US1375331A - Music-roll-stenciling machine - Google Patents

Description

H.-J'. SMITH.- MUSIC ROLL STENCILING MACHINE.

APPUCATION FILED FEB. 19; 1920- v 1,375,331 Patented Apr. 19, 1921.

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MUSIC ROLL STENCILING MACHINE. APPLICATION FILED FEB. 19. 1920.

1,375,331, Patented Apr. 19, 1921.

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H. J. SMITH.

1 MUSIC ROLL STENCILING MACHINE.

APPLICATION FILED FEB. 19, 1920.

1,375,331., Patented Apr. 19, 1921.

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names stares 'E FE'EQE.

HAROLD J. SMITH, OF CHICAGO, ILLINOIS, ASSIGNOR OF ONE-HALF T0 HENRY IE.

BAKER, OF CHICAGO, ILLINOIS.

Specification of Letters Patent.

Application filed February 19, 1920. Serial No. 360,021.

To aZZ whom it may concern:

Be it known that I, HAROLD J. SMITH, a citizen of the United States, and a resident of the city of (Chicago, in the county of Cook and State of Illinois, have invented certain new and useful Improvements in Music- RollStenciling Machines; and I do hereby declare that the following is a full, clear, and exact description of the same, reference being had to the accompanying drawings, and to the numerals of reference marked thereon, which form a part of this specification. 7

This invention relates primarily to an improved type of amachine adapted to automatically stencil words, signs or symbols in proper positions upon perforated music roll ribbons, said stenciling being controlled by a master music roll ribbon which coacts with an electric switch mechanism to energize solenoids at a predetermined time to start the feeding of a stencil through the machine.

It is an object of this invention to provide an improved type of a stenciling machine wherein a plurality of music roll ribbons may be properly stenciled simultaneously.

t is also anobject of the invention to provide a stenciling machine wherein solenoids are employed to automatically lift one end of a stencil into position to be engaged by feed rolls and conducted through the machine.

Another object of the invention is the construction of a sten'ciling machine wherein a master music roll ribbon is adapted to co-act with a switch mechanism to control the starting of a stencil into a device wherein a plurality of music roll ribbons are adapted to be simultaneously stenciled by said stencil.

It is a further object of this invention to provide a stenciling device adapted to be used in conjunction with a perforating ma chine, whereby a plurality of ribbons perforated by said machine are adapted to be conducted through the stenciling device to be acted upon by a stencil the movement of which is controlled by electrical mechanisms governed by switch mechanisms on said machine and by a master ribbon co-acting with said switch mechanisms.

It is furthermore an object of the invention to provide a stenciling machine wherein a plurality of rolls are adapted to guide provide a machine wherein an electrically.

Patented A t. 19, 1921.

controlled stencil is adapted to be conducted between inking rolls and guide rolls over which sheets by said stencil.

It is an important object of this invention to provide a stenciling device of simple and elfective construction adapted to properly stencil a plurality of perforated music roll strips with notations which are duplicates of those stenciled upon a master music roll strip which co-acts with electrical contact means to control the feeding of a sten-, oil into the stenciling device at a predetermined time.

Qther and further importantobjects of this invention will be apparent from the disclosures in the specification and the ac-'.

. companying drawings.

'I e invention (in a preferred form) is illustrated in the drawings and hereinafter more fully described.

. On the drawings:

Figure l is, a side elevation of astenciling machine invention and shown connected with a perforating machine.

Fig. 2 is an enlarged end elevation of the stenciling machine.

Fig. 3 is a fragmentary detail section taken on line 3+3, ofFig. 2.

Fig. 4 is a transverse section taken on line 4-4, of Fig. 2.

Fig. 5 is an enlarged fragmentary detail section taken on line 5-5., of Fig. 2.

Fig. 6 is an enlarged fragmentary section taken on line 6+6, OfFig. 4.

Fig. 7 is a sectional view taken on line. 7-7, of Fig. 4.

Fig. 8 is a fragmentary detail section. taken in line 8-8, of Fig. 4. i

Fig. 9 is a wiring diagram. As shown in the drawings:

The stenciling machine is adapted for use in. combination with a perforating machine the switch mechanism of which controls the operation of the stencil in the stenciling.

machine.

In the fragmentary portion of the music roll perforating machine disclosed in Fig. 1, the reference numeral 1, indicates a machine are trained to be "acted uponembodying the principles of this,

frame having rotatably journaled therein a plurality of feed rolls 2, for conducting a perforated master music roll ribbon 8, and

a plurality of superimposed duplicate music 5 roll ribbons 4, through the perforating machine. Journaled in the frame 1, is a switch cylinder comprisinga cylindrical core 5, surrounded by an insulation sleeve 6, to in: sulate an outer metal contact sleeve or drum 7, from said core. Themasterribbon 3, is conducted overthefcontact sleeve and is provided with a marginal opening or slot which indicates the beginning of the selection recorded on the master ribbon. Mounted on the frame 1, is a terminal board 8, on which is supported a binding cured to the lower. projecting end of the binding post 9, is aflexible contact brush 10,

the free end of which is adapted to track" over one margin of the master ribbon 3, to,

project through the opening therein to contact the contact sleeve 7. Connected to the binding post 9, is one end of a conductor wirell. Mounted on the frame 1, is a spring contact brush 12, the free end of V which is positioned to track on the contact connected with the brush 12, while the other end of said wire connected to one terminal of a series of batteries 14. Connected to the other terminal of the batteries 14, is one end of a conductor Wire 15.

The stenciling mach'ne proper comprises a frame base 16, having rigidly secured at the corners thereof four upright channel braces or channel bars 17, 18, 1 9, and 20, the

flanges of which are provided with openings arranged one, above the other. The web platesof the channel bars 17 and 19, are each provided with a row of apertures or openings, for rotatably supporting the trunnion ends of a plurality of horizontal diagonally disposed rollers 2l. The diagonal with respecttothe sides of the frame base 16. J ournaled in the openings of the chain nel bars 17 and 18, are a plurality of-horizontal rear rollers 22, disposed inthe same vertical plane one above the other and at forty five degrees with respect to the diago nal rollers 21. Rotatably supported in the openingsin the channel bars 18 and 19, are

a plurality of horizontal guide or discharge rollers 23, which are disposed in the same vertical plane. one above the other and at an angle of forty five degrees with respect to the diagonal rollers 21. The flange openings in the channel bars 19 and 20,. afford supports for rotatable entrance guide rollersi 24, which arepositioned one above the other in thesame' vertical plane and parallel to the rollers. 22.

The upper ends of the channel bars 17, 18,

c 19 and 20,.are braced by means of a top plate 25, which is bolted or otherwise rigstencil 29, attached thereto.

post 9. Se- 1 sprocket gears rollers are positioned at forty-five degrees,

idly secured to said channel bars. Mounted at vthe rearof the stenciling machine are two vertical parallel stencil guide plates 26, the inner surfaces of which are provided with continuous guide grooves or ways 27, in which the opposite ends of a stencil hanger or bracket rod 28, are 'slidably en gaged. The hanger 28, has one end of a The guide plates 26, are provided with vertical rows of openings near the inner margins thereof for rotatably receiving the trunnion ends of inking rollers 30, which are positioned in a vertical plane to co-act with the rear guide rollers 22. Also journaled in suitable openings near the lower ends of the guide plates 26, are the trunnions31 of an ink'supplying roller or cylinder 32, provided with a plurality of outlet openings 38, and a cylindrical inking pad 34. s5 Keyed or otherwise secured on the trunnions of the lowermost roller 30, are 35, positioned to co-act with the pin ends of the stencil hanger 28, when said hanger is automatically elevated from the full line position of Fig. 5 to the dotted sleeve 7. One end of a conductor wire 13, is

"stencil is in normal'position. The two solenoids are connected 1n series to thecircuit wires 11 and 15, as shown in the wiring diagram of Fig. 9.

The lowermost inking roller 30 and the lowermost rear roller 22, are adapted to be driven from any suitable source of power and act as feed rolls for feeding the stencil throughthe machine in a path following the guide grooves 27. Any suitable type of mechanism may be provided for drawing the ribbons 4, through the machine to permit stenciling thereof.-

The operation is as follows The stenciling machine is adapted to be used in combination with the erforating machine, as shown in Fig. 1. plurality of duplicate music roll ribbons 4, after being perforated by the perforating machine are conducted from said perforating machine to the lower portion of the intake or entrance end of the stenciling machine around the lowermost of the front guide rollers 24, and then upwardly to be successively runsingly over the respective entrance guide rollers 24; as shown in Fig. 7. .Each ribbon 4, passes 12: from its roller 24, horizontally across the machine from front to'rear upwardly around a rear roller 22, thenback into the machine downwardlyaround the respective diagonal roller 21, and then outwardlyover the re 13 the respective discharge rollers 23, the-various music roll ribbons 4, are conducted downwardly and all pass inwardly around the lowermost dischar e roller 23, out of the machine as shown in ig. 8.

Each music roll through the stenciling machine has its own respective set of guide rollers, each set comprising a diagonal roller 21, and a rear roller 22, disposed in the same horizontal plane,

and a discharge roller 23 and an entrance the same horibelow the plane of roller 24, both disposed in zontal plane parallel and the two rollers 21 and 22.

To properly stencil all of'the music roll ribbons 4, passing through; the machine it is necessary to start the feeding of the stencil 29, upwardly between the inking rollers 30 and the rear rollers 22, at'a predetermined time so that the names, signs or symbols will be stamped or printed on the various music roll ribbons 4, to exactly duplicate the stenciling on the master music roll ribbon 3. The master ribbon 3, automatically controls the starting of the stencil 29, into the stenciling machine. Normally the stencil 29, is in the position shown in Fig. 2, with, the ends of the hanger 28, resting on the upper ends of the solenoid cores 38. Asthe master ribbon 3, is conducted over the switch cylinder 7 and below the brush 10, the opening in the margin of said master ribbon is permitted to pass over said switch cylinder. When this occurs the brush 10, projects through said opening and closes contact with the switch cylinder 7 thereby closing the circuit to the two solenoids 37, which become energized and thereby cause the solenoid cores 38, to be automatically drawn inwardly. The operation of the solenoid cores 38, elevates the stencil hanger or bracket 28, into the dotted line position of Fig. 5, so that the pin ends of said hanger are engaged by the gears 35. The hanger 28, is thus carried upwardly between the lowermost inking roller 30, and the lowermost rear roller 22 with the hanger ends tracking in the guide grooves 27. As'soon as the opening in the master ribbon 3, passes the brush 10, the circuit to the solenoids is broken and th solenoid cores return to normal position. The,

co-acting rollers 22 and 30, however, now act to feed the stencil 29., upwardly therebe tween. The ink supply cylinder 32, is adapted to be rotated by any suitable means, thereby permitting ink to flow out of the apertures 33, to saturate the cylindrical inking pad 34. Ink is thus supplied to the inking rollers 30, which are adapted to supply ink to the stencil openings whereby the required words, signs, or symbols necessary for the proper playing of music rolls are stenciled on the various music roll ribbons 4, as they are conducted through the stenciling maribbon 4, conducted chine, of electric means for roll ribbons to be stenciled.

5. The

chine and brought into contact with the upwardly moving stencil 29. The stencil during its progress through themachine folguide grooves 27, and returns'to lows the normal by the music roll ribbons are fed intothe stenciling machine from the perforatingmachine.

It will thus be seen that one or a plurality ofmusic roll ribbons may be stenciled'at the same time to duplicate the stenciling of a master nusic roll which controls the operation of the electric mechanisms which are adapted to automaticallyact at a prede termined time to start thefeeding of a stencil into the stenciling machine.

The music roll ribbons 4, which are to be stenciled are drawn through circuitous paths through the machine over the respective guide rollers,

I am awarethat numerousdetails of con struction may be varied through a wide range without departing from the principles of this invention, and I therefore do not purpose limiting the patent granted otherwise than necessitated by the prior art.. I

.I claim as my invention:

position ready to again be elevated 1. The combination with a stenciling ma-- chine, of a perforating machine, and means on said perforating machine for controlling the perforating and stenciling'of music roll ribbons run through said machines.

2; The combination with a perforating. machine, of a stenciling machine, means for drawing a. plurality of music roll ribbons through said machines in circuitous paths, a switch mechanism'on said perforating machine, and a master music roll ribbon adapted to cooperate with said switch mechanism to automatically govern the "perforating and stenciling operations of said machines;

I 3. The combination with astenciling magoverning; the advanceof a stencil into contact with music 4. The combination with a stenciling machine, of electrically operated means for automatically moving a stencil into position to be fed through the machine, and mechanisms for automatically controlling the operation of said means at predetermined times. combination with a stenciling machine, of means for automatically moving a stencil into position to be fed through the machine, an electric switch mechanism connected with said means, and a master music roll co-acting with said switchmechanism adapted to automatically fcause operation of saidfirst mentioned means at a predetermined time. i l

6. The combination with a stenciling machine, of solenoids for automatically elevating a stencil into position to be fed through the machine, an electric switch mechanism connected with said solenoids, and perfosolenoid cores when the next set of inking rollers and rated means adapted to" co-act withsaid' switch mechanism to cause automatic operation of saidvsolenoids at a predetermined,

- time. y i

7. A stenciling machine having solenoids for automaticallyelevating one end of a stencil into position to perm' said stencil through the machine. l

8. Ina stenciling machine the combination with rollers for conducting a stencil through the-machine, solenoids on said machine normally supportmg one end of said stencil, and means for time to cause the same to lift said stencil into position to be engaged by said rollers for conveyancethrough the machine. 1

9. In a stenciling machine the combina l tion with a hanger-attached to one endof a stencil, guide means on said machme for.

said hanger, rollers on said machine forconducting the: stencil through the 1 machine, rollers for conveying through the machine to be stenciled,rsolenoids onsaid machine normally supporting said hanger, electric means governing the operation of said solenolds, andmeans for causing said electric means to energize sald solenoids ata predetermined time to cause the solenoid cores to automatically elevate said stencil hanger into a position wherein said stencil is engaged by said stencil, feedingrollers for conveyancethrough the machine to stencil said music roll ribbons.

-10. A stenciling machine comprising a frame, guide rollers mounted thereon for conductingfa music roll ribbon through the machine in a circuitous path, and electrically controlled means on said machine adapted to start/the feeding ofa stencil through the machine to stencilsaid music roll ribbon. I

ll. Astenciling machine comprising a frame, guide rollers thereon for conducting a music roll ribbon through the machine in a clrcultous path, inking rollers on said" frame adjacent certain s of ,said guide rollers, means 'for supplying ink to said inking rollers, guide means for a stencil and electric means for automatically starting the feeding of said stencil between said said adjacent guide rollers to cause stenciling of said music roll ribbon. y i y 12. A stencilingmachine comprising a frame, guide rollers journaled therein for guiding music roll ribbons through the machine, inking rollers for co-action with certam of SZLlClgLlldG rollers, a guide bracket supportlng one end of a stencll, guidem'eans on said e frame for said guide brack t, gears guide bracket, and means t feeding of ing rollers and guide automatically ener gizing said solenoids at a predetermined music roll ribbons guide subscribing witnesses. 7

on one of said guide said, guide means, solenoids on said frame adapted to normallyv support said stencil for energizing said solenoids at a predeterminedtime to cause: the same to elevate said stencll, bracketmto position to be engaged by said gears and carried around into position wherein the stencil is adapted to be engaged by the ink rollers co-acting thererollers associated with with to cause the stencil to be conveyed through the machine to stencil said music roll ribbons.

13. A stenciling machine embracing a base, a plurality of upright bars secured" in vertical position on the corners of said base, a top plate secured to? said bars to.

form a "rigid frame, a plurality of guide rollers journaled insaid bars in three sides of the frame, a plurality of diagonahguide rollers projecting frame in a vertical plane and journaled in two ofsaidupright bars, grooved parallel guide plate'lon one side of said frame, ofinkingrollers 'journaledin said guide plates adjacent theguide rollers mounted in! and an ink supplyinsaid guide plates in position to supply ink to 'said inking that side of the frame, ing cylinder journaled rollers.

14. A: stenciling machine. embracing a" of guide rollers journaled in three sides" and diagonally across said frame for guiding music roll ribbons through themachine, inking rollers journaled in said, frameadjacentthe guide rollers in one side.

frame, a. plurality atwthe ends of one music roll ribbonsj In testimony whereof I havehereunt o subn the presence of two scribed my namei V HAROLD 1. SMITH.

Witnesses: 1

CHARLES W.- HILLs, Jr., FRED EPAESLER.

diagonally through the plates secured tosaid'base and? top aplurality solenoids supported ink "to. said inking

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