US457413A - waters - Google Patents

Description

(N0 Model.) 2 She'ets-Sheet 1.

S. H. WATERS. BUTTER WORKER.

N0. 457,413. I Patented Aug. 11,1891.

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2 Sheets-Sheet 2.

(No Model.)

s. H. WATERS. BUTTER WORKER.

Pa tented Aug. 11,- 1891.

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- UNITED STATES PATENT OFFICE.

SAMUEL H. IVATERS, OF JOHNSON, VERMONT, ASSIGNOR TO F. C. VVHITING,

OF SAME PLACE. Y

BUTTER-WORKER.

SPECIFICATION forming part of Letters Patent No. 457,413, dated August 11, 1891.

Application filed April 3, 1890." Serial Iio. 346,476. (No model.)

To all whom it may concern: machine. Fig. 2 is a plan. view, a portion of Be it known that I, SAMUEL H. \VATERS, a the machine being removed to more fully citizen of the United States, residing at J ohnillustrate the construction. Fig. 3 is an end son,in the county of Lamoille and State of elevation of the machine, partly in section 55 5 Vermont, have invented certain new and and with a portion of one pulley broken away useful Improvements in Butter-\Vorkers. of to show the position of the lower shaft and which the following is a specification, referits supports and the pinion which moves the ence being had to the accompanying drawtray. Fig. at is a front view of the slotted g bearing-plate for one end of the fluted work- 6c It is the purpose of my invention to proing-roller. Fig. 5 is a side elevation of Fig. vide a butter-worker which may be operated 4. Fig. 6 is a view representing the couplingby hand or power derived from any suitable disks and showing the rib and groove on said source; but said invention is more particudisks, respectively. Fig. 7 is a detail View larly adapted to power-machines. showing the manner of attaching the tray to r 5 It is one purpose of my invention to provide the slide. Fig. 8 is a detail perspective showa butter-Worker with a working-roll which ing the tripping device by which the latch is may be readily raised or lowered,and to comreleased from the catch-plate to permit the bine therewith an automatic shifting device movement of the shifting-bars actuating the by which the revolution of the roll and the clutch. I 7o 20 movement of the tray are reversed, thereby In the said drawings, the reference-letters leaving the hands of the operator free to per- A A denote the frame and body of the worker, mit him to turn the butter while it is underwhich are supported by legs-or standards B 13. going the process. (Shown in Fig. 1.) From a portion of the It is my purpose, also, to so construct the frame A A, lying between the ends thereof 25 shifting device that the movement of the tray and not far from the central portion thereof, and the revolution of the roller may be rerise standards 0 O, the function of which will versed by hand at any point of said movement be fully set forth hereinafter. These standand from either side of the machine. ards are connected at their upper ends by a It is my purpose, also, to provide a buttertransverse bar or brace E. The standard C 3o worker having a movable conductor which forms a support for the rigidly-attached box may be readily placed in position to have a, which forms a bearing for the arbor of communication with an outlet-tube in the the pulley-shaft. This standard also suptray; to combine therewith a shifting device ports a box m, which provides a bearing for which shall be prevented from movement nnone end of the lower shaft R. The other 5 tilthe trayreaches the proper point; to afford standard 0 forms a support for the adjusta firm support for the bottom of the tray; to able bearing-plate I), within which is jourprovide means for holding the pinion which naled one end of the shaft G, supporting the moves the tray firmly in place, and to comworking-roll F, which is fluted in the manner bine with a butter-worker means whereby the usual in rolls of this character. The journal 4o working-roll may be operated by a crank atof this shaft lies in a seat 0, Figs. 4 and 5,betached to the shaft of its pulley. low which is a depending plate or port-ion hav- To these ends my invention consists in the ing a vertical slot (l. The bearing-plate D several novel features of construction and lies in a vertical slot D, formed in the innew combinations of parts, hereinafter fully ner faceof the standard 0', within which it 5 45 set forth, andthen definitely pointed out in is adjustable. The gudgeon or journal of the the claims following this specification. said shaft B being supported in the recess in To enable others skilled in the art to make the bearing-plate D, the opposite end orjourand use my invention, I will proceed to denal of said shaft is connected to a pulley-arscribe the same in detail, reference being had bor I, supported in the box a, mounted on the I00 50 to the accompanying drawings, in which other standard 0, as described hereinafter. Figure 1 is a perspective view of the entire Through the standard 0 is inserted a bolt 6,

lying in the vertical slot (1 in the bearingplate and having a threaded end projecting beyond the outer face of the standard, by which the bearing-plate D is locked against thesaidstandard by manipulating a thumbnutf, turned upon said threaded end. The slot D is of such length that all necessary ad j ustment is permitted, while the'bearing-plate D may be moved therein 'far enough to disengage it from the bolt 6 to allow theremoval of said bearing-plate D.

At that end of the shaft G of the roll F which lies adjacent to the standard 0 is formed a coupling H, Fig. 6, consisting of a disk-shaped head having a substantially flat face and provided with a transverse or diametrical rib h. Upon the end of a pulleyarbor I, which is'supported in the box a, is mounted a disk H, similar substantially to the disk I-I, save that it has a slightly-convex head or surface which is provided with a diametrical groove or channel -i. To prevent the rib h from dropping out of the slot 1', a hole h (shown by dotted lines in Fig. 6) is drilled centrally through the rib h to receive the tapered central extremity z" of the pulley-arbor I. Upon the pulley-arbor I are mounted two loose pulleys K and J, revolving in opposite directions, as shown by arrows in the drawings, by straight and crossed belts driven from any suitable source of power. The pulley-arbor I is supported at its outer end by a bracket A, rising from parallel and substantially central bed pieces or extensions 0, receiving support at one end from one or more braces 0. These pulleys are provided upon their adjacent ends or hubs with clutchteeth 70, adapted to mesh with a clutch L, movable longitudinally upon the pulley-arbor I, to which it is splined or keyed. This clutch is double, having teeth upon each face adjacent to the pulleys K .T, respectively, and it is moved upon the pulley-arbor I to engage the said pulleys alternately by means of a forked arm .X, Figs. 2 and 3, working in a groove j, Fig. 3, cut circumferentially in the clutch. This forked arm X is rigidly mounted upon a cross-piece M, extending across and supported by the bed-pieces O and having such length that its ends project beyond the parallel edges of the said bed-pieces, its ends being formed into or provided with handles, by which the forked arm may be operated to reverse the action of the machine.

Upon the opposite side of the machine is arranged an auxiliary arm N, which is connected to the ends of parallel shifting-bars P, which are parallel with the pulley-shaft and connected at their other extremities to the cross-piece M, so that the machine can be reversed from either side.

Upon the pulley-arbor I is mounted, at a point near the standard 0, a pinion Q, which meshes with alarge gear R, mounted ona shaft R, which rotates within a box m, as shown in Fig. 3. Upon the opposite end of the shaft R is mounted a rack-pinion n, and this shaft. has

effected by means of a strap 7, of iron or other metal, bolted at one end to the slide S and at the other to the tray-bottom at the ends of the said tray, as shown in Fig. 7. Upon the lower faceof this slide S is mounted a rack 0, with which the pinion n meshes, by the revolution of which movement is given to the tray, said pinion being held closely in mesh by its shaft being supported from the guides T, which receive the wings of the slide S, carrying the rack. A steel spring W is bolted to one of the shifting-bars P, and thence, being bent upon itself, is carried substantially into the central plane between the shifting-bars P P, where the free end of said spring is curved slightly and brought as close to the side of the tray as possible Without producing actual contact. Upon the other shiftingb'ar P and upon the opposite side of the tray Z is mounted a like spring WV, having a construction similar to that described. These springs lie in a horizontal plane a little above the bottom of the tray, as seen in Fig. 3.

Upon the diagonally-opposite corners of the tray are mounted wedge-shaped pieces Y and Y, having their sharp or pointed ends directed'toward the opposite ends of the tray. As the tray moves in either direction by the action of one or the other of the pulleys J or K, one of the wedges Y or Y engages the free end of the spring W or NV, and as it enters between the said spring and the side .of the tray the shifting-bars, which are locked and unlocked in the manner hereinafter set forth,.are forced to move, and the clutch L is thus thrown from one pulley tothe other and the rotation of the pinion n is reversed, causing an opposite movement of the tray.

Upon the standard 0' is a latch 11 pivotally mounted upon a pin 1 This latch is provided with notches 3 which are adapted to engage a catch-plate 3, bolted to the end piece N of the shifting-bars P P. When the tray has traveled the required distance, a projection 11, mounted upon the end of the tray,

I strikes the end of this latch lying nearest the tray and trips it from off the catch-plate 3, leaving the shifting-bars P P free to move. This tripping action takes place an instant before the wedgeY or Y engages the springVV'or W. When the clutch is fully shifted and the action of the wedge is completed, the latch engages a second notch in the plate 3, lockv ing the shifting-bars in their new position.

For the purpose of drawing off the buttermilk or water and holding the clutch in engagement with the clutch-teeth it; when the butter is worked a short tube 5 is inserted in an opening at one cornerof the tray, the bottom of'which isslightly inclined, so that the said tube opens. from the lowest point and close to the bottom of the tray. From this tube 5 the buttermilk as it escapes enters a conductor 4, arranged beneath the angle or corner of the tray and capable of longitudinal movement, whereby it may be drawn out to any suitable point to receive the discharge from the tube 5. When not in use, this conductor 4 may be pushed under the tray out of the way.

To operate the mechanism by hand it is only necessaryto disconnect the gearing and apply a crank 6, as shown in Fig. 3, to the outer end of the arbor I, the opposite motion of the tray being produced by turning the crank in opposite directions.

shaft provided with a fluted roll and having a gear driving a shaft which has a pinion meshing with a rack connected to the bottom of said tray, a clutch splined to the shaft between said pulleys, clutch-shifting bars arranged parallel to the shaft and a forked arm engaging the clutch and having connection with the ends of the shifting-bars, and springs connected to the opposite ends of the shiftingbars, said springs being adapted to slide the said bars by'means of wedges on the tray,

substantially as described.

3. In abutter-worker, the combination, with a movable tray, of oppositely-revolving pulleys loose upon an arbor, a shaft geared therewith and having a pinion meshing with a rack connected to the bottom of the tray, a clutch splined to the arbor between said pulleys, shifting-bars parallel with the arbor, a forked arm engaging the clutch and connected with the ends of the shifting-bars, springs connected to the opposite ends of the shiftingbars, and a pivoted latch having Iiotches' engaging a catch-plate on the other end of the clutch-shifti n g bars, said latch being operated to unlock said bars by projections on the tray, substantially as described.

4. In a butter-worker, the combination, with a suitable supporting-frame, of a tray movable thereon and having a rack attached to 1ts bottom, a shaft having a pinion meshing with said rack, a pulley-arbor geared with said shaft and having two loose oppositely-driven pulleys, a clutch splined to the shaft, parallel shifting-bars connected at one end to a bar having a forked arm engaging the clutch and extending across the supporting-frame, upon the other of which their ends are connected by a bar having a catch-plate, a spring attached to each shifting-bar, one upon each side of the frame, the free ends of said springs being bent to engage projections on the diagonally-opposite sides of the tray, a pivoted latch having notches engaging the catch-plate and operated by projections on the ends of the tray, and a fluted roll having a ribbed disk-shaped head on one end of its shaft engaging a grooved disk on the pulley-arbor, the other end of said shaft being supported by a vertically-adj ustable bearing-plate, substantially as described.

5. In a butter-worker, the combination,with a tray movable on a suitable frame, of a shaft mounted at one end in a vertically-adjustable bearing-plate and having a fluted roll, a clutch connecting said shaft with the driving mechanism, clutch-shifting bars having one end connected to a cross-piece, a forked arm moved by said cross-piece and connected with the clutch lying between two loose oppositelyrevolving pulleys on an arbor connected with said shaft, a shaft geared with the arbor and having a pinion meshing with a rack-bar on a slide bolted to the bottom of the tray and moving in parallel guides, and means for actuating the clutch-shifting bars by the opposite movement of the tray, substantially as described.

SAMUEL H. WATERS.

\Vitnesses:

B. S. AUSTIN, T. A. RIDDLE.

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