DE2121426A1 - Method and device for removing wound rolls and placing empty winding cores - Google Patents

Description

The greater production output of the treatment machines for textile rope material and the constantly increasing Lightening costs make up a large part of the traditional method of manually removing wound rolls from them Strand material and the placement of empty winding cores, which are used to restart the winding process, are economical unusable. In addition, in certain operations such. B. the texturing of the yarn, this being heated and in a continuous operation in any one

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Way (ζ. B. false twist) * the problem of doffing full garawidke is dealt with:! · The textured yarn from the texturing area is made even more complicated by the fact that the thread through the machine usually has to be continued during the doffing process. Otherwise the yarn stopped in a treatment zone will at least have different texture properties and lead to

^ with certain work processes, to overheating or to melting in the heating zone "Stopping the cooking in a treatment zone to avoid that asan separates the yarn behind this 3 @ action thread is not a satisfactory performance ... because then a re-threading in üle machine necessary wIM. Have an operator at the machine somehow pick up the usable thread that is delivered by the Masoliiae, oven that the winding takes place smoothly. With faster machines this problem is of course complicated »

With many goose spools it is. A uniform size of the lap is desirable "Bite applies particularly when the lap to be produced is to be colored, since such a uniform size is a criterion for the uniformity of the color shade of an entire batch of dye. In the case of continuously working machines, in the case of aen the acceptance is carried out by hand, such as B. texturing machines,

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is: "> eret difficult to control the uniformity or reach even iu because the winding r ss Wiafcels can be terminated only when the operator.?" ungspei ⁱ '· ^ se is far, every single Vl -' /? to take off «,

In view of the above-mentioned difficulties and deficiencies, it is the task of the present invention to remove the wound winding with the a'utciiiat-lr.ohe placing of the empty winding cores for the winding up Process, whereby the textu.riervrc-.jang of the Tex.ti3-yarns does not interrupt, "in we ;; ^ -y ^ z ^ tliühz: * way to enable. In the case of the ai ^% findungsgen * 2 :: ^: · Li ^ '- ^ s' rle ^ ar task, the textured G-arr that comes out of elr-im processing?. ^ Mi ^ j.el hs; wäfc ^ end der Afc ':;-'"^ e 5: vLies düi'gsspulen winding cut off in order to separate the -I: y-: ia: ^ sn3; i iJiokel from it, unc. d £. ^ the Textii ^ ier-yorj ^^ g "Ua ^ last yarn is used during dsr for« as decrease :: i.:s süfs ^ spvult.en lap and putting on an empty ■ Sipulv-nkern.-r; Öi-io / erderlich length of time included: «n, Anscli'.l ^ Ssnd entEi - 'iit tfin free end of the texturing process ' ::. zx: b iBZ ^ tQL · Claras and the winding up of the lar ^ zm um a ^ i aufssGtr äealöarsn winding is set in motion.

It is also an object of the invention to remove wound rolls and put on empty winding cores, whereby as a result of the successive separation of the

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Yarn a free piece of yarn is created and this free piece is spooled up during the process for removing one Winding and placement of an empty bobbin required time taken. By this severing and picking up a free piece, the interruption of the pad movement during removal and placement can be achieved avoid.

In addition, it is an object of the present invention to remove wound rolls and put them on run empty winding cores to resume the winding process, with the resumption of the winding process also leads to the creation of a protruding end on the new coil.

It is also an object of the invention to control the removal and placement by the fact that the movement of the fastening arms for the winding cores in controlled coordination with the movement of other elements of a textile strand winding device is expanded and terminated.

The solution to this problem leads to a reliable interaction of the cam and other control means to achieve this the desired coordination disclosed below.

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In the following, the invention is explained in more detail with the aid of schematic drawings using an exemplary embodiment.

It shows:

Pig. 1 is a view of certain parts of a textile yarn texturing device according to the present invention;

Pig. Fig. 2 is a side view taken substantially along line 2-2 in Fig. 1 of that shown in Pig. I illustrated device;

3 is an enlarged perspective view of FIG certain parts of the device shown in FIGS. 1 and 2 for removing wound rolls and putting them on empty winding cores;

FIG. 4 is a side view of that shown in FIG Construction *

5 is a front view of the one shown in FIGS. 3 and 4 Construction;

Fig. 6 is a view, partly in section, of that in Fig. J5 and Fig. 4, taken substantially along line 6-6 in Fig. 4;

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Pig. 7 is a plan view, partly in section, through the one in the Pig. 3 and 4, essentially along line 7-7 in Pig. 4y

Fig. 8 is a section through part of a control or. Control device from the structure according to Pig. J3 and 4, taken substantially along line 8-8 in Figure 7;

FIG. 9 shows a representation similar to that in FIG. 8 shown, substantially along line 9-9 in Figure 7j

Pig. Figure 10 is a view similar to that in the Pig. 8 and 8, substantially along line 10-10 in Fig. 7i

Figure 11 is a view similar to that in the Pig. 8-12, taken substantially along line 11-11 in FIG. 7;

Figure 12 is a view similar to that shown in Figures 8 through 12, taken substantially along line 12-12 in Figure 7j

Fig. 15 is a section through part of the in the Pig. and Fig. 4 shows the structure with a cam track; and

Fig. 14 is a schematic representation of an electrical circuit of the control or control means for the structure shown in Figs.

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The apparatus and method of the present invention The invention is explained below with reference to the drawings and with reference to a specific field of application, i. H. one Texturing machine for textile yarn, explained in more detail, wherein this machine is indicated generally by 10 in FIG and a station of this machine in Pig. 2 is shown. The illustrated textile yarn texturing machine 10, 10 is similar that in U.S. Patent 2,761,27a issued September 4, 1956; and in U.S. Patent J5,227,592, issued March 1, 1966 Apparatus, which is self-evident to those skilled in the art of processing synthetic textile yarns still other types of textile yarn texturing machines are known. Furthermore, the present invention can be Appropriate to use not only with texturing machines for synthetic textile yarns, but also for others Textile strand processing machines, and is used in conjunction with any winding device for taking up and winding up of strand materials as generally applicable, regardless of whether such materials are textile or of any other kind.

Like the texturing fanatic for synthetic textile yarns is known, the machine shown in Figures 1 and 2 typically comprises a plurality of yarn processing stations, which are spaced along the machine 10 and parts of which are driven by common drive means

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are driven. At each yarn processing station along the machine 10 there are means for securing to the machine provided by supply rolls 11 joined together at the yarn ends on which the yarn to be processed is located, and a take-up device, generally designated 12, for receiving the material running through the machine 10 Yarn as detailed below. Between the supply rolls 11 and the winder 12 is

- the yarn to be textured Y through in Pig. I and 2 through a block drawing shown processing device 14 threaded. In the yarn texturing machine 10, as shown in in the aforementioned US patents, those located in the processing device 14 (and here not shown) functional elements inevitably driven input rollers, a yarn heater, a false twist spindle and positively driven output rollers which feed textured yarn to the winding means 12.

It should be understood, however, that those in the processing device l4 arranged functional elements and the functions to be fulfilled by them are largely variable, without the device according to the invention and the according to the invention Impair the applicability of the procedure.

According to the invention, the winder 12 normally takes the supplied textured yarn Y to a

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Package 20 to wind a core 21, whereby a generally with I? designated lap arises. During this winding process, the winding device 12 serves as a parallel winding mechanism in such a way that the core 21 is mounted with its longitudinal axis of rotation generally parallel to a winding drive roller 22, which is also referred to as an application roller. Since the core 21 generally has the shape of a straight, ie constant diameter, circular cylinder, under the control of a transverse movement (not shown) in a conventional and known manner, when the yarn package 20 is wound up around the core, a winding ? _, Which generally has the shape of a straight one , ie has circular cylinder having the same diameter over its entire length.

In order to hold the core 21 when the yarn is wound up, the core is gripped by a pair of pivot arms 24, 25 lying opposite one another. As will be described in more detail below, is it possible for the pivotable mounting of the arms 24, 25 that the center of rotation of the reel JP moves in accordance with the increasing diameter of the reel J? removed from the winding drive rollers 22 during the winding process. In order to be able to carry out this movement and others as disclosed below, the arms 24 and 25 are supported by a shaft 26. The shaft 26 may extend along a machine 10 to be available to a plurality of yarn processing stations along the machine.

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According to the present invention are in combination with the textile yarn and the texturing machine 10 and the therein included winding devices 12 means are provided to remove a wound lap from the winding means and put an empty core on it. In addition, means are provided, which in such a way with the removal and placement means cooperate that the coming from the processing devices 14 yarn during the removal of a spooled Winding is cut in order to separate the removed winding therefrom and then the winding up of a resulting free end of the yarn Y to introduce an attached empty core.

In detail, the arms 24, 25 are removed when a wound roll is removed and an empty core is placed on it brought a winding position into a removal position, while an unwound lap is removed from it and the through the machine 10 moving yarn is severed. The arms 24, 25 are then returned to the winding position brought while at the same time an empty core is put on and a moving end of the through the Machine moving strand material is added, creating a continuous movement of the yarn through the processing device 14 and thus the interruptible such movement is avoided. The inclusion of the

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free yarn end together with working processes described in more detail below make it easier to do the work so far encountered difficulties and deficiencies in the operation of such winding devices to avoid. Although the Operation described here is explained for an arrangement in which two pivot arms with a core that generally has the shape of a right circular cylinder, cooperate, it goes without saying that the here described mode of operation can also be carried out with winding devices modified in their structure, wherein z. B. other core shapes such as conical or the like can be used or the type of support of a core changed is.

At removal of a wound package from the winding device 12 Drive means are provided for causing the pivot arms 24, 25 between a winding position (the position shown in Pig. 2 with continuous strokes position) in which the package P with its circumference with the drive roller 22 is in connection, and a removal position (seen in Fig. 4 from the right, the second, dotted position), in which the lap P is moved away from the drive roller 22, swing back and forth. One such drive means, indicated generally at 28, is drivingly connected to the shaft 26 to effect that

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this swings back and forth continuously, and the rotational movement describes an arc of about 160 °. The drive means 28 preferably has an electric motor and a corresponding control mechanism in order to convert the normal rotational movement of the shaft of the motor 29 into an arcuate oscillating movement described here. Coupling means Jl, preferably in the form of a solenoid 32, with a pin 34 attached from shaft 26, is arranged to selectively engage arms 24, 25 with oscillating shaft 26, as detailed below described. When the winding of the solenoid 32 is excited, the pin 34 extends forward to enter an opening 35 of a mounting housing 33 surrounding the shaft when the shaft 26 moves in its next movement into a position in which the opening 35 with the protruding pin 3 ^ (Pig. 11) is aligned. When the pin engages in the opening, the arms 24, 25 with the shaft 26 are entrained during its next oscillating movement, as a result of which the lap E is moved from the winding position into a position remote from the winding drive roller 22.

With such a displacement of the lap £ that will be between the lap J? and the processing device 14 extending yarn Y by means of guide means,

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the one front moving guide arm 36, one rear stationary guide arm 38 and a rear one moving guide arm 39, positioned, d. H. brought into a desired position. While the yarn Y is positioned by these guide means, it moves through a first cutting device 40, the temporal on the movement of the coil J? is coordinated with the acceptance position, in order to cut through the yarn Y coming from the processing device 14 and thereby a removed yarn Separate the lap from the running yarn to be textured. When cutting the yarn Y through the first The cutting device 40, its immediately following free end, is pulled into a strand material collecting device, which is formed by a suction nozzle 4l adjacent to the first cutting device 40. With the onset of the flow into the suction nozzle 4l, the yarn Y comes out of the processing equipment 14 withdrawn at the same rate as it emerges from these, eliminating the need there is no need to interrupt the movement of the yarn through the machine.

In the course of the further oscillating movements of the arms 24, 25, these move into a completely retracted or retracted position. In the reverse position and when returning to the winding position, they are activated by means of cam means, which are described in more detail below

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are described, pulled apart, with the removed roll JP deposited on a chute 42 for collecting the rolls is, from where this lap moves as a result of gravity to any lap collection point. While the arms 24, 25 return to the winding position, move they pass the storage means for empty cores, indicated generally at 44, move inwardly towards one another to, as described in detail below, and remove a core 21 from the storage means 44 for empty cores, to wind a new roll. After an empty core has been placed on the arms 24, 25, the latter return to the winding position back and take the empty core 21 with you.

In order to initiate the winding of the yarn Y around the empty core 21 and thus to resume the winding process, becomes a free piece by means of a second cutting device 45, which is arranged adjacent to the suction nozzle 41 ^ of yarn Y severed. That through this second cutting process resulting free piece of yarn is carried away through the suction nozzle 4l to either be thrown away as waste or - depending on the particular operation being performed - to be used for other purposes. The resulting free end of the yarn Y is taken up by the empty core 21 when the winding process resumes begins.

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Certain relationships between the guide means, cutting devices and strand material collecting devices briefly described above are of particular interest to the present invention. Firstly, it should be noted that the guide means cooperate in a special way in order to position the yarn Y and to maintain the position of the yarn during the doffing and fitting process. The front moving guide arm 36 has a size which corresponds to the entire width of the core 21 (Fig. 5) and is suitable to take up the yarn Y, regardless of its current position along the length of the lap P caused by the transverse movement, not shown the machine 10 depends. Such a movement of the guide arm J> 6 moving in front is made possible by a pivotable fastening of the same at a pivot point 46 and by a solenoid 48 cooperating with the guide arm J36 moving in front. Further, the front moving guide arm j56 has a curved point 49 which the yarn Y when the arm 36 is in the upper position (dashed line in Fig. 5) immediately at one end of the core 21, adjacent to an arm 25, positioned. As will be described in more detail below, such positioning of the yarn Y is important.

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It should be noted that the rear guide arms j8, 39 cooperate with each other and with the guide arm 36 moving forward to position the yarn Y in a desired manner. In detail, the movement of the lap _p from the winding position into the removal position causes the yarn Y to engage the rear stationary guide arm 38 and, as a result of the incline of this stationary guide arm, the yarn is moved towards the first cutting device 4o. The rearward moving guide arm 39 is movably supported about a pivot 50, this movement being triggered by a solenoid 51 (Fig. 6). With such a movement, the yarn Y located on the rear stationary guide arm J58 is caught by a curved section 52 of the rearward moving guide arm j59 and is inevitably moved by means of a pivoting movement to the same side of the winding means 12 on which the curved section 49 of the is) in front of moving guide arm 36.

After the yarn Y has been moved away from the guide means in this way, it extends over the suction nozzle 41 and is thus positioned for severing by means of the first cutting device 40. The first cutter 4o preferably comprises a stationary knife 54 and a moving knife 55 that works with the stationary knife

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interacts like scissors, the actuation being effected by an actuating solenoid 56. Similarly, the second cutting device 45 is provided with a stationary knife 58, a moving knife 59 and a drive or actuation solenoid 60.

The chronological sequence of the individual method steps of the present invention is expediently carried out as a function of the position of the pivot arms .24, 25 by the arrangement of control cams and switching means, as shown in FIGS. 6 to 12 and 14. In particular, the relative angular position of the arms 24, 25 is related to the diameter of the winding P and can therefore be used to unwind. initiate taking and placement process as soon as the lap P is to be viewed as fully wound. This is advantageously used to arrange an electrical switch SW1 so that it is actuated by the arms 24, 25 when these move into a position which corresponds to a fully wound roll. In order to ensure that a work cycle is only initiated when the removal and placement can take place properly, this switch SW1 is electrically connected to a switch SW2 which is actuated by the oscillating movement of the shaft 26. When the switches SWl and SW2 are closed by the arm position and the position of the shaft, a relay pair RLl and RL2

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excited. The first relay RLl remains energized by a holding circuit, which is via a first cam-operated switch SWJ5 is performed, while the second relay RL2 remains energized by a holding circuit, which is via a second cam operated switch SW4 leads.

When the first relay RLl is energized, a first set of contacts 6l completes an electrical circuit, which supplies electrical energy to the winding of the solenoid 32, whereby the pin 34 is advanced and the arms 24, 25 are coupled to the oscillating shaft 26. This will shift the Arms 24, 25 initiated.

As can be seen from the relative position of the storage means 44 for empty cores and the arms 24, 25 to one another, the swinging movement of the arms with a fully wound JP wound on it would become a mutual hindrance of the reel JP and the storage means 44 for empty cores lead, if nothing is done about it. In order to avoid this hindrance, the storage means 44 for empty cores have a lower core chute 62, which in order to a pivot axis 64 is movably mounted, the control being carried out by a compressed air cylinder 65, the air is supplied in the manner described below. at

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a pivoting movement of the lower core chute 62 is the From the path of movement of a fully wound coil P, which moves towards the removal position, pour upwards

emotional. When the lower core chute 62 returns to a lower position, the lowermost core 21 is brought into alignment with the position of the arms 24, 25, while this in return to the winding position to pick up the lowermost core 21 and put it on.

The coordination of the raising and lowering of the lower core chute 62 with the movement of the arms 24, 25 takes place by closing a contact set 76 of the second relay RL2. This closure of contact set J6 completes an electrical circuit which energizes the winding of a solenoid, air valve, or solenoid valve 78, thereby controlling the supply of air pressure to air cylinder 65.

Control of the removal of a fully wound reel _P from arms 24, 25 and putting on an empty one The core 21 takes place in part by means of cam disks 68, 69, which are each arranged adjacent to the arms 24, 25. Each of the Cam discs 68, 69 have a pair of arcuate guideways 70, 71 (Figs. J5 and 4). From each of the associated Arms 24, 25, a pin or pin 74 extends into the guideways 70, 71, which by means of a pin or pin 74 extends.

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Pin controlling pawl or gate member 72 is controlled so that it during the movement of the respective Arm from the winding position to the take-off position moved in the first guide track 70 and during the movement from a remote from the winding drive station 22 Position for winding position moves in a second guide track 71.

It should be noted that the second guide track 71 has a cam surface with a particular configuration (Fig. 13) for the attack of the pin 74, which of the associated arms 24, 25 extending into this guide track. In detail, the configuration of the Cam surface in particular the bottom surface of the guideway in such a way that they the associated arms 24, 25 to the outside moves, wherein the two arms 24, 25 are spread apart. Such a spreading apart of the Arms removes the fully wound wrap] ?, while they move from their extreme backward position back into the winding position. The spreading movement of the arms 24, 25 is made possible by the fact that these, in order to be able to carry out the spreading movement, are attached to pivot axes 75 are attached.

Furthermore, the ramp-like cam formation or configuration in the second guide track 71 is such that

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die.arms 24, 25 move towards each other while they pass the lower core chute 62. Such movement of the arms 24, 25 towards one another causes the arms engage in the open ends of the lowermost core 21 in the lower core chute 62 and thereby open an empty core the arms 24, 25 put on.

When the arms 24, 25 have reached the extreme rearward position, i. H. half way of their swinging motion the second cam operated switch SW4 is operated. This actuation of the second cam actuated ^ Switch SW 4 fulfills two punctures, the first being to interrupt the holding circuit, which otherwise maintains the energization of the second relay RL2, and the second puncture is one of the Winding a third relay RL 3 to close the exciting circuit. By switching off the second relay RL2 becomes the solenoid operated air valve 78 de-energized and the lower core chute 62 brought into its lowered position. When energizing the winding of the third Relay RL? its contact set 79 closes an electrical circuit that feeds the solenoid 48, which is the front moving guide arm 36 actuated. In this way the guide arm 36 is raised to the yarn Y means Bring pivoting movement to one side of the winder 12. The actuation of the second cam actuated

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Switch SW4 also energizes the winding of a fourth relay RlA. By a first set of contacts 8o of the fourth Relay RlA, a circuit is closed, which feeds the solenoid 51 and thereby the guide arm moving behind 39 moved to positively position the yarn Y. A second contact set 8l of the fourth relay RlA closes an electrical circuit to a time delay relay RL5. When a predetermined period of time has elapsed after the delay relay RL5 has been energized, a set of contacts 82 closes of the delay relay, thereby energizing a solenoid 56 of the first cutting device 40 and cuts the yarn Y between the removed lap _p and the processing device 14th

When returning the arms 24, 25 in the winding position, and placing an empty core 21 on the arms extending 4l extending through the curved portion 49 of the anteriorly moving f guide arm 36 and the suction nozzle yarn Y is positioned immediately adjacent one end of the empty core 21 the yarn being substantially in alignment with a narrow, tapered groove located between one end of the empty core 21 and the latter supporting arm 25. If the conductive state of the switch SW2 assigned to the arm changes, while the empty core 21 is brought into driving contact with the winding drive roller 22, a further relay RL6

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energized via an associated contact set 84 is a electrical circuit closed, which feeds a solenoid 60 of the second cutter 45, which is a separates free piece of the yarn Y, which is picked up by the suction nozzle 4l. An emerging free end of the yarn Y is gripped by the groove located between the empty core 21 'and the adjacent arm 25 to allow the Winding up the yarn to introduce the empty core 21 placed on it.

It should be noted that by positioning the free end of the yarn immediately adjacent to one end of the core 21, an exposed yarn end is created, which makes it possible to wind the yarn by this method Joining the laps together at their ends for subsequent yarn processing, which is generally known in the textile industry. " operations.

Simultaneously with the excitation of the solenoid 60 of the second cutting device 45, the holding circuits to the first relay RL1 and the third relay RL3 are interrupted, as a result of which the coupling means J> \, which had brought the arms 24, 25 into engagement with the shaft 26 performing oscillating movements, disengaged and thereby returning the advancing guide arm 36 to the lowered position. The winders 12

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thereupon start the winding-up process of the yarn moving through the machine 10 again. .

All information and features disclosed in the documents, in particular the disclosed spatial design, are claimed as being essential to the invention, insofar as they are new to the state of the art, individually or in combination.

Expectations

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Claims (1)

-25-212H26 Λ η ti ρ ι · It «h« ι Method for removing wound rolls of strand material, in particular textile yarns, from a machine during a treatment process in which the yarn is processed and at each one from a multitude of locations fed to a Garnbeluidlungsmafichlne and continuously is moving forward and winding at each of these points is puffed up without the yarn treatment pre- ' Gang is uninterrupted, characterized by the following steps that a drive shaft, which reaps adjacent to a plurality of the above-mentioned locations, iiohwlncbewegung are given, and that from tent to tent optionally a set of a plurality of sets of winding support arms attached to said Places are arranged; is connected to the drive shaft and a correspondingly wound lap is removed from the winding position at this point and an empty core is placed in this winding position to resume the winding process, while the advancing yarn (Y) is cut through to close the wound lap separate and form a free end of yarn, and the free end of the advancing yarn is picked up and the formation of a new package is initiated by winding the free end of yarn around the empty core. 109848/1726 2. The method according to claim 1, characterized in g β k e η η, that the advancing yarn during the removal of a wound package from the Winding position is severed. 3. The method according to claim 2, characterized in that when the advancing yarn is picked up, this yarn is guided directly past a collecting point and the severed free end is detected. 4. The method according to claim 3 *, characterized in that that the severed free end of the yarn is detected by the suction of a pipe through which the textured yarn moves away as it is cut and that the yarn due to the continued suction of the Rohres is recorded. 5. The method according to any one of claims 1, 2 or 3 * characterized in that the captured yarn is cut the yarn around the empty core placed immediately before introduction dev spooling. 6. The method according to any one of claims 1, 2.5 or 5 »thereby characterized in that when a new package is formed, the yarn is wound around the empty one 1098 4 8/1726 Core is started at such a distance from the free Qarnende that the free yarn end forms a protruding end part. 7. The method according to claim 1, characterized in that initially the yarn during the cutting and taking up the yarn is severed to separate the wound winding of the advancing yarn, after which dasabgetrennte free yarn end is detected and the yarn is taken up during its forward movement, and then the yarn is cut again so as to form a free yarn piece and at the same time the free yarn end to be wound around the empty core. 8. The method according to claim 1, characterized in that the removal of a wound Lap takes place as a function of the size of the lap as soon as it has reached a predetermined size. 9. The method according to any one of claims 1 to 8, characterized in that the processing of the Yarn comprises texturing by ply twist crimping. 109848/1726 " ²⁸ " 212H26 10. Apparatus for carrying out the method according to claim 1, having a plurality of yarn processing stations, each of which has port moving means for continuously advancing the yarn and corresponding winding devices for winding the processed. Comprising yarn around a core for winding the yarn after it has passed the port moving means, characterized in that drive shaft means (26) extend adjacent a plurality of the yarn processing locations, that doffing and setting means are located at each of the plurality of yarn processing locations are to remove a wound roll (J?) from the associated winder (12) and place an empty core (21) thereon, each of these removal and placement means comprising winding support arms (24, 25) and coupling means (31), optionally can be connected to the drive shaft devices (26), and that separating means (40, 45) at each of the said yarn processing points cooperate with the respectively associated removal and placing means in order to separate the yarn (Y) coming from the port movement means (14) in connection with the removal of a wound roll (?) from the associated winding device (12) to the wound Lap Q?) From the advancing yarn (Y), and that yarn control means (56, 38 * 39 * 4l ") are provided at each of the yarn processing points 1 09848/1 726 those with the corresponding acceptance »and agents and the corresponding yarn release agents interact, to wind up a free end of the yarn (£), that arises at »I ^ in order to introduce an attached core (21), the yarn separating means (40, 45) and yarn control means 06, 38, 29, 4l) WirkBam are, while the port movement means are continuously effective, whereby an interruption of the yarn movement is avoided by the yarn separating and yarn control means during the removal and placement processes. 12. The device according to claim 10, characterized in that the yarn separating means (4o, 45) the cut through the device moving yarn a first time to separate the wound lap and cut a second time to form the free yarn end to be wound around the attached core (21), and that a yarn collecting device (41) is provided which collects the free yarn piece formed by the two-time severing * ■ record. 12. Device according to one of claims 10 or 11, characterized characterized in that the yarn separating means (4o, 45) comprises a first cutting device (40), a . second cutting device (45) and actuating means (RLö, RL5) includes the first in chronological order and to actuate the second cutting device (40, 45), whereby by actuating the first cutting device (40) a 109848/1726 removed vrickel separated from the moving Oarn (γ) and by operating the second cutter ·. "(45) the free piece of yarn from the moving one Yarn is separated. IjJ. Device according to claim 11, characterized in that that the collecting device (4l) of the first cutting device (4o) is arranged immediately adjacent is to detect the running yarn end, which is when the wound package (P) is separated from the yarn (Y) moving through the device. 14. Device according to one of claims 11 or 15, characterized ge k e η η ze i c h η e. t. that leadership means (? 6 * 39) in coordination with the acceptance and Positioning means cooperate in order to positively position the yarn (Y) moving through the device, this movement in temporal coordination with the coming into effect the yarn separating means (40, 45) and the yarn sampler (4l) takes place. 15 «Device according to claim 10, characterized in that g e k e η η Z e 1 c h η et that the removal and placement means Cam means (68,69) which cooperate to in and out of the wrap supporting arms (24,25) To bring engagement with the cores (21). 10984 8/1726 16. The device according to claim 15, characterized in that the cam means (68, 69) have a cam guide track (70, 71) cooperating with them and a cam follower (74), one guide track each being adjacent to one of the arms (24, 25 ) is attached and each a plunger is attached to one of the arms (24, 25) for movement with the same, and wherein the cooperating guideways and cam followers guide the arms (24, 25) so that they a predetermined first guideway on their way from follow the winding position to the removal position and a predetermined second movement path on their way from the removal position to the winding position. 17. The device according to claim 2, characterized in that a storage means (44) for empty cores for receiving and storage to be placed empty cores (21) is arranged relative to the path of movement of the arms (24, 25) to this between their acceptance and To put on winding positions an empty core (21). 18. Apparatus according to claim 17, characterized in that means (65) which are interrelated with the displacement and return of the arms (24, 25) are effective, the storage means (44) for empty cores from the trajectory Pull back a wound roll (P) to be removed. 109848/1726 19 · Device according to claim 10, characterized in that a sensing or tactile means (SWl) is provided for determining the lap size, which determines when a wound lap (, P) a Reached a predetermined size, and which actuates an associated coupling means (31) to the decrease of the lap initiate. 20. Device according to one of claims 10 or 11 to 19, characterized in that each Yarn processing point has false twisting means (14) in order to give the yarn passing through a false twisting crimp To give. 21. A method for winding up continuously advancing strand-like material, in particular textile yarns, which have passed through a treatment zone at a substantially constant speed, the strand-like material is wound onto winding cores and after each winding of a full winding the strand-like material is severed and the full lap is removed and a new lap is formed Winding of a free end of yarn around an empty winding core is initiated, characterized in that that the free end of the strand-like material, 1. 09848/17? R. 212U26 which is caused by the severing of the strand-like material after winding up a full wiokel, is taken up until the winding of a new lap onto a new, empty lap core has been initiated, 22. The method according to claim 21, characterized in that the recorded strand-shaped Material is cut off at the start of winding a new lap in order to create a new free one for the new lap End to form. 2j5. Method according to Claim 21 or 22, characterized in that the action is applied to the new winding core coiled free end is separated so that it protrudes a little outward. 109848/1726