US1233194A - Machine for affixing fastenings to envelops. - Google Patents

Description

H. B. COOLEY.,

MACHlNEiFOR AFFIXING FASTENINGS T0 ENVELOPS.

APPLICATION FILED DEc.30.1912.

L l 94;., Patented July 1o, 1917.

2 SHEETS-SHEET I. Fiyi.

APPLICATION FILED DEC. 30. i912.

Patented Yuly 10, 1917.

2 SHEETS-SHEET 2.

INVENTO.

I/VTNESSES:

. MMM' aocompanying drawings in which; Figure-1 is a view 1n vside elevation 'of a, machine-embodying my invention, `'part of thiebase heing broken out. v 1 lFig. 2 is. a' front view, scale enlarged, of fthe" upp'erportion of my improved mahine,

` 1 Jensen.

Y in Lgggslgl i i ans nir annie.

PAPER GOODS COMPAY,

y To all 'whom may concern:

Be it known that I, HENRY B. CooLEY, a

citizen of the United States, and a residentI of New Britain, in the county of Hartford andfatate of Connecticut, have invented a new and Improved Machine for Aiiixing Fastenings ,toEnvelops, of' which the following.is a'specificatiom serve as a means for detachably securing the hap to the body of the envelop, vand anv object of m'y invention,among others, is to ,.'provide n machine of this class inthe use of which the disks and cord may i fastened in a Arapid manner. t @ne form of ydevice embodying my invention and' in the construction and use; of which lthe' object above set out, aswell -as (others, may be attained, isfiiliustrated in the ythe-table being cut in vertical. sectionfona planepassingl-thmugh the groove forthe disk carrier.k

,.in aniopposite direction fromthe point of view of Fig. 1-.

Fig, 3 is a side view of the saine, looking nig. in adam view iliustrangthe'coa 'struction of the disk carrier.

Fig. -5 is a dean. Side View niuaranng .the construction and operationof the cord car- ...rying hook and knife.

Fig. 6 is a detail top view ofthe ln the accompanying drawings the letter B denotes the base of my improved machine that, as shown herein, is in' the form of a column of suitable height to enable an opera-A tive to work standing up o r seated on a high stool, and the letter F' denotes the frame of the machine, of suitable form and construcj tion to receive and support operative parts,

which frame is secured to the upper end of the base and supported thereby. A fixed jaw 12 projects forwardly from the lower part of the frame and has an anvil 13 secured to its upper surface and a retaining pin 14 secured to and rising from the-anvil, the latter supporting an envelop'4 or flap thereof while the washer and string are be- Speccation of Letters Patent.

'yieldingly located to receive the hollow be securely 0F `M GINTCLAIR, NEW JERSEY, A CORPORATEON 0F NEW MACHINE FOR AFFIXING FASTENINGS TO ENVQELDIS. I

patenten aan io, mi t..

I Application led December 30, 1912. i Serial No. 739,214.

ciprocating movement in a head 16 of the frame, the lower end of the plunger having*l a hole wlthin whicha receiving pin 25v isl rivets or eyelets, 4by means of which `the disks are secured in` place, said pin being seated against a spring .(not shown) in the bottoni ot the hole inspring and pin lbeing held in place in any pivotally securedv to a plunger operating bar otally mounted in the base is connected by a rod23 with the bel-l ciank lever 21 as ameans i 15 'located with its lower endat-adistance fromV for operating the piunger. A chute 24 is the plunger, and the @5 suitable manner. A ro'ck shaft 17 is mounted in the head 16, and links 18, 19 extending Afrom said shaft and plunger respectivelyr are the anvil 13, and in 'position Ato deliver the" Veyelets or-'hollow rivets-inthe'path oftravelf' of the pin 25, by which, in thefinovement of :the plunger, the eyelets aredelivered on to the pin la. The chute 24 isormed as an extension from ajrockingho'pper member'26 i mounted onl a shaft-ejxtending itrom1 the` frame. .A rotating. hoppen-.member 28 .is

also supported on the shaft' 27,* the members 26 and 28 containing a chambervforming a hopper vopening'to the passage Way-inthe -ichute 24;. The'x'nember 26 isrocke'd Ain a -well known manner by connection with the' plunger and tl-nls moves the lower end ot' .the chute out of the path of movementA of the plunger at the proper time, anda ratchet `mechanism 29- is employed to'rotate the I member 2 8 in a manner well known. A spring actuated holding bar 30 operates to retain' the chute in its backward position away from the plunger until released at the propertime as by movementof the plunger. All the parts herein before described are of old and well known construction and further and detailed description is therefore omitted y herein.

ln aiiiXing disks to envelops 'by means heretoitme employed, the rivets have been 'supplied and fastened by fa'machine sin-ilar to that herein above described, the disks having been manually placedin position in the machine, and the disks that secure the cord permanently having had such cordaffixed-thereto before the disks were separately notes a disk magazine or tube in which disks 32 are located one upon another', the lower end of this tube resting upon a table 33.y This table is secured to the fr aine F, projecting forwardly therefrom underneath the head 16, and a groove 34 is formed undisk carrier 3 5 pivotally secured to the underside of the table and having a sl't to receive a stop pin 36 projecting from the underside of the table. This carrier has a lippedL recess 37 into which and upon the lips of which the disks 32 move, one at a time,'the distance between the upper surface fof the lips and the upper surface of the carrier being substantially equal to the thickness of the disks. A carrierbar 38 is pivotally attached to 'the carrier (as 'shown j herein) to a plate 39 rigidly secured to the- "arrier, and to a bell crank lever40 pivotally lmounted on the frame. This'- bell -crank lever has a pin projecting into a slot 43 at one end of a carrier operating rod 41 and a spring 42 forces the pin to that end of the slot away from the connection'of the rod with the bell crank lever 21, which connection is also by means of a pin on the lever engaging a slot 95 in the upper end' of the rod 41, a spring 44 exerting force upon the rod in the same direction as the spring'42.

This will cause the parts to assume the normal position sliown in Fig. 1 in the drawings, with the recess 37 in the disk carrier underneath the plunger.

A carrier holder 45 is pivotally mountedon the frame with its hooked end in position to engage a holding pin 46 rising from the carrier (as shown herein from the plate 39) When said carrier is at the backward limit of its movement, and retain it in this position until the holder is released by the movement of a holder releasing lever 47 pivotally mounted on the frame with one end in position to engage the holder and the other end in the pathof movement of the pin 48 constituting the pivotal connectionbetween the operating bar 20 and the bell crank lever 21.

. A string controller disk 50 and a measuring disk 49 are rotatably mounted on the baseBgand arev arranged to vrotate together,

the'measuring disk being adapted to receive the string or twine 51I extending from a spool 52, or other source of supply, to the mechanism-for utilizing the string. -This string will be so engaged with the measuring disk that its movement wiill be controlled by the saikizv disk, in the structure herein shown the twine being wrapped one or more times about the disk, as may be desired. A pawl supporting arm 53, pivotally mounted, preferably'on thel stud supporting the controller and measuring disks,y supports a stop pawl 54 and a disk moving pawl 55, the latter pawl being pivotally mounted on a finger extending from the arm 53 and rigidly connected with the pawl 54. The moving pawl is arranged to engage a notch 5G in the controller disk and the stop pawl to engage a stop 57, herein shown projecting from the edge of said disk. A spring 58 is employed `to hold thedisk moving pawl against the derneath the table to receive the edge of a disk, and a pin 59 forming the pivot for the pawl is extended into the path of movement of a cam 60 located at the end of a swinging cam lever 61. This lever is pivotally supported on a movablepart of the mechanism, as herein shown` on an actuating rod 62 connected with the string placing mechanism, and a spring G3 holds the cam lever normally against a stop 64.

The actuating rod 62 extends from the treadle 22 to a string placing lever 65 pivotally secured underneath a ange 6G of the frame F.- A cam post 67 is rigidly secured to the lever and has at its upper end a hook actuating cam G8 located in position to engage a cam pin G9 projecting from the side of a'string hook bar 70 bearing string hooks 7l. The bar 70 is pivotally mounted at the upper end of a bar supporting post 72 and on a rod 73 projecting therefrom, said post being pivotally supported by the lever (i5 so that it may be rocked back and forth on said pivot. A knife 74 is secured at the end of a knife support 75 pivotally mounted on a bracket 76 secured tothe frame, this knife supporthaving a stud 77 resting against the upper surface of the hooks and held against the hooks by a spring 78. A string bar actuating stud 79 projects from the side of the string hook bar into the path ot movement of the back of the cam GS. A string guide 80 is secured to the bracket 7G and another string guide 81 Ls located on the opposite side of the ja-iv 12 from the first inentioned guide, the guide 81 having,r a notch 82 within which the string may be'placed Aand from which it may be readily removed.

A string carrier 83 is carried at the end 12 of. a string carrying arm 84, this carrier being tubular to receive the string and having an opening in which a string stop or detent 85 projects, this stop being in the form of a spring which will permit the string to 12 mounted in the bracket, a block S6 being se- 13 placing it inthe notch 82 in the string gulde Gilijrldifgthe opposite end ofthe pivot.. A

carrier actuating rod 87 is pivotally streng' l 4attac edat 'one end to' said blockv and its oppositegend is pivotally connected,.by a pin -andslet 'monnectiomfwith the bell crank lever 21;:38 being' the' pin and'89the slot.

spring: 90 holds the actuating rod 87 in i dle, the operati vey grasps the end ofthe string projecting through theA carrier .83 Vand eX- tends vit across the-,iront of the machine,

81 and extending it beyond the guide as far as permitted by the .measuring device'.

rEhe parts being in the positions shown in the drawings, the treadle having vbeen operateddto move thev lever 21 to carry the pin 48 to the bottom of the slot 95,'a continued,l pressure 'upon the treadle 22 .rocks th'ebell crank ylever 21 further, actuating the plun ger 15 through the'mediumof the links andv bars 18, 9, and 20, ystarting the plunger in v its downward Jr'novememi--` v v The lower' end of the chute 214 resting normally underneath the plunger, a hollow rivet is in positiontoreceive the pin 25, and the disk earrier 35 also resting normally under# neath .the plunger, a' disk 32 is located 'in the path. et movement of the pin 25. i As the-.plunger moves downward, the pin 25 p'assee 'intothe hole-'in a rivet, immediately afterwhich, lthe-vehute 24 is j moved l from under' theplunger in av manner com'- 'mon .tov prior machines; The. continued pendently, of the carrier, this to 'permit' movement of the plunger, if required', yafter engagement of thepin 36 with the end vor' its slot, when the carrier holder engages the holding pin 446, retaining the carrier in this position for a limited time. In this position of the carrier the bottom disk 32 in the magazine 3l drops into the recess 37 ready to be moved forward bythe carrier.

The, movement of the treadle 22, as above described, operates, by means of the connecting rod 23, the 'string carrier actuat-fr ing rod 87 the pin and ' slot connection 88, 89 permitting an initial movement'o'f the plunger before operation -of, the string carrier.; rll`his operation of the rod 87 rocks the block 86 and the string carrying arm 84,

and at the 'proper time the string, which has beenentended across they frontof the machine, is carried' downward in close proximity to or against the front of the pin 14.

i As the treatlle is pushed downwardcarrytensioning the spring 63 and permitting the cam to pass the pin.

lryjthis downward movement of the bar 62, as hereinbeforeV described, the'cam 68 is swung backwardly, permittingthe string.

hooks to; drop, under the induence of the knife ysupport spring 78, in position to enf` gage the string which has been extended, as

hereinbefore described.A The cam 68 in` its continued movement strikes withL its back against the string actuating bar stud `79 movingfthe supporting post 72 backward, carrying with it the lstring hooks 71 which, engaging the string, wrap vit partially about the rivet under the washer. The continued".

movement 'of the plunger turns over the end filiv ing with it thqe actuating rod 62, thecain strikes lthe pin 59 swinging the ,lever "61,

o'the rivet, in a. manner wellknownysecuring the washer and string firmly in place, the string between the washer and envelop. The backward movement of 'the hooks 71 movement oftheplunger. carries theholllow 45 rivetthrough. a positioned. disk 1n' 'the carcarries the string against 'the knife, sever 110 60 sprin 42 being sucient to cause this opernotedthat the pin .48 movesin thel slot 95 rier 35,' and before the vshrmlder at the base. of the pin v25 .strikes the disk the .carrier is moved'backward from under the plunger, leaving the diskA upon the rivet .and the latteruponthe pin.- l 1 In the operationofthe carrier, itwillba ation" an`d-to swing the carrier backward untilthe stop 36"engages the end of its slot. Expansion of the spring 42 will now permlt the rod 41 to have afurther movement, indeing 'it from thelength extending. from the spool.

As pressure on the treadle is'released the l spring 92 carries the ,treadle upward reversingthe movement dit' the parts.

As the bell crank lever 21 swings in the reverse direction, the prings 42 and 44 carry the lever 41 ywit out movement of the bell crank 40, the slot and pin connection permitting this movement and thus lallowing the carrier 35 to remain at the backward limit of its play for a certain period As the bell crank lever 21 is thus moved backwardly the pin 48 strikes the releasing mem,- ber 47, at about the completionvof the move; ment of the bell crank lever, rocking the carrier holder 45, disengaging it from the pin i 46 and permitting the carrler to swing to its normal position under the pull of the spring 44, -a retainer QS'engaging the washer inthe lac . Striking the projection 94 at the upper end of the cam post, carries the hooks forward to their normal position of rest.

As the rod 62 moves upward the cam 60 engages the pin 59, and, being obliquly dis,

posed with respect to its path of movement, swings the stop pawl on its pivot and carries its end outof the path of movement of the stop 57. The disk moving pawl will normally rest with its end a short distance from g the shoulder formed-by the notch 56, as

shown in Fig. 1.0i the drawings, so that the movement of the parts above described, andv suiii'cient to enable the stop pawl to be moved out of the path of movement of the stop, is permitted, and a continuation of the movement, caused by the cam 60, for a slight distance carries the stop 57 underneath the end of the stop pawl V54: that now rests upon said stop. -The measuring device is thus left, at the completion of an operation by the ma chine, in condition to permit the running out of the string to the proper length, the controller disk, in this operation, making substantially a complete rotation, at the colnpletion of which, the stop 57 engages the end of the pawl 54, that has resumed its location in the path of movement of the stop immediately upon disengagement of the cam 60 from the pin 59. The measuring disk 50 will be of a size to permit feed of the desired length of string in a single rotation of the measuring disk, which is permitted by the construction of parts above described.

I claim- 1. A frame supporting a plunger with means for operating it and having means to support an article, means for supplying eyelets in position to be afhxed to said article by said plunger, a carrier to supply disks to said plunger, means for retaining the carrier in a temporary position away from the plunger, means for releasing the carrier, and means for moving it underneath the plun- 2. A frame supporting a plunger with operating means therefor, a carrier t0 supply disks to said plunger, means exerting force upon the carrier to normally press it toward the plunger, means for locking the carrier in a temporary position away from the plunv ger, means for releasing the lock to permit the carrier to be moved underneath the plunger, and means to support an article while being acted upon by said plunger to aiiix a disk to said article by means ot an eryelet` 3. In combination with a plunger for afiixing eyelets to an article, plunger operat-I ing means, a carrier to supply disks to the plunger to be thereby affixed to the articlel by said eyelets, a rod forming part of a connection between the carrier and plunger op-A erating means, a pin and slot connection between said rod and plunger operating means 10 a pin and slot connection between said ro and said carrier, and a spring for retaining the last mentioned pin in a predetermined position in said slot.

4. In combination with a plunger for affixing eyelets to an article,'means for operating the plunver, a carrier movably mounted to su ply distks to said plunger, to be thereby a 'xed to the article' by said eyelets, a pivotally mounted lever connected withsaid 89 carrier, an operating rod extending between said lever and plungerI operating means', ai pin and slot connection between said operaia-,i` ing means and ro`d, a pin and slot conne'ction between said rod and said lever, a spring connecting said rod and lever to cause movement of the carrier, and a stop to determine he limit of movement of the carrier. 4' i 5. In combination with a plunger for aiiixing eyelets to an article, means for op- 90 erating the plunger, a carrier pivoted for vibratory movement underneath the plunger, means for temporarily retaining the carrier` in a position away from the plunger, op-

erative connections between said carrier and the plunger operating means, said connection including means to permit operation of the plunger operating means while the carrier is retained in its position from underneath the plunger, means for relcas- 109 ing said carrier, and means for moving the carrier underneath the plunger.

6. In combination with a plunger for aflixing eyelets to an article, means for opl erating the plunger, a carrier for supplying disks to said plunger to be thereby aflixed to the article by said eyelets, a stop to limit the movement of the carrier in one direction, means for retaining the carrier temporarily in a position from underneath the 110 plunger, connections between the plunger operating means and said carrier including meansto permit movement of the plunger independently of the carrier, and a spring included in said connections and arranged to be tensioned by said independent movement of the plunger, whereby force is obtained to return the carrier to its position underneath the plunger.

7. In combination with a plunger for aiiixing eyelets to an article, plunger operating means, a carrier for supplying,r disks underneath said plunger to be thereby affixed to thearticle by said eyelets, means for retaining the carrier'in-a position from 125 underneath the plunger, a lever connected with the plunger operating means to operate said carrier, and a"lev`er to release said Laemmli carrier holding means, said releasing lever ,being-positioned for releasing movement by 'the plunger operating means. a

8. A frame supportlng a plunger with i means for operating it and having means to 1 support anarticle, means for supplying eyelets in position to be aflixed to said article by said plunger, ymeans for supporting a I string normally outtothe path of movement y,of the plunger and for changing the `position or' thestring laterally into .the path of @movement of the plunger, other means for.A

drawing the stringlaterally in the aliixing operation, and meansl to aiiix the eyelet and string to an article. i

9. A frame supportinga plunger with i yrneans'for operating it and having means to support an article, means for supplying eyelets in. position to be alhxed to said article by said plunger, means for locatinga string normally avay from the plunger, means forA moving the string laterally to a position near l the plunger,- and' means for drawing the .to said plunger to be aiiixed to said article `by, said eyelet, for drawing a string up to the Vplunger and v'underr'ieatli the disk, and means for drawing the string into the space :between said-article and disk.

l1. in combinationl with a plunger and means for operating it to affix an eyelet to an article, a guidevfor a string, a string positioning device located in line With the guide, lmeans foi.' moving saidA positioning `device from said line, and means for dravving the string toward said plunger to be ailined by said eyelet.

12. ln combination with a plunger and means tor operating it to affix an eyelet to an article, means for positioning a string With respect to the plunger, to be secured to said article by said eyelet, a knife, a hook to drav/ the string tovvard the plunger, and means for operating the hook to draw the string against said knife.

'13. ln combination vvitli.; a plunger and .means tor operating it to amr an eyelet to.

an article, means for positioning a string with respect to the plunger, to be secured tov said article by said eyelet, a forked hook to.

engage the string, a knife located to project into said v'for-k, and means for operating the.

hook to dravv a string'against'said knife.

1st. ln combination with" a plunger and means for operating it to ailix'an eyelet to'an article, means for* positioning a string with respect to the plunger, to be secured to.

.to permit movement of the hook to positionf'k Y mounted, means tovvard v the plunger, and means for `oper- ,ating said release and said hook operating article by said eyelet,a hook for dravvingthe string toward said plunger, means foroper-- L ating the hook, and a knife held in yielding., engagement with the hook in the path ofpf movement of said string as it is drayvngby said hook. l l 15. In combination with a plunger'. and

means for operating it to aiiiX an eyelet'to Tj an article, means for positioning a stringi` with respect to the plunger to be secured to said article by said eyelet, a pivotally, mounted hook, means for normallyzprelssing I the hook to engage the string, means torre:y taining the hook in a certain position, and means for releasing the retaining means'to.f80 permit movement. of the hook topcsitionjiv to engage the string. i

16. In combinationy with av plungerl means for operating it to atix an cyclette., an article, means for positioning astring with respect to said plunger yto be secured` to..` said article by said e'yelet, a hook pivotallyfjmounted, a cam to retain the hook in `a/ceri l l" tain position, means for operating thecatnA it to engage the string and means for mov ing the hooks intoengagement with the string. 17. In combination with a plunger ,andfl means for operatin it tol aiiix anv eyelet t"fan article, means or positioning a' string,v with respect to said plunger to be securedtd g j said article'by said for retaining the hook in ,ar certain position, and means for moving said'flo@ retaining means to release the yhook and to permit it to move pivotally to engage' vtitlifaA string, and means toy dravv it toward the plunger.

18. In` combinationvvith a plunger 4.and105 means for'operating it to aiiix an' eyelet to an article,-means for positioning a string with respect to said plunger to be secured to said article by said eyelet, a pivotally mount ed string placing lever, means for operating said lever, a cam post` secured to said lever, 'a bar supporting post also secured to said lever, 'and a string hook bar pivotally mounted on said bar supporting post and resting in engagement with said cam. f 19. In combination with a plunger and means for operating it to affix an eyelet to, an article, means Jfor positioning a string with respect 'to said plunger to be secured to saidarticle by said eyelet, a pivotally mounted hook, in a certain position and movable to release the hook and permit it to move pivotally to engage a string, means to draw the string means.

20. ln combination With a plungerfor operatel the hook to i i means for retaining the hook l.

means for stopping the rotation of said engaging 'means, and'means connected with saidl plunger for itemporarily; withdrawing said stop to permit rotation of the string engaging means.

21. In combination lwith a plunger for aiiixing a string to an article, means engaged by said string to determine the length to `.be drawn out7 a stop to determine ,such length, means connected with the. plunger for temporarily withdrawing the stop, and means connected with the plunger for replacing the stop in position to prevent movement of said engaging means.

22. In combination with a device for affixing a string to au particle, a drum about which the string iswrapped, a pawlglocated to prevent movement ofzsaid drum but ar.

ranged to permit a slight movement of the drum,`and means connected with said aiiixing device for moving said pawl from said z, position and for releasing the pawl to place it' 1h position to stop 4rotation of the drum.

23. 4In combination with a device for aiixing a string to an article, a drum about which thestring is wrapped, a stop coni nected with the drum, a stop pawl' to engage vsaid stop, a releasing pawl connected with f the stop pawl, and means operatively connected with said alixing device for-o erating the releasing pawl to temporari y remove the stop pawl from positionto stop the drum.

24. yA frame supporting aplunger with beino' acted upon by said plunger to aiix a dis to said article by means of an eyelet.

25. In combination with a plunger for aiiixing a string to an article, means for positioning the string extending on opposite-sides of a plane passing through the 'axis of the plunger, means for supplying disks to saidplunger, means for drawing the string laterally and for wrapping it partially around the plunger, and means for ,operating the plunger to secure the string between said disk and the article to which the disk is aiiixed.

. 26. In a machine of the class described, the combination, with coperating eyelet upsetting dies, aplunger by which one of said dies is carried, and means for operating said plunger, of means for feeding a washer and an eyelet into position in alinement with said dies,`means for feeding the end portion of a iexible fastening device approximately across the axis of said plunger in the space beneath the washer, and from side to side of the washer, whereby, upon the upsetting of the eyelet, the fastening device is gripped throughout the full width of the washer between the washer and the material to which the washer is secured.

27. In a disk feeding machine, relatively movable coperating dies, an eyelet and washer feeding means, a string guide mounted to direct the end portion of a string between said dies to be clamped between a washer and the material to which the washer is secured, means for moving the guide to position the string to be clamped, and means for severing the string.

` l HENRY B. COOLEY. Witnesses:

H. H. HAYwooD,

OscAn SEcALowrrz.

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