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Publication numberUS2078448 A
Publication typeGrant
Publication dateApr 27, 1937
Filing dateSep 18, 1935
Priority dateSep 18, 1935
Publication numberUS 2078448 A, US 2078448A, US-A-2078448, US2078448 A, US2078448A
InventorsGustave Frank
Original AssigneeGustave Frank
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Machine for marking hosiery or other articles
US 2078448 A
Abstract  available in
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Claims  available in
Description  (OCR text may contain errors)

G. F. JOST EPW389443 MACHINE FOR MARKING HOSIERY OR OTHER ARTICLES April 27, 1937.

Filed Sept. 18, 1935 3 Sheets-Sheet l INVENTOR. GMZIauefEnk Lfofii ATTORNEY.

1 I 7 Jim I I 1 'llllflL-nlllllll l April 27, 1937.

G. F. JOST MACHINE FOR MARKING HOSIERY OR OTHER ARTICLES Filed Sept. 18, 1935 3 SheetsSheet 2 ATTORNEY.

April 27, 1937.

G. F. JOST 2,@78,448 MACHINE FOR MARKING HOSIERY OR OTHER ARTICLES Filed Sp tQ 18, 1935 3 Sheets-Sheet 3 I INVENTOR. uaZZu/e firm JOfi ATTORNEY.

Patented Apr. 27, 1937 UNITED STATES PATE'E' OFFIQE MACHINE FOR MARKING HOSIEBY OR OTHER ARTICLES 27 Claims.

This invention relates to machinery for marking or printing hosiery or other articles, by transferring the desired markings from a strip of paper or other sheet material to the articles to be marked.

Generally stated, the object of the invention is to provide a novel and improved construction and arrangement whereby the hosiery or other articles to be marked may be caused to pass l successively through a machine that will automatically transfer the desired marking from a strip of paper to the hosiery or other articles, in a manner that will obviate the necessity of any hand work, in the transfer of the markings from the paper to the stockings or other articles, even though heat may be required to make the transfer effective, the hand work required being that which is necessary for the proper positioning of the stockings or other articles on the machine.

It is also an object to provide certain details and features of construction and combinations tending to increase the general efficiency and desirability of a machine of this kind for transferring wax or other desired markings from paper to the goods or articles to be marked.

To the foregoing and other useful ends, the invention consists in matters hereinafter set forth and claimed and shown in the accompanying drawings, in whi'ch Fig. 1 is a side elevation of a transfer machine for placing the desired markings on stockings or other articles, embodying the principles of the invention.

Fig. 2 is an enlarged detail perspective View of certain portions of said machine.

Fig. 3 is a perspective of one of the stockings, showing the manner in which the same is folded for placing on the machine.

Fig. 4 is an enlarged transverse section on line 4-4 in Fig. 1 of the drawings.

Fig. 5 is a detail section on line 55 in Fig. 4 of the drawings.

Fig. 6 is a similar view on line 6--6 in Fig. 4 of the drawings.

Fig. 7 is a similar view on line 'l-J in Fig. 4 of the drawings.

Fig. 8 is an enlarged detail section on line 88 in Fig. 7 of the drawings.

As thus illustrated, the invention comprises a machine body I provided at its top with a horizontal table 2, and provided at its ends with rollers E: and 4, which are preferably adjustable toward and away from each other, and upon which rollers a conveyor belt 5 is supported. In this way, the upper portion of the belt 5 is adapted to rest on the table 2, and is adapted to serve as a support for the folded stockings 6, shown in Fig. 2 of the drawings, each stocking having been folded as indicated in Fig. 3 of the drawings. The table 2 may have spacing marks I thereon to indicate the positions of the stockings.

A strip of paper 8, upon the lower surface of which the wax transfers are carried, or other impressions or markings, is arranged to travel over sheaves 9, l!) and l I, and around the rotary feed roller l2 and the idler l3, from the roll l4 upon which the supply of paper is carried. As fast as the transfers are removed and placed on the stockings, the waste paper is collected on the roll I5, the latter being the feed roll that pulls the paper along crosswise of the conveyor belt 5 previously mentioned.

In order to transfer the wax markings from the paper to the stockings, a presser plate i6 is provided, immediately above the conveyor belt 5, containing an electrical heating element, and by means of a flexible cord I1 current is supplied to said element to keep the plate heated to the desired temperature. This plate I6 is carried on the lower end of a rod 18 that is. movable up and down in the bearing is, which latter is adjustable horizontally on the supporting arm 20, and a spring 2| is interposed between the lower end of the bearing 19 and the top of the presser plate, and when the arm 2!) moves downwardly, the said spring provides the presser plate I5 with a yielding pressure on the paper 8, sufficient to press the latter against the stocking 6 on the conveyor belt 5, so that the wax impression will be transferred from the paper to the stocking, in the desired manner.

For the driving of the machine, an electric motor 22 is provided and connected by a belt 23, at whatever ratio is desired, with the longitudinal shaft 24, which latter is connected by the worm gearing 25 with the transverse shaft 26, upon the axisof which latter roller 21 is mounted to cooperate with the idler roll 28 for gripping and feeding the lower portion of the conveyor belt 5, as indicated in Figs. 1 and 4 of the draw ings. To intermittently rotate the roller 27, the shaft 26 is provided with a plate 29 upon which, a lever or dog 36 is pivoted, and provided with a roller 3! for engaging the stationary cam 32, as shown more clearly in Figs. 5 and 6 of the drawings. The shaft 33 for the roller 21 is, as previously indicated, disposed in alignment with the shaft 25, and this shaft 33 is provided with a ratchet or clutch plate 35 having notches 35 for engagement with the dog or detent 30, previous- 1y mentioned. Thus, the continuous rotation of the shaft 26, by the motor 22, through the worm gear 25, will cause intermittent rotation of the shaft 33 and the rolier 21 because of the disengagement of the dog or detent 3% from one of the notches 35 each time the roller 31 engages the cam 32 previously mentioned. In this way, the belt 5 is stationary each time the presser plate H5 is moved downwardly to transfer an impression from the paper to the next stocking.

To operate the arm 26 up and down, in timed relation to the intermittent feeding motion of the belt 5, the cam 29 is properly shaped to engage the roller 3% on the vertically disposed bar 37?, which latter is movable up and down in the bearings 38 and 39, there being a spring 49, as shown in Fig. 4 of the drawings, to cause the upward movement of the bar 3?, and the consequent upward movement of the plate It away from the paper strip.

To provide an intermittent feeding movement of the paper strip 8, the shaft t! of the roller l2, previously mentioned, is provided with a pinion 42 for engagement with the vertically disposed rack 43, which latter is suitably mounted in the body of the machine to slide up and down, with a coil spring 4' 1 suitably arranged to move the rack 43 downward, and with adjusting means 45 to adjust the tension of said spring, as well as the stroke of the rack thereby to adjust the feeding stroke of the paper strip 3 under the heated pressure plate. The lower end of the rack 43 is disposed in position to engage the cam 45 on the shaft 26, so that the rack 3 is moved up wardly by this and then moved downwardly by the spring M previously mentioned. The shaft 4! and the shaft M of the roll l5 are connected together by a coil spring driving belt 48, so that the paper 8 will be given an intermittent feeding motion in properly timed relation with the presser plate l6 and the conveyor belt 5, so that each time the presser plate It moves downwardly, a wax impression on the paper will be held stationary below the presser plate, while the stocking or other article is also being held stationary by the conveyor belt and the pressure exerted by said plate will cause the belt 5 to rest on the table 2, so that the desired necessary pressure may be exerted upon the stocking or other article. If desired, the periphery of the roll 52 may be provided with small, sharp points to engage the paper strip 8, to properly feed the latter. To permit the rack 53 to move downwardly, without rotating the shaft M backward, the ball or roller clutch device t9, shown in Fig. 8 of the drawings, may be interposed between the shaft 6! and the roller I2, whereby the roller will be rotated when the rack 43 moves upwardly, but will not be rotated when the spring 4 moves the rack downwardly.

Thus, the invention provides means for practically automatically, by simple machinery, transferring wax impressions or markings from a strip of paper to stockings or other articles, by means of a heated presser plate, thus obviating the necessity of any hand work in the marking of the stockings or other articles. Of course, the stockings must be placed by hand on the conveyor belt, but there is no hand work involved in the transfer of the wax impressions from the lower surface of the paper to the stockings or other articles. Previously, this work was done by hand, by using an ordinary flat iron, or hand iron, of suitable character, but this hand work is eliminated by the use of the machine, as shown and described.

The machine shown and described is illustrative of one form of the invention and it will be understood that while the transfers are shown as being fed transversely of the conveyor belt upon which the stockings are carried, it is obvious that the transfers can be fed or supplied in any suitable or desired manner, without departing from the spirit of the invention.

It will be seen that the casting or machine body I, together with the plate H5 and the various belt and strip feeding instrumentalities, constitute a structural machine unit distinct from the table 2, which latter with its feed rolls 3 and 4 and belt 5 and legs 5!] constitutes another structural unit. Preferably, as shown, the machine unit body i is supported by the under frame 5| of the table unit. By employing the two units in this manner advantages are obtained in connection with the construction and assembly of the machine, as well as in the use thereof. With the strip 6 provided with a separate and independent feed, the impressions thereon can be closer together than are the stocking or articles 8 on the feed belt 5, and thus a saving in paper, from which the said strip is usually made is accomplished, as compared with what would be the case if the impressions were spaced apart the same distance as the stockings or other articles. The belt 5 rests on the top surface of the table 2, with enough of the latter left exposed for use by the workers in folding and removing the hosiery or other articles. In this way the hosiery or other articles can be spaced apart the desired distance, and the length of the table and belt are such that a plurality of said articles can be approaching the strip and the plate 5 I 6, when the machine is in operation, and the stamped articles can be removed from the belt to the surface of the table, after they move out from under the strip and hot plate. The workers can stand at either or both sides of the table, in order toproperly place the folded hosiery on the belt at one end of the table, and to remove them at the other end thereof. Preferably, the stamped hosiery should remain long enough on the belt to enable the wax impression to cool and harden. Obviously, the decalcomania or transfer unit having the body I can be assembled with the table unit in a manner to permit relatively convenient and easy separation of one unit form the other, for the purpose of making repairs, or for any other desired purpose.

Also with the construction. shown and described, the means for feeding the tape or strip 3, and the means for vertically reciprocating the hot plate 56, are supported entirely at one side of the table unit upon which the belt 5 travels longitudinally. Obviously, the inverted U-shaped casting, shown more clearly in Fig. 4, for supporting the shafts upon which the feed rolls Z'l and 28 are mounted, may be fastened to the under side of the table 2, or it may be supported on the body 5 in any suitable or desired manner. Thus the compact machine unit having the body l is structurally distinct from the table unit, and is set into the side of the latter, in the manner shown, and the continuously rotating shaft 26 of the said machine unit is adapted to be connected to the shaft 33, through the medium of the elements 29 and 3 3, as previously explained, whereby the table unit need support no moving parts except the conveyer belt 5 and the rolls 3 and 4, and possibly the rolls 2'! and 28 as well, although it is obvious that these two feed rolls may easily be a part of the machine unit having the body l upon which all other movable parts are'supported. And, of course, by using the tape or strip 8 transversely of the belt 5, the problem of organizing the two units, and of satisfactorily feeding the strip 8 by means of simple power transmitting connections, is simplified and rendered more satisfactory not only in the manufacture and assembly of a machine of this kind, but also in the commercial use thereof.

What I claim as my invention is:

1. In a machine for transferring wax or other impressions from sheet material to stockings or other articles or goods, the combination of means forming a table extending horizontally and longitudinally of the machine, supported independently on the floor and forming the main body portion of the machine, of a height and width convenient for use by workers at each side thereof, conveying means for receiving and moving the goods or articles lengthwise of said table along a'predetermined path thereon, in predetermined spaced relation, feeding means for feeding the transfers transversely of said predetermined path, above the goods or articles to be marked, in predetermined spaced and timed relation to said spacing of the articles, an intermittently operated presser plate toward which the said spaced articles are fed by said conveyer means, for subjecting each successive transfer to downward pressure against the article to be marked, while the article is supported against the pressure and in marking position by the fiat top surface of said table, and cooperating instrumentalities whereby the conveying means and the transfer feeding means are stationary each time the presser plate is operated.

2. A structure as specified in claim 1, comprising means for heating the said presser plate, whereby wax or similar impressions may be transferred to the article to be marked.

3. A structure as specified in claim 1, said presser plate having spring means for causing it to exert a yielding pressure upon the article to be marked.

4. A structure as specified in claim 1, said conveying means comprising an endless belt operating longitudinally of the machine, and said transfer feeding means comprising a strip of sheet material, with rollers and sheaves for supporting and operating said strip of sheet material intermittently in properly timed relation to said intermittent feeding motion of said endless conveyor belt.

5. A structure as specified in claim 1, said conveyor means comprising an endless belt arranged to operate longitudinally of the machine, and worm gearing and an automatic clutch device for actuating said endless belt.

6. A structure as specified in claim 1, said transfer feeding means comprising a rack and pinion actuated roller, together with a one-way clutch interposed between the roller and said pinion.

7. A structure as specified in claim 1, said transfer feeding means comprising a rack and pinion actuated roller, together with a one-way clutch interposed between the roller and said pinion, in combination with a spring for actuating the rack in one direction, and a cam for actuating the rack in the other direction, said cam serving as the instrumentality for intermittently moving the transfer feeding means.

8. In a machine for transferring impressions from a strip to hosiery or other articles, an oblong table, a conveyer belt extending longitudinally of said table, with its upper stretch resting and traveling on the top of the table, the latter being wider than the belt to provide exposed table surface upon which to work, means for feeding said belt with the articles spaced apart thereon, means forv feeding the strip in suitably timed relation to said belt, and means for pressing the strip downwardly against each article, while the latter is supported against the pressure and in marking position by said table, to transfer the impressions to said articles successively.

9. A structure as specified in claim 8, said strip being arranged above and transversely of said belt.

10. A structure as specified in claim 8, both said strip and said belt having intermittent feeding motion, independently of each other, so that the impressions on the strip may be closer together than the articles on the belt.

11. A structure as specified in claim 8, comprising feed rolls forming said means for feeding the belt, engaging the lower stretch of the latter below the table in the transverse plane of said plate and strip, with rolls at the opposite ends of the table to support said belt.

12. In a machine for transferring wax or other impressions from sheet material to stockings or other articles or goods, an endless belt conveyer for receiving and feeding the articles in predetermined spaced relation, means for feeding a strip of transfers relatively to said articles, in predetermined timed relation thereto, a heated plate for pressing the transfers upon the articles, a table for supporting the belt against the pressure of said plate, supported independently on the floor, a shaft extending transversely of and below said table, with the latter extending a distance at each end thereof beyond said strip, a feed roll in axial alignment with and operated by said shaft for engaging and feeding the belt, means on said shaft for causing actuation of said transfer strip, and means on said shaft for causing actuation of said heated plate.

13. A structure as specified in claim 12, comprising an automatic clutch between said shaft and said roll, in axial alignment therewith, whereby continuous rotation of the shaft will be converted into intermittent rotation of said roll.

14. A structure as specified in claim 12, having means for causing continuous rotation of said shaft, and devices in axial alignment therewith and whereby such rotation is converted into intermittent motion on the part of said belt and strip and plate.

15. A structure as specified in claim 12, said table having exposed supporting surfaces at each side of the upper stretch of said belt, for the convenience of workers at each side of the table.

16. A structure as specified in claim 12, the

'means for actuating the strip comprising a rack and pinion with a one way clutch between the pinion and the strip, and a cam on said shaft to actuate the lower end of the rack.

17. A structure as specified in claim 12, said shaft being disposed transversely of said belt,

with cams thereon forming said means for causing actuation of the plate and strip.

18. A structure as specified in claim 12, the means for actuating the heated plate comprising a vertically reciprocating member supporting said plate and operated by cam connection with said shaft.

19. In a machine for transferring impressions from a strip to hosiery or other articles, a table having a conveyer belt operating longitudinally of the top thereof, to receive and carry the articles along in spaced relation, forming a relatively long table unit, supported independently on the floor, and a relatively small machine unit disposed transversely of and at an intermediate point in the length of said table, said machine unit comprising a body structurally distinct from said table unit and having power operated means thereon for feeding the belt and the strip, in timed relation, and for heat pressing the paper against said articles, to transfer the impressions thereto.

20. A structure as specified in claim 19, said feeding means for the strip being supported entirely at one side of said table, on said machine unit body.

21. A structure as specified in claim 19, in which said strip is supported to travel transversely of and above said belt.

22. In a machine for transferring wax or other impressions from sheet material to stockings or other articles or goods, the combination of conveying means for receiving and moving the goods or articles along a predetermined horizontal path, in predetermined spaced relation, the conveying means being operable in a manner to maintain said spaced relation of the articles thereon, feeding means for feeding the transfers successively, in timed relation to said spacing of the articles, into position to be pressed downwardly against the stockings or other articles, a flat faced presser operative for successively pressing the transfers flatwise against the stockings or other goods, and a flat support for said conveying means, subject to the pressure of said presser.

23. A structure as specified in claim 22, said means for feeding the stockings or other articles comprising an endless conveyor belt extending horizontally and longitudinally of the machine, with table surface at each side thereof for the workers, and feed rolls for engaging the lower stretch of said belt.

24. A structure as specified in claim 22, said means for feeding the transfers being arranged to operate transversely of an over the said path of travel of'the stockings or other articles, so that the latter travel along said path in a horizontal plane while the transfers travel in a transverse path in a horizontal plane above.

25. A structure as specified in claim 22, including means for heating said presser, thereby to hot-press the transfers upon the stockings or other articles.

26. A structure as specified in claim 22, said means for feeding the stockings or other articles comprising an endless conveyor belt extending horizontally and longitudinally of the machine, and feed rolls for engaging the lower stretch of said belt, together with a continuous power drive and means intermediate the latter and said rolls to convert the continuous drive into intermittent feeding motion of said rolls and said belt.

2'7. A structure .as specified in claim 22, said means for feeding the stockings or other articles having intermittent motion, and the means for feeding the transfers having similar motion, whereby the said articles and transfers are stationary, with the transfers superposed flatwise upon the articles, each time the presser 1s operated.

GUSTAVE FRANK. J 0ST.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2501539 *Apr 26, 1948Mar 21, 1950Ruth James AApparatus for applying decalcomanias to hosiery
US2547602 *Mar 25, 1949Apr 3, 1951Art Lines IncMetallic ribbon imprinting apparatus for book matches
US2634789 *May 14, 1949Apr 14, 1953Burdick RichardMeans for decorating screen wire
US2657159 *Jul 14, 1945Oct 27, 1953Harry Ernest RubensMethod of making clothing from component parts of sheet material
US2684547 *May 28, 1949Jul 27, 1954Paramount Textile Mach CoTransfer applying machine
US2690104 *Feb 5, 1952Sep 28, 1954May Hosiery MillsCombination labeling and marking machine
US2776509 *Jun 2, 1952Jan 8, 1957Kienel Joseph ETransfer applicator
US3037477 *Apr 15, 1957Jun 5, 1962Better Packages IncTape dispenser with tape softening instrumentalities
US3175533 *Oct 6, 1961Mar 30, 1965Johnson & JohnsonTail tacking device
US3252847 *May 23, 1961May 24, 1966BillingsCoating apparatus and method
US3365321 *Oct 25, 1963Jan 23, 1968Kent Plastics CorpMethod of decorating a plastic article utilizing resist and decorative layers portions of which are removed by an adhesive film
US5725725 *Dec 13, 1995Mar 10, 1998Conti Complett S.P.A.Automatic sock labeling machine
US6042674 *Apr 23, 1998Mar 28, 2000Todd Motion Controls, Inc.Hosiery banding apparatus and method
US6192655 *Aug 31, 1999Feb 27, 2001Todd Motion Controls, Inc.Hosiery manipulation device and method
Classifications
U.S. Classification156/542
International ClassificationD06H1/02, D06H1/00
Cooperative ClassificationD10B2501/043, D06H1/02
European ClassificationD06H1/02