US2143203A

US2143203A - Twister

Info

Publication number: US2143203A
Application number: US134403A
Authority: US
Inventors: Daniel W Maxham
Original assignee: Individual
Current assignee: Individual
Priority date: 1937-04-01
Filing date: 1937-04-01
Publication date: 1939-01-10
Anticipated expiration: 1956-01-10

Description

Jan. 10, 1939. w, XHAM X 2,143,203

TWISTER Filed April 1, 1937 4 Sheets-Sheet 3 Jan. 10, 1939. D. w. MAXHAM 0 TWISTER Filed April 1, 1957 4' Shuts-Sheet 4 wuowto'v point below the lowermost roller II and above adapted to mesh with a pinion 50 which is carried the bearing I 8. .That is to say, the pinion is dison the stationary mounting shaft 32. The pinion posed between the roller l4 and said bearing I8. 50 is adapted to rotate freely about the stationary side portion 6, the top and side portions being cut pinion 50 and gear 5| is further limited by a suitaway at 6' to receive said roller, while a roller able locking sleeve 54 fixed to the stationary 15 26 is mounted in the frame at the junction of the shaft 32. lower portion 5 and said side portion 6. An open- Carried on the package mounting shaft 39 ing 1' is provided to receive the roller 26. A cenwithin the fiyer frame is a relatively large bracket the area of the frame. frame. The bracket provides a mounting for the In order to impart rotation to the fiyer,I proyarn feeding motion of my deviceand is formed vide a relatively large gear 28 which is adapted to with spaced parallel arms '56 and 51 and a de- 'I'hegear 28 is keyed on a shaft 28a and carriesa ed to

rry feed rollers

59 and 60 which are 25 0 the pinion 20. The gear is keyed to the spincorresponding upper ends, meshing

gears

63 and 80 adapted to-rot atably-receive or'journal a stationper surface of the gear 45. A worm 69 is carried ary mounting shaft 32 having a stationary pinion on the shaft 6|, above the roller 60 and is adapted 33'keyed thereto. to drive, through a gear 10, best seen in Figure 4 :5 is adapted rotatably to carry thereon a bobbin or Way thread 16. That is to say, the thread 16 is upper edge of th sleeve 31 fdr limiting downward its inner end portion with a socket 18 rotatably 0 mountingshaft fl and at right angles to the which i its end fixed 90mm length of said shaft, whilearelatively

wide pinion

58, 8 gulde m r ding upwardly 5 is disposed beneath the portion 5. A stem '47 with member 82 including a pin 83 normally engagenuts 48 and 49 at opposite ends thereof, conable in the bayonet slot 8|. As best seen in Fig- 75 meets the gears "and 48 and said gear 48 is we 2, the latch member may be retracted by II lower portion [5 of the flyer frame substantially at its Outer Theshafi H and e gear 72 45 frame above the bottom portion 5 thereof.v The tending latch 19 which includes a depending latch 70' amazes shifting the pin 83 of the latch member 82 laterally out of the lowermost bayorietslohrecess and r H f sors. 9B o'ver the-rollers. of the :former.'-.-

then upwardly and again laterally'into the uppermost bayonet slot recess. The traverse. motion includes a feeder sleeve 84 which isscarried on the'traversemotion shaft 14 and is adapted'to be shifted'upwardly and downwardly on. said traverse motion shaft by rotation of saidshaft. That is to say, the beveled gears I2 and I3 cooperate to drive the traverse motion shaft and, as said shaft is driven, the feeder sleeve will be causedto shift upwardly on the threaded portion 190i said shj'aftQ The feeder sleeve 84 carries a gu'ide arm 294 which has its free end surroundingthe member I'll. The guide arm 284' serves to prevent rotation of the sleeve 84 and thus to insure vertical travel of said sleeve. After reaching the upper extremity of said shaft, the feeder sleeve will be caused to engage the counter-clockwise thread on said shaft 16 for shifting said sleeve downwardly. The feeder sleeve includesfa threadreceiving eye 95 which is formed integral with said sleeve.

In order to'provide a receptacle for the yarn twisted by my device, in a manner to be escribed hereinafter, I utilize a bobbin or package 86 which is removably carried in the flyer frame and which includes upper and lowerportions'fl and 89 and an axial stem 99; The portion 88, when the bobbin is mounted in'the fiyer' frame, is adapted to fit over the upper end portionof the package 'or bobbin mounting shaft 'inffric' tional engagement withthe friction disc 61 on the mounting plate 66.. The-upper portion of the bobbin is formed with a socket 99 which is adapted removably to receive the lower end portion of the latch member 82 when said latch: member is in its downwardly extended position. As heretofore stated,-for' dofling the bobbin, it is only necessary to shift the iatch member 8! upwardly so that said bobbin or package may be. freed fromsthe latch member and the package. mounting shaft.- The package mounting. shaft is".

, retained stationary with respect tothe flyer' frame 3 and with respect to the bobbin or' package 86. In order to retain the package mounti. ing shaft stationary, as. stated, I provide gears 9t and 92 which are'of the same size, relatively large, and are fixed to rotate with a shaft 98. The gear 9| meshes with the stationary'gear 33 on the stationary shaft 32 while the gear 92 meshes with a gear '94 which is fixed tothe package mounting shaft 99 near its lower end. It'

will be understoodthat, as the fiyer frame-Ira tates about the stationary shaft 32, the shaft 93 with the gears 9i and 92, will=be caused to move around with the fiver so that said gear 9| will be caused to rotate about thegea'r33 and, therefore, the gear 92 will be caused to rotate about the gear 94 so. that said gear 94, carried' by the shaft 39, will be maintained in a stationary position with respect to the flyer frame 3.

The shaft 39, being fixed to said gear '94 will, i I to the fee'd rollers, to the traverse motion-and of course, be retained stationarywith respect to}? the fiyer. A bushing. 94' separates the gear 94" from the pinion 44. i a

It should be understood that suitable hous ngs may be provided for all ofthe gearing so that;

oil used for lubricating the gearing will not corne""' in contact with threads being yarn on the bobbin. In use, threads from a plurality of bobbins 2 twisted or twisted on the creel I, which threads are indicated com-[j positely at 95, are led downwardlythrough the" compressors 95 which are ."mounted above; the fliers; The threads are ledfrom the compreshas been stated heretoforei. the former revolves to thesroller 2 4, along the top portion 4 of the flyer frame .3 therein, over the roller-25, down- ,wardly-' .through the side portion 6- o'f thej flyer f frame',.l about tharoller 26=,,a1on-g the bottom p'ortion 5 of the fiyesframeand partially about'fthe roller 21. Asbestseen inFigure 3 of :th'e drawings, the ',rol1ers ..-are.provided. with concave" faces so'jtha't yarn or; threads will--- not. be roughene by I contact therewith. norgw-ill they tendfto slip out ofgcdntactfwith. said rollers. Moreover, the

slots 8, s and, to in t side: portion6' and top and

bottom portions

4 and 5 respectively, permit easy placing of the, threads .in proper operative position. As the .threads -pass-flthrough the former, apartial twist is given to the'threads,'as stated, but, asv the -former; rotates at twice the speed of the h rerframe, dueuztoithe fant that down the. speed .of ;the fiyerq-frametwithrespect at the top of the flyerpof course- From partially about vthelro ller IL the nowhtwisted, yarn is led upwardly gthrough. thercompressor 38, through the opening 3,! and into-the socket 40;; partially about, the roller ;4 2-,: about "the

feed rollers

59 and 69,- through the eyes Hand 99 formed [on the bracket ,55, through: the 'eye"95 andthence about thestemJQ of :th'e-bobbin' or package- 91. l yarn-.is'wourid about the feed rollers inlthe mannerbest seen in Figure 5-0! the drawings, 'and' .saidfeedrollers. are driven by:

m ans, or the gear 58 which is. driven "bytlie relatively, wide? pinion u and .lthe gears 45; 4s,

ilfi'lfandl theroller-n. The gear 63 drivesthegear 64 for ,rotating the roller 60 in an opposite" direction. with respect to the. roller 59 so that it is necessary to; cross theyarn in the manner shown in-Figure 5., The gear. also drives the pinion 65 for driving the packagemounting' dsc or plate so that the package or' bobbin.

will 'be caused to rotate for winding the yarn fed thereto through the eye 85 from the rollers 59' and fillfuniformly, about the stem 89. As the 65' rollers are rotated, thefeeder sleeveis caused to shift upwardly on the traverse, motion shaft 15 inthe rnannenset forth;for winding the :yarn

un'iformlyalong the length ,of the stem 89 of the bobbin "and thus preventingbunching of larger package of yarn may be twisted. The

j the yarn; 'ItwiIlbeunderst Qd that aowell bal ancedpaclgage {will be provided SDH hat-a much;

worm 52,'which supplies the rotative movement,

to the bohbnjisdrivn by a suitable motor 01 engine. Q y driven from fl;.countershai't connected tohssoel'atedf machinery; It lis believed:

stood that I have, provided a simple and yet,

Jthatfrom the foregoing, it will be clearly underhighly eflicierit twister whiclrwillefiectively place a double; twi'stin'yarn feed n therethrough.

shown" foriconnecting apriniemover the .fl-yer frame. In Figure ,6, separate belts 299 and I are employed for connecting the prime mover 23 to a relatively small pulley ID I and a relatively large pulley I112, respectively. Due to the fact that and 30, shown in Figure 6 is employed. Y a In Figure 7 of the drawings, I-have shown the and H14 which are connected'by a continuous belt itoseparate pulleys I06 .and I101, the pulley I01 being larger than the pinion I for rotating the fiyer and the drive sleeve I28.

Carried by the flyer frame ll'land. mounted above and below the-lower portion sleeve I38 and said relatively wide pinion meshes with the gear I35 gear I44 which is A laterally directed bracket te ral with thepackage mounting shaft and is formed with an extension I41, The bracket I46 is adapted to carry, at a diametrically opposite point with respect to the package mounting shaft, rollers I48 and I49.- Itwill be and to remove any excess I48 and I49 are The roller I49 I53 carrying a which roller is adapted to engage a gear I55 carried on a shaft I 56. shaft I56 extends laterally of the extension I 41 and is supported by bearings I51. The shaft I56 carries a beveled gear .tegral with the bracket is carried on the shaft I46. .A feeder sleeve I62 I60 and spur gear I32 will be transmitted to the drive sleeve I28 through the I43, the gear I44, the gears I5I roller I54, the gear I55, shaft I56,

and I52, the beveled gears recess I20 and compressor I66 through the sleeve I38, over the roller I4I, about I49, through the eyes friction disc I carried on a The driving plate "I is carand m are keyed to a shaft 41.5, which shaft 415 .is journaled in direction, as will be seen by a study or Figure 9, of the drawings. Furthermore, in this form of the invention,provision hasfbeen' maidejtoeliml inate stretching of the said gears meshing with said frame and meshingwith the t 2,143,203 ions 3 and "112 are separated by abushingfI12; ingshaft and formed with anintegral, pinion, said the operation of the modi-j' fication of the invention is similar tothat of Generally speaking,

the preferred form,the main difierencebeing that the feed rollers are adapted to'rotate inthe same yarn to become too loose.

It is believed that the operation of my invention? may be readily understood.

, Having thus described the, inventiomiwhat 1 claim'isf 1. In a twister, aflyerincludingaflyer frame,

means for, mounting the fiyerJfra-me' including spaced arms, a former carriedby saidmeansbetween said arms andhavinga shaft, rollerscarfor permitting rntation f ried by the former, means of the former,said form'er shafthaving a pinion, gears carried by oneof said spaced arms, ,one of riedby theflyer Other of said gears, all of said gears being adapted to transmit rotative the flyer frame at a relatively reduced speed, and a package carried by the flyer frame, said former and flyer frame cooperating for twisting strands of yarn passingthrough the former and about said flyer frame to be wound upon said package.

2. In a twister, a fiyer including a flyer frame, means for mounting the flyer frame, a former carried by said means, means for transmitting rotative movement tothe former, gearing carried by said former, said former mounting means and said flyer frame for transmitting rotative movement at a reduced speed to said flyer frame from said former, said flyer frame having a trunnion and a package mounting shaft, a package carried bythe flyer frame and mounted on said trunnion and said package mounting shaft, said package mounting shaft having a relatively large bracket secured thereto, feed rollers carried by the bracket,

3. In a twister, a fiyer having a frame,- a package mounting shaft carried by theframe, a stationary shaft rotatably mounting the frame at its lower end, said stationary, shaft having a pinion fixed thereto and said package mounting shaft having a pinion, gears carried by the frame and engageable with both of said pinions for limiting the stationary shaft and package mounting shaft against relative rotative movement as said frame is rotated, a relatively wide pinion carried by the package mounting shaft, gears carried by said stationary shaft and rotatable freely thereabout, gearing carried by the frame for communicating rotative movement from said gears on the stationary shaft to said relatively wide pinion, a worm engageable withone of the gears on said stationary shaft for communicating rotative movement through said gearing on the frame to said relatively wide pinion, a relatively large bracket carried by the package mounting shaft, feed rollers carried. bythebracket, ,a package mounting disc carried by the package mount- "time, removing the possibilityof permittingflthe I ,onto said package. t

FijIn a twister, aframe, a package,- a package ably mounting ried below the said package mounting 'tively large bracket, feed rollers carried by the y ar n willlbe permitted a package at rotation thereof, said first mentioned motion from the former to end, a gear carried end, means for imparting rotative movement to the frame, said top,

1 frame, said package rollers for imparting rotative movement to said pressor being adapted package mounting. disc being freely rotatable about said package lmountingshaft,means carried by oneof said feed rollers for communicatpackage carried by the ,package mounting shaft andjbeing adapted to. be rotated independently with respectto the frame for winding yarn twisted by saidiflyer frame and fedby said feed rollers carried by the frame for rotatthe package therein, means carframe' for rotating the package,

shaftincluding a relamounting shaft bracket, a traversemotion carried by the bracket and including ,a shaft and a feeder sleeve,said

shaft; bingjadapted to berotatably connected 7 with the feed rollers for shifting the feeder sleeve and leading yarntwisted by and fed through the frame and feed rollers to the package whereby said to wind evenly on said means being adapted for operating the feed rollers and shaft.

5. In a twister, a flyer having a frame provided with a spindle, a former having a shaft engageable with the spindle and being provided with a pulley, former rollers carried by the former, a yoke support having a pair of arms, one of said arms journaling said former shaft at its lower by the spindle, a pinion carried by the former shaft, gearing carried by one of said arms for transmitting rotative movement at a reduced speed from said former shaft to said spindle whereby said flyer frame will be rotated, and means for rotatably mounting the lower end of said flyer frame.

6. In a twister, a fiyer having a frame provided with top, side and bottom portions, said bottom portion having a relatively small bracket, means for rotatably mounting the frame at its upper side and bottom portions being hollow and certain of said portions being adapted to receive twisted threads therein, a compressor carried by the relatively small bracket, a package mounting shaft carried by the relatively small bracket and having a socket, a roller carried in a wall of the socket, a relatively large bracket carried by said package mounting shaft, feed rollers carried by the bracket, a traverse motion carried by the bracket, a package carried by the package mounting shaft, a stationary shaft rotatably mounting the lower end of said frame, and means carried by the stationary shaft, said mounting shaft and said package independently of said frame, said comto receive therethrough twisted yarn by rotative movement of the frame and said yarn being fed over said roller in the wall of the socket about saidfeed rollers in crisscross relation and thence to said traverse motion to beled therefrom and wound uniformly on the package as said package rotates.

7. In a device of the class described, a flyer including a frame having an inverted L-shaped bracket, a package mounting shaft carried on the bracketmeans for rotatably mounting the frame at its lower end, said means having a pinion fixed thereon, gears carried by the frame, certain of said gears meshing with said pinion, a pinion 1 so i as r

fixed to said package mounting shaft, certain other of said gears of the frame meshing with said last mentioned are rotated with respect to each other.

8. In a twister; a flyer having airame provided with a depending bearing bracket and an upstanding inverted L-shaped bracket, 8. drive shaft carried by the bearing bracket and having a pinion, a drive sleeve surrounding the drive shaft 7 and being fixed to the bearing bracket, said bearing bracket having a bight portion provided with a pinion, means engageable with the pinion for rotating the drive sleeve and the frame, a package mounting shaft carried by the inverted L- DANIEL W. MAXI-1AM.