US384893A - cutcheon - Google Patents

Description

3 SheetsSheet 1.

(No Model.) .m, J 0. OUTOHEON.

BEATING OUT MACHINE.

No. 384,893. Patented June 19, 1888.

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James'C. Culcluaon,

a r by (He Model.) 3 Sheets8heet 2.

J. 0. GUTCHEON.

' BEATING OUT MACHINE. No. 384,893. Patented June 19, 1888.

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(No Model.) 3 SheetsSheet 3.

J. 0. CUTUHEON.

- BEATING OUT MACHINE. No. 384,898. Patented June 19, 1888.

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LYNN, MASSACHUSETTS, ASSIGNOR TO GUTGHEON a JOHNSON, or SAME PLACE.

JAMES C. CU'ICHEON, OF

BEATlNG-OUT MACHINE.

EPECIPICATION forming part of Letters Patent No. 384,893, dated June 19, 1888 ed October 28, 1887. Serial No. 253,622. (No model.)

To all whom, it may concern.- Be it known that I, JAMEs Lynn, in the county sachnsetts, have inve 5 ful Improve which the iollowin the accompanying drawings,

My invention rclat ing out the soles of adapted especially of turned sewed slipper been done by hand; an novel feature and combination of pa i understood by' the drawings, after given.

Of the drawings, elevation of a machine cm Fig. 2 represen Fig. 3 represents elevation of the same, on line 00 m on Fig. 2. tial vertical sectional tion of the same, the cutting on Fig. 2. Fig. elevation of the sliding cam-s represents an elevation of the the shipper-lever,

In the drawings, the machine,connect and the tie-rods a an the two upright rods D ant s of which is secure (1 cross-head, G, is secured to the lower said rods D and D, heads 0 and E is secured a D midway between the ro Upon the rods D,D,and 4,0 jack-supporti is provided c which incase may be, and at lindrical half-box, 0, rounds and said rods D and D ively',serving as guides supporting tables F an O. GUroHEoN, of Essex and State 0 nted certain new and use- Out Machines, of taken in connection with is a specification. hines for beatboots and shoes, and is for beating out the soles s, which heretofore has (1 it consists in certain truction, arrangement rts, which will be readily e description of and to the claims to be hereinments in Beatingreference to th Figure 1 represents a side bodying my invenlevation of the a vertical sectional ng-plane being Fig. 4 represents a parelevation of the lower plane being on line 3/ y leeve, and Fig. 6 g

forked arm of AA are the side frames of ed together by the girtB d b,and having set therein 1 D, upon the upd the cross'head E.

and to the cross hird upright rod, ds D and D.

D are mounted the d F, each of which with a cylindrical box, s the rod D or D, as the case its other end with a semi-cywhich partially suriddle rod, D,

bears upon the m and D and 1),

upon which said jackd F may be recipro- H, upon which the shoe-supporting jack H is mounted. This jack H may be of the form sliown'in the drawings; or it may be of any other wellknown construction without alter-- ing the principle of my invention.

To the under side of the slide H is pivoted the lever d, the inner end of which is pressed downward by means of the spring d, in order that when said slide has been moved to the front for the purpose of placing anew shoe upon the jack it may engage with the front edge of the table F. or F, to prevent said slide from being moved inward until it is so desired to do,when the spring (1 maybe compressed by pressing upon the outer arm of the elbowlever d pivoted to the front end of the slide H, all as shown in Fig. 3, thereby raising the inner end of the lever d and allowing it to enter the groove d of the table. (Shown in dot ted lines in said Fig. 3.) Each of the slides H is provided with a suitable handle, 01, by means of which the jack may be moved to a position beneath the mold I, or removed from that position when the ears 0 e on the rear end of each slide, by coming into contact with the 7 5 adjustable stops ff, will serve to prevent too reat a movement in an outward direction, while the flanges g g of the tables F F limit the movement of said slide in the opposite direction. To the cross-head E are secured the molds or dies I in such position as to be directly above the jacks when they are in their innermost position, said molds being fitted toa dovetailed slide in the under surface of the block L, and may be adjusted endwise therein in anywell-known manner.

The shoe-supporting jack H is preferably mountedupon a pivot at about the center of its length and provided with upwardly-press 9o ing springs upon each side of said pivot, substantially as shown and described in Letters Patent No. 367,927, granted to John Pray, August 9, 1887.

To the under side of each of the tables F and F is pivoted a toggle-link, M, the opposite end of which is pivoted to a second toggle-link, N, mounted in suitable bearings in the cross-head G and provided with the arm Each table F and F is provided with aslide,

i. F t

N, to the outer end of which is pivoted the link N the lower end of which is provided with the box h, which embraces the crank 70 of the shaft 0, upon the outer end of which is mounted the gear which meshes with the pinion 0 upon the driving-shaft P, upon the opposite end of which is firmly secured the friction-wheel 1?, (see Fig. 2,) and loosely mounted the driving-pulley P. A brakewhcel, Q, is mounted upon' said shaft P,

IO against which the shoe Q, pivoted to the treadle-lever Q, is firmly pressed by the spring Q", connecting the treadle Q? and the tierod I), said treadle being firmly secured to the rocker-shaft R, mounted in bearings in the k side frames, A A, and having secured to the outer end thereof a forked lever, B, carrying a beveledroll, Z, which may he moved into contact with the hub of the loose pulleyP by depressing the treadle Q, thereby forcing said pulley into contact with the friction-wheel P, and thus set the machine in motion, the brakeshoc Q being released or withdrawn from contact with the wheel Q by the same movement of the treadle.

The crank-shaft O is made with two opposing cranks, k It, so that when motion is imparted to said shaft one pair of toggles will be straightened and the table F or F, connected thereto, will be forced into its highest position with the shoe upon its jack pressed firmlyinto contact with the die or mold I, located above said jack, while at the same time the second pair of toggles will be bent so that the other table will be in its lowest position, in which position the slide H with its jack may be readily withdrawn from beneath-its die or mold I, so that the shoe thereon may be removed and another placed upon thejaek and then slid back beneath its mold,when, if the treadle be again depressed, the new shoe will come into contact with its mold and be acted upon,while the pressure upon the other will be withdrawn and the table lowered, so that it in turn may be removed.

Between the cranks k it upon the shaft 0 is mounted the sleeve'like collarm, provided with the cam-surface m, which has two abrupt shoulders, m, opposite to each other, and this cam m acts upon the stop-lever m securely mounted upon the rocker-shaft R, to prevent the brake-shoe Q from engaging with the wheel Q, and to prevent the roll Z from being Withdrawn from contact with the hub of the loose pulley I when once the treadle Q has been depressed, until the, shoe upon the jack has been firmly pressed against the mold or die I, when the stop-arn1 hi will engage with one of the abutments m and prevent a further movement of the crank-shaft O, the loose pulley being released from the frictionwheel and the brake-shoe Q coming into contact with the wheel Q, and thus preventing any further motion being imparted to the machine until the treadle is again depressed, thus keeping the sole of the shoe under pressshoe is being taken from replaced by another.

are while the other the last or jack and It is obvious that as the mechanism has thus been described it would be impossible to stop the machine except when one or the other of the shoes upon the jacks was in contact with the mold or die I; but it is also obvious that at certain times it may be desirable to stop the machine at some other time in the revolution; and in order to accomplish this the shaft 0, between the cranks k k, is provided with a groove, n, with which a key, mfl projecting inward from the sleeve m, engages, so that said sleeve at will revolve with the shaft 0, while at the same time it maybe moved lengthwise in order to disengage the cam m from the stoplever m and thus allow the machine to be stopped at any point in the revolution of the crank-shaft O, the brakeshoe Q coming into contact with the wheel Q as soon as the foot is removed from the treadle, as is obvious. The sleeve m is provided with an annular groove, 0, with which the forked end of the arm 0 of the shifter-lever S, pivoted at 0 to the support S, engages, and by means of which said cam in may be moved into or out of engagement with the stop-arm mi.

The operation of the machine is obvious from the foregoing description, and therefore will not here be repeated.

WVhat I claim as new, and desire to secure by Letters Patent of the United States, is-

1. A machine for beating out the soles of boots and shoes, provided with two jacks, two molds, and means, substantially-as described, having provision for automatically moving one jack in one direction while the other is being moved in the opposite direction, whereby the sole of the shoe upon one jack will be under pressure while the other jack will be in a convenient position for the removal of the shoe therefrom.

2. In a machine for beating out the soles of boots and shoes, the combination of a mold or die, a vertically-movable table, a shoe-supporting jack mounted upon said table, a pair of toggle-links for moving said table and jack toward and from said mold, an arm projecting laterally from one of said links and integral therewith, a crank, and a-conneetingrod connecting said crank with said lateral arm.

3. In a machine for beating out the soles of boots and shoes, the combination of a mold or die, a shoe-supporting jack arranged to be moved vertically, a pair of toggle-links for moving said jack toward and from the mold, an arm projecting laterally from one of said linksand integral therewith, a crank, and a rod connecting said crank with said lateral arm. 4. In a machine for beating out the soles of boots and shoes, the combination of a mold or die, a vertically-movable jack, acrank, a toggle mechanism connecting said crank and jack and having provision for the movement of the latter, a crank-shaft, a cam secured to said crank-shaft and provided with an abrupt shoulder, a drivingshaft, gearing for connecti l i l l i i l l ing said crankshaft and said driving-shaft, a

- rocker-shafaastoparm secured to said rockershaft and engaging with the shoulder upon said cam to stop the machine, atreadlesccured to said rockershaft, a spring connecting said treadle with a stationary part of the machine, a brake-shoe operated by said treadle and acting upon said brake-wheel, and a suitable clutch mechanism for applying power to the driving-shaft when the shoe has been released from contact with the brake-wheel and the stop'arm has been disengaged from the shoulder of said cam.

5. In a machine for beating out the soles of boots and shoes, the combination of a mold or die, a vertically movablejack, acrank, atoggle mechanism connecting said crank and jack and having provision for the movement of the latter, a crank-shaft, a driving-shaft, gearing for connecting said crank-shaft and drivingshaft, a rocker-shaft, a stop-arm secured to said rocker-shaft, a cam mounted upon said crankshaft so as to be moved lengthwise of said shaft and provided with an abrupt shoulder to engage with said stop-arm to stop the machine, a shifterlever for moving said cam out of or into the plane of motion of said stoparm, a treadle secured to said rocker-shaft, a spring connecting said treadlc with a stationary part of the machine,abrake-shoe operated by said treadie and acting upon said brakewheel, and a suitable clutch mechanism for ap plying power to the driving-shaft when the shoe has been released from contact with the brake-wheel and the stop-arm has been disengaged from the shoulder of said cam.

6. In a machine for beating out the soles of boots and shoes, the combination of a mold or die, a vertically-movable jack, a crank, a toggle mechanism connecting said crank and jack and having provision for the movement of the latter, a crank-shaft, a driving-shaft, gearing for connecting said crank-shaft and drivingshaft, a rocker-shaft, a stop-arm secured to said rocker-shaft, a cam secured to said crankshaft and provided with an abrupt shoulder to engage with said stop-arm to stop the machine, a treadle secured to said rockershaft, a spring connecting said treadle with a stationary part of the machine, a forked lever secured to the outer end of said rocker-shaft, a beveled roll mounted in the end of said lever, a friction-wheel secured to the driving-shaft, and a loose driving-pulley mounted upon said drivingshaft and arranged to be pressed into contact with said friction-wheel by the action of said beveled roll upon its hub when it is desired to apply power to said driving-shaft.

In testimony whereof I have signed my name to this specification,in the presence of two subscribing witnesses, this 19th day of October,

JAMES C. OUTCHEON. Vitnesses:

N. O. LOMBARD, J. R. BRODIE.

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