US1887207A

US1887207A - Doubling and twisting machine

Info

Publication number: US1887207A
Application number: US523027A
Authority: US
Inventors: Klein Frederick
Original assignee: SIPP EASTWOOD CORP
Current assignee: SIPP EASTWOOD CORP; SIPP-EASTWOOD Corp
Priority date: 1931-03-16
Filing date: 1931-03-16
Publication date: 1932-11-08
Anticipated expiration: 1949-11-08

Description

NOV. 8, 1932. F KLElN 1,887,207

DOUBLING AND TWISTING MACHINE Filed March 16, 1931 Patented. Nov. 8, k1932 UNITED STATES PATENT OFFICE FREDERICK KLEIN, OF'COLLEGE POINT, NEW YORK, ASSIGNOR TO SIPP-EASTWOOD COR- i PORATION, OF PATERSONNEW'JERSEY, A CORPORATION-OF NEW JERSEY' x DOUBLING AND TWISTNG MACHINE Application filed March 16, 1931.` Serial No, 523,027.

This invention relates to machines whereby certain twisting and doubling operationsare performed on yarn or thread, and especially to machines ofthe type in which the a. yarn spools or other cores form with a race member for rotating them ontheir own axes an epieyclic train. My invention has for its general object to provide a unit for a machine of this class whereby at the will of the operator the yarns may be individually twisted and thendoubled and the doubled product twisted, or the yarn simply doubled and the doubled product twisted, thus lowering the cost of equipment and reducing floor space, consumption of powery and supervision; wherein the centrifugal forces generated shall be employed to insure a substantially positive drive of each rotary yarn-core-including element; and whereby, Without undue wear and tear or strain of the parts, high speed shall be possible, with consequent increase in production over that obtained from machines at present in common use for performing the operations stated.

In the drawing: n

Fig. 1 is a view of the improved unit ly in vertical central section;

Fig. 2- is a plan view thereof;

Fig. 3 is a side elevation of the lower portion thereof as seen from the right in Fig. 1;

Fig. 4t is a horizontal section on line 4-4, Fig. 1;V

main- Fig. 5 is a plan ofthe sun-spindle bolster,y

the bracket supporting it and a certain retaining member 13;

Fig. 6 is a left side fragmentary elevation of said bolster and bracket, illustrating cou pling means therefor; and

Fig. 7 is a view, partly in front elevation and partly in section, of-theupper part 0f the unit.

On the rail 1 is secured by a nut 2 a tubular post 3 affording a bearing for the depending stud l of a bracket 5 which may shift-toward A and 'from the driving belt 6 of the machine and is normally 'urged toward the same by a spring 7 coiled about the post and engaged therewith at one end and with the bracket at the other.

Said bracket receives in a hole thereof the lower end of the bolsterv 8for the sun-spindle 9, the bolster having a collar 8a resting on the bracket and held thereagainst by a spring 10 interposed betweenthe bracket and a nut 10a screwed on said end of the bolster. The bolster is secured against rotation in the bracket by a coupling member which may be a plate 11 apertured to receive the said lower end ofthe bolster ('beingclamped between the bracket and spring 10)v and having at one end an upturned flange 11a bearing against the under side of the bracket and formed with an extension or coupling tongue 11b engaged in notches 12 in the bracket and bolster-collar 8a and having at the other end an upturned lug lleengaged in a notch 4a of the` bracket sothat said memberv is itself held from turning. Clamped `between the latter end of said member and the bracket is one of the bent-off ends of a retaining member 13 whose other end is adapted to overhangY a flange k17a on the hub ofk a carrier (to be described) to keep the latter from f rising, though repressible from said flangey in order to permit the carrier to be removed fronithe bolster.

Said carrier comprises, with the sun-spindle, a body member itselfcomprising a sheavelike shell 14 having upper and lower interior disks orwalls 15 and ljoining it to its huby 17, which is pinned on the spindle, said hub having the 4mentioned flange 17a; the shell and its walls are `here shown pinned together, whereas the hub and said wallsare integral, but these are of course immaterial details. The shell 14 is normally held by the spring 7 bearing, sheave-faishion, against the belt, whereby the carrier is rotated. The

walls

15 and 16 respectively have radial slots 15a4 and holes 16a vertically alined with each other further, at the inner end of the slots are.

seated in recesses 15b springs 18 whose function will appear. The carrier also comprises bolsters lfor the planet-spindles, each formed 21. In the upper end of the sleeve is held in any way, as by being forced into the sleeve, another outer ball-bearing race 22. The bolster (specifically, its plug has a reduced and underneath-flat seat 20a and a stem 23 depending through hole 16a and on which is a dished spring-washer 24- held against wall 16 by a nut 25 screwed on the stem. The bolster, with its seat resting on wall 16, tends o to stand vertically, though it is mounted for tilt-ing under the influence of centrifugal force in a radial direction (guided by slot 15a) when the carrier is rotated.

In each such bolster, to wit, in the bearings 21-22, is journaled a planet spindle 26 which has secured on its lower end, by a nut 27, an inner ball-bearing rac-e 21a and jammed thereon the inner ball-bearing race 22a, the

-..races 21a and 22a being arranged as complements of the races 21-22, 28 being the balls between the races. Between the two sets of races may be packing 29 for lubricant. Each spindle has a driving whirl 3() flanged at its v.lower end and arranged above the shell 17 and on its upper end it may have affixed thereto, as by being screwed thereon, the supply spool 3l. I term each spindle and core a yarn-core element.

For guiding the yarn there is a guide or 30 spider 32 having yarn guide holes 33 in its several arms. It is formed with a central hub 34- which is bored to receive the reduced upper end of the sun-spindle and counter .bored at 34a to receive a spiral spring 35 35 interposed between the lower end of the counter-bore and a nut 36 screwed on said spindle, wherebyV the spider is normally depressed against .a collar 3'? on said spindle. The hub N:34 has a depending lug 38 which is received 4:0 in aI notch 39 in the collar of such width as to limit rotation .of thespider to degrees, or from the position where its holes 33 vertically register with the planet-spindles to a ...position where they so register with the 45 vspaces between them (there being in the present case four equally spaced planet-spindles and four arms to the spider) and permit doihng of the spools from the planet-spindles.

- y.'Ihe spider may be retained in the first posil tion by a counter-notch 39a into which, under pressure of spring 35', the lug 38 may enter.

The plniiet-spindlen whirls are all equally spaced from the axis of the sun-spindle and of equal diameters, and they are surrounded by an annular race or rino' 40 resting on their lar all the whirls contact therewith.

flanges and having an exterior peripheral groove which is traversed by a pin 4:1; the inner diameter of the ring or race is prefrably such that with their axes perpendicu- A detent in the forni of a linlr l2 attached to an upstanding post i3 on the rail 1 and having a hoolr to engage pin 4:1 is employed to hold i the ring from rotation when the unit is opern gm spinning, doubling and twisting;

when this detent is unhooled from the pin the ring is free torotate around the sunspindle, as when doubling and twisting. The construction is such that the link not only affords a pivotal connection between the race and post when they are Coupled thereby but the link and post have some elasticity, where by the race yields to the vibrations of the unit both diametrically and rotatively of the carrier.

df. is a guide through which the spun or individually twisted, doubled and twisted, or merely d oubled and. twisted, yarn passes up to some receiving spool or the like.

Operation-Uien the carrier is being driven by the belt 6 the pressure of the springs 18 plus centrifugal force acting on what I term the yarn supplies comprising the mentioned yarn-core elements and their bolsters tends to tilt said supplies outwardly in the body of the carrier, holding the spindles whirls against the annular race 40, whereby the planet spindles will be rotated reversely to the carrier if the race 40 is held from rota tion by the detent 42; or, if the race is released by disconnecting the detent therefrom.l since the race is now-free to rotate around the axis of the carrier, the planet spindles will stand non-rotating- In the one case the yarns will be first each individually twisted and then doubled and twisted together, and in the other simply doubled and twisted. The springs 18 are Vpresent mainly to insure driving contact of the whirls with the race when spinning, doubling and twisting at a speed too low to insure such contact being effective as the result merely of centrifugal force; they are usually not indispensable. lVhen doti/ing, the attendant lifts the yarn guide or spider and turns it 15 degrees, thus bringing its arms out of registry with the spools and affording them the necessary clearance for their removal and replacing with iilled spools.

Certain important novel features of my invention will be clear upon comparison of my mechanism with those of the Saracco Patents Nos. 1,096,059 and 1,131,981 in the latter of which is an epicyclic train whose yarn spools or cores are shiftable to different angular relations to the main axis of the train but are suspended for this purpose, and in the former of which they are each tiltable on a support from wnich they upstand but on a hinge. Thus: The race or driver of the epicyclic train is actually carried by the aforesaid suph plies, specilically, in the example, by their yarn-core elements; when the unit is operating for individual twisting, doubling and compound twisting such driver is consequent ly free to shift in any direction relatively to the axis and as an incident of the lateral vibrations of the unit due to its described connections faQ-113 with the supporting structure 1. Said driver is disconnectively connected with its anchorage as 43) so as either to be held from or permitted to rotate with said elements around the main axis of the unit. The parts 23-16a form a longitudinal telescopic connection opposing sliding movement of the bolster in a plane coincident with the axis ofy the carrier but permitting rocking movement thereof in said plane .and also universally so that good driving contact between the yarncore element and race or driver 40 will result. Each tiltable member is supported by an underneath support (Wall 16) so as to stand when the'unit is vat rest ina state of stable equilibrium, because a vertical y.line passing through the center' of gravity (here in the axis of the spindle) passes through the base of its seat 20a. The carrier body, by comprising a cylindrical shell and two disks (15 and 16) traversing its bore and the upper l one of which guides the aforesaid tiltable members radially and the lower one of which forms a telescopic joint with each such member.l is well adapted to withstand the forces,

mainly centrifugal, active thereon. e Given a carrier having bolsters for said elements, such carrier has means, afforded by its shell,

' tohouse the bolsters and consequently th lubricant contained therein.y y

In certain aspects of my invention it is only material,'as betweenfthe driver 10 and the carrier andin order that the yarn-core ele? ments be rotated in the carrier, that one of them rotates with reference to the other.

I claim: e I

1. In combination, with supporting structure, a rotary c-arrier revoluble therein, yarncore elements freely krevoluble in the carrier and arranged in planetary relation thereto, and a non-rotating driver having a Contact surface extending around the axis of the carrier and with which said elements peripherally contact and free to shift relatively to the carrier axis transversely thereof.

2. In combination, with supporting structure, a rotary carrier revoluble therein, yarnc-ore elements freely revoluble in the` carrier and arranged in planetary relation thereto, a driver having a contact surface extending around the axis of the carrier and with which said elements peripherally contact and free to shift relatively to the carrier axis, said structure having an anchorage, and means to disconnectively couple the driver to said anchorage.

3. In combination, with supporting structuIre, a rotary carrier revoluble therein, yarncore elements freely revoluble in the carrier and arranged in planetary relation thereto, a driver having a contact surface extending around the axis of the carrier and with which said elements peripherally contact, and elastic means connecting ther driver with said structure and Opposing rotation of the driver with said elements.

4. In combination, with supporting structure, a rotary carrier vrevoluble therein, yarncore elements freely revoluble in the carrier and arranged in planetary relation thereto, a freely rotative-driver having acontact surface extending around the axisy of the carrier and with Which said elements peripherally contact, and means, connecting the driver with'said structure and pivoted to one and detachably connected to the other ofthem, to oppose at will rotation of the driver with said elements.

5. In combination, with supporting struc'- t-ure, a rotary carrier revoluble therein, yarncore elements freely revoluble in the carrier and arranged in planetary relation thereto, a driver having a contact surface extending around the axis of the carrier and with which said elements' peripherally contact and a lilik connecting the driver with said structure and pivoted to one oftheni and opposing rotation of the driver with said elements.

6. In combination, with supporting' structure, a carrier body member arranged therein, yarn 'supplies arranged in said member around a. common upright axis and respectively including yarn-core relements revoluble on upright axes, and a driver member carf riedby said supplies and vhaving a contact surface extending aroundsaid axis and with which said elements peripherally contact, one of ysaid members being revoluble around said axis relatively to the other.

7. In combination, with supporting structure, a carrier body member arranged therein, yarn supplies arranged in said member around a common upright axis and respectively including yarnfcore elements revoluble onupright axes, and a driver member carriedfby and extending around said supplies and having said elements peripherally in contact with itsy inner periphery, one of said members being revoluble around said axis relatively to the other.

8.k In combination, with supporting structure, a carrier body revoluble therein on an upright axis, yarn supplies arrangedin said body around said axisand respectively including yarn-core elements revolubleon upright axes, and a driver Acarried by said supplies and having a contact surface extending around said axis and with which said elements peripherally contact; Y A 9. In combination, with supporting structure, a carrier` body revoluble therein on an upright axis, yarny suppliesarranged in said body around said axis and respectively including yarn-core elements revoluble on uprightA axes, and a driver carried by and extending around said supplies and having said elements peripherally in contact with its inner periphery. y

y 10. In ,n combination, with supporting structure, a carrier body revoluble therein on an upright axis, yarnsupplies arranged in said body around said axis and respectively including yarn-core elements revoluble on upright axes, a driver carried by said supizo plies and having a contact surface extending around said axis and With which said elements peripherally contact, said struct-ure having an anchorage, and means to disconnectively couple the driver to said anchorage.

11. In combination, With supporting structure, a carrier body revoluble therein around an upright axis, a yarn supply arranged in the body in offset relation to said axis and including a revoluble yarn-core element having its axis upright, and a driver having a contact surface extending around the first axis and With which said element is normally held in peripheral contact, said supply having an underneath seat on said body on which it is free to rock universally and having its center of gravity in a vertical line passing through said seat.

12. In combination, With supporting structure, a carrier body revoluble therein around an upright axis and comprising a shell formed substantially cylindrical around said axis and a wall traversing the shell, a yarn supply including a revoluble yarn-core element having its axis upright, said supply being roclable in an upright plane on said Wall and said Wall confining the supply from sliding in said plane, and a driver-having a contact surface extending around the first axis and with which said element is normally held in peripheral contact.

13. In combination, With supporting structure, a carrier body revoluble therein around an upright axis and comprising a shell formed substantially cylindrical around said axis and upper and lower spaced Walls traversing the shell, ay yarn supply including a. revoluble yarn-core element having its axis upright, said supply being rockable in an upright plane on one vvall and such Wall confining the supply from sliding in an upright plane and said supply being guided in such rocking by the other Wall, anda driver having a Contact surface extending around the first axis and with which said element is normally held in peripheral contact.

14. In combination, a support, a bolster seated on and having a depending portion penetrating the support, means, including a spring and arranged on said portion, to hold the bolster pressing against its seat on the support, a rotary yarn-supply means journaled in and upwardly removable from the bolster and having a peripheral projection, and detent means yieldingly held clamped by the first means in position to overlie said projection and obstruct removal of the bolster. A

15. In combination, a support, a bolster seated on and having a depending portion penetrating the support, a rotary yarn-supply means journaled in the bolster, and means, including a spring and arranged on said portion, to hold the bolster pressing against its seat on the support, said means positively locking the bolster against rotation on the support.

16. In combination, a bolster, a carrier journaled therein with its axis upright and including an axial spindle, a yarn-core arranged on the carrier eccentrically thereof, and a. yarn-guide on the spindle having an eccentric yarn-guiding arm and rotatable on the spindle to bring said arm into or out of overhanging relation to said yarn-core, said spindle and yarn-guide having means to releasably hold the yarn-guide in overhanging relation to said yarn-core.

17. In combination, with supporting structure, a rotary carrier revoluble therein, yarncore elements freely revoluble in the carrier and arranged in planetary relation thereto,

and a non-rotating driver having a contact y surface extending around the axis of the carrier and with which said elements peripherally contact and free to vibrate around said axis.

18. In combination, With fixed structure, a driving means, a rotary carrier to be driven by said means, a support in Which the carrier 1s journaled movable in said structure to move the carrier toward or from said means, yarn-core elements freely revoluble in the carrier and arranged in planetary relation thereto, a driver having a Contact surface extending around the carrier axis and free to shift With said support and carrier toward or from said axis.

In testimony vvhereof I affix my signature.

FREDERICK KLEIN.