is located adjacent the tube in a position to receive cable which issues out of the outlet of the tube and engages around the surface of the receiver. The receiver is mounted for rotation relative to the distributor so that there is a driving rotation of one relative to the other to effect the deposit of the coils of the cable around the cable receiver. The receiver can is disposed below the receiver to push the coils of cable as they are deposited on the receiver downwardly along the surface of the receiver and then off of the surface into the can.

Abstract: The device is for winding textile thread, particularly made of synthetic material, into bobbins, and in which a driven drive roll is in frictional engagement with the bobbins wound upon bobbin supports and in which, for the purpose of maintaining a constant winding speed and constant tension in the thread, the latter, before reaching the drive roll, passes over a pivotally mounted compensating roller arranged on a pivotally mounted lever whose pivotal movement is subject to the tension in the thread which passes over the compensating roller. The lever is connected with a potentiometer in the circuit of a control device which adjusts the speed of a motor drivingly connected with said drive roll.

Abstract: Method of treating synthetic threads, particularly filament or foil threads comprises heating the threads up to the center of their cross-section, crimping the heated thread, forming the crimped threads into a wadding, heating and compressing the wadding to reduce its volume and thereafter cooling the compressed wadding. An apparatus for treating the yarn includes a continuous heating chamber which is arranged adjacent a cooling chamber. An apparatus is provided for feeding the yarn to be treated toward the heating chamber and for crimping the yarn preferably while it is heated and perhaps also stretched. Crimping may be carried on by directing the thread under a fluid force against a screen, by passing the thread between a pair of rollers which have crimping means or by a combination of the two and, in addition, stretching means may be provided to stretch the thread.