US1273443A

US1273443A - Buttoning-machine.

Info

Publication number: US1273443A
Application number: US22488718A
Authority: US
Inventors: Lewis J Bazzoni
Original assignee: United Shoe Machinery Corp
Current assignee: United Shoe Machinery Corp
Priority date: 1918-03-26
Filing date: 1918-03-26
Publication date: 1918-07-23
Anticipated expiration: 1935-07-23

Description

L. J. BAZZONI.

BUTTONING MACHINE.

APPLICATION FILED JUNE I3, 1916. RENEWED MAR. 26.1918.

Patented July 23, 1918.

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L. l. BAZZONI.

BUTTONING MACHINE.

APPLICATION FILED JUNE 13, I916. RENEWED MAR. 26. 191B.

Patented July 23, 1918.

3 SHEETS-SHEET 2.

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L. J. BAZZONI.

BUTTONING MACHINE.

APPLICATION FILED JUNE 13. 1916. RENEWED MAR. 26, 1918. 1,273,443.

Patented July 23, 1918.

3 SHEETS-SHEET 3 UNITED STATES PATENT onrion.

LEWIS J'. BAZZONI, OF SWAMP SCOTT, MASSACHUSETTS, ASSIGNOR, BY MESNE ASSIGN- MENTS, TO UNITED SHOE MACHINERY CORPORATION, OF PATERSON, NEW J JERSEY,

A CORPORATION OF NEW JERSEY.

BUTTONIN GrMACHIN E.

Application filed June 13, 1916, Serial No. 103,446.

To all whom it may concern:

Be it known that I, LEWIS J. BAzzoNI, a citizen of the United States, and resident of Swampscott, in the county of Essex and State of Massachusetts, have invented certain Improvements in Buttoning-Machines, of which the following description, in connection with the accompanying drawings, is a specification, like reference characters on the drawings indicating like parts in the several figures.

This invention relates to buttoning machines, and is herein shown as embodied in a machine particularly adapted for use in the manufacture of boots and shoes for buttoning, in accordance with the usual practice, several of the buttons of the shoe upper prior to the assembling and lasting operations in order to. facilitate the proper lasting of the shoe and to insure that the buta ton piece and the buttonhole fly shall be correctly positioned in the finished shoe. It should be understood, however, that the invention, in many of its features and in its broader aspects, is not limited in utility to machines for buttoning shoes nor restricted. to the precise embodiment herein illustrated, but is susceptible of various embodiments and applicable to various uses upon different classes of work.

It will also be apparent from a consideration of the drawings and description that the illustrative machine may be used with equal facility for performing buttoning operations upon finished shoes as well as for buttoning the upper materials of a shoe be fore the shoe is lasted.

The inventionis herein illustrated as em: bodied in a machine for buttoning a'plurality of buttons simultaneously, but it will be apparent from a consideration of the construction and mode of operation of various portions of the illustrative machine that in many of its aspects the invention is not limited to a machine of this particular type.

An object of the invention is to provide a buttoning machine of simple construction in which the work may be quickly arranged in position for buttoning and which will perform the buttoning operation in a rapid and efi'ective manner.

Specification of Letters Patent.

Patented July 23, 1918.

Renewed March 26, 1918. Serial No. 224,887.

Important features of the invention reside in novel means for effecting relative move ment between a button and the material adjacent to a buttonhole to perform a buttoning operation with respect to the button. The construction shown provides buttonhole fly engaging means constructed and arranged for wiping engagement with the material at opposite sides of a buttonhole to effect a progressive movement of the material into buttoned position, said means, in the illustrative construction, being movable longitudinally of the buttonhole.

A further feature of the invention consists in novel means for insuring the disposal of the material adjacent to a buttonhole in buttoned position under the head of a button. For this purpose the invention in its illustrative embodiment, provides buttoning means for forcing the material adjacent to a buttonhole under the head of a button and means for positioning the button in such manner as to permit it to be lifted by the buttoning means. comprises means movable relatively to the material of the buttonhole fly to press it toward buttoned position and to lift the button to facilitate the disposal of the material under the edges of the button head.

Another feature of the invention consists in novel means for opening a buttonhole for the reception of a button, the construction shown comprising means movable longitudinally of the buttonhole in spreading engagement with the material at the edges of the buttonhole.

The above and also other features of the invention, residing particularly in novel work positioning and work ejecting means and in various novel details of construction and combinations of parts, will now be described with reference to the accompanying drawings and pointed out in the claims.

In the drawings, 1

Figure 1 is a view in side elevation and partly in vertical section of a machine in which the invention is embodied, the cooperating parts of the machine being shown in their initial or starting positions with an article such as a shoe upper in position to be buttoned;

Fig. 2 is a top plan view of the machine The construction shown 7 shown in Fig. 1, with portions'broken away in order to illustrate the constructionmore clearly;

Fig. 3 is a view partly in elevation and partly in vertical section showing more in det-ail 13013171011 of the mechanlsm seen 111 Fig. 1;

Fig. 1 shows one of the buttoning members in rear elevation;

. Fig. 5 is a vertical section on the line 5-5 of Fig. 4;

Fig.6 is a'bottom view of the buttoning member seen in Fig. 4c;

' Figs. 7, 8 :and9 are views in verticalsec- .tion through a portlon of the mechanism, illustratingsuccesslve stages 111 a buttomng operation;

Fig. .10 is a view in side elevation of the- -mechan1sm seen in Flg. 7' at the .same stage in the buttoning operation, andv Fig.- 11 is a detail of a portion of the mechanism for operating a work clamp with which the machine is provided.

Themachine comprises a plurality of sets :of cooperatinginstrumentalities, each set including button and button-hole fly posi- "tionin g means and abuttoning device. Each set has its own independent support, and

the several supports are mounted for relative' movement to conform to differences in the spacing of buttons and buttonholes on different pieces of work. In the machine shown there are five sets of instrument-alities, in order to adapt the machine for buttonin'g :five buttons at each presentation of a piece of work, but it will be understood that the machine may include any suitable number of sets, according to the number of buttons-which it may be desired to button.

-A base or frame on which the olfJerating -mechanism is mounted is indicated at 10 and an operating shaft at 11, the frame be- "in-g provided with bearings for the shaft.

A plurality of adjustable button position ing members are indicated at 12, these members comprising forwardly directed forks for the reception of the buttons when the work is initially presented to the machine Each of the members *12 is secured to a separate arm 13, and the several armsare p votally mountedupon an upright rod 1 1 secured in the frame '10. As show-nby Fig. 1', each arm 13 has two separate portions embracing the rod 14-. The two portions of one arm are indicated at 13, those of another arm at 13 those of the third arm at 7 13, and thoseof the fourth at 13 The gfi fthor central-button positioning fork is indicated at 12 in Fig. 2. This fork, as dis- :tinguished from th 'e forks 12, is fiXed-in position, being secured directly to the frame '10. 'T he fiXe'd fork is the middle fork of i the series o'f-five, and inconsequence of this arrangement the relative adjustment of the 6 5*severa l fork-s is simplified.

The

forks

12 and 12*, as clearly shown in Figs. 1, 7 8 and 9, receive the shanks of the buttons and support the buttons and the button piece. 011 the drawings a button is indicated at a and the shank at a, theshank' being secured by a staple Z2 tot-he button piece 0 of the shoe, 'gaiter or'other article. The buttonhole fiy is indicated at (Z, and a buttonhole at (Z.

Each

member

12 or 12 is slotted, as shown by Fig. '2, to receive a buttonhole fly positioning member 16. Each of the members 16 has an upwardly extending point 1(3 adapted to engage in a buttonhole, as. shown by Fig. 1, to determine the'position of the buttonhole in relationto thecorresponding button. Each member 16 is in the form of a bell-crank and is pivoted at 17 on the

member

12 or 12*. The downwardly extending arms of the several members 16 are all engaged by a single operating lever 18,

the latter havingfor this purpose elongated parallel confronting surfaces 18*. As the adjustable elements move. toward or from each other, the downwardly extending arms of the members 16 slide'freely along the sur faces 18 and remain always in cooperative relation to these surfaces. The lever 18 is mounted upon a fulcrum stud 19 and is oscillated by a path cam 20 secured to the shaft 11 (Fig. A roll 21 carried by the lever 18 engages the cam; 7

The members 16 are in operative position only for a brief time at the beginning of a cycle of'operations. Their function is to determine the position of the buttonhole fly,

and such position having been determined, the first operation of the machine is to depress a clamp member which cooperates with the button supporting forks to clamp the buttonhole 'fiy. The clamp member comprises a work-engaging bar 22 which is supported by arms 22*, one ofsaid arms be-- The points '16 remain depressed, through out the buttoning operation and "until-the work is removed, and are then raised-to their initial positions to receive-the next piece-of work. i

The severallbuttoning devices", hereinafter The p 12o thereafter withdrawn from the 'buttonholes.

described in, detail, are carried by bell-crank levers 27. "Each-adjustable arm an overhanging extension uponwhichismounted a corresponding lever 27, and the bellcrank lover of the middle buttoning device is supported by a stationary overhanging arm which is secured to the base 10. The several bell-crank levers 27 are mounted in their respective overhanging arms by pivot studs 28. The bellcrank levers are all operated in unison by a single operating lever 29 which has elongated parallel confronting faces 29*, the members 27 being free to slide from side to side between the surfaces 29* in the same manner as the members l6 relatively to the lever 18. The operating lever 29 is substantially U-shaped, its two arms being connected by a hub mounted upon a fulcrum rod 30, and a third arm 31 secured to the hub and operated by a cam 32, Fig. 3, this arm having a roll 33 which engages the cam. The direction of operative movement of the buttoning devices is indicated by an arrow in Fig. 1.

The structural details of one of the buttoning devices are best shown by Figs. 4, 5 and (3. Each device comprises a toe portion which is shaped to enter a buttonhole at the beginning of the operation of the device. This portion engages the ma terial at the end of the buttonhole, as shown by Fig. 10, thus insuring the correct relation of the buttonhole to the button in order to facilitate the operations which follow. The head of. the button at this time rests upon the opposite sides of the button supporting fork, being held firmly thereon by the weight of the button piece, and the shank a is seated against the crotch of the fork between the closely adjacent opposite side portions of the fork so that the button will not be displaced laterally to any ma terial extent by the buttoning device. The buttoning device, as a whole, is in thenature of a cam and has a wiping action upon the stock. Two diverging flanges 36 extend backwardly from the portion 35, as shown by Fig. 6. These flanges enter the buttonhole, and engaging the side edges of the lat ter exert a wedging action whereby the sides of the buttonhole are separated beyond the edges of the button head, as shown by Fig. 8. The toe portion 85, after drawing the buttonhole fly over the button as hereinbefore explained, becomes disengaged from the material in consequence of downward movement of the latter which is effected both by an'inclined front edge of the too 35 and by cam shoulders 37- outside the flanges 36, said shoulders being inclined relatively to the path ofinovement of the buttoning device, as shown by Figs. 1, 5 and 10. A passageway 38 is formed in the buttoning device to receive the head of the button while the buttoning device is operating. The rear ends of the flanges 36 are flanged laterally, as at 36*, the inner edges of the flanged portions being constructed to pass under the head of the button and lift the button head from the button supporting fork.

The heel of the buttoning device comprises flanges 3.) which are, in effect, extensions of the flanged portions 36*, and which pass under the head of the button as shown by Fig. 9. The bultoning device, as shown, is made in two parts, the front part being distinct from the rear part. This is to enable one part to be adjusted relatively to the other, as hereinafter explained; but the principle of operation of the device would be the same if both parts were formed integral. In the device as shown, referring especially to Fig. 5, the rear end of the front or toe part abuts against the forward end of the rear or heel part as indicated at 1:0, thebottoin surfaces of the two parts being flush at this point and presenting, to all intents and purposes, excepting that of adjustment, a continuous structure from the front of the toe to the rear of the heel. l Vhile the flanges 36 of the toe part are opening the buttonhole, the shoulders 37 depress the material at the edges of the buttonhole below the edges of the button head, thus clearing a path for the flanged portions 36 and flanges 39 to pass between the head of the button and the button piece and lift the button, as shown by Fig. 9. The bottom surfaces of the flanges 39 offer no obstruction to the closing of the buttonhole, the buttonhole auton'iatically closing under the head of the button in consequence of the tendency of the stock to resume its normal condition. \Vhile the stock would normally close under the head of the button if the flanges 39 were omitted, their use is prefer able in order to insure the proper operation of the device under all conditions. WVhile the flanges 3%) underlie and support the head of the button the operative stroke of the buttoning device ceases and the return stroke begins, the head of the button being thus held elevated for a sufficient length of time to insure the closing of the buttonhole thereunder. The flanges 39 are substantially concentric in relation to the axes of the respective pivots 28, and are not disturbed when the toe piece is adjusted as hereinafter explained.

The purpose of the adjustment of the front or too part of the buttoning device is to adapt the device to the particular height of the button head. A button which has a relatively high head requires a greater depressing movement of the buttonhole fly than a button which has a relatively low head, and in order that the toe part of the device may properly enter the buttonhole on the top of the button head, it .must be adjusted in accordance with the height of the head. As shown by Fi 1-, the toe piece is formed with oppositely projecting flanges 41 which arearranged to slide in complemental grooves 42 formed in the member 27. These flanges and grooves are segmental, be-

,ing concentric to the meeting point 40 of the toe and heel portions. In consequence of this arrangement it is obvlous that the a rear end of the toe portion will merely rock piece.

upon the forward end of the heel portion without causing any separation at said:

point when the flanges 41 slide forward or backward through the grooves 42. The effect of such sliding movement is to raise or lower the toe 35 relatively to the heel and to vary the inclination of the bottom surfaces of the toe member to cause more or less depressing movement of the material.

Any suitable means may be provided for giving the desired adjustment to the toe I have shown for this purpose a nut 43 threaded upon a shank 4a carried by the member, 27. The fee piece has an extension e5 which has cooperative lips l6,the latter embracing the rim of the nut 48 and being movable forward and backward in accordance with the endwise movementof the nut 7 upon the shank.

. which are indicated at 47, one of said arms In determinlng the necessary adjustment of the toe piece, an article to be buttoned will i which discharges the work automatically after the buttoning operation has been completed, this ejector comprising a substantially .U-shaped member the two arms of being partly broken away in Fig. 1. The two arms are connected by a crossbar .48 which underlies all the. button supports.

The ejector is mounted upona-rockshaft 4L9 which is operated by a'cam 50 through an arm '51, the latter having a roll 52 which engages the cam. The crossbar 4C8 lies behindthe shanks or eyes of the buttons and V overlies the button piecec, the arms 47 be ing separated far enough to admit ,thework' between' them. The crossbar a8 is thrown forward by the action of the cam and engages the shanks of the buttons or the fasteningstaples Z), or both, or on some classes of work engages the button piece adj acent to the buttons, and ejects the work in consequence of such engagement and movement.

. hen the work is presented to the ma chine the shanks of the buttons will readily enter the several buttonsupporting forks,

the openings in the forks being relatively Wide at tl r r ard endsandnarrowing The level at which the buttoward the rear. Theseveral arms 13 are .free to move about. the pivot '14 and will ,automatically assume the desiredspaclng in accordance with the spacing of the buttons as the buttons engage the sides of the forks. Anysuitable means, not herein shown,"may be used if. desired to'insure-that the several .sets of operating .instrumentalities shall be spaced equidistant-1y in all positions of adjustment. The points 16 will partake of the adjusting movement of the arms 13 and will therefore be in position to register with the several .buttonholes. The buttonhole fly having been positioned by the points "16, Eas shown by Fig. 1, the work is ready for'the operation of the machine. The first operati'on is that of the clamping device 22 the latter descending until the buttonhole fly is clamped upon the button supports .12 and 12% to hold the fly against the drag or pull of .the buttoning devices. The points 16 descend in time to clear the buttoning devices, but they are not withdrawn from the buttonholes until the buttonhole fly has been clamped. The cam 32 then operates the buttoning devices, the latter beingimmediately retracted when they have completed their 'button'in'g movement. The clamping :device 22 is then raised to release thearticle, and

the .ejectore8. is operated. When the arfticle has .been ejected, the points 16 are raised .to their initial positions and the ejector is.also returned to its initial position. All the elements are thus restored to "their starting positions and the machine is 'readyto receive another plece of work.

. Having described the invention, what I claim-as new'and desire to secure by Letters Patent ofthe United States is:

.1. A buttoning machine having, in ,combination, means for positioning a button,

and buttonhole fly engaging means movable laterally of the button head and relatively to the fly to dispose the material adjacent to opposite sides of a buttonhole in buttoned I relation :to the button.

2. A buttoning machine having, in comblnatlon, means for posltionmg a button, and buttonhole fly engaglng means movable in wiping-engagement with the material adjacent to abuttonhole while the button is restrained substantially from lateral movement to dispose said material in buttoned relation to the button.

3. Abuttoning machine having, in combination, means for positioning-a button, and

buttonhole fiy engaging means movable longitudinally of a buttonhole and constructed to dispose the material adj acent to opposite sides of the buttonhole in buttoned relation to the button through saidmovement.

4. A buttoning machine having, in combination, means for positioningabutton, and buttonhole fly engaging means movable lon- -'-g tud na1 1y of a buttonhole and constructed, 13o

nation, means for positioning abutton, and

buttonhole fly engaging means movable longitudinally of a buttonhole in wiping engagement with the material at opposite sides of the buttonhole to dispose said material in buttoned relation to the button.

(3. A buttoning machine having, in combination, means for relatively positioning a button and a buttonhole fly, and buttonhole fly engaging means movable laterally of the button head into engagement with the fly and also relatively to the fly to dispose the material adjacent to a buttonhole in buttoned relation to the button.

7. In a buttoning machine, cooperating instrumentalities relatively movable to perform a buttoning operation with respect to a button and a buttonhole fly, said instrumentalities comprising means movable lougitudinally of a buttonhole to open the buttonhole for the reception of the button. 0

8. In a buttoning machine, the combination with button positioning means, of buttonhole fly engaging means having diverging surfaces for ei'igagel'nent with the material at the edges of a buttonhole to open the buttonhole upon relative movement of said engaging means and the buttonhole fly longitudinally of the buttonhole.

9. In a buttoning machine, the combination with button positioning means, of buttonhole fly engaging means constructed to enter and open a buttonhole upon relative movement of said engaging means and the buttonhole fly longitudinally of the buttonhole, said fly engaging means having also portions shaped for engagement with the face of the buttonhole fly at opposite sides of the buttonhole.

10. A buttoning machine having, in combination, means for positioning a button, and buttonhole fly engaging means movable laterally of the button head and having a buttonhole fly engaging surface elongated on an incline to the direction of movement of said means for depressing relatively to the button head the material adjacent to a but tonhole.

11. A buttoning machine having, in combination, means for positioning a button, means for engaging the n'iaterial at the edges of a buttonhole and moving said edges in opposite directions beyond the edges of the button head, and means for depressing said material relatively to the buttonhead and disengaging the material from said separating means while the edges are thus separated.

, 12. A buttoning machine having, in combination, means for positioning a button,

and buttoning means movable in Wiping engagement with a buttonhole fly to perform a buttoning operation with respect to the button, said buttoning means having surfaces inclined to its direction. of movement for opening the buttonhole and for depressing relatively to the button head the material adjacent to the buttonhole.

13. A buttoning machine having, in combination, means for positioning a button, and a buttoning device movable relatively to a buttonhole fly in engagement with the material adjacent to a buttonhole to perform a buttoning operation, said device having means for opening the buttonhole and means for depressing saidmaterial relatively to the button head.

141-. A buttoning machine having, in combination, means for relatively positioning a button and a buttonhole fly, and a buttoning device movable longitudinally of a buttonhole and having means for opening the buttonhole progressively during said movement and for simultaneously depressing relatively to the button head the material. at the sides of the buttonhole to dispose said material in buttoned relation to the button.

15. A buttoning machine having, in combination, means for positioning a button, and a buttoning device movable longitudinally of a buttonhole in wiping engagement with the material adjacent to the buttonhole, said device having means for opening the buttonhole and for depressing said ma terial relatively to the button head through said movement.

16. A buttoning machine having, in combination, means for relatively positioning a button and a buttonhole fly, and a buttoning device movable longitudinally of a buttonhole and having means for depressing relatively to the button head the material at the edges of the buttonhole and means for engagement under the button head to com plete the buttoning operation.

[7. A buttoning machine having, in combination, means for relatively positioning a button and a buttonhole fly, and a buttoning device having means for opening a but tonhole and for depressing relatively to the button head the material at the edges of the buttonhole and also means for engagement under the button head to complete the buttoning operation.

18. A buttoning machine having, in combination, means for relatively positioning a button and a buttonhole fly, and a buttoning device movable laterally over the button head in wiping engagement with the buttonhole fly, said device having diverging surfaces for engagement with the material at the edges of a buttonhole to open the buttonhole and portions shaped to depress the material relatively to the button head, the device having also flanges to slide under the tion.

19. A buttoning machine having, in combination, means for positioning a button, and a buttonmg device having means for separating, the material at opposite edges of a buttonhole and means for lifting the button in the buttonhole to facilitate the disposal of said material under the edges of the button head, said device being constructed to release said material While the button is in lifted position.

20. A buttoning machine having, in combination, means for positioning a button, and a buttoning device having means for separating the material at opposite edges of a buttonhole and means forengagingunder the head of the button and liftingthe buttonin the buttonholevvhile said edges are separated, said device being constructed to release thematerial hile the button is inlifted position.

21. A buttoning'machine having, in combination, means forv positioning a button,

and a buttoning device having means for engaging and separating the material at opposite edges of a buttonhole, said device having also means for depressingsaid materialrelatively to the button head and for lifting the button in the buttonhole to facilitate the-disposal; of said edges under the button head.

22; A buttoning machine having, in com ,bination, means for relatively positioning a button anda buttonhole fiy, and buttoning means movable laterally over the button head in Wiping engagement vWith the button? hole fly and'constructed to depress relatively to the button head the material adjacent to a buttonhole and to lift the button. to complete the button operation.

23. A buttoning machine having, in combination, means for positioning a button, and a buttoning device movable laterally over the button head in'Wiping engagement With a buttonhole fly andconstructed to depress relatively to the button head the material adjacent to a buttonhole, said device being constructed also to lift the button relatively to said positioning means to complete the buttoning operation. o

24:. A. buttoning machine having, in combination, means for positioning a button, and a buttoning device movable laterally over the button head in Wiping engagement With the buttonhole fly and having means for opening the buttonhole and for depress ingrelatively to the button head the material at the edgesof the buttonhole, said device having flanges constructed to slide under the button head and lift the button relatively to said positioning means to complete the buttoning operation i i 25. A buttoning machine having, in com- .65"

bination, means for relatively positioning a button and a buttonhole fly, anda buttonits operating means for buttons of different sizes.

27.v A buttoning machine having, in combmation, means for positioning a button, and a buttonlng devlce movable 1n vvlpmg engagement With the material adjacent to a buttonhole to perform a buttoning operation and having a surfacem'clmed'to 1ts d rection of movement for depressing said material relatively tothe button head, said buttoning device being adjustable to vary'the range of depressing action of said inclined surface for buttons of different heights.

28. In a buttoning machine, the combination with means for relatively positioningfa button and a buttonhole fly,rof a buttoning device movable laterally over the button.

head to perform a buttoning operation, said device comprising tWorelatively adjustable portions for performing respectively different operations With respect to the button and the buttonhole fly.

29. In a buttoning'machine, the combination Withmeans for relatively positioning'a button and a buttonhole fly with abuttonhole over the button, of'a buttoning device movable laterally over the button. head to perform a buttoningoperation, said'device comprising a front portion shapedfto enter the buttonhole and to depress the material adjacent to the buttonhole relativelyto the button head and a rear portion for engagement under the button head, the front portion being adjustable relatively to the rear portion to conform to differences in the height of different buttons. V

30. Ina buttoningmachine, the combination With means for relatively positioning a button and a buttonhole fly, of a buttoning device movable laterally over the button head to perform a buttoning operation, said device comprising a .front portion shaped for engagement with the buttonhole fly over the button head to depress the material at the sides of a buttonhole relatively to the button head and a rear portion for engagement under the button head, the front pore tion being adjustable relatively to the rear portion about an axis positioned substan- 12'5 tia-lly between the two 'portionst'o' conform to differences in the height ofdifl'erent buttons. V

31.. In a-buttoningmachine, the combination'with a button supporting fork, ofabut 1 toning device movable laterally over a button in said fork to perform a buttoning operation, said device comprising a front portion for engagement with the buttonhole fly over the top of the button head and a rear portion for engagement under the button head, the front portion being adjustable relatively to the rear portion to conform to differences in the height of different buttons.

82. A buttoning machine having, in combination, means for positioning a button, and buttoning means mounted for swinging movement into position over the button head to perform a buttoning operation with respect to the button.

33. A buttoning machine having, in combination, means for positioning a button, and buttoning means mounted for swinging movement laterally of the button head from a position at one side of the button and constructed to perform a buttoning operation with respect to the button through said movement.

34. A buttoning machine having, in combination, means for relatively positioning a button and a buttonhole fly, and means for performing a buttoning operation with respect to said button and buttonhole fly, said last named means being mounted for swinging movement into engagement with the buttonhole fly in a direction lengthwise of a buttonhole.

35. A buttoning machine having, in combination, means for relatively positioning abutton and a buttonhole fly, and a buttoning device pivoted to swing longitudinally of a buttonhole in wiping engagement with the material at opposite sides of the buttonhole to perform a buttoning operation.

36. A buttoning machine having,'in combination, a button positioning fork, and buttoning means movable longitudinally of said fork in engagement with a buttonhole fly to perform a buttoning operation with respect to a button in said fork.

37. A buttoning machine having, in combination, a button positioning fork, and buttoning means movable rearwardly along said fork in engagement with a buttonhole fly to dispose the material adjacent to a buttonhole in buttoned relation to a button in the fork.

38. A buttoning machine having, in combination, means for positioning a button, buttoning means movable in wiping engagement with a buttonhole fly to perform a buttoning operation with respect to the button, and means for restraining the buttonhole fly from moving in the direction of movement of the buttoning means.

39. A buttoning machine having, in combination, means for positioning a button, buttoning means movable longitudinally of a buttonhole in a buttonhole fly to dispose the material at the sides of the buttonhole in buttoned relation to the button, and

means for engaging the buttonhole fly in front of the buttonhole to restrain it from moving in the direction of movement of the buttoning means.

40. A buttoning machine having, in combination, means for positioning a button, buttoning means movable in wiping engagement with a buttonhole fly to perform a buttoning operation with respect to the button, means for engaging the buttonhole fly to hold it against the drag of the buttoning means, and means for causing the engagement of said last named means with the but tonhole fly prior to the operation of the but' toning means on the fly.

41. A buttoning machine having, in combination, buttoning means for performing a buttoning operation with respect to a button and a buttonhole fly, and means for clamping the buttonhole fly at one end of a buttonhole with yielding pressure to determine its position during the operation of the buttoning means.

42. A buttoning machine having, in combination, buttoning means for performing a buttoning operation with respect to a button and a buttonhole fly, a clamp member movable into engagement with the button hole fly at one end of a buttonhole, and means for operating said clamp member including portions relatively movable against yielding resistance to cause said member to engage the fly with yielding pressure.

13. A buttoning machine having, in combination, a button positioning fork, buttoning means movable lengthwise of the fork in engagement with a buttonhole fly to perform a buttoning operation, and means for clamping the buttonhole fly on the fork to hold it against the drag of the buttoning means.

44.. A buttoning machine having, in combination, a button positioning fork, buttoning means movable lengtlnvise of the fork in engagement with a buttonhole fly to per form a buttoning operation, a clamp member movable into engagement with the but tonhole fly to restrain it from movement in the direction of movement of the buttoning means, and operating means constructed to move said clamp member to operative position prior to the operation of the buttoning means on the fly.

45. A buttoning machine having, in combination, means for positioning a button, and a buttoning device movable in engagement with a buttonhole fly to dispose the material adjacent to a buttonhole in but? toned relation to the button, said device having means for engaging in one end of the buttonhole to position the buttonhole initially with reference to the button.

46. A buttoning machine having, in combination, means for positioning a button, and a buttoning device movable longitudinally of a buttonhole in a buttonhole fly to perform a buttoning operation with respect to said button, said device having means for engaging in the buttonhole to effect a preliminary positioning movement of the material adjacent to the buttonhole.

'41-7. A buttoning machine having, in eombination, means for positioning a button, and buttoning means movable relatively to the button to perform a buttoning operation with respect to said button, said buttoning means being constructed to engage in one end of a buttonhole in a buttonhole fly to effect a preliminary positioning movement of the material adjacent to the buttonhole and then to dispose said material in buttoned relation to the button. 48. A buttoning machine having, in combination, means for positioning a button, and a buttoning devicemovable relatively to the buttonto perforln a buttoning operation with respect to said button, said device having means for engaging in one end of a buttonhole to position the buttonhole relatively to the button and means for opening the buttonhole and depressing the material at the edges of the buttonhole relatively to the head of the button. g

49. A buttoning machine having, in combination, means for positioning a button, a buttoning device movable in engagement with a buttonhole fly to dispose themat'erial" adjacent to a buttonholein buttoned relation to the button, said device having means 35 for engagement in the buttonhole with the material at one end of the buttonhole to' position thebuttonhole relatively to the but-: ton, and means for engaging the buttonhole fly adjacent to theot-her end of the button-- hole'to hold it against the pull of said but toning device. t

150. A buttoning machine having, in combination, means for positioning a button,

buttonhole fly positioning means arranged.

to engage'in a buttonhole to position the buttonhole relatively to the'button, buttoning means movable lengthwise of the buttonhole, and means for Withdrawing said buttonhole fly positioning means from the buttonhole to permit the buttoning means to operate.

' 51. A buttoning machine having, in combination, means for positioning a button, a member arranged to engage in a buttonhole in'abuttonholefly to position the buttonhole over the'head of the button, button ing. means movable lengthwise of the buttonhole to dispose the material adjacent to V the buttonhole in buttoned relation to the button, and means for withdrawing said member from the buttonhole to permit said buttoning-means to operate;

" 52. A buttoning machine having, in .com-

bination, means for positioning a button,-

tion to the button, means for withdrawing said member from the buttonhole to permit the buttoning means to operate, and means for clamping the buttonhole fly adjacent to the buttonhole prior to the Withdrawal of said member.

53. A buttoning machine having, in combination, a button receiving fork, a member extending in transverse relation to 'said fork for engagement in a buttonhole to position the buttonhole relatively to the button, means for performing a buttoning operation with respect to the button While the button is positioned-in said fork, and means for withdrawing said member from the but tonhole to permit said operation to be performed. r

54. In a buttoning machine, the combination with a button receiving fork, of a but tonhole fly positioning member arranged to engage in a buttonhole, means for clamping the buttonhole fly to position it during the buttoning operation, and means for Withdrawing said member froin the buttonhole after the buttonhole fly has been clamped.

55. A buttoning machine having, in combination, a forwardly directed button posi-V gagement in a buttonhole to position the buttonhole fly over the button, buttoning means movable rearwardly over the button in said fork, and means for Withdrawing said member from the path of movement of the buttoning means.

56 A buttoning machine having, in combination, a forwardly directed button positioning fork, a member projecting upwardly at the rear of a button in said fork for e11- gagement in a buttonhole to position the buttonhole fly over the button, buttoning meansmovable rearwardly over the button in said fork, means for withdrawing said member fro-m the path of movement of the buttoning means, and means for clamping the buttonhole fly. in front of the button prior to the Withdrawal of said member.

57. A buttoning machine having, in combination, button positioning means ar ranged to receive a button in position for a buttoning operation When the work is initially presented to the machine, means for performing ,a buttoning operation'with re-- spect to the button, and means for ejecting the button from said positioning means after the buttoning operation has been performed.

58'. A buttoning machine having, in com bination, a button positioning fork, means for performing a buttoning operation with respect to a button in said fork, and means movable longitudinally of the fork for ejecting the work from the machine after the buttoning operation has been performed.

59. A buttoning machine having, in combination, a button positioning fork, means for performing a buttoning (1- peration with respect to a button in said fork, and means for engaging the button piece adjacent to the fork to eject the work from the machine after the buttoning operation has been performed. (30. A buttoning machine having, in co1nbination, a plurality of sets of operating in strumentalities for performing buttoning operations with respect to a plurality of buttons, said sets being relatively adjustable about a single axis to conform to differences vin the spacing of the buttons on different pieces of Work.

61. In a buttoning machine, a substantially horizontal series of button positioning forks, said forks being relatively adjustable about a substantially upright axis to conform to differences in the spacing of the buttons on different pieces of work.

62. A buttoning machine having, in combination, means for positioning a row of buttons, a plurality of buttoning devices mounted to swing transversely of the row of buttons to perform buttoning operations with respect to said buttons, and means for operating said devices to perform a plurality of buttoning operations substantially simultaneously.

63. A buttoning machine having, in combination, a plurality of button positioning forks, a bar movable into position in front of thebuttons in said forks to clamp a buttonhole fly upon the forks, a plurality of buttoning devices movable rearwardly into engagement with the buttonhole fly to dispose the material adjacent to the buttonholes in buttoned relation to the buttons, and means for operating said devices to perform a plurality of buttoning operations substantially simultaneously.

64:. A buttoning machine having, in combination, means for positioning a button, means for clamping a buttonhole fly to posi-' tion it relatively to the button, means for performing a buttoning operation with respect to the button, means for ejecting the work from the machine, and means for op erating said clamping means to release the work prior to the operation of said ejecting means.

65. A buttoning machine having, in combination, means for positioning a button, and buttonhole fly engaging means movable to dispose the material adjacent to a buttonhole in buttoned relation to the button, said buttonhole fly engaging means being constructed to lift the button to facilitate the disposal of said material under the button head.

66. A buttoning machine having, in com bination, means for positioning a button, and buttoning means arranged to depress rela tively to the button the material adjacent to a buttonhole and to raise the button to facilitate the disposal of said material under the button hea 67. A buttoning machine having, in combination, button positioning means, buttonhole fly engaging means, and means for performing a buttoning operation by relative movement of the buttonhole fly and the buttonhole fly engaging means with said last named means in wiping engagement with the fly at opposite sides of a buttonhole.

68. A buttoning machine having, in combination, button positioning means, buttonhole fly engaging means, and mechanism for moving said buttonhole fly engaging means in a curved path laterally of the button head first into engagement with the buttonhole fly and then along the surface of the fly to dispose the material adjacent to a buttonhole in buttoned relation to a button.

69. A buttoning machine having, in combination, means for positioning a button, buttonhole fly engaging means, and mechanism for moving said buttonhole fly engaging means along the surface of the buttonhole fly at opposite sides of a buttonhole to dispose the material adjacent to the buttonhole in buttoned relation to the button.

70. In a buttoning machine, the combination with button positioning means, of buttonhole fly engaging means, and mechanism for effecting relative movement of said buttonhole fly engaging means and a buttonhole fly longitudinally of a buttonhole to open the buttonhole.

71. A buttoning machine having, in com bination, a forwardly directed button positioning fork, a member projecting upwardly at the rear of a button in said fork for engagement in a buttonhole to position the buttonhole fly, and means for performing a buttoning operation with respect to said button and buttonhole while the button is positioned in said fork.

72. A buttoning machine having, in combination, means for positioning a button, and buttonhole fly engaging means movable in wiping engagement with the material adjacent to a buttonhole at the opposite sides of the buttonhole to dispose the material in buttoned relation to the button.

73. A buttoning machine having, in combination, means for positioning a button, a buttoning device having diverging portions for s reading the opposite edges of a buttonho e and other portions for depressing said separated edges over the button head,

and means. for moving said device laterally .of the button head-to perform the buttoning operation.

74:. Abuttomngmachl ne having, in comb natlon, means for posltlonmg a button, a

, buttoning device having diverging portions for spreading the opposite edges of a but tonhole, said device having an opening between said divergingportions to receive the button head, and means for moving said de vice laterally of the button head to perform the buttoning operation.

75. A buttoning machine having, in com- 7 eration and having portions arranged to slide under the button: head: at opposite sides ofthe button between the button headiand the buttonhole fly.

76. A buttoning machine having, in combination, means for positioning a button, a

' buttoning device having means for depress '7 sides of the. buttonhead, and means ing relatively to the button head the material, at opposite, sides of a buttonhole and flanges arranged to slide under opposite or moving said device laterally of the button head to performthe buttoning operation.

' 77. 'A buttoningfmachine having, in combination, means for, positioning a button, a buttoning device having an opening to receive the button head and also means for depressing the material at opposite sidesof a buttonhole' over the button head and for tuckingitimder the button head, and means for moving said devicelaterally of the button head tolperform the buttoning operation.

78. A buttoning machinehaving, in com bination, .lmea'ns for positioning. a row of buttons, bnttoningmeans mounted for movement transversely of the row of buttons in wiping engagement-with the buttonhole fly to perform buttoning operations with respect to said: buttons, and means for operating said butt-oning means.

79.,A.butto11i1 1g machine having, in combination, means. for positioning a row of buttons, a plurality of buttoning devices mounted for movement transversely of the row" of buttons and laterally withrespect to thebutton heads to perform buttoning operations with respect to the buttons, and means for operating said devices.

80. A buttoningmachine. having, incombi nation, .a plurality .of forks earrangedto position a row vof buttons, means for positioning a buttonhole fly with the buttonholes over the buttons, .a plurality of buttoning devicesmovable lengthwise of said forks. to

., dispose the material of the vbuttonhole fly copies of thi'sjpatent may be obtained'for head.

in buttoned relation to the buttons, and

means for operating said devices substantially simultaneously.

81. A buttoning machine having, in combination, a plurality of forks arranged to 7 move under theheaid to dispose saidlmatkag rial in buttoned position, saidbutton positioning means being organized to permit the button to be lifted by the action :of the buttonholefly engaging means as said means moves under. the button head.

S3. A buttoning. machine, having in, oombination, buttoning means movable to force the material adjacent to a'buttonhole over the head of a button and to dispose the material'under the head, and means'for supporting thebutton in suchvmanner as to. leave the button free to be lifted by the buttoning means. 7 V 1 '84:. A button-ing machine having, in combination, buttoning means movable to force the material adjacent to a buttonhole over the head of a button and movableiunderi the .button head to dispose the material in buttoned relation to the button, and means for supporting the button in such manner as= to permit the button tobe, lifted by the buttoning means as it imoves underthe button 85. A buttoning machine having, in combination, buttoning means movable under the edges of a button head at, opposite sides I of, the button to dispose the. material adj acent to a buttonhole in buttonedrelation to the button, and means for-supporting the button in such manner as topermit the but ton to belifted bythebuttoning means.

86. In a but-toningmachine,-the-combinationwith meansfor performing abuttoning operation, of means for discharging .the

work from the machine by engagement-with y the button after the buttoning operation is performed. I

In testimony whereof I have signed my name to this, specification.

Lewis J. LBAZZDNI