US939160A

US939160A - Winding-machine.

Info

Publication number: US939160A
Application number: US42457708A
Authority: US
Inventors: Marinus Pepling
Original assignee: Individual
Current assignee: Individual
Priority date: 1908-04-01
Filing date: 1908-04-01
Publication date: 1909-11-02
Anticipated expiration: 1926-11-02

Description

1v1. PEPLXNG.

WINDING MAGE APPLICATION FILED APR.1,1908*.

Patented Nm. 2, 1909.

' 3 SHEETS-.SHEET l.

- M. PEPLING'.

WINDING MACHINE.

APPLICATION FILED APR.1,1908.

VPatnted Nov, 2, i909.

3 SHEETS-SHEET 2.

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M. PEPLIN G. WINDING MACHINE. AP'PLmATIoN FILED un. 1,1908.

Patented Nov. 2, 1909.

3 SHEETS-SHEET 3.

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tions of the cam 27 is urged toward the nose of the group and the desired frictional conturned to the same initial or starting posiable stop. Such mechanism may be omit ted, if desired.

As illustrated in the drawings, the power l shaft 23 is provided at one end with a gear 24, which engages with gears 25 and 2G, each l gear 25, 2G serving to drive its correspondl ing rock shaft. Connected to the gear 25 is a cam 2T, which, acting through the rider 28v and arm 2S), rocks the shaft 20. A spring 30 returns the arm 2i) and keeps the i rider 28 in contact withthe cam. The three sides of the rider 28 constitute stops which determine the initial or starting position of the rock shaft 20. The sides c, al, care arranged at' three different distances from the l center 31 of the rider, clearly shown in t Fig. 5. When side c is in contact with the cam 27, the arm 2S) reaches its minimum distance from the shaft carrying the gear 25. With the side c in contact with the eain 2T, l the cam oscillates the arm 2) from this minij mum distance to an extent equal to the throw of the cam 27. After one revolution of the i cam 27, the notch 2T() in the heart at the base of the cam receives the point /L of rider 28 and turns the rider presenting surface (Z to cam 27. This will permit the arm 29 to oscillate toward the shaft carrying the gear 25 a less distance than before. rithe cam 27 will now rock the arm 2S) between the position determined by the stop cl andA that produced by the throw of the cam 27, and then turn the rider by contact with f. 'Un the third revolution. of the cam 27, the side e comes into contact with the cam and a third starting position for arm 2t) is attained. The rider is then turned by the cam striking point JL. On the fourth revolution of the cam, the side c is again interposed between the cam 27 and the arm 29. The friction wheel 32, now comes into contact with the cop producing an advance of the thread guide 16, as will be seen below.

lt will be observed by reference to F 7 and 10 that each layer of thread is slightly advanced over the layernext beneath thus forming a nose for the group of threads. By rptating the rider 28, the friction wheel 32 after a predetermined number of revolu-r tact between the disk and the thread is facilitated by the formation of the nose. The same is true of the wheel 34.

By using a roller instead of the rider 28, the arm 29 and rack stop 20 may be retion for each operationv of the cam 2T.

I provide suitable means for producing a relatlve advance between the thread guide and the spindle, this being necessary in order to properly build the cop.; 1n the form illustrated in the drawings, I make use of a friction disk 32 for this purpose. '.the disk 32 is preferably tapered as shown, and is y escaso mounted upon a shaft- 33, which is connected to the screw 18, and in the form illustrated upon the drawings, forms a prolongation of the screw. By means of a friction disk 32, which. by the reciprocation of the screw 18 is brought into friction-al contact with the thread of the cop and is given a turn, the screw 18 is turned thus advancing the thread guide 16 with relation to the means for reciprocating the thread guide. The screw 18 is thus given a bodily feeding movement through the fork 21 of the arm 19.

When a paper tube such as the conical tube illustrated in Figs. G t0 14E, is mounted upon the spindle 8, the feeding movement or advance of the thread guide with relation to the spindle which is eli'ected by the rotation of the disk 32, builds the heel of the cop.

1n carrying out my invention, I provide means for advancing the thread guide with relation to the spindle, so as to build the body of the cop, which means comes into action after the means for building the heel of the cop has done its work. 1n tthe best. form of my invention, I' make use of a friction disk 84 for this purpose. As illustrated in the drawings, the disk 34 is operatively connected with the screw 18 so to advance the same when the disk is brought into frictional contact with the thread of the cop. 1n. the best/form of the invention, the disk 34 is mounted upon the .shaft which conv than the disk 82, the distance of the rim of the disk 3&1 from the spindle`8 determining the diameter of the cop. In the form illustrated upon the drawings, the disk 34 is adjustable toward and from the disk 32, but it may occupy a fixed relation with respect to the disk 82, if desired. The thread guide 16 is arranged opposite the disk 34. 1n order to insure the best mode of operation, the l thread. guide should be arranged at a distance from the contacting edge of the disk 32 which is greater than a single.traverse of the thread guide but less than the distance between the extreme points of travel of the thread guide as determined by the stops c, e. I prefer to make the distance of the thread guide from the outer disk 1/8 inch more than a single traverse and 1/8 inch less than the distance .By referring to the diagrammatic views, Figs. t3 to 14, the operation of the invention will ybe readily understood. The thread guide 16 is reciprocated through a traverse, indicated by the letter b, The dis tance oi the thread guide from the contacng exil? ncaed trated iks distance 1; 5 erse or" the dtzmee Y 11511: tween the exi" .ne the thread guide me' c, e` In g. 6 im 1 a A ',f' n 1n upon the wie ub' m.

has been weim, Wh the made its end aye die TV smoke' the cmu7 thread c, d, e limit he te it /'etuns Um sit as she inel, posi mmmmm f conm-:t w

30. Before tion Wlee formed 'by il." in the @op ub' This aci Fo. l0, so dan edge of ile ec reached he l osu en thread g traverses ndeated by ih,

until the cop h` Fig` l2, that is been built up m im inner 'friction whee Y body of le sop, TSJ

1ne shaft all Sere again given en adx/m disk uke 'upon Vanci'ng until fue 00"; 'has beep #en in A. The j aeion While. the d edges of 5 traverse s L guide with relation to said reciprocating means to build the heel of the cop, a fr1ction disk, and means vhereby said disk when brought into frictional contact with the thread of the cop, advances the thread guide with relation to said reciprocating;vr means to build the body of the cop, said heel building means being out of contact with the thread of the cop after said friction disk has started building the body.

ln a winding machine, the combination of a spindle adapted to wind a cop, means for rotating said spindle, a thread guide, means for producingr a relative reciprocation between said spindle and said guide, means actuated by the cop for advancing the thread guide so as to build the heel of the cop, a friction disk, and means whereby said disk when brought into contact with the thread /of the cop causes the advance of the thread guide to build the body of the cop, said heel building means being out of Contact with the thread of the cop after said friction disk has started building` the body.

t. In a winding` machine, the combination of a spindle adapted to wind a cop, means for rotating said spindle, a thread guide, means for producing a relative reciprocation between said spindle and said guide, a pair of disks, and means whereby each of the disks when brought into frictional Contact with-the thread 'of 'the cop produces arelative advance between the thread guide and said spindle to build the heel and body of the cop respectively. p

5. In a winding' machine, the combination of a spindle, means for rotating said' spindle, a thread 2guide, a carrier for saidn guide, means for reciprocating said carrier, a shaft, a. pair of suitably spaced friction disks mounted on said shaft, said disks being of diit'erent diameters, and means whereby each of the disks when brought into frictional contact with the thread of the cop produces a. relative advance between the thread guide and said spindle. i

6. 1n a winding` machine, the combination ol' a spindle, means for rotating said spindle, a thread guide, a carrier for said guide, means for reciprocating said carrier, a shaft, a pair of suitably spaced friction disks mounted on said shaft, the inner friction disk being of smaller diameter than the outer disk, said thread guide being arranged opposite the inner friction disk, and means whereby each ofthe disks when brought into frictional Contact with the thread of the cop produces a relative advance between the thread guide and said spindle.

7. In a winding machine, the combination of a spindle adapted to wind a cop, means for rotating said spindle, a thread guide, means for producing a relative reciprocation bet-Ween said spindle and said guide, a. pair esame of disks, and means whereby each of the disks when brought into frictional Contact with the thread of the cop advances the thread guide with relation to said reciproeating,T means to build the heel and body of the ,cop respectively.

8. ln a winding machine, the combination of a spindle, means for rotating said spindle, a. thread guide, a carrier for said guide, means for reciprocating said carrier, a shaft, a pair of suitably spaced friction disks mounted on saidv shaft, said disks being of different diameters, and means whereby each of the disks when brought into frictional Contact with the thread of the cop advances the thread guide with vrelation to said re,- ciprocating means.

S). ln a winding' machine, the combination of a spindle, means for rotating said spindle, a thread. guide, a carrier for said guide, means for reciprocatin` said carrier, a shaft, a pair of suitably spacedfriction disks mounted on said shaft, the inner friction disk being` of smaller diameter than the outer disk, said thread guide being arranged opposite the inner friction disk, and means whereby each of the disks when brought into frictional Contact with the thread of the cop advances the thread guide with relation to said reciprocating means.

lO. In a -winding machine, the combina.- tion of a spindle adapted to wind a cop, means for rotating said spindle, a thread guide, means for reciprocating said guide, a shaft, a pair of disks on said shaft, the inner disk being vof smaller diameter than the outer disk, means whereby the outer disk causes the advance of the thread guide so as to build the. heel of the cop, and means whereby the inner disk causes the advance of the thread guide to build the body of the cop.

ll. In a windingmachine, the co1nbination of a spindle adapted to wind a cop means for rotating vsaidv spindle, a threa guide, means for reciprocating said guide, a shaft, a pair of disks on said shaft, the

v inner disk being` of a smaller diameter than the outer disk, said thread guide being arranged opposite. said inner friction disk, means whereby the outer .disk causes the ad Vance of the threadvguide so as to build the heel of the cop, and means whereby the inner disk causes the advance of the thread guide to build the body of the cop.

l2. ln a Vwinding machine, the combination of a spindle adapted to Wind a cop, means for rotating said spindle, a thread xcuide, means for reciprocating said guide, a friction disk adapted to be brought .into frictional contact with the thread of the cop, means whereby said disk causes the advance of said thread guide, and another friction disklikewise adapted to be brought fis into iirlctiona conta mean 13. ln a Winding tion of Swami@ a,

to said cam-ier, means u, 2e@ screw, acuate by ie "co5:

w ducing a reiaive fflvauce between thread guide and said spimiie heel of the cop, a ricLifm d' whereby said iictii into conta with Li (luces lenii'e Clinics by guide and i spinfie 4;@ the wp, sail;L haai bu of Contact with the 14. 13,2 Windinn tion of a spnie ile spindle, a tiu'cfid guide, a scfw cm for ecipiocating said f' of suiaby was@ i on Suid shui', dinmoers, and means Wi fdisks when b-ough .with the tufmd of' ihc @op Screw, thus producing .fi between the thread gui l5. AIn n winding ma@ tion oi' a Spindle ad@ mczms for lomting s; guide, a Carlier for Sail nec'ed io said carrie; eating said Screw, pair on said Screw, said 4G when brought into ih@ th @ad Uf the. wp t thereby advzucng iii@ i: relation 'zo Suid i'eci 16, ln a Winding maf;

tion of a spindie adapte means 'for rotating sai?. Qiu'.: gui( a caiiei for sai i! 1 de, L Y nested, to said carrier, mmm, im ing smid screw, a pail' of disezs said sciew, the inner {isi 1 diameter than the @Ufer mide being n ranged disk, and said disks brought into ricion-v thread of he cop to advancing the tin-ea 20 body.

53 to Wind a spindle, a datan. ing reiaie spindie and simi pair of 'icion.

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e q "5 and means Wiley the cop, and ogeratb ely co meet@ Lid @zich disk and means whereb 65 causes the advance of the thread guide to build the body of the cop. I

22. In a horizontal quilling machine, the combination of a horizontal spindle adapted to wind a cop, means for rotating said spindle, a thread guide, means for producing a relative reciprocation between said spindle and said guide, a friction disk, means whereby said disk when brought into frictional contact with the thread of the cop produces a relative advance between the thread guide and the 'spindle to -build the heel ot the cop, and means actuated by the copvfor producing an independent advance between said thread guide and said spindle to build the body of the cop, said friction disk being out of Contact with the thread of the cop after said means for building the body has started building.,

23. In a'winding machine, the combinai tion of a spindle adapted to wind a cop, means including a power shaft for rotating said spindle, a thread guide, means for pro ducing va relative reciprocation between said spindle and said guide, means actuated by said power shaft and connected with said thread guide, to produce a relative advance between lsaid thread guide and said spindle to build the heel of the cop, a frictiondisk and means whereby said disk when brought into frictional contact with the thread of the cop produces a relative advance between the thread guide and said spindle to build the body of the cop, said heel buildin means being out of contact with the three oill the cop after said frictipn disk has started building the body.

24. In a winding machine, the combination of a spindle adapted to wind a cop, means including a power shaft for rotating said spindle, a thread'guide, means for producinn' a relative reci rocation between said spindle and said gui e, means actuated by said ower shaft and connected, with said thread guide, to advance the thread guide so as to build the heel'of the cop, aI rictional disk, and means whereby said disk when brought into Contact with the thread of the cop causes the advance of the thread guide to build the body of the cop said heel building means being out of contact with the thread of the cop after said friction disk has started building the body.

25; In a Winding machine the combination of a spindle adapted to wind a cop,

means including a-powei' shaft for rotating said spindle, a thread guide, a carrier tor said guide, a screw connected to said carrier, means 4for reciprocating said screw, means actuated by said power `shaft and connected with said thread guide tfo produce a reiative advance between said thread guide and spindle to build the heel of the co a friction said riction disk produces a relative a'vance between the Abuilding the heel o? ses, i eo building means being out of contactgwith,

`the thread of the cop after said friction disk has started building the body.

26.. In a winding machine for windin cops, the combination ot a spindle7 a threa guide, with means for building the heel of the cop comprising a friction disk adapted to contact with the thread of the cop the width of said disk being materially less than the traverse of the thread guide and means actuated by the cop, acting through said disk, to produce a relative advance between thread guide and spindle so as to build the heel of the cop.

2T. in a winding machine for win in cops, lthe combination of a spindle, a tiread guide, with means for building the li el of the cop, comprising a member adapted to Contact with the thread of the cop the width' of said member being materially less than the traverse of the thread guide and means actuated by the cop, actin through vsaid member, toproduce a relative advance between thrcad'guide and'spindle so as to build the heel of the cop.

28, In a winding machine for windin cops, the combination of a spindle an thread guide, with means for building the heel of the cop comprising a member connected with said thread guide and adapted to contact with thethread of the cop, the

width ot said member being materially less than the traverse of the thread guide together with means actuated by the cop, acting through said member to produce an advance of said thread guide so as to build the heel of the cop.

29. In a winding machine for winding ,cops on paper tubes, the combination of a spindle, a thread cuide, with means for the cop, comprisin a narrow friction disk adapted'to contact withthe thread of the cop, the width of the disk being materially less than the traverse of the thread guide, a screw on which the disk is mounted, said disk whenactuated by the thread of the cop giving an advance to the thread guide, determined by the said screw so as to build the heel.

30. In a .winding machine for winding cops on paper tubes, the combination of a spindle, a thread guide, a pair of friction disks adapted successivel to contact with the thread of the cop to uild the heel and body thereof, the distance between the contacting edges of said disk beine greater than nthe traverse of the thread gui e.

In testimony whereof, I have signed my -naine to this specification, in the presence of two subscribing witnesses.

MARINUS PEPLING.

Witnesses:

WM. F. BissiNe, y H. M. SEAMANS. i

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