US1924172A

US1924172A - Apparatus for pressing shoes

Info

Publication number: US1924172A
Application number: US579938A
Authority: US
Inventors: William D Thomas
Original assignee: United Shoe Machinery Corp
Current assignee: United Shoe Machinery Corp
Priority date: 1931-12-09
Filing date: 1931-12-09
Publication date: 1933-08-29
Anticipated expiration: 1950-08-29

Description

Aug. 29, 1933. w. D. THOMAS APPARATUS FOR PRESSING SHOES 7 Sheets-Sheet 1 m U 2% M MW 5 5 6 V. u N

29, 1933' w. 0. THOMAS APPARATUS FOR PRESSING SHOES Filed Dec. 9, 1931 7 Sheets-Sheet 2 Au 29, 1933. w. D. THOMAS 1,924,172

APPARATUS FOR PRESSING SHOES Filed Dec. 9, 1931 7 Sheets-Sheet 3 A 3%; m 3% mwwv Aug. 29, 1933. w. D. THOMAS APPARATUS FOR PRESSING SHOES Filed Dec. 9, 1931 7 Sheets-Sheet 4 Aug. 29, 1933. w. D. THOMAS APPARATUS FOR PRESSING SHQES Filed Dec. 9, 1931 7 Sheets-Sheet 5 Aug. 29, 1933.

W. D. THOMAS APPARATUS FOR PRESSING SHOES 7 Sheets-Sheet 6 Filed Dec. 9, 1931 Aug. 29, 1933 w. D. THOMAS APPARATUS FOR PRESSING SHOES Filed Dec. 9, 1931 7 Sheets-Sheet 7 7 cables.

Patented Aug. 29, 1933 a: 1,924,172 H APPARATUS non Pnnssme SHOES -William I Thomas, Lynnfield, MasaQa ssignor to United ShoeMachinery Corporation,1Pater" son, J.-, a Corporation of New J ersejy' 7 Application This invention relatestoiimprovements in ap paratus'for use in pressing soles and is "illustrated in connection with a machine for attach ing soles to shoes by the compo or cement process.

otherwise described, substantially like one or both of the machinesshown in the applications in the names of Milton H. Ballard, 'Serial No.

338,739, filed August 2'7, 1929, and Sidney'fl. Finn, Serial No."414,516, filed December 16, 1929.

In attaching a sole to a shoe in machines of the character disclosed in the applications iden tified above a pad box is used to apply pressure to the sole. The pad box consists of an opentopped metal box with a verticallymovable bote; tom, containing a hollow flexible closed bladder or pad the upper surface of which is more or less. formed to suit the shape of the shoe bottom,

the lower surface of which can be pressed upward when the bottom of the metal box is displaced. The pad is filled with "water. Thepad box is provided with pressure receiving members generally in the form of a pair .of arched connected to the metal box and carrying plungerswhich can be pressed down over the .ends of a shoe and sole resting on the pad to force the shoe and sole into proper contact with each other and the pad witha socalled preliminary pressure. This pressure,

once applied, is held by a ratchet arrangementon the vplungers p The pressing machine is provided with a table with gages for properly locating the'pad box on it, and at each side of thetable is provided a gaging mechanism for properly locating a sole anda shoe on the pad. In the prior constructions of Ballard and'Finn the gagesfor the toe end of the shoe were provided'in two pairs,,jone pair contacting with the sole and shoe at the narrowing sides of the toe and'the other pair contacting with the sole and shoe at the ball. The gages for the heel end of the shoe'oomprised a single heel end gagefor the sole and em; pairof heel and shoe gages arranged to contact with the sides of the heel ends of the sole and shoe. These two gage mechanisms were mounted on sliding carriages and. were moved (to operative positions bythe pull ofweighted applied to a treadle, two independent levers over mechanisms held the sole and shoe had been successively December 9,193L1 SerialNo. sraaas p '33 Claims. (oi. 12-33) the two pad box plungers respectively. These levers were .loosely oonnectedby a'crossba'r to which the treadle v pressure] was applied bya connection adjustablealong the bar mowe to- I 1 distribute properly the treadle pressure between The illustrated machine is, except as herein the twolevers. As already stated, the ratchet positions towhichfthis procedure lowered them. Theoperator then tripped afpower mechanismwhich; controlledthe dropping and subsequent lifting of aheavy weight which acted to lift the movable pad box bottom to apply substantial pressure 60 pounds per square-inch)" to the sole and shoe; and'flmeans were provided for loclglng the; movable pad b'oxbottomin raised position before "the action of theweig'ht was terminated bylifting it back to its highest pol,

sition.

'The illustratedmachine is of this emirates.

An object of the presentirivention is to improve the machine in order toenable it to'handlechildrensshoestobetter advantage; It has thepad box plungers in the been "found that such shoes can be advantage-- 7 ously treated by-locating the ballportiOri of thejshoeand sole at the. same place'on the pad, irrespective of the size of the shoe, and; this makes it advisable,toprovide'for the adjustment of 1311812631 pressure bail andff oramoresuby'stantial range of longitudinal" adjustment for thefront pressure bailof the padbox to insure that the'plungers shall contact with the shoe and'its last in the most advantageous locations.

I have therefore provided the pressure'bailswith an adjusting means which, as illustrated, moves them both simultaneously toward or from that locality of the pad ,box occupied by the ball portion of the sole, preferably with a fixed velocity ratio so that'they will exert pressurefiin -thesame way on shoes of all lengths;

Another feature of the invention resides in the toe gaging mechanism for the 'sole'and shoe." I, have found that only one pairof gages for the sides-of the foreparts o'Ithesole and shoe are necessary in the c'ase'of small shoes; engaging the shoe and sole at about the tip line. In

accordance with the inventionl have provided 7 in the prior Ballard and Finnconstructions. I have a toe end gajgewhich was not present also provided means for locking the gage carrying carriage against movement toward the shoe operated by contact of this toeend gage with thefsole, and in accordance with another inrportant ieatureof the invention I have provided 'means'for locking the toe end gage against any backward movement under the pressure oi the -with the treadlemovement' whichproduces 'it.

In the illustrated machine awedge is provided which is drawn automatically, into. the connection between the treadle and the pressure applying levers to shortenthis connection, and which so operates until the accumulated pressure has generated suiiicient friction to prevent further sliding, when the mechanicaladvantage' of the system becomes fixed... During the sliding of the anism in inoperative position;

wedge the mechanical advantage is of course lower.; m

These and other features of the invention comprising certain combinations and arrange ments of parts will be apparent from the following description of a preferred embodiment of the invention shown inthe drawings, in which Fig. 1 is a front elevation; Fig. 2 is a plan; Fig. 3 is a plan detail of the toe gaging meche Fig. 4 is a plan detail of the parts shown in Fig. '3 in operative position; v

Fig. 51s a side elevation of parts shown'in Fig. 4; 1

Fig. 6 is an enlarged detail of Fig. 5; Figs. 7 and 8 are details r Fig. 9 is a side elevation. of the preliminary pressure mechanism;

Fig. 1Q is a detail thereof 1 Fig. 11 is a cross-section on the F 9; i.

Fig. 12 is a side elevation of the pad box;' f

line XL-XI of rFig. 13 is-a plan of the pad box;

Fig. 14 is a longitudinal section of thepad box; i I

.Fig. 15 is a side'elevation of the pad; and.

Fig. 16 is a plan of the pad. J

The pad box, as an independent and removable part of the complete apparatus, will first be described. See Figs; 12 to 16. V k

- As shown, it comprises a metal casing or box 10 open at the top and with a bottom 12 hinged at 14. This bottom is raised asshown in Fig.

14, by a cam 16, engaging a roll 17 on the bottom -12, and pivoted at 18. The cam 16 is operated by a push arm or handle 20, as will be described, 1 r v This box 10 is occupied by a pad'22 whichis made of flexible and somewhat elastic material as rubber with,fif desired, a layer of fabricvulcanized into it to avoid undue stretching. This pad is filled-preferably withwater in quantity sufficient to fill, it withoutdistorting the shape into which it has been molded (so that its upper surface will correspond roughly to the shape of a shoebottom). The pad 22 is not fastened in the box. 10, but has a limited up-and-down movement in it, as explained in the application of S. J. Finn, Serial No. 557,496, filed August 17, 1931, which shows a pad box similar to the, one

1 disclosed herein.

Obviously, the pad box.

The water-filled pad has a plate 24 on its toe end which forms a part of the closure clamp of the pad, and which has hooks 26 at its top. This plate 24 can slide. up and down in the box 10 by virtue of holes in the front .wall of the box which accommodate the projecting elements of the closure means,.as described in the last-mentioned Finn application.

The pad 22 may be conveniently surmounted by a so-called blanket 28, between which and the pad 22 is a metal plate 30 which is hinged under the hooks 26 by means of a pin 32 mounted in the plate 30. The plate 30 carriesa flexfiible flap of -leather 34 which extends back of the rear edge of the plate, as described in the Firm application.

The blanket 28 will preferably be made of soft rubber and have vulcanized into its ends mask

plates

36, 38 of thin flexible metal, as described in the Finn application, and for the purposeexplained therein. i

Means is provided, as in the Finn construction Y mentioned, for holding the front end of the pad.

and the superimposed for'epart portion of the blanket normally raisedtoan extent suiiicient tocorrespond to the longitudinal)curvature of the bottom of a last forepart. Thismeans, as iliustrated, comprises springs 40 (Fig. 12) mounted ,on the box 10, with their ends under the pin 32, which is vertically movable in slots 42in the box 10. the pad and blanket raised and the preliminary pressure, when applied, brings the shoe into proper contact with the blanket, and adjusts the vertical position of the blanket and pad. When the operative pressure is applied to raise the bottom 12 the hydrostatic pressure in the pad forces the front end wall of the pad outward,

as well as the top wall upward, and the friction engendered betweenjthe plate 24 andbox' 10 holds the front end of the pad in the position in which the application of the preliminary pressure has placed it. This structure and op.- eration are allfully described in the Finn application.

As also fully described in the Finn application,

hooks 42' are molded into the blanket'in proper position to engage studs 44 on the box 10 to placethe blanket in properposition and limit its. upward movement. Therear end of the blanket is confined by latch plates 46. The :front end of the blanket is held against hori- The springs 40 normally hold 'zontal displacement by upstanding parts 48 of r the side walls of the box 10. V

The box 10 is provided on its ends with lugs such. as 50 ,to engage with gage lugs on the pressing ma'chine',as explained in the Ballard application cited.

' The novel pressure mechanism associated with on each side, are mounted to slide horizontally the box 10 will now be described. Rods 70, one

in lugs '72, 73 on the sides of the box. The legs of the U-shaped front pressure bail 74 are pinned to theserods sothat the sliding of the rods will move the bail fore and aft. The rear ends of the bars 76 are formed as racks 76, engaging below pinion devices 77 mounted in the rearlugs 73, which pinions engage on their upper sides short racks 78 sliding in grooves in the box 10. The legs of the rear pressurebail 8d are pivoted on these racks 78 at 82.

The central parts of the

bails

74, 80 are similar to those shown in'the Ballard application.

Each has a plunger 84 with a pad on the front, and an abutment on the rear bail to engage the I azar-m a around axes puneys' 5142, 444 (Fig. n and' leads toe of a. shoe and the cone of itslast, respectively, the plungers being spring-pressed' upward movement of the bails '74, 80 in adjustment; It, is contemplated, however, that an integraldou ble pinion may be used, the two parts having different diameters, 'in case other than a 1: 1 movementof the bails is desired I have found inthe case of small shoes thatequal movements of the bails toward and irom each other are adequate to produce-satisfactory work. A pressing machine embodying certain features of the invention will now be described. Except as otherwise described herein, it is similar to that shown in the Ballard application cited. It consists essentially of a heavy frame 100 having a flat work. table 102 forthereception 01 such a pad box as has been described above, and the table isprovided with gagingmeans, such as that described by Ballard for locating the pad box in a definite position on the table.

The machine carries to the left of the table a toe gaging mechanism: and to the rightof the table a heel gaging mechanism, the latter of which is identical with that" shown in the first Finn application mentioned. These gaging v mechanisms will now be described,

The toe gaging mechanism is carried by a bed 400 pivotally mounted at:401 on a bracket 402 on the main frame, the axis of the pivot '401' being'horizontal. The bed. 400 is in the form of an open bottomed trough with guideways 406 (Fig. 5) formed in its side walls. It is held in adjusted position relatively to itspivot'401 by an'expansible link 408 made in the form of a turnbuckle, and pivoted, tothe frame 100,

A gage. carriage 410 is arranged to. slide back and forth on the bed 400, by Jmean-s' of two pairs of rollers. 412, 414. The inner ends of the guide- I ways 406 are lower than the outer ends, and the front end of the carriage 410 drops a little as the rollers 414 fall down overa hill 416 connecting the outer and inner portions of the guideway.

The'carriage 410 has mounted on ita spaced cover plate 418 fastened above it by four

screws

420, 422. SeeFigs. 3 and 4. Two gage bars 424' are pivotally mounted on the screws 420, and rest on the bed of the carriage 410 They each have an upstanding pin 426 on their outerends. Each of these pins engages in oneof a pair of converging slots 428 in the inner end of a gage operating member or banjo 430 which is slidij ably mounted above the gage bars and rests on a distance piece ,432. The distance piece slides over a longitudinal slot inthe bed of the carriage, through which slot a pin 434*, which connects the banjo to the distance piece, projects. terminating. ina slotted block 436,'(Figs. '7 and 8.), the slot 438: in which embraces the shaft 437 on the wheels 412 are mounted. The block 436 has'guide wheels 439 running against the bottom of the carriage 410,-. This slotted block 436 is. t0 acable 440 Which-passes as shown, comprise only m- 6 fthis lever mg wedge having a P nd-sl'ot connectm' toan arm 446011 a shaft. 448 in the'irame; 1.00.

When the arm 446, is depressed, the cable 440 holds the carriage'in'its outward positionxbya pull through the slotted block 436,-pin 434-, banjo 430, pins 426.,bars'424 and screws 420. A spring 450 connects the outer end oi the-banjo to the cover plate 418 through: a pin 452' mounted on' the plate; A cable 454 runs over apulley 456 mounted at"401 and is attached to the shaft .437. The other end of the cable 454 carries a weight .458. The weight 458 pu1ls theshait: 437

normally to the inner end of the slot 438, pulling the" carriage 410 inward; so that the weight 458 and the arm446 thus pull against each others! The spring 450 is at this-time stretched-and at a later time moves the banjo inwardly on the carriage by sliding of the block 436; over the shaft 43'I 'when the pull of the cable 440 is slackened, to set the gage bars 424,

'as will be seen. i The inner end of the banjo carries an upstanding pin 460 which runs-in a guide slot 462 in; the cover plate 418-, guiding this end of the'banjo when such sliding movementtakesplace. I A toe, gage bar'464-is mounted to slide in wardly and outwardly on thecover plate. 418. It' has a'guicle' slot'i466 embracing the pin'452 and is guided at its outer end by astrap 468 on the cover plate. Its rear end contacts with a lever 470'pivoted at 4'72 onthe cover, plate, and the other end offthe lever 4'70 has a notch 4'74 (Fig; 4) nonnally'engaging, a little block on the. under side of a lever 476 pivoted at 478 on a lug attached tothe cover vplate 418., The under side of the lever 476 carries at its outer end a tooth arranged toeng'age in' a rack 480 mounted on the bed 400 when the lever 476 is swung clockwise by a spring 482pwhich connects it to the lever4'70. This action is normally prevented by theengagement of the notch 474- with the little block on the-lever fl'lfi. -When the gage bar 464 is pushed outwardly, it turns the lever 470- clockwise, releasingthe notch from the block, thus permitting the lever '476 to swing into position to engage-the rack 480. Such engagement prevents subsequent inward movement of the carriage 410 onthe bed 400. The action just described is due, as willfbe seen in more detail, later, to the engagement-of a gage on the end of thelbar 464 with the toe of a sole, as the carriage 410 slides along the bed 400 toward the sole, such engagement sliding'the gage bar 464 backward on "the cover plate, and causing the carriage to be locked on the bed shortly after the gage has struck the toe of the sole, The latchf4'74, 4'76 is reset when the carriage 4-10 is pulled outward, by engagement of the tooth on the lever 476 with a cam:483. See-Fig. 3.

In some instances the operator has to settle the. shoe into proper position bypressingfdt firmly against the toe 'gage, and therefore} in accordance with aifeature of the invention,

means is provided for locking the gage "bar against further outward movement under such pressure. banjo 430 carriage hasbeen 3 and4) whichyin-the outwardly retracted ,posi- It will "be explained later that -the" moves inwardly immediately after the j locked, by virtue of the slotted

connection

437, 438 andspring 450. The banjo carries a downwardly 'extending-pin 483 (Figs.

tion of the'ban-j 'engages' one arm of a. bell cranklever-484 pivoted on ascrew 422L- The pivoted. to a slid j sole edge and shoe gages510.

with the cover plate 4-18.1When the banjo slides inwardly under the pull of the spring 450, it-releases the arm 484,-and,a; spring 490 which connectsa third arm of the bell crank lever to the carriage .410 swings the lever clockwiseand .pulls the wedge 488 in behind a; pin 492 on the gage bar .464 which is thus locked against further outward movement on the carriage 410. The wedge catches it right where it is, so that there is no lost ,motion" or displacement ofthe' gage bar.

, The gage bar 464 has a slidably adjustable block 493 (Figs. 5 and 6) on its inner end with a block 494 pivoted to it at 49 6, and a stop screw 498 in the. block rests against a ledge 500 on the bar 464 to prevent undue downward movement of the block .494. The block 494 carries a sole gage member502 above which is mounted a sliding toe gage 504 adjustably projected over the sole gage by an eccentric 506 operated by ahandle508.- The side gage bars 424 carry on their ends These are similar to those desoribedin the Ballard application mentioned. and consist of a sole edge gage adjustably overhung by a shoe gage, as there described.

' .As stated, the heel gaging mechanism is at the same as that shown and described in-the first Finn and the Ballard applicationsmentioned above. Itis arranged generally like the toegaging mechanism on a. pivotally adjustableslideway 520. It may be briefly noted that its carriage 522' carries 'a heel end gage'bar 524 and a pair of lever arms 526' carrying shoe positioning gages at. their inner ends and also another pair of sole positioning gage carrying levers lying directly below the levers 526, the

' arrangement-being such that when the heel end gage bar 524 is brought to rest by striking the end of the sole or the operators thumb (in case l efinds this advisable to prevent the gages from moving .too far forward-on thesole), the carriage 522 will be brought to rest and locked against further movement on the slideway 526 in a similar manner. to that explained in corn kept tensien.

nection with the toe gaging mechanism above.

The gage carrying carriage 522'isp'ulled inwvard by a cable 523 and attached weight 530 and is held in outward position by a cable 532 attached to an arm similar to the arm 446 on the shaft 448 This arm is normally latched down by a little treadle 534 located a little above a treadle 536, which is in effect the end of the arm on the shaft 448. ,Whenthe latch is released the t 446 can turn under the pull of the weights 458, 530, allowing the toe and heel gaging mechanismsto slide toward the shoe;

Up 'to the-timethe

carriages

522 and 416 are brought-[to rest they are eased slowly in ward under the control of the operator through the treadle 536, the

cables

532 and 440 being 7 The-cable 532 is connected to a block 538 which slides in the carriage 522 lilcethe block 436.1'The block 538 is connected to the gage carrying lever arms and when pulled to its outermost positionon the carriage V 522 is looked, as stated, the cable 532 is released as the operators foot continues to rise a,

spring,- which. has been tensioned up to this time,- pulls the block 538 inward, thus operating the solegage barlevers to'bring them intocontact with the sole. The operator at .a later time depresses with his hand a latch lever 540,

of the C-shaped lever.

is carried back and forth transversely to its length by theadjustment of the block 620, its

When the carriage thus ' will be briefly mentioned here.

The operative pressure is impressed on the shoe by the action of a dropping Weight 556 which, as fully describedin the Ballard application, operates to raise thepivotedfloor l2 0:": the pad box, thus applying a pressure of 60 or 76 pounds per square inch to the shoe. This weight is lowered under power control and raised by power and at about the time it reaches its'lowermost point the cam 16 is automatically actuated by a member 552 (Fig. 2) which contacts with the operating handle 20 of the cam 16, as fully explained in the Ballard application.

The weight operating mechanism is controlled by a one revolution clutch and is tripped by a lever 554 (Fig. 2) located'in the front part or" the table 10 2. 1 y

The mechanism for impressing the preliminary pressure on the shoe will next be described. See Figs.'9, 10 and .11. A standard 665) is mounted on the :frame of .the'machine and has inde-,

pendently pivoted to it on a shaft 662two levers 664,606 which overhang the pad box. A ,bar

608 having aflat face 610 is loosely mounted at its ends. in these levers, which are depressed over the pad box by pushing down on the bar 668. This push is by a treadle 612, which is held up in inoperativeposition by a spring 614 and is connected by a rod 616 to a (.;-shaped lever 618 pivoted on the, shaft 602, with the 8 formation embracing the rod 668. The upper part of the C has transversely slidably mounted in it a block 620' the position" of which is.v controlled by a rocking lever 622 mounted on a vertical shaft 624 mounted in a lug626 on the upper arm' of the C. The lever 622 is spring held down against the lug 626 so as to engender substantial friction when it moves. Two stop screws 628, 630 limit the movement of the lever .by striking the upper armjoi": the C. The end pin-and-slot connection of the lever 622 has a with the block 620,.

.The slide block 620 is provided with a trans- I verse sliding block 632, whose ribs 634 run in.

guides in the block 620. This block 632 is shaped, and its lowersurface rests on the. fiat face, 610. 1It-is through thisbloclr that the ,6-

' shaped lever 618 transmits pressure to the bar 610 and levers, 604, 606. The rear end of this wedge block 632 is provided with a' vertical slot 636 which Works on a pin 638 mounted-in the 1 c -shaped end of a lever 640 pivoted at 642 at the upper'end of an extension of the upper part The wedge block 632 rear end sliding on the pin 638.,

A link1'644 is pivotally connected at 646 and 648 to the lever, 640. and the upper end of. the standard 600. .The pivotal connection at 648 is a sliding one, there being a spring 650 to pull the pivot 646 toward the standard, so that. normally .the sleeve 652, resting. onlock nuts 654, rests also againstv the pivot 648. V U Suppose now that the treadle .612 isdepressed V "1,92 .172 to pull down the rod 616 and thelever 618..

As" the lever 618 descends toward the plungers of the pad box, carrying with it the

blocks

620, 632, the spring 650 tends to hold the lever 640 against movementas the, pivot, 642 swings 'forwardand down around the center. 602. The

- vresult is that the lever 640 swings counterclock wise around the pivot 646, which at first remains "nearly motionless.

box plungers down to effective contact with the shoe, thus forcing the shoe into the pad, the

resistance to their .movement increases, thus 1 increasing the friction between the wedge 632 and block 620 and bar 608. When this friction becomes great enough the wedge ceases. to slide between the block 620 "and bar 608 and the spring 650 begins to yield, allowing the link 6441 to. slide through the pivot pm 648, as the downward motion-of the C-shaped lever continues,

until adequate preliminary pressure hasfbe'en put on the shoe. Q Thus, Ior the same treadle action, a considerably greater initial movement of .the'levers.

604, 606 at. low mechanical advantage is produed than in the Ballard and Finn constructions mentioned, so that when a small shoe is treated, requiring the pad box plungers to descend to a greater degree than in the case of a large shoe, the pad box plungers may be adequately depressed without danger of the treadle 612 striking the floor. In case it should do so, however, a release of the treadle will permit the parts to recover their initial positions (except that the pad box plungers are held down by their ,ratchets, in the positions to which they have already been forced), and on a subsequent depression of the treadle the wedge 632 will slide farther in than it did on the first depression of the't'readle since the levers 604', 606 do not now strike thepad box plu'ngers at all j until later. in the operation of depressing the treadle. A wider part of the wedge'will therefore be used on the-second depression of" the treadle, and less treadle movement than before will produce the same pressure as before.

The bottom of the wedge 632 'isrounded to enable it to bear on the bar 608 in any vertical orientation of the bar and the adjustment of the block 620 enables the pressure transmitted by the C-shaped lever to be distributed as desired between the

levers

604, 606 as explained inthe Ballard application mentioned; I I

The wedge 632 constitutes in effect a measur ing apparatus whichenables the'levers 604, 606 to be brought to positions where a substantial part of the preliminary pressure begins to be exerted by a comparatively small treadle movement, leaving a considerable range of treadle movement available for the application; of the major part of the preliminary pressure. 'In another pointof view. it constitutes 'ashortening device for the rod 616, which connects the op erating member 612 with the levers 604,606.

' In using the apparatus the operator puts the pad box in proper position on the machine table by means of the gages and places a cemented sole 700 on the top surface of the pad "or blanket, in what he judges-to be the' correct position. He then steps on the latch treadle 534' and holds his foot-on the treadle 536, raising the foot slowly. The weights 458 and 530 then ,carriage' to its slideway at banjo has released the*lever,484,' 486 which 'rately on the sole.

' 618 beginsto descend andto exe-rt' pressure on 10 becomes great enoughto arrest its'slidingmove pull. the gaging mechanisms inward 'until the toe end gage 502 strikes. the. end of the sole, A slightly further movement of the toe gage carriage 410 operates the latch 4'74and locks the of, the treadle 534 loosens the cable 440 and permits the; spring 450 to pullthe banjo 430.111-

ward. This moves the toe gage bars 424 toward each other and toward the toe end of the sole. As they come together they will grip the toe end of the sole between them, the overhanging shoe gage; resting on the upper surface of the sole.- Meanwhilethe forward movement of the draws the wedge 438 behind the pin 492, thus. locking the toe end gage bar 464 against any 7 further backward movement. i fl- I imuitaneously with the above-described'om oration, the rear end gaging mechanism has moved" toward the shoe.' The end gage on the bar 52 4 strikes the end of the sole (or the operators finger, if he finds it to be. necessary to-stopythe gage carriage before this time in order to locate the gages properly), and the gage carriage is locked to its slideway as above described. .As' the cable 532 then "slackens the side sole gages are drawn forward and together and into contact with the sole. v

, The operator thenqplaces the shoe 702 on the sole pressing, its toe end between the toegages m and firmly'against the toe end gage 504. He

their trips the lever 540 and permits the rear shoe gages to swing into contact with the shoe; thus locating the rear end of the shoe .ac'cu- 1 130 The operator willthen swing the rear pros surebail 80,,which'ha's thus far beenswung to hisfright, outof the way, up over thes'hoe, and will, ifnecessary, by means of thelever'88, a'djust ,the' distance between the bails '74 and: to-fit the shoe. 1 I i He thenapplies the preliminary pressure'by stepping on" the treadle 612. The "C-shaped lever the levers 604, 606' which begin to descend over the pad box plungers 84. Meanwhile the wedge 632 is retracted'thus in efiectshortening the treadle rod 616 until the pressure on the wedge ment by its'own friction. The operator con;- tinues to depress the treadle 612 until sufilcient pressure'has' been imparted to the plungers to holdthe shoe and sole steady on the pad box,- and releases the treadle. The .ratchets 86. hold the pad .boxplungers in their pressing position.

The operator then trips the power mechanism throughthe member 554' which releases the weight;550,- pushing up the bottom of the pad 1 box and putting the shoe, under operativepressure, The padbox bottom is cammedagainst 13 5 retraction from its operative position by the] member 552, and'the weight isthen raised to its initial position. The pad box and shoe are then removed. from lthe" machine and set aside: for the cement toflset. I i

Having thus described my invention, what I claim. as 'new and desire to secure by Letters Patent of the United States is: y I 1. A pressure apparatus fora shoe" comprising a pad carryingmember arranged to impartp'rese 14?, sure to the bottom surface of: a shoe, two pres- 1" sure transmitting members mountedon the pad carrying member and arranged to overhang a shoe on said member and to impart pressure thereto at s'eparatedflpoints, and mea'ns for ad- 156.

480.. Further rising 33o justing each of said pressure transmitting members toward and from the other.

I 2. A pressure apparatus for a shoe comprising a pad carrying member arranged to impart pressure to the'bottom surface of a shoe, two:

pressure transmitting members mounted on the pad carrying member and arranged to overhang a shoe on said member and to impart pressure thereto at separated points, and a single means for adjusting each of said pressure transmittin 7 members toward and from the other.

3.;A pressure apparatus for a shoe comprising a pad carrying member arranged to impart pressure'to the bottom surface of a shoe, twopre'ssure transmitting members mounted on the pad carryingmember and arranged to .overhang'a shoe. on said member and to impart pressure thereto at separated points, and an operable connection betweenv said pressure transmitting members whereby they can be adjusted simultaneously toward and from each other longitudinally of the shoe.

a shoe on said member and to, impart pressure 4. A pressure apparatus for a shoe comprising a pad carrying member arranged to impart pressure to the bottom surface of a shoe, two pressure transmitting members, mounted on the pad carrying member and arranged to overhang a shoe on said member and to impart pressure thereto at separated points, and a rack and pinion device operating in opposite directions onsaidpressure transmitting members whereby they may be moved simultaneously toward and from each other.

. 5. A. pressure apparatus fora shoe comprising a pad carrying member arranged to impart pressure tothe bottom surface of a shoe, two slides mounted on the pad carrying member to move longitudinally of a shoe thereon, two pres I sure transmitting members overhanging the shoe, one mounted on each slide, and means connecting the slides for adjusting them simultaneously 7 toward and from each other.

6. A pressure apparatus for a shoe comprising a pad carrying member arranged .to impart pressure to the bottom surface of a shoe,'two slides mounted on the pad carrying member to move longitudinally of a shoe thereon, two pressure, transmitting members overhanging the shoe, one mounted on each slide, and a'rack' and pinion device connecting the slides whereby they may be moved simultaneously toward and -rom each other. 7 I

'7. A pressure apparatus for a shoe comprising a pad carrying member arranged to impart pressure to the bottom'surface of a shoe, two pressure transmitting members mounted on the pad carrying member and arranged to overhang a shoe on said member and to impart pressure thereto at separated points, one of said pressure transmitting members being pivotallymounted' on said pad carrying member, and means; for adjusting ieachj of said pressure transmitting members toward and from the other.

, 3. A pressure apparatus for a shoe compris ing a pad carrying member arranged to impart pressure to the bottom surface-of a shoe, two pressure transmitting members mounted on the pad carrying member and arranged to overhang thereto at separated points, one of said pressure transmitting members being pivotally mounted on said pad carrying member, and means for adjusting each of said. pressure transmitting members toward and form velocity 'ratio. 9. In a shoe pressing machine, two'o'ppos'ed pressure imparting members, an operating member and a connection therefrom to one of said 80 pressure imparting members whereby'said' pressure imparting member is moved to impress pressure on a shoe located between s'aid'pressure imparting members, and a take up means" located between said operating member and said pressure imparting member for continu' ously altering. the effective length of said connection as the operating member is moved. 10. In a pressing machine, two opposed pres-- sure impartingmembers, a manually operated member and a connection therefrom to one of the pressure imparting members, whereby said pressureimparting member is moved to impress. pressure'on a shoe locatedbetween said pressure imparting members, and means forshortening the effective length of the said connection as the manually operated memberis moved.

- 11. In a shoe pressing machine; two opposed pressure imparting members, an operating member and a connection therefrom to one of said "pressure imparting members whereby said from the other at a unipressure imparting member] is moved to impress of the said connection; 12'."In a shoe pressing machine, two opposed pressure imparting members, an operating member and a connection therefrom to one of said pressure imparting members whereby said pressure imparting member is moved to impress pressure on a shoe located between said pressure imparting members, said connection C0111" prising a member operable by movement of the said operating member, to shorten the effec-' tive length of thesaid connection.

13. In a shoe pressing machine, two opposed pressure imparting .members, an" --operating member and a connection therefrom'to one of said pressure imparting members whereby said pressure imparting member is moved to impress pressureon a shoe located between said pressure imparting members, and a wedge operable to shorten the effective length of the said connection as the operatingmember moves.

14. In a shoe pressing machine, two opposed pressure imparting members, an operating member and a connection therefrom to one of said 9 pressure imparting members whereby said pressureimparting member is moved to impress pressure on a shoe located between said pressure imparting members, and a wedge operated by movement of the said connection toshorten the located between the swinging memberanda pres sure imparting member, and means operated by, the swinging of the swinging member for relatively moving the wedge and swinging member to increase the effective distance between the swinging member and the pressure imparting member. 153

16. In a shoe pressingmachine, two opposed pressure imparting members, an operating mem berand a connection therefrom to one of said pressure imparting members whereby said pressure imparting member is moved to impress pressure on a shoe located between said pressure impartingmembers, said connection com-' prising a swinging member, a wedge operatively located between the swinging member and a pressure imparting member, and means operated by the swinging of the swinging member for relatively moving the wedge and pressure imparting member to increase the effective distance between the swinging member and the pressure imparting member.

17 Ina shoe pressing machine, two opposed pressure imparting members, an operating member and a connection therefrom to one of said pressure imparting members wherebysaid pressure imparting member is moved to impress pressure on a shoe located between said pressure imparting members, said connection comprising a swinging member, and a sliding wedge mounted therein and connected to the frame of the machine, whereby when the swinging member moves the wedge will be slid relatively thereto to alter the effective length of the said connection.

18,.In a shoe pressing machine, two opposed pressure imparting members,.an operating member and a connection therefrom to one of said pressure imparting'members whereby said pressure imparting member is moved to impress pressure on ashoe located between said pressure imparting members, said connection comprising a swinging member, and a sliding wedge member mounted therein and connected to the frame of the machine, whereby when the swinging member moves the wedge will be slid relatively thereto to alter the efiective length of the said connection, said sliding of the wedge continuing until the pressure on the pressure imparting member increases enough to generate suflicient friction to hold the wedge against further sliding. I a e 19. In a shoe pressing machine," two opposed pressure imparting members, an operating member and a connection therefrom to one of said pressure imparting members whereby said pressure imparting member is moved "to impress pressure on a shoe located between said pressure imparting members, said connection comprising a swinging member, a wedge located between the swinging member and the pressure imparting member, and a lever fulcrumedon the wedge, and on the swinging member and having its third fulcrum normally substantially fixed, the advantage of the lever being arranged to cause the movement of the wedge to be substantially greater than the movement of the swinging member.

20. In a shoe pressing machine, two opposed pressure imparting members, an operating member and a connection therefrom to one of said pressure imparting members whereby said pressure imparting member is moved to impress pressure on a shoe located between said pressure imparting members, said connection comprisinga swinging member, a wedge located between the swinging member and the pressure imparting member, and a lever fulcrumed on the wedge, and on the swinging member and having its third fulcrum located closer to the fulcrum on the swinging member than to "the fulcrum on the wedge, and also resiliently the e'fiective length of the said connection.

connected with the firame of the machine, whereby .a movement of -the swinging member causes a substantially greater movement of the wedge.

21. In a pressing machine, a pressure table,

two Jpressure imparting members arranged to press on a shoe located between them and the table, mechanism for actuating said pressure imparting members comprising an evener device whereby the operative pressure imparted. to said pressure imparting members may be arbitrarily distributed between them, an operating member for said mechanism, and a connection between said operating member and said evener device,

said connection having an adjustable point of application to said evener device, and a length changing device for said connection, operable as said connection is moved.

22. In a pressingmachine, a pressure table, two pressure imparting members, arranged to press on a shoe located between them and the table, mechanism for actuating said pressure imparting members comprising an evener device whereby the operative pressure imparting members may be arbitrarily distributed between them, an operating member for said mechanism, and a connection between said operating member and said'evener device comprising a wedge having contact with. the evener, device and. adjustable relatively thereto to distribute the said pressure, :said wedge, when so adjusted, being also movable to alter the effective length of the said connection 23. In a pressing machine, a pressure table, two ressure impartingmembers' arranged to press on a shoe located between them and the pressure imparted to said table, mechanism for actuating said pressureimparting members comprising an evener device whereby the operative pressure imparted to said pressure imparting members may be arbitrarily distributed between them, anoperating member for said mechanism, and a connection between said operating member and saidevener device comprising a swinging member, a slide mounted in said member, and a' sliding wedge mounted in said slide and contacting with the evener device,

said wedge'beingadjustable bymeans of the said slidet'o vary the said distribution of pressure,- and also slidable in the said slide to vary 24. In a machine'for pressing soles and shoes together, a "sole supporting means, a gaging mechanism movable toward a sole on'thesupporting means, said mechanism comprising a certain member, means, rendered operative by resistanceto further movement of said certain member toward the sole, to holdf'the gag ing mechanism against further movement toward the sole, and means thereafter operable to hold said certain member against movement away from the sole. 7

25. In a machine for pressing soles and shoes together, asole supporting means, a carriage movable toward a sole on the supporting means into operative relation to the sole, and means operable by said movement to prevent movement of said end gaging memberaway from the sole. 26. In a machine for pressing soles and shoes together, a sole supporting means, a carriage movable toward a sole on the supporting means and carrying end and sidegaging members movable on said carriage, means operable by movement of said end gaging member upon contact with the sole to lock the carriage against further movement toward the sole, means operating thereafter to move the side gaging member operative position relatively to the sole, and a stop for preventing movement of the end gaging member from the-sole.

27. In a machine for pressing soles and shoes together, a sole supporting means, a carriage movable toward a sole on the supporting means and carrying end and side gaging members movable on said carriage, means operable by movement'of said end gaging member upon contact with the sole to lock the carriage against further movement toward the sole, means operating thereafter to'move the side gaging member into operative position relatively to the sole, and a stop for preventing movement of the end gaging member from the sole, said stop being rendered operable by the movementof the side gaging member.

28. ,In a machine for pressing soles and shoes together, asole supporting means, a carriage movable toward a sole on the supporting means and carrying end and side gaging members, means operated by said end gaging member as it strikes the sole to lock said carriage against further movement toward the sole, a control member for said side gaging member held inoperable during movement of the carriage but released for movement upon thelocking thereof,

and a stop arranged to prevent movement of said end gaging member away from the sole operated by said control member. 7

29. In a machine for manufacturing shoes, a sole supporting means, a carriage movable toward a sole on said means, a gage membermovable on the carriage and moved'thereon by contact with the sole as the carriage approaches the sole, means for arresting further movement of the carriage toward the sole, operated by said movement of the gage member, and a member for locking said gage member against further movement on said carriage.

30. In a machine for manufacturing shoes, a sole supporting means, a carriage movable toward a sole on said means, a gage member movable on the carriage and moved thereon by con tact with the sole as the carriage approaches the sole, means for arresting further movement of the carriage toward the sole, operated by said movement of the gage member, and a memher for locking said gage member against further movement on said carriage, said lastnamed member being held inoperative during movement of the carriage and released incidentally to the locking of the carriage.

of the gage with the sole, and a stop meanspreventin'g' movement of the gage on the carriage away from the sole, said stop means being,

rendered operable by the movement of said movably connected member. r

32. Ina machine for manufacturing shoes,-a support for a sole, a carriage movable toward a sole on the support, an end gage movable on the carriage and arranged to lock the carriage against further movement toward the sole when said end gage is arrested in its movement with.

the carriage toward the sole, a side gage movably mounted on the carriage, an operating member, movable on the carriage, controlling the side gage,'means acting through said operating member to control movement of the carriage toward the sole and holding said operating member at one extremity of its range of movement on said carriage, resilient means for moving said operating member toward the other extremity of its range of movement when said carriage is locked, and a stop movable in response tosaid movement of the operating memher to prevent further movement of the end gage on the carriage when a shoe is pressed against it. t

33. In a machine for manufacturing shoes, a support for a sole, a carriage movable toward a sole on the support, continuously acting means tending to move the cariage' toward the sole, a member under the operators'c'ontrol for resisting the action of said. continuously acting means, a sliding member on said carriage to Which'said controlled member is connected and through which it exerts its control, thereby holding, when operative, said sliding member at one extremity of its path of movement, a gage movable on said carriage and operable through such movement to lock the carriage. against further movement toward the sole when the gage contacts with the sole, means operable by further release of the controlled member by the operator 'to move the sliding member toward the other extremity of its path of movement, and a stop arranged to arrest further movement of the gage on the carriage rendered operable by said movement of the sliding member. a WILLIAM D. THOMAS;