US705067A - Soap cutting and spreading machine. - Google Patents

Description

No. 705,067. Patented July 22, |9102.

. GAYNDR, 1n.

SOAP CUTTING AND SPREADING MACHINE.

(Application filed Oct.4 5. 1901.) (No Model.) 3 Sheets-Sheet V2.

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SOAP CUTTING AND SPREADING MACHINE.

(Application led Oct. 5. 1901.)

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(No Modal.)

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ilaria Frans TIMOTHY GAYNOR, JR., OF INDIANAPOLIS, INDIANA, ASSIGNOR OF FOUR- FIFTHS TO ROBERT G. HARSEIM AND SOLOMON M. GUSDORF, OF IN- DIANAPOLIS, INDIANA.

4SOAP CUTTING AND SPREADING MACHINE.

SPEGIFICATIONforming part of Letters Patent No. 705,067, dated July 22, 1902.

Application led October 5, 1901.

To all whom t may concern:

Be itknown that I, TIMOTHY GAYNOR, Jr., a citizen ofthe United States, residing at Indianapolis, in the county of Marion and State of Indiana, have invented certain new and useful Improvements in Soap Cutting and Spreading Machines, of whichthe following is a specification.

This invention relates to improvements in machines for cutting slabs of soap into bars and cakes; and the object is to provide a simple and durable machine by means of which the slabs of soap may be made to travel in one direction through the machine continuously-that is, without requiring the machine to reverse its direction of movement to take on and cut each slab, as is required in soapcutting machines having a reciprocating pusher-head.

The obj ect also is to provide means for making the transverse cuts of the slab as well as the longitudinal ones without changing the direction of travel of the slab.

The object is to provide a simple machine which can be operated by a single unskilled person and to provide means whereby the machine will stop automatically in the absence of the attendant. y

I accomplish the objects of the-invention by the mechanism illustrated in the accompanying drawings, in which--f Figure 1 is a view in side elevation of my complete invention; Fig. 2, a plan view of same; Fig. 3, a vertical section, on a larger scale, on thedotted line 3 3 of Fig. l; Fig. 4, a detail in perspective of the ratchet mechanism for transmitting motion to the chain belt which moves the racks to receive the cut soap; Fig. 5, a detail in perspective of the mechanism for transmitting motion to the apron on which the soap slabs are first deposited; Fig. 6, a longitudinal central vertical section of the machine; and Fig. 7, a detail showing a modified means for compelling the apron to move with rollers over which it travels.

Like reference characters indicate like parts throughout the several views of the drawings.

l represents the body ofthe machine, which will preferably be of iron and which supports Serial No. 77,651. (No model.)

theshaft 2. Mounted on this shaft on opposite sides of the frame are the twowheels 3 and 4L, each having apin 5 on their inner sides. Loosely mounted on the outer end of shaft2 is thebeltpulley 6, having a halfclutch hub which is adapted to be engaged by a half-clutch 7, whichpis feathered toshaft 2, so as to rotate with the shaft, but having a sliding movement longitudinally thereon. The half-clutch 7 is grooved to receive thering 8, having outside dowels to whichyoke 9 oflever l() is secured. Extending laterally of the body on each side and passing through it is the table ll, supported by the legs l2, 13, and lLl'and by said body. Resting upon said table and passing longitudinally over it and then returning under it and forming a continuous belt is the link belt l5. This belt l5 passes over the sprocket-wheel 1G, mounted onshaft 17, mounted in suitable boxes, which are supported by the legs l2, and is drawn over the said table by the rotation of saidshaft 17 and its sprocket-Wheel 16. The turn of the chain at the other end of the table is made around the grooved drum 18, mounted on shaft 19, which is supported in journals secured to thelegs 14.Racks 20, upon which the cut soap is deposited and spread, are placed upon theftable 1l and are carried for- Ward past the body of the machine by means of lugs 2l, formed on certain of the links of chain belt l5.

Supported a suitable distance above the table l1 to permit theracks 20 to pass under Without contact therewith is theplatform 23, which extends from the body l to thelegs 13. This has raised sides and forms a .slide over which the slabs of soap are fed to the cutting mechanism located at the body overthe table. Between thelegs 13 and the legs la and forming a continuation of theplatfor'in 23 is the endless canvas belt orapron 24, upon which the slabs ofsoap 25 are placed by the operator. The outer end of this apron is supported by rollery 26, resting onlegs 14, and the inner turn is made around theroller 27, mounted on shaft28. The roller has pins 29, which take into perforations in the apron to keep the latter from slipping.Strips 30, secured transversely of the apron, engage the soap IOO slabs and force them forward to and through the cutters. The apron between the rollers is supported by the platform or board 3l.

Instead. of the pins 29 on the rollers and perforations of the aprons I may provide sprocket-wheels on theshaft 28 and attach chain belts to the margins of the aprons in the manner shown in Fig. 7.

The travel of the belt is compelled by the following mechanism: Loosely mounted onshaft 28 is the spur gear-wheel 33, carrying a spring-pressedpawl 34, and mounted in a iiXed manner on theshaft 28, outside of the spur gear-wheel, is the ratchet-wheel 35, the teeth of which are engaged by thepawl 34. Suitably mounted below theshaft 28 is thetoothed segment 37, the teeth of which engage the teeth ofwheel 33. Thissegment 37 is rocked by connection of one of its arms with a wrist-pin 38 on thewheel 4 by means of therod 39.

'The arm of the segment is provided with a series of holes, whereby the connecting-point of therod 39 may be changed to vary the throw of the segment at each throw of the connecting-rod It will be seen that with the ratchet construction the apron will be moved toward the body l, but with an intermittent movement. An intermittent movement is given as .follows to the chain belt l5: Theshaft 17 has the lever 40 (see Fig. 4) pivotally mounted thereon, and outside and next to the lever the ratchet-wheel 4l is mounted in a fixed manner on the shaft. Thelever 40 carries pawl 42, (see Fig. 4,) which is pressed byspring 43 into engagement with wheel 4l. The opposite and lower end of thelever 40 has a series of holes, through one of which said lever is pivotally secured to the connecting-rod 44, the opposite end of which rod is connected to the wrist-pin 38 onwheel 4.

By the above arrangement the link belt l5 and through it racks 2O and also theendless apron 24 are moved intermittently, but at the same time and inthe same direction. A slab of soap or a series of them, lenough to fill the machine, are fed successively through the cutters, which are located at the body l of the machine and will be hereinafter described, and as the cakes are cutoff they drop down from the end of theplatform 23 upon a rack which is being moved out from under the said platform, and the rows of cakes are spread apart by causing the rack to move at a faster rate of speed than the slab-of soap is moving. This is readily done by adjusting the points of attachment of the connectingrods with their respective segment arm and lever.

In order to cut the slabs of soap into longitudinal bars, I extend the sides of the frame l to form theparallel standards 45 and provide vertical inside grooves to receive and hold a rectangular frame 46, which haswires 47 stretched across it and which stand vertically when the frame is in operative position. The lower bar of this frame drops below the top of the platform, so as not to obstruct the free movement of the slab of soap thereover, and the several cutting-wires are provided with bolts and nuts by means of which they can be drawn taut.

The mechanism for cutting the bars into cakes consists primarily of a horizontal taut wire which reciprocates vertically to cut the bars; but the mechanism to carry this out is 'more complicated than for the first and longitudinal cutting to make the bars and will now be described.

Supported by body l are the two verticallydisposed rods 46, which act as guides for blocks 47 a. The two blocks 47a are connected by the transversehorizontal bar 48, which has the downwardly-depending ends 49,which are long enough to have a bearing against the sides of said body lin all positions of the bar. The ends 49 are provided with theeyebolts 50, and connecting the bolts iswire 51, which does the cutting of the soap. Pivotally secured to blocks 47a are the bars 78, which extend down to and rest against the hubs of thewheels 3 and 4. They are drawn toward their adjacent hubs bysprings 79 and are pressed out against the wheels bysprings 80. The bars havenotches 51 on edges adjacent to the hubs to engagepins 5, projecting inwardly from thewheels 3 and 4, as the pins are brought around by the rotation of the wheels. By this engagement the bars are drawn downwardly, thereby lowering the blocks to which they are pivoted, which lowers the frame carrying the cutting-wire. The

`continued revolution of the wheel withdraws the pin from the notch in the bars, thus releasing the latter, whereupon the blocks and frame are drawn quickly upward by thesprings 53. This upward movement is arrested by the engagement ofpins 54, seated in the body l, by the hooks 55, formed in the adjacent edges of said bars 48. Thesprings 53 connect the blocks with the knobs at'the tops of the guide-rods 46a.

i To keep the slab of soap from tilting While the last cut is being made, I provide a shoe 55, consisting of a metal plate, which is bolted to thestandards 45 bybolts 56,passin g through vertical slots to allow adjustment of the shoe. The plate has its lower edge rounded or bent upwardly, so as not to interfere with the movement of the soap under it, and it is set so as to be just slightly above the soap slab.

In order to set the machine so it will stop automatically after it has filled a rack and which in the absence of the attendant to remove it at the proper time would be drawn by the chain belt on over the end of the table onto the floor, I connect the bar orlever 10 to one arm of the bell-crank 57 and connect the othel` arm of the bell-crank with a pushbar 58, which extends up and terminates in the path of the projecting end of the cleat orstrip 30. Thecleat 30, contacting with the push-bar 58, pushes the bar in a direction to throw the bell-crank and through thelever 10 disconnect the clutch-half from the driv- IOO IIO.

ing-pulley. The separation of the clutchcoupling stops the machine. The push-bar is jointed at 59, so that the end can be turned back out of the path of thecleat 30 when it is desired that the machine be operated without stopping.

It will be noted by reference to Fig. 2 that the racks 2O are narrower than the table 23 and that outside of the outermost cutting-Wires 47 are narrow strips which the racks are not wide enough to support. These narrow strips are Waste material and will be directed from the machine by the lateral slides 65. In making the transverse out the wire 5l descends just outside of or beyond the end of theplatform 23, so as to cause the unsupported cakes of soap to drop down upon the rack below as they are severed.

I-Ia'ving thus fully described my invention, what I claim as new, and wish to secure by Letters Pat-ent of the United States, is

I. In a soap cutter and spreadera stationary platform, means for moving slabs of soap in one direction over the platform with an intermittent movement, vertical wires in the path of the slabs for cutting the slabs longitudinally into bars and a horizontal wire reciprocating vertically at the end of the platform to cut the bars transversely into cakes, and a rack moving out from under the table at faster speed than the travel of the soap on the platform.

2. In a soap cutter and spreader a stationary platform over which slabs of soap are passed, means for cutting the slabs longitudinally into bars and transversely into cakes, an endless belt or apron upon which the slabs of soap are placed said aprons having means to engage the slabs to cause them to travel therewith said `apron traveling toward and delivering upon the platform anda. rack passing under the delivery end of the platform at a faster speed than the travel of the apron, to receive the soap as it is cut into cakes.

3. In a soap cutter and spreader, a platform having vertical wire cutters and a vertically reciprocating horizontal cutter, an endless carrier delivering upon said platform and a rack moving from under the platform to receive `the soap as it is cut.

4. In a soap cutter and spreader, a table having a link belt moving longitudinally thereof, racks placed on the table and moved thereon by project-ions from the link belt, a platform above the table and of less length than said table, cutters adjacent to one end of the platform adapted to cut slabs of soap into longitudinal and transverse pieces when the soap is moved thereto over the platform and an endless moving apron to receive the soap to be cut said apron delivering the soap upon the platform by the action of projections therefrom to engage the soap.

5. In a soap-cutter a platform to receive the soap to be cut, means to compel the soap to travel in one direction over the platform and means while so traveling for cutting the soap parallel with the direction of travel and transversely thereto.

G. In a soap cutter and spreader, a platform, means for compelling slabs of soap to travel thereover, vertical wiresin the path of the soap slabs to cut them into bars anda eutter reciprocating vertically and transversely of the platform adjacent to but beyond or outside of the end thereof and a rack moving from under the platform to receive the soap as it is cut.

7. A stationary platform, an endless belt or apron to receive slabs of soap and discharge them upon the platform, a rack adapted to move from under the platform at a faster rate of travel than that of the apron, vertical cutters to out the soap into bars as it passes over the platform, a transverse horizontal cutter to cnt the soap into cakes as it passes off of the platform said horizontal cutter being held normally above the platform, means for vertically reciprocating the horizontal cutter and means for moving the apron and rack intermittently said apron and rack movement alternating with the reciprocation of the horizontal cutter.

S. A stationary table having cutters, an endless belt to receive slabs of soap and deliver them to the table and force them through the cutters on the table, a shaft having a roller around which the belt travels, a cogged wheel loosely mounted on the shaft and having a pawl, a ratchet-wheel fixed on theshaft and engaged by the said pawl, a toothed segment engaging the cogged Wheel, a transverse reciprocating cutter at the opposite end of the platform from the belt and means for rocking the toothed segment and reciprocating the transverse cutter at alternate periods.

t). A table, an endless link belt longitudinally thereof having means to engage a rack or racks placed on said table, a shaft having a sprocket-Wheel around which t-he link belt passes, a lever loosely mounted on the shaft, said lever having a pawl, a ratchet-wheel mounted on the shaft and turning with it, said pawl engaging said ratchet-wheel, a revoluble shaft having a crank Wheel with a wrist-pin, a rod connecting the Wrist-pin with the lever, racks moved along the table by the link belt, a platform over the table having soap-cutters and means for passing slabs of soap along the table through the cutters and depositing same upon said racks.

IO. Aplatform having slabs of soap traveling in one direction thereon, and means for cutting the soap transversely of its direction of travel, consisting of vertical wires, heads sliding thereon, springs to elevate the heads, a frame secured to the heads and carrying a taut transverse cutting wire, a revoluble shaft having wheels with side pins levers pivotally secured to each head depending therefrom and terminating opposite the hubs IOO IIO

of the Wheels and having notches to engage the pins in the Wheels, xed stop-pins and notches in the levers to engage the stop-pins.

Il. In a soap-cutting machine, L main driv- 5 ing-shaft having a sliding clutch-half feathered to said shaft, :t revoluble pulley loosely mounted on said shaft, a, bell-crank, a. rod connecting the sliding clutch-half with one of the arms of the bell-crank, an endless apron on which the soap is deposited and fed therefrom to the machine, projections from said apron and @push-bar in the'path of said projections adapted. to Contact therewith, said push-bar being connected with the hell-crank.

In witness whereof I have hereunto set my I5 hand and seal, at Indianapolis, Indiana, this 28th day of September, A. D. 1901.

TIMQTHY GAYNOR, JR. [L 8.]

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