US2131148A - Winding device for winding machines - Google Patents

Description

P 1933- w. SIEGENTHALER 2,131,148

WINDING DEVICE FOR WINDING MACHINES Filed Dec. 11, 1936 3 Sheets-Sheet l Ja e/2Z0 i/m Wm Sept 1938. w. SIEGENTHALER 2,131,148

WINDING DEVICE FOR WINDING MACHINES Filed Dec. 11, 1936 v 5 Sheets-Sheet 2 Sept. 27, 1938. w. SIEGENTHALER WINDING DEVICE FOR WINDING MACHINES 1936 3 Sheets-Sheet 3 Filed Dec. 11

' vation respectively Patented Sept. 27, 1938 wmnmcnnvrcn non Walter Siegenthaler;E1-l I firm Schirer-Nussbaumer land, assignor to the wnvnme moms .& 00., Erlenbaeh-Zurich, Switzerland Application December 11, 1936, Serial No.

In Switzerland December 28, 1935 .8 Claims (01. 242 27) This invention relates to winding devices particularly for initiating the winding operation in winding machines wherein the empty winding carriers are successively moved into winding position.

According to the present invention, in the device for initiating the winding operation in windposition.

In the accompanying drawings two embodiments of the device according to the invention are illustrated by way of example only, in which Fig. 1 shows a side elevation of a first embodiment shortly after the beginning of a new wind- 1 1%;

Fig. 2 is a front elevation of Fig; i;

Fig. 3 shows a side elevation similar to Fig. 1 with the Winding completed;

Fig. 4 is a front elevation of Fig. 3;

Figs. 5 and 6 show in a side and a front elevation respectively the manner in which the winding thread is changed over from the finished to the empty spool;

Figs. 7 and 8 show in a side and a front ele the manner in which the winding thread is caught for being passed over to the empty spool;

Fig. 9 is a front elevation illustrating the manher in which the winding thread is severed in finished and the empty ing the thread catch;

arranged hollow carrier spindle ll Fig. 18 is an organization drawing of the winding machine to which the winding device according to the invention is'applled;

I Fig.- 19 is a section on the line XIXX|X in Fig. 18, and

Fig. 20 is a Fig. 18.

is connected. This supporting carriage frame la, 2 is mounted, by means of its hollow spindle 2, on a stationarily longitudinally and i" projectin from theplate in the plane thereof, the fo m arm entering. between two guide rails 5 1 2) so that the supporting carriage frame is a stationary stop I I I The winding thread thassesin inthe hollow spindle H by means of roller bearings. The thread feeler 5 section on the line XX-X'X in member 16, which is rockably mounted by means of its carrier spindle I8 against spring action, can

At the beginning of the said be rocked by contact with the winding I5, thereby each time initiating the feed movement of the supporting frame one step with the aid of the means shown by way of example in Figs. 18 and 20. This means comprises, in the present instance, a contact arm I8 secured to the end of the spindle I8 remote from the feeler member I6 for cooperation with two contact blades 28 each of which is connected to one of the leads 29 of an electric motor 30. Thus, when the feeler member I6 is rocked against its loading spring 40,

- the arm I8 bears against the two contact blades 28, thereby closing a ,circuit through the motor 30 for operating the same. The running motor turns, through-the intermediary of a gearing 32, a revolubly mounted screw spindle 33 disengageably intermeshing with a screw threaded clutch member 34. In this way the supporting carriage frame is moved towards the motor, until the contact arm I8 recedes from the contact blades again by action of the feeler member and the motor circuit is thereby broken. The motor is thus stopped and the supporting frame, after having completed a feed step, is set at rest.

when the winding I5 has attained the desired length, the face plate I passes with its arm I beyond the respective end of the guide rails 4, 5, as shown in Fig. 3. At this time, the supporting frame is rocked, advantageously automatically, about its carrier spindle H for half a revolution in the direction of the arrow shown in Fig. 4.

This rocking movement of the supporting frame,

which is then no longer guided by the rails 4, 5, is initiated by the turning belt 3| imparting a driving impulse to this frame by the tension and driving traction of the belt. Incidental thereto the clutch member 34 is moved out of mesh with the screw spindle 33, so that a tension spring anchored at its ends to the machine frame and a non-revoluble arm 36 of the supporting frame respectively becomes operative to return the latter into initial position. During the initial stage of this return movement dogs 31 on the hub of plate Ia engage with mating dogs 31 on the sleeve 2. As the supporting frame returns bringing with it sleeve 2, the latter is simultaneously rocked through by reason of the engagement of its helically curved slot 38 and a guide roller 38 mounted on the stationary hollow shaft I1, all as more explicitly explained in my cognate application Ser. No. 115,419, filed of even date herewith.

During this rocking movement the winding spindle 6 is bodily rocked away from the winding position with the completed cop I5 mounted thereon and in its place the winding spindle 6 carrying the empty winding spool or cop tube 8' is placed into winding position and this spindle is automatically engaged with the driving belt 3| and, consequently, is turned. I

Th'e rocking movement of the supporting frame is limited by the arm I" of the face plate I hitting the guide rail 5. During the supporting member being thereupon again fed by steps, the arm I" of the face plate I arrives at the guide rail 4, so that from there on it enters between the two guide rails 4 and 5, as indicated in Fig. 6, and is thus locked against further rocking in either direction in the new position of adjustment. turning movement of the supporting carriage frame the winding thread 9 is retracted from the respective side of the thread deflector I4 by the gyrating cop I5,

direction of arrow 11 in Fig.

as shown in Fig. 4, and is thereby temporarily moved out of the path of this deflector.

During the longitudinal displacement of the supporting. frame into its initial position, in the 5, the face plate I of the carriage frame hits the thread guide II, which is then rocked away from its stop I3, this being permitted by yielding of the torsion spring I2, so as to change its relative position to the reciprocating thread deflector I4. 'I'hereupon, the winding thread 9 is contacted against the opposite side of the thread deflector I4, as shown in Fig. 5. The winding thread 9, which during the said displacement of the supporting frame (in the direction of arrow 11 in Fig. 5) is wound about the windings present on the cop tube 5 in widely spaced convolutions, is then moved by the thread deflector I4 into the path of a thread catch I9 arranged on the head I of the winding spindle 6, as evident from Fig. 5. The supporting head I of the win 'ng spindle 6 is also provided with the same kind of thread ciitch II which is composed of a spring arm secured at one of its ends to the respective spindle head with a point of its free length on the spindle head,

' thereby exerting a clamping effect at 2| (Fig. 11).

At the point of clamping 2| the thread is held to the thread catch IQ of the spindle head 'I' in loop-shape, as shown in Fig. 8.

Then, as evident from Fig. 9, torn apart due to tension action on its length between the spindle heads I and I, that is, between the wound and the empty cop tubes I and 8 respectively in which way the connection in tween the winding on the cop tube 5 and the spindle head I is interrupted. After the wind-v ing thread has been caught by thethread catch I9 of the spindle head I in the manner shown in Fig. 6, it is retracted laterally from the respective side of the thread deflector I4 in the corresponding-direction by the spindle head I turning about its own axis. Thereupon, the winding thread passes thread deflector I4 again, and the thread guide III assumes the position as shown in Figs. 7 w 9. The winding thread is then shifted inwardly on said guide the more the thread, due to the spindle head I turning, approaches the cop tube 8', and is then wound on the cop tube.-

In this position of reassumed its initial condition order to wind the thread in a cop onto the empty tube 8' in the manner previously explained. During this winding operation the completed wound cop is dotted from the winding of operation in the thread is to the other side of the I 50 the parts, the device has head I and replaced by an empty cop tube. This empty tube is moved into the position of winding automatically, on the winding carried by the cop tube 8 being completed, by means of the movements taking place again in the manner. previously explained, while the completely wound. cop is moved away from the winding position in a gyrating movement. Duringthe simultaneous the construction described second embodiment which .1

by means of 1.

i o 2,131,;48 3 a projecting arm, in order to let it wind on the riage frame 52, the winding thread 59 is reother winding spindle having arrived at the windtracted laterally from the thread deflector GI ing position. by the cop tube 58 carrying out a gyrating move- In the second embodiment, the direction of ment and is temporarily moved out of the path 5 .feeding the supporting carriage frame 5!, 52 by of movement of this deflector. During the dis- 5 steps in dependence on the cop building moveplacement of the supporting frame in the diment is indicated in Fig. 14 by the arrow I. As rection of the arrow II in Fig. 12 into its inishown in Fig. 15, the arm ii" of the face plate tial position, the winding thread 59 is wound 51 n e the rail 55 in whi h wa th pportabout the winding on the tube 58 in widely mg frame Secured a e s in h P spaced convolutionsand enters into the path of 10 tu es 58, 58' ma e pushed n sp ndles se ur d movement of the uide arm along which it to the heads 51 and 57' respectively and projectslides up to the knee 16. During this sliding winding ofa cop under formation, a thread feeler the path of movement of the projecting arm- 16 member (not S o n cooperates which, h t shaped catch 69' of the thread catch 89, provided 15 aid of pr p r m ns, for example similar to those on the winding spindle 56', to be caught thereby,

described in connection with the first embodiand subsequently to be firmly arrested between 20 may be effected entirely mechanically or by id the cop tube 58' occupying the winding position. 20

of an electric motor- The thread is, on the other hand, aflorded a On the heads of the two Win n p e 55 certain amount of support by the knee 76 of the and 5B. in Ci c m e o thread thread guide l5, particularly, since this knee y pen ended springy annuli one en of each of winding spindle and consequently also relative to 25 tions 73 (Fig. 16) on the front faceof the re cop tubes during its passage from the completely 39 terchanging them, if de ired. A h end shown. pendably between the two tubes being thus 2.0- 35 thread each of which is arranged n one of tw finished cop moved out of the winding position is 40 diametrica y pposed bores. The guide arms 55, removed from the respective spindle which op- 40 15 are rectilinear at their connecting ends and oration can be carried out at any desired time are curved from a knee is formed therein up to during winding of the cop tube 58 the outer end thereof. pying the working position but, obviously, prior when the winding is finished, the face Pl te to completely finishing this cop. is 5 moves nd the r sp iv d f th rail 55, On the head s? of the winding spindle so again as shown in Fig. 12. In this posi Of t p an empty cop tube is mounted which is rocked 59 its carrier spindle 5?, as indicated in Fig. 13. Inwinding spindles into winding position. During cidental thereto the supporting carriage frame is this rocking movement of the supporting frame retracted into initial position by spring action, as t th guide is obviously is rendered ODerindicated in Fig. 2 by the a row In e D ative to direct the winding thread towards the sitions of the parts as shown in the i 14 d thread catch es of the winding spindle 56. Waste 15, this combined rocking and longitudinal disthread material sticking to the thread catch ee 55 placing mov m t of the su t n f ame has v of the individual winding s indle can be readily taken place already, while the winding spindle removed by turning the thread catch by hand in 55 together with the compl tely Wound (3 p tube a direction to cause the waste thread material to 53 has been tu away f the Winding D enter the gap between the open ends of the co tion and the winding spindle a carrying the springy annulus. eo empty tube 58' has been turned into the wind- The completely wound cop tube starts on the ing position instead. In this position, the windgyrating movement at full rotational speed and consequently, is then actuated. As a driving elewinding position. so that when occupying the o5 ing spindle occupying the winding position. The term winding spindle is to be understood in frame is subsequently locked again against unthe driving spindle.

intentional rocking. At the beginning of the The device according to the invention can also '5 said rocking movement of the supporting carbe applied to winding machines without provid- 7s ing a gyrating movement of the winding spindles alternately passing into winding position.

I do not limit myself to the particular size shape, number or arrangement of parts as shown and described, all of which may be varied without going beyond the scope of my invention as shown, described and claimed.

What I claim is:

1. In a winding device for winding machines, winding spindles alternately movable into a winding position, a spool mounted on the winding spindle occupying said winding position for receiving a winding of thread-like material, a thread catch and a correlated thread deflector associated with the individual winding spindle, means for simultaneously feeding an empty spool, mounted on a second winding spindle to, and discharging said wound spool, mounted on said first spindle from, said winding position through circular paths incidental to which said thread deflector associated with said first spindle deviates the discharging circularly moving thread end portion onto the path of said thread catch associated with said empty spool to be directed by said catch onto the latter spool having arrived at said winding position.

2. In a cop winding machine, the combination of a carriage having means for removably mounting a plurality of spools thereon, means for au tomatically, progressively, intermittently moving said carriage longitudinally in dependence on the being wound on one of said spools, means for automatically rotating said carriage and returning it to its original longitudinal position upon completion of each cop winding operation, to bring the other spool into position for winding, a uniformly reciprocatory thread deflector, a thread catch mounted to rotate with said empty spool, a thread guide, means for periodically moving said thread guide to direct the thread being wound to said thread catch as the empty spool comes into winding position, whereby the thread is broken-between the full and empty spools by the tractive forces of said spools.

3. In a cop winding machine, the combination of a carriage having means for removably mounting a plurality of spools thereon, means for automatically, progressively, intermittently moving said carriage longitudinally in dependence on the condition of a cop being wound on one of said spools, means for automatically rotating said carriage and returning it to its original longitudinal position upon completion of each cop winding operation, to bring the other spool into position for winding, a uniformly reciprocatory thread deflector, a thread catch mounted to rotate with said empty spool, said thread being moved transversely off of the thread deflector, a thread guide, means for moving said thread guide to direct the thread into the path of the thread catch of the empty spool, the thread being then broken by the tractive forces of the spools.

. 4. In a cop winding machine, the combination of a carriage having means for removably mounting a plurality of spools thereon, means for automatically, progressively, intermittently moving said carriage longitudinally in dependence on the condition of a cop being wound on one of said spools, means for automatically rotating said carriage and returning it to its original longitudinal position upon completion of each cop winding operation, to bring the other spool into position for winding, a uniformly reciprocatory thread deflector, each spool having a thread catch mounted to rotate therewith, each catch having an arm diverging from the spool mounting means for leading the thread to a clamping point formed by the thread catch and its mounting, a thread guide, means for periodically moving said thread guide to direct the thread being wound to said thread catch as the empty spool comes into winding position, whereby the thread is broken between the full and empty spools by the tr tive forces of said spools.

5. In a cop winding machine the combination of a carriage having a plurality of spindles mounted therein, each spindle having a head for removably mounting a spool, means for automatically, progressively, intermittently moving said carriage longitudinally in dependence on the condition of a cop being wound on one of said spools, means for automatically rotating said carriage and returning it to its original longitudinal position upon completion of each cop winding operation, to bring the other spool into position for winding, a uniformly reciprocatory thread deflector, a thread catch mounted on each spool mounting head, each catch having an arm diverging from the spool mounting means for leading the thread to a clamping point formed by the thread catch and its spool mounting head, a thread guide, means for periodically moving said thread guide to direct the thread being wound to said thread catch as the empty spool comes into winding position, whereby the thread is broken between the full and empty spools by the tractive forces of said spools.

6. In a cop winding machine the combination of a carriage having a plurality of heads for the removable mounting of spools, means for automatically, progressively, intermittently moving said carriage longitudinally in dependence on the condition of a cop being wound on one of said spools, means for automatically rotating said carriage and returning position upon completion of each cop winding operation, to bring the other spool into position for winding, a uniformly reeiprocatory thread deflector, each spool mounting head having a conical end portion and having a peripheral groove adjacent said conical comprising an open resilient ring clamped in said groove, each thread catch having an arm diverging from its spool mounting head, for leading the thread to a clamping point formed by the thread catch andits mounting, a thread guide, means for periodically moving said thread guide to direct the thread being wound to said thread catch as the empty spool comes into winding position, whereby the thread is broken between the'full and empty spools by the tractive forces of said spools.

7. In a cop winding machine the combination of a carriage having means for removably mounting a plurality of spools thereon, means for automatically, progressively, intermittently moving said carriage longitudinally in dependence on the condition of a cop being wound on one of said spools, means for automatically rotating said carriage and returning it to its original longitudinal position upon completion of each cop winding operation, to bring the other spool into position for winding, a uniformly reciprocatory thread deflector, each spool having a thread catch mounted to rotate therewith, each catch having an arm diverging from the spool mounting means for leading the thread to a clamping point formed by the thread catch and its mounting, a rotatable thread guide adapted to engage the thread in rotating, said thread guide guiding the thread it to its original longitudinal portion, a thread catch I into the range of movement of the thread catch of the empty spool, the thread being then broken by the tractive forces of the spools.

8. In a cop winding machine the combination WAL'I'ER SIEGE I'HALER.

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