US806221A - Winding-machine. - Google Patents

Description

.No. 806,221. PATENTEDIDEC. 5, 1905.

v s. W. WARDWBLL.

WINDING MACHINE.

APPLICATION FILED MAY 24, 1902.

2 SHEETS SHEET 1.

' INVENTOB 95441 M I BY W440.

ATTORNEYS No. 806,221. .PATENTED DEC. 5, 1905.

4 S. W. WARDWBLL.

WINDING- MACHINE.

4 APPLICATION FILED MAY24, 1902.

2 SHEETSSHEBT 2.

ATTORNEYS UNITED, STATES- PATENT OFFICE.

SIMON W. WARDWELL, F PROVIDENCE, ,RHODE ISLAND, ASSIGNOR TO 'UNIVERSAL WINDING COMPANY, or PORTLAND, MAINE, A coaro RATION OF MAINE.

S No. 806,221

FWINDING-MACHINE.

' Patented Dec. 5, 1905 Application filed May 251902. Serial No. 108,825.

To a, whom it may concern Be it known that I, SIMON W. WARDWELL, a citizen of the United States, residing at Provijdence, county of Providence, and State of v Rhode Island, have inventeda newand useful fication and illustrated by the accompanying drawings, of which- Figure 1 represents a portion of a windingmachine, showing the thread-guide and trav- 5 erse-frame and the relation of my invention thereto; Fig. 2, an end view of the outer disk or head for supporting the cop, showing the preferred means of removably attaching it to the cop-tube carrier; Fig. 3, a section of the 3 outer head, taken on the line A A, Fig. 2, and showing the preferred device for securing in place the said outer head. Fig. 4: is a sec-- tional view of the tube-holding device extending through the ring'm on the line B B, Fig.

3-5 8, showing the devices whereby the tube, is

. retained by or disengaged from the tubeholder and also an alternative means forretainingthe head a; Fig. 5, an end view showing in operative position the alternative 4 means for retaining the head n; Fig. 6, an end View of the tube-carriera looking in the direction indicated by arrow C; Fig. 7 ,a view of the inner head of the carrier removed, also looking in the direction indicated by arrow C;

" Fig. 8, an end view of ring at looking in the same direction.

One preferred form and arrangement of my invention is shown applied to a tube-holding device such as is described in my Patent No. 5 690,493, recently issued, in which the tubecarrier is formed with expansible 'staves or segments, whereby the tube is secured.

The tube-holder is arranged between heads ordisks 6 n, the latter at least removable, and the guide 8traverses at each movement the length of the holder in contact with the cop, so as to gradually move outward as the packageincreases in diameter, the heads preventing any such lay or disposition of the threadas would result in a cop with bulging ends. To this end the traverse-frame which supports the guide is shortened, so that it may pass between the heads as, it swings in and out and afford a support on which the guide may travel the length of the package between the heads at each movement.

While the heads or disks may be mounted and secured in any suitable manner on the spindle, I prefer to use the means I will now describe.

On the base end of the tube-carrier a, as

shownin Fig. 4, is mounted a disk or head 5,

fixedly secured to alternate segments 0, leaving the intermediate segments d' free to be expanded and secured from turning by the twoprojections e, which engage the holes f in two of the segments 0.

Mounted on the winding-shaft of the machine to whichthe tube-carrier is'secured is the sleeve g, Fig; 4, adapted to be shifted longitudinally thereon by means of the lever h, Fig. 1, to effect the expansion of the free segments d, 'which'latter have internal projections 'ito engage the ring j of the sleeve g d are sufficiently shorter than the segments 0 to permit the ring m to be passed and protruded through the head J). This is for the purposeof disengaging the completed package from the tube-carrier. The tube on which the package is wound when secured to the tube-carrier extends up to the head I), and the projections Z as they protrude through the head 6 engage the tube after it has been released from the segments (Z and shift it on the carrier to disengage it therefrom.

The outer head n is provided with a hub 0, by which it is mountedv on a stud or projection 9 of the tube-carrier. The recess q accommodates the portion of the tube which projects from the end of the package, thus permitting the head a to be brought close to the end of the package.

To provide for placing the cop-tube upon the carrier and for removing the completed package therefrom, the head a is so secured as to be easily removed. This may be accomplished by various suitable meansas, for instance, one of those now to be described.

As shown in Figs. 2 and 3, at the outer end of the hub n is supported a cup-shaped member or cap 7*. The latter is rotatable on its bearing 3, which is a portion of the hub 0, formed eccentric with the axis of the head 0% and the tube-carrier. The cap r is retained longitudinally by a pin t, fast in the hub 0 and engaging a suitable slot in the cap. In the end of the cap 1" is a circular opening a of appropriate size to slide freely over the tip 10 of the projection p, which is slightly reduced in diameter from the main portion on which the head has its bearing. The opening 1/. is of less diameter than the main portion of the projectionp, so that the latter serves as a stop to limit the extent to which the head a can be slid on its bearing. Between the main or bearing portion and the tip of projection 11 is a circumferential channel 2; of appropriate width to receive the end of the cap to retain the head a in position. The opening a is formed eccentric to the axis of the bearing 8, on which the cap 1" turns, and so related thereto that the turning of the cap will bring it in line with the axial hole in the hub 0. At the inner end of the cap is a recess or channel to, adapted to receive a coiled spring w, secured with one end fast in the cap and the other in the hub 0. The spring 00 maintains the cap normally in the position indicated in Fig. 2, with the opening a eccentric I to the tip of the projection 19 and the annular flange y in engagement with the groove 4). The action of the spring is limited by the pin 2. contacting with the end of its slot. The

latter is of such length that its opposite end contacts with said pin to prevent the turning of the cap beyond a point where the opening shall be concentric with that of the hub. The

periphery of the cap is normally concentric with that of the hub and may be knurled to aflford a good handhold.

The operation of the device is as follows;

that in the hub. The head is then slid onto the projection 10 until the end of the cap contacts with the end of the main portion ofthe' projection 9, at which point the flange 7 of the cap is forced by the spring into the groove '0. The engagement of the cap with the groove retains the head in position. To remove the head a at the completion of the winding, it is necessary only to turn the cap until its opening is concentric with and free to slide over the tip of the projection 12.

A modification of the retaining devices is shown in Figs. 4: and 5, in which the head a is retained by a spring-catch 2, which is adapted to simply move transversely on the end of the hub 0.

The use of removable retaining-heads is not per 86 new in the art of winding, a usual mode of winding some cords having been to wind between heads and before removing the latter to bind together the material wound by a series of ties. In such devices, however, the heads or flanges formed a part of a removable spool, which latter must be disassembled to remove the material wound and reassembled and replaced in the machine before again commencing the winding.

By means of my device it is possible to wind upon the usual inexpensive paper tube, and as the heads I) and it constitute really a part of the tube-carrier a and are used in conjunction with the devices for quickly securing the tubes or dofling the packages materials can be wound that could not otherwise be wound expediently, if at all, for scarcely any more time is consumed in removing the head 72 than is required to remove a'tube or package alone.

The device is particularly valuable in winding certain materials which are so slippery and elastic that they cannot be wound without excessive bulge. By winding such materials between heads in the manner described well-formed cops are wound, which when released retain their shape indefinitely.

Without limiting myself to the precise form of structure or arrangement and correlation of the parts employed, I claim as my invention 1. The combination in a winding-machine, of a tube-carrier, retaining-heads on the tubecarrier, a thread-guide adapted to reciprocate between the said heads, and a movable support on which the guide reciprocates adapted to swing between the said retaining-heads to and from the carrier.

2. The combination with a winding-spindle, of retaining-heads mounted on the spindle, thread-guide, a frame and support thereon on which the said guide is reciprocatcd, said support adapted to swing to and from the spindle between the heads to permit the guide to bear on the surface of the package for the length of the latter at all times during the winding.

3. The combination with a winding-spindle,

of fixed and removable heads on the spindle,

a frame, a guide-support carried thereby enterable between the heads, and a guide adapted teaser at ainmen betweenthe heads' on -said suppo t v.1 4. The combination witharotatable spindle, of a bearingtherefor at one end, a head or disk near. said end only, means for securing it to turn with the spindle, means for retaining a removable cop-tube on said-spindle; a second head or disk, and means for connecting it detachably to the outer free end of the spindle}.

5. The combination with a rotatable spindle,

of a bearing therefor at one end, a head or disk near-said end, means for securing it to turn with the spindle, means for retaining a removable. cop=tube on said spindle, a second head or disk, means for connecting detachably to the outer end of the spindle, a swinging framearranged to swing between said disks,

a guide-support on the frame, and a guide car.- ried by saidsupport.

6. The combination in. a winding-machine of a tube-carrier, formed with a recess at one end and with expansible segments surrounding the recess, a disk fixedly'secured tocer- Y tain of the segments and with theremaining segments. left free to, 'be expanded, internal projections onthe free segments, a sleeve with a projecting ring to engage the said pro-.

jections and a lever-@whereby the sleeve is shifted to expand the segments or permit them to contract. i

7. The combination in a winding-machine of -a tube-carrier. formed with" a recess atone end and with expansible segments surroundingsaid'recess, a disk fixedly secured to a portion of the segments and having radial recess'esbetween the supporting-segments, in-

ternal projections on the free segments whereby they may be expanded, a sleeve movable longitudinallyto engage said projections to expand the free segments, and having radial projections adaptedto pass through the radial recesses in thedisk aforesaid, and a lever engaging saidsleeve whereby it may be shifted in the manner and for the purpose substan-- tially as described. 4 v

8. The combination in a Winding-machine of a tube-carrier having expansible segments,

a disk mounted on the carrier and a sleeve movable longitudinally within the carrier to expand the segments and having portions "adapted to pass through the disk for the purpose and in the manner substantially as described.

9. The combination with a tube-carrier, of 'a head removably mounted on the tube-carrier, and a spring-catch mounted on saidhead to engage the tube-carrier and "locate the head longitudinally thereon, substantially as described. V r

10. A cop-holder .for a winding-machine comprising a tube-carrier a, a disk I) mounted on the tube-carrier,expansible.segments d of the tube-carrier, a sleeve 9 longitudinally movable within' the tube-carrier to expand the said segments, and having a ringZm adapted to be passedthrough thedisk 't'jatd ah'andle 7 w; shift the sleeve .g and its ring, m, a head. n

mounted on-the outer'end of the tube-carrier and removable therefrom, and a spring-catch to secure the removable head at on the tubecarrier, substantiallyas described.

11. 'Thecoir'lbination with the tube carrier of a winding=machine, of ;a removable head therefor having a hub and a rotative springoperated catch mounted on said hub, for securing'said head to or releasing it from the tube- -carrier. i n

12. A device for securing a removable head to the tube-carrier of a windlng-machlne consisting of-a projection of the tube-carrier on which the head is mounted, a'cap secured to the head and rotatively mounted eccentric with the axis of the head, anopening in the end of the cap to receive'the said projection,

eccentric with the cap and normally eccentric v.with the-axis of the head to engage the cap with the'projection.

13. The combination with the removable head'of a tube-carrier, of a retaining-cap havinga bearing thereon eccentric with the axis of the head, means for retaining the cap on its bearing, an opening in the end of the cap eccentric with-the axis of its bearing, and a spring for maintaining the opening normal ly eccentric withthe axis of the head.

14. A device for securing a removable head on a tube-carrier, comprising a hubon said head, a circular portion of thehub eccentric "with the axis of the head, a cap mounted to i turn onsaid eccentric portion, means for retaining the caplongitudinally on the head, an openingin the end of the cap eccentric with IOO the bearing of said cap and adapted to receive the end of a stud, a circular groove in the stud, 1

adapted to be engaged by the end of the cap,

and means for normally maintaining the cap withits opening eccentric with the axis of the head and in engagement with the said stud, 15. The combination with a removable head for a cop-tube carrier, 'ofa projection of said carrier serving as a bearing for the head, a tip on said projection of less diameter than the bearing portion, a peripheral groove in the projection between the bearing portion and the tip, a cap, a bearing on the headfor the cap, eccentric with the axis of the head, means for retaining the cap on its bearings, and for 1 limiting its movement,an opening in the end of the'cap, adapted to pass over the tip but engaging the end of the bearing portion of the projection, and a spring for maintaining said IIO opening eccentric with the axis of the head to engage the end of the cap with the groove.

4 16. The combination ina cop-retaining head for a winding-"machine, with a hub on said head, ofa cap rotatively mounted on the hub eccentric with'its axis,havinga peripheral slot and a'hole eccentrically located in the end of I the cap, adapted to be shifted into line with.

the axis of said hub by rotating the cap, a pin mounted in the hub aforesaid engaging the Intestimony WhereofI have signed my name peripheral slot of the cap to retain it longituto this specification in the presence of tWo sub- I0 dinally in position and limit its rotative movescribing Witnesses. ment, a projection serving to support the said 5 head, a tip to said projection adapted to enter SIMON Vl B the opening in the cap andacoiled spring en- Witnesses: gaging the hub and cap to normally maintain ARTHUR A. ARMINGTON,

the cap in engagement Withsaid tip. JOSHUA B. HALE.

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