US1274738A - Last-pulling machine. - Google Patents

Description

B. F. MAYO.

LAST PULLING MACHINE. APPLICATION FILED SEPT. I6. Isls.

Patented Auge, 1918.- 2 SHEETS-SHEET l B. FIMAYO. LAST PULLING MACHINE. APPLICATION FILED SEPT. I6. i916.

1 274,738. Patented'AuU.- 6, 1918.v

2 SHEETS-SHEET 2.

nu: Ncmms Ferns oo.. rwamumuf. vusmnamn. v.

means and mechanism for effecting relative movement of the shoe and last holdingineans to separate the shoe and last, of means operative relatively to incline the shoe and last transversely of the shoe and last and to maintain such relative inclination for a determinate period during the relative separating movement of the shoe and last Right and left lasts have their inner side faces substantially flat with the instep portions undercut, and have their outer side faces convex or full; As previously pracf tised, the shoe has been supported with its bottom substantially horizontal and the last has been moved diagonally rearward during the second stage of separation, this rearward movement having one component substantially perpendicular to the plane of the shoe bottom. Under these conditions the outer side face of the last exerted substantial lateral pressure against the outer (convex) side face of the shoe upper as it was pulled from the shoe, while, owing to the flat and undercut surface of the inner side face of the last, only slight lateral pressure was eX- erted against the inner side face of the shoe. i The present invention effects a more equal distribution of pressure against the sides of the 'shoe upper and prevents excessive lateral strain by providing means operative to inoline the shoe transversely at a determinate angle to its normal plane, pressing the inner side face o f the shoe Vagainst the inner side face of the last so that heelward movement of the last with a component substantially perpendicular to the normal plane of the shoe bottom will cause the last to recede from the outer side face of the shoe upper in the direction of the inner side face of the shoe and with lateral pressure' against the inner side of the shoe upper. The inclination is preferably suchthat the lateral presvrsureagainst the opposite side faces of the shoe upper, as the last is moved from the shoe during the second stage of separation,

is substantially equalizedand the unlacedV edges of the upper will yield outwardly in response to such pressure without injuring the shoe.

The angle at which vthe shoe is inclined will be reversed for right and left shoes since the inner side faces of rights and lefts are at opposite sides. Accordingly, a further and related feature of my invention consists in combination with shoe and last holding means and mechanism for effecting relative separating movement, of means operative relatively to incline the shoe and last transversely of the shoe and last and at maintained angles of inclination reversed in alternation during successive cycles of the` machine. c l

A related feature of the invention consists in means to indicate to the machine operatorthe conditioning of the machine forl and left inclining action adapts the machine to this practice. 1f the shoes run in rights or lefts, the operator has only to treadle the machine for an empty cycle, between successive right or left shoes, as the case may be. This does not mean a loss of time for the empty cycle can be made to occur while disposing of one pulled last and shoe and` reaching for. the next shoe and last to be operated upon. The indicator is a safeguard to insure presentation of the proper shoe and of the rights and lefts in proper order,

These, and other features and advantages arevmore 'fully described in the following detailedl specification when read in connection with the accompanying drawings, in

which- Figure 1 is a view in side elevation, partly in section, showing a last pulling machine of the Benjamin type embodying the features of the present invention.

Fig. 2 is a fragmentary view in rear elevation of the indicator, cam, and rocking lever and crank for the shoe gripping head;

Fig. 3 is a detail of t-he indicator;

Fig. t is an enlarged'vertical section on the line 4- 1 of Fig. 5, showing a right shoe held in inclinedposition for the withdrawal ofthe last during the second stage of operation;

Fig, 5 shows in side elevation, diagrammatically, the position of the shoe, last, and last pulling members with the shoe and last in the relation shown in Fig. 4; and' Fig. 6 is a tabulated plot of the peripheral cam groove controlling the operation of the rocking devices for the gripping head and the indicator.

The parts and operation of the Benjamin last pulling machine shown herein need only be described briefly since the specific construction forms no part of the present invention. Briefly, the machine comprises a hollow standard in which is journaled a shaft 4, driven through a pulley 6 which receives power from a belt or other driving medium, the pulley being loose on the shaft and a one cycle clutch mechanism being employed to couple the pulley to the shaft and to rotate the shaft through a half revolution forming, in the present instance, a com plete work cycle'and automatically to unclutch the pulley and arrest the further movement of the shaft at the end of said cycle. The clutch mechanism is operated to start the revolution of the a treadle 22 mounted at the base of the standard, the shaft 2 having mounted thereon within the hollow standard, a worm 4Q meshing with a worm gear shaft 2 through 40 mounted upon i gaged by welt crease blades 106;

a i cain shaft Y38 extending 1 traneverslely [of l the I niachine within Vthe standardand cara Cain wheel' '36.* Onefhalf :revolntiony ofthisl caniwheel `1 constitutesY a Ymachine;VV

,5 cycleand through this yearnV Wheel mecha-1 nisin is operated to pull the, lastA froml the l '1 shoe `and tovgrip the. shoewhileftlie last-is 1 heinggpulled ther-efroni.pl,y y 7;, The peripher 1 'f ofth earn, ywlieehjf at- 10 one pn l edge A and j at J-diainetriclally l opposite `points is formedwithlow'zpartev or depres# Y e sions 62 in whichga'roller onftliellower Yjend` of abell Crankleverl isarranged .to-drop.' Y

and to be heldin'.thepoeition p frestof; the

1,5; machine parts.` The upper end: ofthe' hell? ycrank lever 64- -whengthecani wheel v36v is ro.-

' l gripping lolocksq (Fig: 4)? tofgripthe heel and counter of al shoebetween-thein and to hold the shoe in positionduringthe` last l pulling operation andf while the llower {e'nd 25, ofgthe bell crank remains ,upon .the `highpart of the cani wheel;periphery;y .The fore- 'L part@ of the-shoe inay.l loe` Supporteddhy, a swinging saddle 1,78 forming a toe l,rest and n the yopposite sides; ofthe. shankfniavgbe ene support, welt, crease blades` andcounterand heel grippers w ith; theirt f operating'. connec-y tions-are carriedfbjy a head 200.`

As""p1'evionsly constructed, thi

' swinging` movement ofV theY springs rocking motion of the headj 4 l yvThe contac face at 'thenpperf end ofqbell'l f crank. lever 64- which engages y with "the l rearI end of a plunger 7 2' o p'eratingfthe.' gripper"y v 5 5 l tactwith' the 'end i of the yplunger.when 'the f head is oscillatedl andy; ifsipreferably iPro.-4

vided with ai laterally extendedl contactVv face'- shead has Y 3-5been extended'over(andrigidlyvsecured to theltopof theqhollow standard i According to the present inventiong" however-,- theshea dterminates, adj acentto ithe forward edge of e the i. standard and isy provided: with a shaft"y AQL 202 mounted ,for rocking ln'otiongii-n a )j onrna-11204 secured t'ozfthe :top ofthefstandard.. ,e rljfhe coiled y.springsv .70L which are connected i e totheheel.A and?oonnterfjlolockv operating` meohanis'm'at their.;f0rw`ard ends;l have theiru :4 5 rearward endS` anchoredI to posts vnpstanding "1 Y v ron11tlie=journalk204gtheaperturesin the; y head l 2070 throughlwhieh `the" rspringsfexteni -f being elongatedfsuliiciently tojpermit. bodilyv during" normallyto retract theglgripper lologeks-Handl Ato ,moveIthe plunger.72to engagefits `rear l fendl with the :endof thebelllcrank lever 64,1

to hold .theflowerend'of the kbellcrank, ink Contact with the? peripheral edge of oani.`

The rear endl of the roek'shafty 202 is` eX- tend'ed beyond therear of the standard and .Y

rocking lever A208 pivotedat its lower. endy provided withacrank arm ,206, preferably v hifnroated to',receiveY thev upper, end 01;' a:

on'the standard and intermediate of its lendsjf 'Y carryingfa roll 209 operated :through the cani mounted at itfS-lowervend on kthefrearcf,the-TA j;

standardgandghas itsgfupper" end formed as,

anlindioatorl nger'2122 coperating withair indicatorplateZllbolted:to the ace'o'f the 5 isiprovdediwith abent arnr 216eXtending downwardly and Vinwardly therefrom andati .Y n '90,. 5*

haring a yrollf217- atfits lowerY end, also 'cof-I operating with thecaniwheel 36, alslaterfde-gl scribed, to` swing the yoke andipositionxlthe finger v212 relatively'fto lthe plate21%ito inf dicate at ythe i end fof one* cyclen the; conditionY next cycle yuponfriggght or 'leftrshoes7 as the caseinay loe-J f 4'lteiore beingAp'ositionedfbetween the gripf pin-gr fbloeksjz: a last 'dwith a Shoe zthereon; is lnountedaontheheeljpin A142V of i-carrier arin ,lately the .front endfjlgk .oi which' forms. a; handle --The rear end t :isf pivoted at. 145 to l 'n thenupperend ofon'e arm 146 of-fa'bell crank* lever supportedrhyand "gpivota'llyfattached,y Y i to-the"upper end of aiplungerflO. The

upper end of-a'rodr ld-is'fpivotally attached? j i :to :thefend of the other iai-m', 1752A of :thev bell? cranklever,V andlha'sits lowerend guided'- .through an eXtenSion from'the 'stajndardffv A1' coiledepringlS encircles the rod. hetweonVvr ,the hell-crank Ilever-and staiidardextension;1: l {21T-id;y is#compreesed by downwf-ard-"finovenentlV 1;; n of'thearm@ v15210? the hell crankV llevlerjfan"d'` y Y oporatesfto swingthe arni M6 'fr'earwardlyff l when"` the 1 'last 'heelifclearsg ,the Vshoe cnnter.

'and permits 'siibst yri'erfandfthe latter'fl is:k swung -npwardly-propl f j erlytoposition' thel heel endrof the shoe be?? tweenthe'gripping-hlocke;7 rEhe t`re'adl'e'22 iS pl1'1nger72-1novin`g the gripper blocks to clamp and-'Ifrearwardly; bar *fhavingll' its antiahrearwardinoveinem n of the. machineffor` operation'duringthe n then-operated, throwing in the clutch androf 1 l tatingthe oalrnehaftfthrongh a'half'revolii-i` tion;v Thebellcrank lever 64e will ope'ratethe yand?holdthe eho'eiduri'ng the 'period 'Off-last upper end bifurcated to embrace the hub of the cam 36 and having a roll offset therefrom and arranged to be engaged `by oppositely y disposed wiper cams on one side face of the. cam wheel 3G to move the bar downwardly The wiper cams, previously referred to,-

act against the bar 172 in timed relation and after the gripping blocks have been movedy When the to engage and hold the shoe. active wiper cam passes beyond the offset roll of the bar 172, a weight169 returns the bar and its connected parts toy their original` position, ready for another cycle -of opera-y tions. As the cam wheel approaches the end of a half revolution (and the end of the machine cycle), the lower end of bell crank lever 64 will drop down in the second low part 62 in the peripheral edge of the cam, permitting the springs to retract the plunger 72 and the gripping blocks to releasethe shoe.

1n accordance with the present invention the cam wheel 36 is provided substantially centrally of its periphery and laterally offset from the path of contact of the end bell crank 64 (see Fig. 2) with a peripheral cam groove 218 into which extend the rolls 217 and 209 on the extension 216 and rocking lever 208 respectively. This peripheral cam groove is plotted in Fig. 6 and the rocking, inclining,

and stationary or dwell sections of each of the two cycles are indicated by appropriate marginal notations.

The rolls of the indicator yoke and rocking lever are relatively `positioned so that at the end of one cycle,'the indicator roll 217 will rest in a section of the cam groovevlaterally offset from the central line c-c of the cam groove to swing the yoke finger 212 to indicate that the neXt cycle will incline the lshoe gripping head for right or left shoes, as the case may be; while the rocking lever roll 209 will be positioned at the begin- 'ning of a straight or dwell section 220 of the cam groove. lThis dwell is of such length that the rotation of the c am` wheel 36 at the beginning of a machine cycle will cause the gripping blocks to engage and hold the shoe before the roll v209 enters into the reversely curved rocking sections 222.

These rocking sections 222 of the cam groove are arranged to impart a complete rocking reciprocation to the gripping head 200 while thelast is being pulled substantially to clear the bottom of its heel from the edge of the shoe counter. 1n operating upon a left shoe, the [rocking section 222 'will be figured to stop its rocking movement with the shoe gripping head inclined transversely ofthe last with the shoe pressed against the' inside face of the last which is being pulled downwardly in a line having one component substantially perpendicular to the initial plane of the shoe bottom, the laterally offset straight portion 224 of the groove which follows the rocking bends 222 maintaining this inclination during the remainder of the last pulling operation. This action is seen in theupper half of the plotted cam lof Fig. 6.

The cycle for a right shoe is seen on th lower half of the cam plot in Fig. 6, the rocking movement of the gripping head 200 terminating with the head and shoe reversely inclined to press the inner side face of the right shoe against the inner side face of the downwardly moving last. A dotted line c-c extending centrally of the plotted cam groove, in conjunction with the line of the groove indicates clearly the reverse swerving of the cam groove for right and left shoes in successive machine cycles.

The base of the indicator vplate 214 eX- tends through the yoke 210 and has an upstanding flange 215 in a substantially parallel plane with the yoke and linger and to the rear of the linger. This flange bears suitable indicia such as uR or Right,7 and 11, or Left, as suggested, the R or Right7 being at the left side of the flange as viewed byl the operator since the roll 217 in indicating position for ctright shoes rests in a portion :of the cam groove 21S offset to the right of the central line of the cam groove, as viewed by the operator, thereby causing the finger 212 to swine' to the left. Obviously, the indication mar-lr and direction ofswing are reversed for left shoes.

The operation of the machine may be described in brief, as follows: The last and shoe are mounted on thecarrier 1414 and properly positioned between the grippers and the treadle 22v depressed. r1`he cam wheel 36 begins to rotate, its initial movementcausing bell crank lever 64' to move the gripping members to engage andhold. the shoe. During this period the rocking lever roll 209 is riding in the straight or dwell portion-220 of the cam groove 218 `so that the gripping head 200 remains stationary. At the end of this period? the wiper cams begin to operate against theroll on bar 172 to move the carrier 14:4 and last downwardlyk through the' described connections'. Coincidently with the downward movement kof the carrier which acts to pull the last heel downwardly substantially to clearthe edge of the shoe counter, thev rocking bends 222 inthe cam operate against the rocking lever roll 209 to rock the gripping head 200 andthe gripped shoe, stretching and loosening the shoe on the last and easing the heel' portion of the last out Vof the shoe, When the heel of the' last reachesV the position, approximately,

iso

last heelI (vzlearsl theedgefof `the shoe counter, thefrocking `motion ofthe shoe ,y will maintainjthe gripping head'20'0' transv:and last. y v12. Ina last veflsely inclinedA (Figsflland 5): Whiley the last and carrier 144 are moved diagonally doivnivardoutof the shoe as prevlouslyfdescribed, the inclination being maintained v'-ln'itil they endV of the'machinejcyelejwhen a bend at the lend 'iwthefoifset portion ,224

leads Kthe roll" 209 KYinto the vkbeginning 4 of the vcdivell section 220fof theneit succeeding half oftheA cfam'groove, atvvhich point"ro' tation .ofcani'r Wheel 36 ceases pThe "indica-f tor roll 2117 jwill,fh`ovvever, remain in the pre"- c'eding'- laterally offsett straightl portidn 2l24 of the groove and Will incline the ngerf2l2 'to vpointto the shoe for 'which the inclination given'the gripping head Q ()Oby the neXt'suc'- f 'ceeding olisetf yporti'onv22l, isjadapted, 0-1 the finger,*attl ie end fof an`operation upon a.y xleft "ishoeg'rwill beinclined'to*point. to the indication for afrightffshoegon'the,

Hange2l5i'f i y u y l "nl Having thus idescriloedkY my invention,

jivhat Ielaim as new, and desiretesecure LettersPatent of the United States is f I. In a last pullin'gl machinaincomhinaftion, meansv 'for holding? ai shoe, 1neans1for holding a last, mechanism for edecting'irela- 'tive'movementofr the shoe holding means and last holdingmeans to Yseparate the shoe and last; and means operative -t 'incline rela?`r tively the shoe and 'last transverselyofl the shoe and last and to maintain such'y relative inclination for adeteiminate period during the relative separating "movement of the shoe tially at that point the separation VWhen thelast heel clears theedge' of the shoe counter,f-relatively to incline thiefY shoe andlast transversely vol? the Yshoe and "laste and to' i maintain such Vrelativeinc'linati'on fduring substantially theremainderof the perid of Vvshoe andilast separating movement. iff In.- a last pulling machine, in combina-` tion, `means for lholding Taf. shoe," means*A for holdinga last, mechanism for eifectin'gmovement ofthelastholdingfneans relatively to the shoe holding means andina:directionfto separate thellast'from the 'sfho kand means operative during thev "remove-lidi* the4 last gto e hold one side aceioi'tliezshe upper forcibly f [against a 'sidefface'of yth'eflas'tto Vrelieve therefrom.y u L1.7111 a last pulling Emachine, incombination, means for holding a shoe, meansifor holding a last, mechanism for eectingrelal tivemovement of ythe" shoe lholding means and last holding means tofseparatethe shoe` and last, and" meansl operative` during/'the separationof the sh'oeand lastandisubstanper jafgain'st .asidefacefof the last during 'thefi'einoval ofc the'last from the' ,shoeg i' t S'fnfa' lastpullngrrahne;fili combina* f tion', 'means to eifigage andheld 'ashoegsaid ,`iiinsbegmonterl01?rocking movement, Y f'rneansY to.' engage last f'the' Wshoe, ,mechanism operative tof move the; last e'nf K Y yjgagiiigfmeansto,pulltheflast'frointheshes, a vtie n ,Sehens iis-erbetensabsmnany el@ face `r,off'thef shoe upperlas the last isremoved e p e pullingmachine,incombination," means .for holding ya shoe, means for holding a l'ast,vmec'hanism operative tomove the shoe, andineans automatically operative `the 'lastholding means to pullrthe last from f the las; Substantially to @navette ntemi fpressure ofthe :last against the opposite side n f jfa'eeef'ythe sh'oe'upper 'ais thelast is` removed 1 therefrom,

T5.' In a last pulling machine, in l tion, meansv for holding'a shoe,"me ans for holding aV last, mechanism operativelto move y v"the lastholding means'to pullt'he last from the shoe,f andV means,automatically operaltive during lthe removal of the lastsubvst'an- `tially5v`vhen the lastwheel hasbeen moved to Y clear theedge 'of the ,shoefeounter,`,to move fthe shoelholding niieansy 'to swing the shoe transversely relative Vtof,the'fla'stand against fone sidefface ofthelastfsub'stantially to ren ydilceithelateral pressiireofthellastragainst l `'the opposite side' face of the sl'ioefupper as k'thelast is'removedf f'romthe shoe; f" 6. In a last pulling machine'in combina- Y tion, means to hold a lastin invert'ediposi` 1 tin, means to engageandheld a'svhoegseated y overthe last,"mechanismeonstructedandai? y lranged toefiect relativemovementfbetvveen Y 'the shoeholdinglmeansjandlthe: last holding 2100 means tofvcaulse..separation-of thelast and v shoe, and means operativej'durmgthe relative separating"movement,of the 4shoe and ilast,zt1o' eiieet relative transverse*"inclination lloet'vveen the" shoe and last vsul)stantially lto elpiallize lateral pressure "tvhe last' against the oppositesides ofthe 4 andflastfy holding'nieans to pullthe last fr omfthe shoe, and meansoperative during the, removal of y N slipper dlll'reg Vrelative separatingfmovement v of v the .last from" the", sheef.'automatieallyl l`to f1 15 vsivingthe shoe-.holdingmeansto incline the bottom'offthe shoeg'froinfits normalfplane .fand transversely; Arelatively to V,the "last f'to :press and hold one 'sidefa'c'e of the shoe; upa 2 'd iiiean's automatically 'operative atk "mnt-'during the remov "irsl the` edge of the shoe counter, to position and maintain the shoe engaging means and shoe inclined from its initial position and transversely of the last to hold one side face of the shoe pressed against the side :tace of the last during the continued separating movement of the last.

9. In a last pulling machine, means to hold an inverted shoe, means to engage an inverted last Within the shoe, and mechanism constructed and arranged automatically to ellect relative movement between the shoe holding and last engaging means in a direction to effect separation of a shoe and last and including means automatically operative in timed relation during such relative separating movement to effect relative transverse inclination of the shoe holding and last engaging means forcibly to engage and press in contact the side faces of a shoe Lipper and last at the inner side of the shoe.

10. In a last pulling machine, means to hold an inverted shoe, means to engage an inverted last Within the shoe, and mechanism constructed and arranged automatically to move the last engaging means in a direction to pull the last from the shoe and including means automatically operative in timed relation to the separating movement of the last engaging means determinately to move the shoe holding means to swing a shoe transversely relatively to its last in the direction to press the side or' the shoe at the inner side of the foot against the corresponding inner side face of the last and to maintain the shoe in such position during the remainder of the last separating movement.

11. In a last pulling machine, in combination, shoe holding means, last holding means, mechanism for effecting relative movement between the shoe and last holding means to separate the shoe and last, and means operative during the separation of the shoe and last, relatively and determinately to incline the shoe and last transversely of the shoe and last and at maintained angles of inclination reversed in alternation during successive cycles of the machine.

l2. In a last pulling machine, in combination, shoe holding means, last holding means, mechanism effective to move the last holding means relative to the shoe holding means to remove the last from the shoe, and means operative during the removal ,of the last to move the shoe holding means to ineline the shoe transversely of the last and to maintain it pressed against one side face of the lastcat angles of inclination reversed in alternation Vfor right and left shoes during successive cycles of the machine.

13. In allas't pulling machine, means to engage a last, means arranged for rocking movement, and constructed to grip a shoe on the last, and mechanism e'fective to move the last engaging means to withdraw the last from Within the shoe and including means operative during the removal of the last to rock the shoe gripping means to incline the shoe transversely ot' the last and to maintain it pressed against a side of the last at an angle of inclination automatically reversed in alternation during successive cycles of the machine.

14. In a last pulling machine, in combination, shoe holding means, last holding means, lmechanism for effecting relative movement between the shoe holding means and the last holding means to separate the .shoe and last, and means operative during the separation of the shoe relatively to incline the shoe and last transversely of the 4shoe and last and at maintained reverse angles of inclination for right and left shoes. f

15. In a last pulling machine, in combination, shoe holding means mounted for rocking movement, last holding means, and mechanism for effecting movement of the last holding vmeans to Withdraw the last from Within the shoe and including means operative in timed relation during the Withdrawal of the last to rock the shoe holding means transversely to incline the shoe relatively to the last at maintained reverse angles of inclination for right and left shoes alternating in successive cycles of the machine.

16. In a last pulling machine, in combination, means to hold a shoe arranged for transverse rocking movement, means to engage a last Within the shoe, and mechanism constructed and arranged automatically to move the last engaging means completely to remove a last from its shoe, and including means automatically operative during the Withdrawal of the last and in timed relation to rock the shoe holding means determinately to position the shoe at maintained angles of` inclination reversed in alternation for right and left shoes during successive cycles of the machine.

17. In a last pulling machine, in combination, means to engage and hold a last, .means to grip a shoe on the last, mechanism effective to move the last holding means relatively to the shoe gripping means to remove a last from Within a shoe, and means :operative during the remo val of the last to move the shoe gripping means in a direction toincline the shoe transversely and to main.- tain it pressed against one side face of a last for a right shoe and ieversely to ineline a shoe transversely and to maintain it pressed against the reverse side face of a last .for a leftshoe. s

18. In a.V last pulling machine, in combination, shoe holding means, last holding means, mechanism for effecting relative movement between the shoe and last holding y 35 f 'n incliiiethe shoe transversely of the last and*` nieansto separatelth'e shoe and last, means operativeduring the separation yof tliefshoe and last and effective i'elativelyftoincline' the 'shoe and last l'transversely*of the shoe and last and at maintained angles ofiii'cliiiation reversed 'f in alternationlfor `rightaiid Vleft shoesV during' As'iic'zce'ssive cycles' of the machine, land means; to indicate thecondi- `tioningfofthe in'acli'inefor inclination-"for 10 i v means toy grip ashoe o'iithe last,` ineohanisiii; effeetvefto move the :last Iholdingi-means relatively to `tliefslioe gripping means to "remove la last' froiiija Within a shoeymeaiis operative during" .n 'the removal` of fa last ftoi inovg the shoev gripping means vto' incline the A shoe transver'sely and toimaintain"itpressed tnelast at angles of inclination reversed in f against oiielside'face of. 'a last yfor alright shoe'and i'n'tlie ollowingjmaehine cycle ifeversely to incline landfmaintain a shoeY pressed( against thefreverse. sidev face 4of la last for left-shoe,` and meansl to indieate to the operator the 'eonditioning of the f1` Vchine for inclination for ijiglitor left shoes iner cycle "DO be I in* the' particularfmach started.` y" v v ViQ0; In. ai :last g piillin'g -nieohind 1 combil lknation, shoeliolding means, last holding means', mechanismseifectiveto Inovejthe last ,holding 'wie 1?. A means. "to remove p the lastA from'l "Within f the shoe, means "op erative diiring the'remoyal of lthe lastt'o" move the shoe holding means to to maintain it'pr'essedL 'against aside face of alternation fonright and left shoes during successive machine cyCles,j`and ineans'visually to indicate' priorftojtheinitiationfof a machine eyf'olex the,` Conditioningv of lthe ma'- a sho'e5 means f operativedurin'g the.V removal (and t0 maintain' ,ii.;'pressed" against aV Side `face of the last at angles of inclination auto:-

ginatically i'evzeigsfedfin. alternation 'fo-r right land left shoesfvfduring successive oyclesoiE `the 'n i'achine, and ajiiiovable indilcatorgmem.-

, ber automatically positioned vifrioneY cyele' to indicatev y"pri'irfto the initiation off'the next siicoeediiig eyele;V theY Conditioning" of the mag" in ehiiie5 'in ooinfloi;V

, i Y ast-mentor engaging gripping a Shoe; on'ftlieflast,VY

g and mechanism constructed and arranged 'to 'onine oriiieliiiation r Ina- Mei-pum mens winding natively A,1501 the; shoe holding s veffect relative movement between-the shoe 'and last inaclireotioii 't0 effect separation of the shoe and last, including means:VA 'autof iiiati'c'illy zg'oi'ierative `V in "timedl relation? to 'stretch .the `shoe`transverselyon thefl'ast 235111' alast,Pilling'liiachinm in co1nbi"-i s i nation; means forlioldiiig" a last'jin' inverted position",k meaiisfor engagingkandj;` gripping a fshoe seated Vov'erg-tli'e last,` and mechanism iieh relative separating' movement constriioted and arrangedYtor eect, relative to stretch the shoe onfthejl'ast' during thefirst tween,the'shoeandllast; l

r part Vof the relative separating niovement-ben 25k; In alast pulling:maehineQ-in'conibi'-,. natioiigfmeans for `holding a lastin inverted position' inezkinsfor engaging 'f and gripping .afshoe seated"A overfthe last,` and Amechanism constructed I and; arranged?tov ef*- 'and las'tfiii'af direction tolelfect separation ofthe shoer'and Ilast, inoliidin g means automatieally? operative in l timed relation 1" te j n l v c `9`H5 l Arelative' tothe list'ftostietchthe yshoe oir-the move the `rshoe f 'holding means` vv 'traiisi'feisely lse'parating n movement between fthe 1shoe and last t and subsequently operative determiiiately :to position fand maintain "the shoe movement between the "shoeaiidjlast fin 'a C f direotioiijtofeffect separation oi the shoe and 7 l last, inelndingjmeaiis automatically -opera`--L tiveiiil timed relati'oirtomovetheshoe li'olding niea'nstransversely relative to'fthe last f "against fi'irther transverserocking'inovement.

2 5. Inl aflzist'piil'liiig machine, iii combina! `tion,'f"nieaiisforjholding r'a last in vinvertedv position, means'to engage and grip a shoe'. seatedcoverthe lastfaiid; arrangedlforitransverse rocking "fniovemeiit, andI fmeehanism libe Constructed and arranged to move fthe last f ,fholdiiigmelansrelative to the shoeA and in I:afdir'eetio'iift'iWithdraw the last from, Within `the shoe, ineluding vmeans *automatically 'op- "eretive 1inf timed relation' I to rock the shoe grippiiig means 'andl shoe tran sversely of the p lasit .tofstret'c'htlie shoegon tlieljest during the iirstioart ofjtliesepai 4 ,l'ast; l, ,Y

`261` al'astpiilling inachineinfcombiiia gymoveinent of l'the tion, ineens :for Lholdingadastin inverted c' yposition; means inci'iiitedV for roeking 4niovey Y nient"anderrangedfto engage and gripfa shoe'fseatedover"the last, and mechanism Y eonstriictecl'and arreng'egl to move thek lest` holding means-5 relatively to' the shoe and 'iii'faf direction to Withdraivy the last i from yfivithii'ifthe :shoe including' means"A Aautomti# cally operativey i 'i Vduringthefirstipartjo'fthe,separating move-f Y Y` of 'the lajst,V `and eifective sulosetviluently determinately to position and maintain the shoe against further transverse rocking movement.

27. In a last pulling machine, in combination, a shoe engaging means mounted for rocking movement, means to engage and hold an inverted last, said means being posi` tioned in a plane below the shoe engaging means and arranged manually to be moved to position a last with its shoe in cooperative relation to the shoe engaging means, and mechanism operative automatically to operate said shoe engaging means to engage and hold the Shoe and operative automatically relatively to move the shoe holding and last holding means in a direction to remove the last from within the shoe, and including means operative in timed relation to rock the shoe holding means transversely of the last during the initial stages of shoe and last separation.

28. In a last pulling machine, in combination, a shoe engaging means mounted for rocking movement, means to engageV and hold a last, said means being positioned in a plane below the shoe engaging means and arranged manually to be moved to position a last with its shoe in cooperative relation to the shoe engaging means, and mechanism operative automatically to operate said shoe engaging means to engage and hold the shoe and operative automatically to move the last holding means in a direction to remove the last from within the shoe, and including means to rock the shoe holding means transversely of the last during the initial stages of shoe and last separation, and thence to position and maintain the shoe for the remainder of the separating operation determinately inclined from the plane in which it was initially positioned.

29. In a last pulling machine, in combination, a shoe holding means, last holding means, mechanism constructed and arranged to effect relative movement between the last holding means and the shoe holding means to separate the shoe and last, and means arranged automatically to eii'ect relative transverse rocking movement between the shoe and last during the initial stage of separation to stretch and loosen the shoe on the last, said means being subsequently effective relatively to incline the shoe and last transversely of the shoe and last and to maintain such relative inclination during the remainder of the separating movement.

30. In a last pulling machine, in combination, shoe holding means, last holding means, mechanism constructed and arranged automatically to move the last holding means relatively to the shoe holding means to effect separation of a last from a shoe,

and `mechanism automatically operating in timed relation to rock a shoe transversely on its last prior to the point substantially when the bottom of the last heel clears the edge of the shoe counter and subsequently operative transversely to incline and to maintain a shoe at a determinate angle to its initial plane to press the inner side face of a shoe against the inner side face of a last.

3l. In a last pulling machine, in combination, shoe holding means, last holding means, and mechanism constructed and arranged automatically to effect relative movement between the last holding means and the shoe holding means to effect separation of the last and shoe including means automatically operative in timed relation during the initial stage of separation relatively to move the shoe and last holding means transversely of the shoe and last to stretch and loosen the shoe on the last and subsequently operative relatively to incline and maintain the shoe and last inclined transversely of the shoe and last in a direction to press the inner side of a shoe against the inner side face of a last during the remainder of the relative separating movement of the shoe and last.

32. In a last pulling4 machine, in combination, shoe gripping means mounted for rocking movement, means to engage a last seated within a gripped shoe, and mechanism operative to move the last engaging means t0 withdraw a last from within a shoe and including means automatically operative during the initial stage of the last withdrawal to rock the shoe gripping means and shoe transversely relative to the last to stretch and loosen the shoe on the last and subsequently to arrest rocking movement of .the shoe gripping means with the shoe determinately inclined transversely relative to the last and maintained so inclined to press one side of the shoe against a side face of the last as the latter is withdrawn from the shoe.

33. In a last pulling machine, in combina- Y tion, shoe holding means mounted for transverse rocking movement, means to engage a last within the shoe, and mechanism constructed and arranged automatically to move the last engaging means to effect separation of the last from the shoe, and ,including means operative in timed relation automatically to rock the shoe holding means and shoe transversely of the last during the initial stage'of last separation and operative subsequently to swing the shoe holding means transversely relatively to the last to incline the shoe from its initial plane and to maintain the shoe so inclined during the remainder `ofthe last separating movement, the angle of inclination being arrlnged to press the inner side face of the shoe against the inner side face of the lastto transfer, at least in part, the lateral strain of the last against thev'slioe` upper from the outer to the inner side face side face of theshoe of the shoe." Y Y 1 n 34.` In a lastpulling machine, in combinar tion, means for holding a last, lmeansgfor gripping ashoe on a last`,'and ymechanism constructed and arranged to effect',-relative` movementbetvveen the shoe andjlastv hold- *ing means to separate the shoe aiidllasn mechanism operative `during the initial stages of shoe and lastjseparation relatively to rock the last holding andA shoe gripping .means transversely of the shoe and last. tol stretch and loosen tlieshoe on the last, and

including means subsequently operable rela.-

` tively to incline the shoe and-last transversely ofthe shoe and last at a maintained angle lof inclinationreve'rsedin alternation during successive. cycles ofthe machine Y tion, Y I

; ing movement, ylast holding -means,`

- .35. In a lastpfulling machine, in combinashoe holding means mounted vfor rockand `v mechanism effectivetomove the last'hold- ,ing means relative tothe shoe holding means 'i shoe inclined relative to and transversely of*` ythe last to press the inner'side of the shoe against the inner side face Vof, the last and to the last. to stretch and loosen the'shoe on the last and rvoperative to'arrest rocking move-vvment of the shoe holding means vvithv Ythe maintain the shoe pressedv against; the last at angles ofinclina'tion reversed in yalternation i yfor the inner side faces of right. and left lasts Aduring ,successive cycles .of the ma-T chine. 1 A-v e -k e J86. In ay last pullinglmaehin'e, infcombination, shoe holdino` means mounted.` forV .rocking movement, ,ast holding means, la

power operated cam Wheel' with operating connectionsto said last holding means auto-l v matlcally to move said last holding means to'remove the lastI from the vshoe land With l operating lconnections to said shoe holdingl `means automatically'to roclr'saidmeans' in fr Y ltimed relation during the initial stageV of lastreinoval and subsequentlymtol arrestY rocking movement of theshoe holding means to f position and maintain thev shoe during 4 the remainder ofthe cycle inclined" transversely relative toxjthe last With vthe inside V.of the shoe pressedf'against the inner sidel faceV of the last, and means automatically to reverse the maintained angle Ofinclina` vtionk in alternation during successive mal-v chine cycles alternately to pressy the inner sides of right and left shoes against the op-` in a iaapuiiingmahfme, in Combina? i tion, meansto engagek andholda last',i`neans mounted for rockingmovement arrangedto grip'n a shoe on the'last, and mechanism: effec# cluding means operative Vin timed relation tive automatically to move YVthe last holding 'e mea'nsrelatively to the shoe grippingmeanstoremove alastfrom Within a shoe and in!V k7() 7 duringthe'initial stage of'last removal to y rock the shoel gripping means andy shoe transversely of thelast to. stretch and loosen the i s'lioeonthe last and, subsequently operable ,y to arrest' saidrocking *movement determinately to incline the shoe transversely of and Ito maintain it pressed against one side face of a last for a right' shoe and operable in the following machinecycle reversely to incline y Land -maintain a shoe` pressed against of a cycle Vthe vconditioning of the machine "for vinclination forl right or left shoes Yand lasts in the particular machine cycle.

the reverse side face of a last fora left shoe, f lvvithmeansto indicate lprior to the initiation In testimony whereof have signed my 'name tothis specification. o 'y' BENJAMIN Gepi'es'jffthies' pafejiit'pma'yhe'btaiiierfor ve cents each, by addressing jthe Commissioner of- Patents. Y

" l 'f ,Washington-,-1)'.l0. n i 'f l f soY positely located inner Sdeifacesof right and, e Y n j `left lasts. f v

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