US1447897A

US1447897A - Manifolding machine

Info

Publication number: US1447897A
Application number: US451225A
Authority: US
Inventors: Schlichter Oscar
Original assignee: Krauth & Benninghofen
Current assignee: Krauth & Benninghofen
Priority date: 1921-03-10
Filing date: 1921-03-10
Publication date: 1923-03-06
Anticipated expiration: 1940-03-06

Description

Mar. 6, 1923.

O. SCHLICHTER. MANIFOLDING MACHINE.r

4 SHEETS-SHEET l.

FILED MAR.10,192I.

lllllll Mar. 6, 192s.

, 1,447,897.. o. SCHUCHTER.

MANIFOLDING MACHINE. FILED MAR 10| i921.

Mar. 6, 1923.

A 0i SCHLICHTER..

MANlFoLnmG-MAcHmL man MAR. 1o, 192i.' '4 SHEETS-SHEET a.

'Q.IZ.

Mar. 6,1923.

1,447,897. 0. SCHLICHTER. MANIFOLDING MACHINE.

FILED MAH. i0. i921 I 4 SHEETS-SHEET 4- I vwantoz:

Wmme Y 4 n wu W 4- VLM/77( a twine/134 Patented Mar. 6, i923.

eine

iiiair maar? or Harriman, omo, a Fini/i.

MANIFOLDNG MACHINE.

vapplicati@ filed March 10, 192i. serial No. 4stats.

To all whom l? may concern:

Be it mown that l, @scan SoHLIoH'rnR, a citizen of the United States, and residing at Hamilton, in the county of Butler and State .of Ohio, rhave invented a new and useful improvement in Manifolding Machines, of which the following specification is a full disclosure.

My invention relates to improvements in autographic registers or manifolding machines, in which mechanical feeding means is employed for advancing the web of paper or several super-posed webs over the writing table of the machine for rewinding one of the webs'upon a rewinding spindle within the frame of the machine.

The machine is adaptedA to operate upon webs of paper which have successive symbols or printed forms thereupon "and said webs are provided with perforations having relation to said symbols or forms, and of definite spacing lengths longitudinally of lthe webs. A plurality of such perforated webs in superposed relation are employed for manifolding purposes and the perforations of the several webs are arranged 'for registration. the perforations however, for various uses may vary relatively, and for the machine shown herein lrnown as a record or sumie record web, which is rewound within ie machine, is considerably less than the webs which are issued from the machine. he mechanism of the machine is designed 'for translating or vfeeding the webs in regulated distance or premeasured lengths governed hy the distance of the loiigitudiy nal aperture spacing of the web or webs employed for successive advancement of the webs, and the registry of the perforations of the relative forms of the 'several superposed webs relied upon for establishing and maintaining registration and alignment of the forms, with each successive advancement of the web.

an object of the invention to provide ccacting friction rollers for engaging the webs therebetween and advance `the web or perforation in the web is fl determining the extent of the iothei' object of the invention is Ito propin mechanism for engaging through nism.

The longitudinal spacing of a registering aperture in the web for adjust- 'ing the web and the apertures, thereof .with

relation to the, `frictional feeding mechanism and withrespe'ct to tlie forms 'of 'the'v severahsuperposed vwebs Vfor registration and alignment thereof andffor maintaining the webs in' the ad]ust` edor definiteposition" upon 'a Awritingtable in rear of the friction feeding mechanism and` for holding. the webs against displacement during.. a tea-ring off operation of an advanced position of the webs beyond the feeding mecha- Other objects-of'v the invention relate to Y the means for withdrawing the pins 'from the perforations, conducted lwith aweb feed starting, to the web feed'starting mechanism, and to i'ewinding mechanism within themachinefor .one ofthewebs, and to novel features, combination of'elements and engagement of parts hereinafter describedV vand more particularly pointed lout'in the claims, convenient embodiment istypica-llyv illustrated in the accompanying drawings,

forming a. part ofv the specification,- in

which:v `v

Fig. l is a fragmentary planA of my 1mproved mechanism.

Fig.

Fig.- 3 [is a side elevation, thef gear `casing cover being removed.

Fig. a is a transverse section'on vline, 4', 4,

Fig. 3-

Figs. 5, 6 and 7 are respectively a plan, side elevation and end View Aofthe spring ystop-pin carrying device.

Figs. 8, 9, l0, and ll '2 is' a vertical section on line2, `2,

Fig. l.V mary7 machine, the 'longitudinal spacing of are diagrammatic.

views showing the action of the stop pins relative to the sheets.

F ig. 12 is a section on line 1:2, l2, Fig. ,8j

Fig. 13 is asection on line,

l

13, 13, Fig. 4c.

Fig 14 is a View similar' Vto Figl, showino` a modified. forni.

ig. 15 is a transverse section of the 'mechanism shown in Fig. la. j

Fig. 16 is a plan View ofthe sleeve showing the Amethod ofmountiiig the stop-pins,

lever, pawl and spring thereon'.

ln the foregoing description it has been Vgenerally designated that thep'ins inter-- cept7 the paper or strip through registering apertures, this word however is intended to deline merely a stopping or arresting of thel paper for any and all functions which may bey achieved by the engagement ofthe pins through the paper apertures. i

Moreover, no endeavor has herein been made to describe in treatise-like detail, or in a thoroughly comprehensive manner, all of the accomplishments of the machine or of its various uses, and advantages relative to registration, alignment and successive advancements of the webs, or of the possibilities which may be inherent in the structure, a clear description of the details of construction and general operation of the machine yonly'being given.

In the drawings, 1 designates a base. Secured to vthe base and upstanding therefrom in spaced parallel relation are side frames 2 and 3, which may be of sectional form, one section hingedly mounted upon the second for convenient access to the interior of the frame. The side frames are provided with supports i for journaling the webs of paper under a proper degree of tension. Only one of these supports is shown in the drawings, see Fig. 2, but as is usual the frames are provided with sufcient number of supports to ournal the number of strips of paper with which the device is designed for use. A writing table 5 is secured upon and supported between the side frames, and the strips are drawn over this Writing table in superposed relation. A 'margin frame 6 is hingedly mounted above the writing table, the paper being drawn between the writing table and the margin frame. Any number of strips of paper may be used within prac-tical limits, but I have shown three. rIhe strips are per-- forated or apertured at predetermined intervals divisional of the specific sized sheet blanks of which the strips are comprised, these'perforations being aligned longitudinally of the direction of withdrawal. rlhe drawings show the strips provided with two apertures aligned Acrosswise of the direction of travel of the strips within each sheet blank, thus providing a number of series of longitudinally spaced apertures. WVhere several strips are used, the respective series of longitudinally spaced apertures are superposed. A flat spring member 7 is fixed to the under surface of the writing table 5 and is extended forwardly from the secured portion thereof toa point adjacent the forward end of the writing table. This member is formed of two parallel spaced spring members 8 and a cross 'member 9 secured to said spring members at the free end thereof and extending between the same. This member is provided with one or more pins 10, see Figs. 5, 6 and 7, which pins are clamped between respective members 8 and respective ends of the cross member 9 in grooves formed therein, and extend forwardly therefrom and then upwardly at right angles thereto. The number of pins depends on the number of series of longitudinally spaced apertures in the strips, there being two shown. Y

Disposed upon an axis placed crosswise of the strips is a roll 11. rlhis roll is arranged beyond the forward end of the writing table and is journaled at its ends in bearing blocks 12 mounted for vertical movement in vertical iores 13 of the respective side frames 2 and 3, the shaft of the roll extending through vertical slots comi'nunicating with the respective bores, to permit vertical movement of the roll. The roll is normally maintained in a lower position by compression springs 14 disposed in respective bores 13, above the bearing blocks 12, and abutting the bearing blocks and plugs 15, screw threaded into the upper ends of respective bores 13, with their opposite ends. See F ig. 11. Journaled in the side frames and extending between the same on an axis parallel with the axis of the r'oll 11 and disposed below the same is a shaft 1G. The roll and shaft are rotated in unison by two meshing gears 17 disposed adjacent and on the inside of side-frame 2, in Fig. 4f, one of these gears being secured to the shaft of roll 11 and the other being secured to shaft 16. rfriok arms 18 are rotatably mounted ou the shaft 16 adjacent respective side frames, the arm adj a'- cent the frame 2 being disposed inside of the gears 17. Endwise movement of the shaft 16 is prevented by collars 19 secured thereon adjacent to and on the inside of the frames, the collar adjacent the frame 2being disposed on the inside of the gear 17, a trip arm 18 being disposed between said gear and said coilar, and the collar adjacent the side frame 3 being disposed on the inside of the adjacent trip arm 18, said arm being between said collar and the side frame End thrust of the roll 11 is prevented by outwardly facing shoulders, formed by the reduced ends of the shaft thereof, acting against the respective side frames.

The shaft 16 is provided with one or more disks 20, depending upon the number of series of longitudinally spaced apertures in the paper, there being two shown. rhese disks are secured upon the shaft 16 in spaced relation and are aligned with respective longitudinally spaced apertures of the paper. The disks are adapted to engage the paper between them and the roil 11 to withdraw the paper when the roll and disks are rotated in withdrawing directions, the gears 17 being' so proportioned that the peripheral speeds of the disks and roll are the same.

The disks and roll `provide `opposing annular grooves 21, and the pins 10, there-being the same number of these as there are disks und opposed grooves, for reasons now to appear. are disposed to project from grooves of the respective disks into respective opposed grooves of the roll. lt is obvious that the pins l0 are disposed in alignment with respective series of longitudinally spaced apertures or the paper, because of their proj ect-ing relation within said grooves.

The paper extends over the writing table beneath the margin iframe 6 and forwardly thereof between the roll l1 and disks 2() which engage the same to withdraw it from the frame when the roll and disks are rotated. However, when aperturesot the paper register with the line ot' contact of the roll and disks, the driving relation of the roll and disks with the paper ceases and permits further rot-ation ot the rolls and disks without corresponding withdrawal of the paper by reason of the tact that the disks areless in width than the width ot' the respective apertures ot the paper and are aligned therewith. The pins i0 are yieldably urged against a face off the paper by the spring member 7, and are aligned with respective series of longitudinally spaced apertures, are adapted to engage through respective apertures to intercept withdrawal ot the paper and are disposed 'to intercept such withdrawal during the registry orp the engaged apertures with the line of contact ot the roll and disks with the paper'. By reason ot the 'tact thatthe pins engage the same apertures that are in registry with the' line of Contactof the rolls with the paper, any shrinkage or expansion of the paper between the longitudinally spaced apertures cannot prevent the proper cooperation ot the disks and pins in stopping the withdrawal or the paper, nor can longitudinal mistacing of the y apertures prevent such proper cooperation.

lt will be further noted that paper having any desired arrangement of longitudinally spaced apertures may be used.` lFigs. 8 to 12 show the roll, a disk, a pin, and the paper in the positions they assume while the paper is being withdrawn between'the positions of interception ot withdrawal thereof. Figs. 2 and ll show thesame parts in the position they assume when the paper is in an intercepted position and before the parts are actuated to effect further withdrawal ot the faces tlieieot' in close proximity with the' line or contact ot theroll with the disks,

thus permitting the apertures ot the paperv to be relatively small and circular in form as is the standaidpraotice at present, without decreasing the size of the roll and disks.

I have shown three superposed strips and they are designated in the drawings by `the reference characters 22. and 24rin numerical order, the strip nearest the writing table being designated as 22. The apertures of the several strips are designated by the `reterence character 25. V- i* It is sometimes the case that the respective apertures of the several strips'are not in registry with each other longitudinally of the direction of withdrawal as theyy approach the line ot contact or the roll'll and the respective disk with the paper, as shown in F ig. 8. This is connected during the interception of lthe strips in the following manner. As the forwardmost aperture registers vwith the line of Contact ot' the roll and the disks with the paper, the driving relation ot the roll and disks with this'stripis brokenY by reason of the fact that the disks are less in width than theapertures vand are aligned therewith, and no part of the strip lies between the roll and idisks to establish a withdrawing engagement therewith. See F ig. k9 in which the aperture 25 vot the top strip is registered with the line ot contact ot the roll and disks withthe paper. As theaperture strips are registered with the line of `Contact,

of the roll and disks with the paper.

n, h ig.

2li registered with the line of contact ofthe -roll and disks, with the respective aperture soy I 10 shows the apertures of the strips22v and i ot the strip 23 still to be registered therewith, andFig. l1 shows the apertures lot' all the strips registered with the line ot' Contact ot the rolls and disks. When theaperrtures ot all the strips are in registry with the-line of contact of the roll with the disks, the pins l0, under the influence of the spring member 7, niove through respect-ive registering apertures of the strips. and into the opposed grooves to intercept withdrawal or the paper as hereinbefore described. ,Y f

By reason ot the fact that the pins yand disks operate with the same respective .apertures during the interception of ,the withdra'wal ot the paper, the'several superposed strips may have the longitudinally spaced aperture thereof spaced differently, so that the several webs are withdrawn unequally during each withdrawal thereof, thus permitting relatively short sheet blanks to com..

prise any of the strips relatively'to the length of sheet blanks comprising any other strip. This arrangenientis advantageous where it desired to reoord'only a portion oit! the data, written on the sheet blanks kcomprisino" one strip, on the sheet blanks comprising another strip. The carboning device ot the machine may be arranged 'for this purpose in an obvious manner.

lt is sometimes the casev that thelstrips are slightly out oit alignment crosswise ot the strips as shown in Fig'. ll., vThis is con" llO writing table 5 is guided by inwardly facing surfaces 26 of the sidek frames 2 and 3, projecting above the writing table. 'llhese surfaces do not closely confine the paper and do not interfere with tl e withdrawal thereof or cause buckling of the paper on the writing tablebut guido the paper so that the apertures thereof are within engaging range. of the pins 10. y

After the withdrawal of the paper is intercepted, further rotation of the roll and dis rs cannot effect further withdrawal of the paper until the pins are withdrawn from the engaged apertures and the roll and disks engaged with the paper beyond the apertures. rhis action is effected by mechanism now to be described. Mounted for longitudinal movement upon the shait 16 between the disks 20 is a roll 27. The roll 11 is annularly grooved, designated at 28, on either side of the mid portion 29 thereof. rfhe roll 27 is substantially' the. same width as the portions 29 of roll 11 and is adaptedto be moved into and out of line therewith opposite a groove to make and break driving eno'agementbetween the roll 27 and the portion 29 of roll 1l with the paper. The shaft 16` is bored from the end thereof adjacent. the side frame 2, designated at 30, sec 1l, and has di metrically disposed slots 31 formed therein below the mid portion 29 of roll 11. ii. rod 32 is mounted within the Abore 30 for longitudinal movement, and a pin is secured in dia- Y metrically disposed Vholes in the roll 2l.7 and the adjacent end of the rod and `entends through slots 31, to secure the roll and rod too'ether and to orevent rotation of the roll o l relative to the sha-ft 16. The slots 31 extend longitudinally of the shaft to permit longi- `P J r w i tudinal movement` of the roll and rod. llius longitudinal actuation of the rod effects longitudinal movement of the roll 27 to make and break driving engagement between roll 27 and mid portion 29 of roll 11 and the paper. Accidental movement of the rod 32 Y /1 of usual construction mounted in au opening of the rod and frietioiially engaf -g the surface of the bore of ha n' o. "lhe roll is provided with a conical portion disposed concentrically therewith, iin arm member is secured upon tl forward end of the cross member 9 and egtends foray@ from below shaft 16. rhis erin is to be engaged by the con is moved into paper eng the mid portion 29 of roll 11, tlie arm being depressed by the lcone during such moven; ik,

tidal 35 the roll 2T fig relation with ment, whereby the spring niemeer 7 is depressed and the pins 1G withdrawn from the engaged apertures of the paper. Thus when the roll 2 4" is moved into paper engaging' relation with the mid-portion 29 of the roll 11, rotation of the shaft 16 will effect initial withdrawal of the paper from the aperture registering position. As soon as this initial withdrawal is eected, the roll 27 may be moved out of paper engaging relation, thus allowing the pins 10, under the iiiflueii le of spring member T, to move against the face of the paperpreparatory to engaging through the next successive apertures or the paper as it is withdrawn by disks 20 and roll 11, as they are rotated as hereinbefore described. rlChe shaft 16 eX- tends outwardly beyond the side frame 2 and is conveniently rotated by a bored hand crank 3'? secured by means of its bore upon the extending end of the shaft.

The side frame 2 is formed with an outwardly facing case 88 which is closed yby a cover 39 secured thereto, this cover having au aperture through which shaft 16 eX- tends. Formed on the outerl surface of the coverf?) around shaft 16 is an outwardly facing cam 4:0. rlie rod 32 extends beyond shaft 16, and a cam actuated member 41 is securedy on the extending end of the-rod for y movement and rotation therewith, and eX- tends radially therefrom and then inwardly beyond the path of the arm of the crank, for engagement with cam a0. The cam actuated member is additionally secured for rotation with shaft 16 by engagement thereof with a longitudinal slot 4t2 formed on the hub of the crank. The cam actuated member is adapted to bel moved by the cam outwardly, longitudinally of shaft 16, from an inward position upon rotation of said shaft in its paper withdrawing direction. The roll 27 and cone member 35 are arranged so that inward movement of the rod causes the same to function and outward movement of the rod renders the saine functionless. Thus it will be observed that the cam actuates the rod through member Ll1 to render the roll 27 and cone member functionless; ln effecting the movement of the paper out of an intercepted position, the rod is manually moved inwardly, when the relative positions of the cam 4:0 and cam actuated member i1 are suoli that the entire inward movement of the rod is permitted,y this position being shown in l and 'Ehen the crank :37 is rotated in a withdrawing` direct-ion until the withdrawal of the paper is again. stopped, as hereinbefore described. luring such rotation of the crank, the ain il0 engages the cam actuated member to move it and rod 32 outwardly to render the roll 27 and cone member functionless, this action taking place afterthe engaged apertures are moved out of aperture registering position and prior to the registryof successive apertures with the line of Contact of roll 11 and disks 20.

It will be noted that the bodily movement of the roll 27 out of paper engaging relation leaves the paper entirely free, thus -obviating any possibility of this roll causing interference with the paper when withdrawn by the roll 11 and disks 2Oy or when the withdrawal of the paper is stopped.

It will be further noted that the mechanism for controlling the longitudinal movement of the roll 27 is very simple and compact and well adapted for use iu a machine in which several disks are used and the roll 27 is disposed between the same as shown.

The periphery of the roll 27 is provided with a depression or fiat portion 42 to permit this roll being moved into paper engaging relation with the mid-portion 29 of roll 11 free of the paper, so that longitudinal movement of the roll intofunctioning position while the depression faces the paper is not obstructed or interfered with by the paper, nor is any side thrust exerted on the paper which might disarrange the same. This depression is positioned relatively to the cam member 41, so that it is opposite the roll 11 when the cam actuated member is positioned relatively to the cam 40, so that the entire inward movement of the rod 32 is permitted when the depression faces the paper.

A winding roll 43 is removably supported for rotation between the side frames 2 and 3 in a usual manner, and the lower strip 22 is wound thereon after it passes the roll 11 and disks 20, thisV strip being guided thereto by a guide roll 44 rotatably mounted between the side frames in parallelism with shaft 16. The roll 43 is driven from shaft 16 in the following manner by a gear train disposed within the gear case formation 38. See Figs. and 4. A stud 45 is rotatably mounted in the side frame 2 and cover 39 and extends across the enclosure of the gear case formation in parallelism with shaft 16. Mounted for rotation on stud 45 and for movement longitudinallyv thereof is a friction gear 46 which is meshed with a gear 47 secured upon shaft 16. A second friction gear is secured on the stud 45 inwardly ef gear 46 and abuts the side frame 2 to prevent inward thrust thereof. Friction disks 49 of leather or other friction material attached to the respective opposing faces of the

gears

46 and 48 surround the stud 45 and provide a frictional driving connection between. the same, and a compression spring 5() surrounds the stud 45 between the cover 39 and gear 46 and exerts inward pressure upon gear 46 to maintain this gear and gear 48 and the interposed friction Adisks y49 in frictional driving engagement. A gear-51,

disposed concentrically with 'the roll 43, is-

ina bore ofthe side frame 3 and is detach-' ably retained in place by a spring arm 53 at the gear endof the axle, the said spring arm being supported by the cover 39. A pawl 54 is pivotally vmounted within the gear case and engages the teeth of gear 45, to prevent` rotation of the mechanism in a direction reversely of the withdrawing direction, this pawl being urged against the gear by a spring 55p. See Fig. 3.

The vgear train, driving the winding roll. 43 is so proportioned thatthe winding roll will wind up the strip 22 as it is withdrawn by the roll 11 and disks 2O when there is a.

minimum amount of the strip wound on the roll 43. It is obvious that 'as the amount of the strip wound upon the roll 43 increases the driving mechanism will tend to wind the strip upon the roll 43 faster than it is withdrawn by the roll 11 and disks 20. When this condition arises the

gears

46 and 48 slip with relation to one another, the rotation of the roll 43 being retarded by the strip 22 as withdrawn by the roll 11 and disks 20.

During the interception of the withdrawal of the paper, the driving mechanism has a tendency to continue to wind the strip 22, after the apertures of the paper register with the line of contact of the roll 11 and disks 20, and sometimes interferes with the `proper and uniform interception of the withdrawal of the strip. This condition is yaggravated by the fact that the tension on' the strip 22 iseected by the respective supports 4 and varies as the roll of the strip 22 supported thereby varies in size.

following mechanism is provided. See Figs.

2, 4 and 13. f

The stud 45 is-extendedv inwardly of the Side frame 2 and secured thereon is a ratchet wheel 56, the abutment surfaces of the teeth of which face in the direction of rotation of the stud. Mounted for rotative movement upon the usual trip arm rock shafti57, which is pivotally mounted on the side frames and extends between the same, is a sleeve 58, thissleeve being disposedL between-the usual trip arm engaging pins 59,

secured on the rockshaft adjacent v:respective sdeframesj. tlleznner Vvfaces of the trip "40 j dees not message ,ithS/Lipavl' W arms 16 'forming` stops to prevent lateral movement ot' the said sleeve. Secured upon the end ot' this sleeve adjacent the ratchet wheel 56 a pawl 60 which is adaj'ited to engage the abutment surface ot any tooth ot the ratchet wheel to prevent rotation ot the stud. in the direction ot rotation thereot, and consequently rotation of the roll in its winding` direction as rotated by the driving' mechanism. Formed from the sleeve 58 and extending radially therefrom in alignment with the arm member 36, hereinhetore described. is an arm 6l. The arm member 36 extends forwardly oi the cone 35 and is offset downwardly so that its `forward end underlies arm 6l.. An angle piece 62 is secured to the forward end ot the arm member 36 and overlies rsuch tt'orward end and the arm 6l; thus conining the arm 61 between. it and the `forward end otarm member 36 to effect pivotal movement of the sleeve S and paw] 60 in correspondence with the movement of arm member 36.

As hereinbefore described. the arm 36 is moved downwardly bythe cone to depress the spring` member 7 and to withdraw the pins 10 from theenp'ag'ed apertures oit the paper when 'the cone is moved longitudinally in the one direction, and when the cone is moved in the opposite direction, the spring member moves the pins l0 upwardly against a tace of the paper and through registeringapertures thereof. the arm member 26 bein;l moved upwardly by the spring member during; this movement. Downward movement ot the arm member 36 operates to move the pa wl ont oit engaging relation with ratchet wheel. 56. the partsheing1 so arranged that when the pins i0 are in the position they assume when urged against a face of the paper` the pawl is` positioned. out ot engaging' relation with the ratchet wheel, thus permitting` rotation of the winding roll 43, when the pins are urged b v the spring` member 7 to engage through registering apertures of the paper. The upward movement ot t-he arm 36, trom the position it is' in when the pins are in their paper opei'iing;engaging position. operates to move the pawl y60 into engagement with the ratchet wheel to engage a tooth thereof and to stop rotation of theroll duringiliurther rotation of shaft 16, thus preventing any withdrawing tension bei exerted upon the strip 22 alter the pins l() have enga-ged through registeringapertures of the paper. .iis the roll 27 and cone are moved to effect initial movement of the .paper out ot aperture. registering' position. thepawl 66 lis moved out of engagement with theratchet lwheel, but movement of theroll 27 and cone 35 baci; to lfnnctionless .position by' the cam ratchet wheel, as the engagement ofthe 'th the l() with the face ot the paper prevents the entire upward movement ot the pins until apertures of the strip register with the pins to permit the completion oftu the upward movement thereof. Thus it will be observed that the mechanism tor interrupting the drivingof the roll 43 acts in an automatic manner with the usual operation ot the device and does not require additional attention. 1

A tearing-blade 63 secured to'l and eX- tends across between the trames 2 and 3 and is formed around the roll 11 to afford a cover therefor. See F i?. and 8. The tearing-blade is provided with a 'forwardly facing' tearing;` edge 6ft by means ot which the withdrawn portion ol any or all ot the strips can be severed from. the remainder thereof. The 'forward end ot the enclosure of the side frames is closed by a hinged cover 65 detachably secured in place to per mit access to the roll 43, the upper portion of the cover puiding the upper strips above the same itorwardly in an accessible position for manual Agrasp. y

In the modification shown in Figs. 14e. l5 and 1 6, a sleeve 6st is pivotally mounted on the trip arm rock shaft 57 between the trip arm engading` pins 59.v hereinbetore de.A

scribed. Secured upon this sleeve in spaced relation are arms 65, which extend rearwardly below shaft 16 and turn upwardly at the rear ot said sha'tt so that their tree ends 66, 'Forming' paper engaging' pins. are disposed in projecting` relation with `the Agrooves 2l ot respective disks 2O in a manner similar to the projecting relation that the pins 10, hereinbeiiore described, have with grooves 21, as hereinbefore described.

A helical torsional spring 67 encircles the sleeve Gitaat its end adjacent the side frame 3 and has its one end secured to the adjacent arm 65l and has its other end secured to the pin 59 to rotate the sleeve 64a clockwise, in Fig'. l5, to move the pins 66 upwardly to project from grooves 21 of disks 20 tl-irough i'cgisteringu` apertures the paper and into the respective opposite grooves 52]. ot roll li. this mechanismy Functioning' similarly to that ot the spring member 7 and pins l0. hereinhel'ore described. Jin arni 68 is secured on the sleeve 64a between arn'is 65 andv entends rearwardljiY below shaft 16 and is acted upon by the cone B5 ot' roll 27 to move the pins out ot engagement with apertures ot the paper when the roll 27 is moved into functioning position. as hereinbelore described. pawl 65) is'secured on the sleeve 64? adjacent the trame 2 and is disposed to be moved into and out of engagement with the ratchet wheel 56, with the movement ot the pins 66 into and out ot engagement with apertures of the paper ina manner similar to the construction hereinbeiore described, the'cone posed in alignment therewith, means for eifecting initial movement of the strip out of positions in which an aperture registers with thel plane oit' the axis of said roll and disk elements including a rotatable roll disposed on an axis crosswise of the strip and rotating with said roll and disk elements and bodily movable longitudinally ot its axis Iinto and out of withdrawing relation with the strip when said depression faces the strip. v

5. A device of the nature described including a frame from which a strip of paper is withdrawn, the strip having spaced apertures aligned longitudinally with it-s direction of withdrawal, a rotatably mounted roll disposed opposite one face of the strip and disposed on an axis crosswise of the strip, a rotatably mounted disk element disposed on an axis crosswise of the strip and dis- 'posed opposite the other face of the strip and with said roll to exert upon the strip disposed between it andthe roll to withdraw the strip when the roll and disk elements are rotated in withdrawing directions, said disk element having a width less than the width of said apertures and disposed in alignment therewith, an abutment member yieldingly urged toward a tace of the strip and across the path thereof and disposed to engage through a registering aperture of the strip to intercept withdrawal thereof and disposed to intercept such withdrawal during the registry of an aperture with the plane of the axis of said roll and disk element, means for effecting initial movement of the strip out ot aperture registering position including a rotatable roll disposed' on an axiscrosswise of the lstrip and rotating with said ioll and disk element and bodily movable longitudinally of its axis out of and into withdrawing relation with said strip and means wherebymove'nient of said last mentioned roll into withdrawing relation with the strip operates to withdraw said abutment member from the engaged aperture and whereby movement of this roll out oi withdrawing relation with the strip operates to permit the abutment member lto engage with an aperture of the strip.

l 6. A device of tlieliiatiire described including a iramef'from whicha stripv of paper -i's withdrawn, the strip having spaced apertures aligned longitudinally with its direction of withdrawal, a rotatably mounted roll disposed opposite one face ot the strip and disposed on an axis crosswise of the strip, a rotatably mounted disk element disposed on Lan axis crosswise of the strip and with said element having a width less than Athe width of said apertures and disposed in alignment therewith, an abutment member yieldingly urged toward a tace ot the strip and across the path thereof `and disposed to enga-ge through a registering aperture of the strip to intercept withdrawal thereof and disposed to intercept such withdrawal during the registry ot an aperture with the plane of the axis of said roll and disk element, means for effecting initial movement of the strip out of aperture registering position including a rotatable roll disposed on an axis crosswise of the strip and rotating with said rst mentioned roll and disk element and bodily movable out of and into withdrawing relation with the strip and means whereby movement of said last mentioned roll into withdrawing relation with the strip operates to withdraw said abutment member from the engaged aperture and whereby movement of this roll out of withdrawing relation with the strip operates to permit the abutment member to engage with an aperture ot the strip.

7. A device of the nature described including a ltraine from which a strip of paper is withdrawn, the strip having spaced apertures aligned longitudinally with its direction of withdrawal, a rotatablyv mounted roll disposed opposite one tace of the rstripand vdisposed on an axis crosswise of the strip,

a rotatably mounted disk element disposed on an axis crosswise of the strip and disposed opposite the other face of the strip. and with said roll to exert pressure upon the strip disposed between it and the roll to withdraw the strip. when the roll and disk elements are rotated in withdrawing directions, said disk element havinga width less than the width of said apertures and disposed in alignment therewith, an abutment member yieldingly un ed toward a tace of the strip and across tie path thereof` and disposed to engage through a registering aperture of the strip to intercept withdrawal thereof and disposed to intercept such withdrawal during the registry of' an aperture with the plane of the axis of said` roll and disk element, means` for effecting initial movement of the strip out of aperture registering position including a rotatable roll disposed on an yaxis crosswise of the strip and rotating with said first mentioned roll and' disk eleconical formation on said last mentionedroll operation with conical formation on said last mentioned roll operating with the movement of this roll into withdrawing relation with the strip to withdraw said abut-ment member from the engaged aperture and operating with the movement of this roll out of withdrawing relation with the strip to permit the abutment member to engage an aperture of thel strip.

8. A device of the nature described including a frame from which a strip of paper is withdrawn, the strip having spaced apertures aligned longitudinally with its direction of withdrawal, a rotatably mounted roll disposed opposite one face of the strip, a

rotatably mounted disk element disposed on an axis crosswise of the strip and with said roll to exert pressure upon the strip disposed between it and the roll to withdraw the strip when the roll and disk elements are rotated in withdrawing directions, said disk element havinga width less than the width of said apertures and disposed in alignment therewith, an abutment member yieldingly urged toward a face of the strip and across the path thereof and disposed to engage throughxa registering aperture of the strip to intercept withdrawal thereof and disposed to intercept such withdrawal during the registry of an aperture with the plane of the axis of said roll and disk element, means for effecting initial movement ofthe strip out of aperture registering position including a rotatable roll disposed on an axis crosswise of the strip and rotating withsaid Yfirst mentioned roll and disk element and bodily movable longitudinallypof its axis out of'and into withdrawing relation with said strip, said last mentioned roll having a depression in its periphery to permit longitudinal movement thereof free of the strip, and means whereby movement of said last mentioned roll into withdrawing relation with the strip 'operates to withdraw said abutment member from the engaged aperture and whereby movement of this roll out of withdrawing engagement relation with the strip operates to permit the abutment member'to engage with an aperture 'of the strip;A Y f 9. A device of the nature described includingfa frame from which a strip of paper is withdrawn, t-he strip having spaced apertures aligned longitudinally with its direction of withdrawal, a rotatably mounted roll Vdisposed opposite one face of the strip and disposed on an axis orosswise of the strip, a rotatably mounted disk eleinent disposed on an axis crosswise ofthe strip and disf posed opposite the other face of the strip and with said roll to exert pressure upon the strip disposed lbetween it and the rollk to withdrawthe strip when the `roll and disk elements are rotated in withdrawing direc-y tions, said disk element `having awidth less than the width vofA said apertures and disposed in alignment therewith, an abutment g member yieldinglyurged toward a face of` the stripI and across the path thereof anddisposed to engage through a registering aperiture of4 the strip to intercept withdrawall thereof and disposed to intercept such with-' drawal during the registry of an aperture with the plane of the axis of said v'roll andy disposed on an axis crosswise `of the Astrip and rotating with said first mentioned roll and disk element and bodily movable out ofy y and into withdrawing relationlwith the strip n and means whereby movement of said last mentionel roll into withdrawing relation.y

with the strip operated to withdrawsaid abutment member from the engaged aperture and movement of this roll out of withdrawing relation operates vto permit kthe abutment memberto engage with'a succes.-

sive aperture of the strip, and mechanism 1` for moving'said last mentioned `roll :out ofi withdrawing relation with the strip including a cam member and a cani actuated member, said cam' and cam actuated members being relatively moved with rotationof said iirstmentioned roll and disk' element.

10. A device of the nature described inis withdrawn, the strip having apertures spaced longitudinally and' inseries crosswise` of the direction of withdrawal, a rotatably.

mounted roll disposed opposite one face of the strip and disposed correspondingly crosswise of the strip, a rotatably mounted bored shaft disposed on an axis correspondingly cluding a frame from which a strip of paper crosswise of the strip and disposed opposite:`

the other face of the strip, diskl elements spaced crosswise of the` strip and secured on said shaft and. adaptedwith said roll to exn ert pressure upon the strip disposed betweeny 'them and the violl to withdraw'the strip when the roll andi shaft are lrotated in'with drawing directions,v saidv disk elements being disposed in alignment with respective longitudinally spaced apertures and having widths less than the widths of iespeoti'i'fe ap the strip when first mentioned roll "and" said shaft are rotated, saidfirst mentionedl roll having an annular depression betweenv disk elements adjacent .said second mentioned roll, said second mentionedroll being are `dial opening 'adjacent .said second mentioned roll and communicating with the bore thereof, a control rod mounted for longitudinal movement within the bore oi said shaft1 and a connection between said second mentioned roll and said rod extending through said radial openingand adapted to cause longitudinal actuation'of'said second mentioned roll upon longitudinal actuation of said rod.

11. ist-device of the nature described 1including a'frame from which a strip ofpaper is withdrawn, the 'strip having apertures spaced longitudinally and in series crosswise of the direction of withdrawal, arotatably v'mounted roll disposed opposite one aceoitl the strip and disposed correspondingly crosswise of the strip, rotatably mounted disk elements spaced crosswise of the rstrip and disposed on an axis correspondingly -crosswise of the strip and disposed opposite the other face of the strip and with said roll to exert pressure` upon the strip disposed between them and the roll to withdraw the strip when-the roll and disk elements are rotated in withdrawing directions, said disk elements being disposedin alignment with respective longitudinally spaced apertures and having widths less than the widths ot respective apertures` and a rotatable roll disposed ybetween disk elements and coaxial tudinally ot its axis into alignment with-said depression, a disk element on one side ot said second mentioned roll being coaxially bored, a hand crank for rotating said rolls and disk elements-and disposed coaxially with said disk elements and on the side of said bored disk elementv opposite said second` mentioned roll and open at its axis, a control rod disposed coaxial with saiddisk elements and extending through said bored disk and outwardly therefrom beyond'the path of the arm of the crank and adapted for longitudinal movement to actuate said second mentioned roll longitudinallv oi: its axis, a cam actuated member mounted on the outwardly extending endl of said rod to move longitudinally therewith and extending radially therefrom andv then inwardly beyond the path of the arm ofthe crank and rotating with saidy crank, and acain disposed inwardlyof'thepath' of thearm of the crank and engageable with said cam actuated member to move the control rod to move said second mentioned roll out of withdrawing relation with the strip when the crank isro-k tated in a withdrawingdirection.

l2. A device of the nature described including a frame from which a strip of paper is withdrawn, the strip having apertures spaced longitudinallyzand in series crosswise ot' the direction of withdrawal, a'rotatably mounted roll-disposed opposite one face of thestrip and disposed correspondingly crosswise of the'strip, rotatably mounted disk elements spaced crosswise or' the strip and disposed on an axis'correspondingly crosswise ot the strip and disposed opposite the other face ot'thevstrip and with said roll to exert pressure upon the `strip disposed between them and the roll to withdraw the strip when the roll and disk elements are rotated vin withdrawing directions, said disk elements being disa rotatable roll disposedbetween disk ele ments on an axis crosswise of the strip and rotating with said first mentioned roll and the disk elements and disposed with said first mentioned roll to exert pressure upon the strip disposed betweenit 7andsaid first mentioned roll to withdraw the strip out of aperture registering position when the rolls and disk elements are rotated in withdrawing directions` `said last mentioned roll being bodily movable out `otra-nd into withdrawing rel-ation with the strip and lirst mentioned roll, and means whereby movement of said last mentioned rollinto withdrawing relation with the strip andftirst mentioned roll operates to withdrawsaid abutment members from thel engaged lapertures and whereby movement of .this 'roll out of withdrawing relation with the strip operates to permit the abutmentmembers to engage with successive apertures of strip.

13. A device of the nature'described including a fra-me from which a strip ot paper is withdrawn, the -stripliaving vape'r'- stip,` rotatably mounted disk elements the i io

spaced crosswise of the strip and "disposedk on an axis correspondinglycrosswise of the strip and disposed opposite the other face of the strip andwith said roll to exert pressure upon the strip disposed between them apertures and yieldingly urged toward a face ot the strip and across the path thereof and disposed to engage through registering apertures of the strip to intercept withdrawal thereof and disposed to intercept such withdrawal during the registry ot apertures with the plane of the axis of said roll and disk elements' a rotatable roll dis-` posed between disk elements and coaXia-lly therewith and rotatable with said disk elements and adapted with said irst mentioned roll to exert pressure upon the strip disposed between it and said first mentioned roll to withdraw the Astrip out of aperture registering position when the rolls and disk elements 'are rotated, said first mentioned roll having an annular depression disposed between disk elements adjacent said second mentioned roll, said second mentioned roll being mlovable longitudinally of its axis into alignment withv said depression to break withdrawing relation with the strip, and

means whereby movement of said last meng tioned roll into withdrawingrelationwith I*the strip and irSt mentioned roll operates `to withdraw saidV abutment members from the engage-d apertures and whereby moyement'of said last mentioned roll out of withdrawing relation with the strip and first 'mentioned roll operates to permit the abut-ment members to engage with succes-iv sive apertures of the strip. v

14. A` device of the naturel described including aA frame from which a strip of lpaper is withdrawn, the strip having spaced apertures aligned longltudln'ally withl its direction of withdrawah means for withdrawing theA strip l including a rotatably mounted roll and an opposing rotatably mounted disk element,said disk element beingless in widththanthe apertures oi the strip. and aligned therewith to cause cessation of the withdrawing relation vof the feeding means with the strip when an apen r.ture registers with theplane of the axis `ot said roll and disk element, an abutment member yieldingly urged toward a'face of the strip and across the path vthereof and disposed in alignment with said apertures and disposed to engage through a register# ing aperture'in therstrip to 'intercept- .with-i `drawal thereof and adapted to intercepty such withdrawal during theregistry` otfan aperture with the plane of lthe axis et said` roll'and disk element? awinding 'roll-uponl`| which the strip is 'wound after it passes said* feeding" means', yielding frictional dri/ving mechanism V:tor driving the winding" roll with-the'rotation `oi-lsaid 'roll and disk I element, and means for "rendering said' mechanism Vunctionless to drive the winding Vroll'including al connectionl with said abut- 1 ment member, adapted-to bel .operated byy the movement of said abutment member p throughy va registeringjaperature to render' `said driving mechanism yfunctionless.

l5. Adevi'ce of the nature 'described' i'n`- cluding a frame from which a'strip of paper tures laligned longitudinally of its jdirection of withdrawal, means for withdrawis withdrawn, the strip having spaced aper-" ing the strip including a rotatably mounted roll and opposing rotatably mounted disk' element, said disk element being less 1in' width than theapertures of the strip and'v alignedtherewith to cause cessation of the withdrawing relation of theivteeding means with the strip when anaperture registers with the plane of theaxisfof saidlroll and disk element, an abutment member yield! ingly 4urged toward a face of the disk and acrossthe path thereof and disposedinI alignmentwith said apertures and disposed to engage through a registeringaperture in the strip to intercept withdrawal-thereof and adaptedto interceptsuch withdrawal' during the'registry ot-an aperture with the plane of lthe axis-ot said roll and disk element, a winding roll upon which-the strip iswound after it passes saidteeding means, i

a yielding trictional driving mechanism for drivin the winding` roll" withzthe rotation i' of sai roll and disk element, and means for rendering said mechanism` functionle'ss to drive the winding roll including a ratchet/i wheel,l a 'movably mounted pawl adapted to said pawlfand 4said. abutment member to be moved into and out of engagement-with i the ratchet wheel, and a connection between move said-pawl` into engagement with' the'' ratchet wheel with the movement of said 167A device ofv thenature described inycluding a trame from' which a strip of paperv 4 -l is withdrawn, the strip having spaced` apertures aligned longitudinallylwith` its direction of withdrawal, means fonwithdrawing the strip including a rotatably mounted roll i and an'opposing rotatably mounted disk element, said disk element' being less-in' width than. the apertures of the strip and aligned therewithto cause vcessation of the wit'h-` drawing relation of the feeding means'with the' strip when an aperture registers with the v.plane ofthe a-Xisfof said roll and disk 115 vabutment member into an apertureot'the .Y l

tioning of the element, an abutment member yieldinglyf urged toward a face ofthe strip and across the path thereof and disposed in alignment with saidapertures and 'disposed to engage through a registering aperture in the strip to intercept withdrawal thereof and adapted to intercept such withdrawal during the registry of an yaperture with the plane of the axis of said vroll and disk element, a winding roll upon which the strip is wound after it passes said vfeeding means, a yielding frictional `driving mechanism forv driving the winding roll with the rotation of said feeding means, means for-rendering said mechanism functionless to drive the winding roll including a connection .with` said abutment member, adapted to be-operated by the movement of said abutment vmember through a registering aperture lto render said driving mechanism functionless, and means for initiating movement of the strip out offa-perture yregistering position during further rotation of said roll and disk element including a movablemember controlling'the funcsame, said movable member operating to withdraw said abutment member fromthe engaged aperture and to rendersaid -second mentioned means functionless whenmoved to functioning position.

17. A device-of the nature described, including a-frame from which a strip of paper is witlirlrawn,'tlie strip havingspaced aperturesvaligned longitudinally of its direction' of withdrawal, means for withdrawing the strip including a rotatably mounted roll and an opposing rotatably. mounted disk element, said disk element being less in width than the apertures. ofthe strip yand aligned therewith `to cause cessation `of the withdrawing ",:relation ofthe feeding means vith the strip whennan aperture Vregisters with the lplane ofthe axes of said roll and disk element, an abutment member *.yi'eldingly urged toward a ,face of the strip and across the path vthere- .ofand disposed in alignment with said aperture and disposed to engage through arregisteringaperture of the strip to intercept i the withdrawal thereof and adapted to intercept such withdrawal` during the registry .of :an aperture with the plane ofthe axes of saidfroll and disk element,r a winding roll upon which the strip is wound after ity passes said feedmgfmeanma lyielding frietional drivingmechanism for driving the .winding roll with the rotation of said roll and disk element,.means for rendering said mechanism functionless to drivethe winding roll including a connection with said abutment member, adapted to be operated y'by movement of said abutment memberthrough a registering aperture to render said Ydriving mechanism functionless `and adapted to be operated by movement of said abutment member out of engagement with' an aperture to render y said means function- ,ser

yabutment member `from the engaged aperture when moved to functioning position.

18. A device of the nature described including' a frame from which a strip of paper is withdrawmthe strip having spaced apertures aligned longitudinally of its direction of withdrawal, means for withdrawing the strip including a rotatably mounted roll and an opposing rotatably mounted disk element, said -diskelement being less in width than the aperturesof the strip and aligned therewith to cause cessation ofthe withdrawing relation of the feeding means with .the strip when an aperture registers withthe plane of the aXes of said roll and disk element, an yabutment member yieldingly urged towarda face of the strip and across the ,path thereof and disposed in alignment with saidaperturesand disposed to eng-age through a registering aperture of the strip to intercept the withdrawal thereof and adapted to intercept such Withdrawal during the registry of an aperture with the plane of the axes of said roll anddisk-element, a winding .roll upon which the strip is ,wound after it passes said feeding means, a yielding frictional driving mechanism 'for driving the winding roll with the rotation of said roll and-[disk element, means for rendering said mechanism functionless yto drive the winding roll includinga connection with said-abutment member, adapted to be operated by movement of saidabutment member through a registeringfaperture to render said,drivingzvmechanism functionless and adapted to be operated by movement of said abutment member out of engagement with van aperture to `render said means functionless, means for Ainitiating movement of the -strip out of aperture-regisy tering position during further rotation of .said roll and disk element including amovable member-controlling the functioning of the same, said movable member operating to withdraw said abut-ment member from ythe engaged aperture and to render said second mentioned means functionless when it is .moved into functioning position, and means for moving said movable member into nonfunctioning position including a cam and a 4cam actuated member,.said cam and cam tatably mounted roll and opposing, ,rotatably mounted disks spaced crosswise of theV strip, said disks being lessin width than Vthe apertures of the strip and aligned with respective I llongitudinally spaced apertures to cause cessation of the withdrawingrelation of the feeding means with the strip when apertures register withtlie plane of the axes lo-f said rollv and disk elements, abutment members yieldably urged toward a face of l roll and disk elements, a winding roll upon which the strip is wound after it passes said feeding means, a yielding frictional driving mechanism for driving the winding roll with the rotation of said roll and disk elements, and means for rendering said mechanism functionless to drive the winding roll in-vr cluding a connection with said abutment member adapted to be operated by the movement of said abutment members through registering apertures to render said driving mechanism functionless. l n

20. A device of the nature described including a frame from which a strip of paper is withdrawn, the strip having apertures spaced longitudinally and in series crosswise of its direction of withdrawal, means for withdrawing the strip including a rotatably mounted roll and opposing rotatably mounted disk elements spaced crosswise of the strip, said disk elements being less in width than the apertures of the strip and aligned with respective longitudinally spaced apertures to cause cessation of the with` drawing relation of the feeding means with the strip when apertures register with the plane of the axes of said roll and disk elements, abutment members yieldingly urged toward a face of the stripv and across the path thereof and disposed in alignment with respective longitudinally spaced apertures and disposed to engage through respective registering apertures of the strip to intercept the withdrawal thereof and adapted to intercept such withdrawal during the registry of apertures with the plane of the axes of said roll and disk elements, a winding roll upon which the strip is wound after it passes said feeding means, a yielding frictional driving mechanism for driving the winding roll with the rotation of said roll and disk elements, means for rendering said mechanism functionless to drive the Winding roll including a connection with said abut ment members through registering apertures to render said driving mechanism functionless, and means for initiating movement of the strip lout of aperture registeringposition during further rotation of said roll and disk elements includinga movable member controlling the functioningoffthe samesaid i movable -inemberiopeiating towvithdraw said` abutment members ,-froinftheengaged apertures andto, render said second mentioned means functionless when moved'to functioning position.

l 21. A) device 4ofthe nature" described: including a frame from which astrip of paper" is withdrawn,1the stript-having apertures spacedlongitudinally of its direction of withdrawal', means forf withdrawing the strip including a rotatably mounted roll and an opposing rotatably mounted disk, said disk being less in width than the apertures of the strip and aligned with said apertures to cause cessation of the withdrawing relation of the feeding means with the strip when an aperture lregisters with the `plane` of the axes of said roll and disk elements,`

-a pivotally mounted pin adapted to move toward a faceofthevstrip and across the path of the same land disposed in alignv ment with respectivelongitudinally lspaced apertures and adapted to engage through a 5 registering apertureof the strip lto intercept the withdrawal thereof and disposed to in-l tercept such Withdrawalduring theregis-` try of an aperture with the plane of the axes of said roll and disk element, a spring yieldably urging said pin toward the 'face of the lstrip and across `the path of the same, 1

iolo

a Winding roll upon which the strip is wound after it passes said feeding means, a yield-` ing frictional driving mechanism for driv ing the winding roll with the rotation of said roll and disk element, aiidvmeans for rendering said mechanism functionless' to drive the winding roll including ak member pivoted coaXially with saidpin and secured therewith and adaptedto be movedzto ren# der said driving mechanism functionless with the movement at said pin into engagement with an aperture of the strip.v

22. A vdevice of the nature described including a frame from which a strip of paper is withdrawn, vthe strip having apertures spaced longitudinally and in' series crosswise of its .direction ofgwitlidrawal, means for withdrawing the strip including a rotatably mounted roll andopposingrotatably mounted disk elementsV spaced crosswise of the strip, said disk elements being less `in width than the lapertures of the strip' and aligned with respective longitudinallv spaced apertures to cause cessationof the with# drawing relation of the feeding means with the strip when apertures register with the plane of the axes of said roll and disk elements, .a pivotally mounted shaft element disposed on an axis vcrosswise of the strip, pins secured to said shaft element in spaced relation and adapted tomove toward iail `a face` of the strip andvacross the path of the spective longitudinally spaced, apertures and adapted to engage through a registering` aperture of the strip to intercept and disposed to intercept suchwithdrawal during the registry of apertures with the plane of the axes of said roll andi disk elements, a spring yieldably urging said pins toward the kface of the strip and across the path 01""- the p same, a Winding` roll upon which the strip is Wound after it passes said feeding means,

a yielding rictional driving mechanism for driving the Winding roll With the rotation of said rolly anddiskelements, and means for rendering said mechanism unctionless to drive the Winding roll including` a memn ber secured to said shaft element and adapted to be moved to render said driving mechanism functionless with the movement of 20 OSCAR SCHLICHTER;

1Witnesses l L. A, BECK,

J. C. J-UNIUs.