US1269045A - Mechanical sheet-controlling means. - Google Patents

Description

I e. P. BRAND. MECHANICAL SHEET CONTROJLLINIG MEANS. APPLICATION FILED APR. 13. 1915. 1 ,269,04;5, Patented June 11, 1918.

fin 5 SHEETSSHEET lf f s. P. BRAND. I MECHANICAL SHEET CONTROLLING MEANS. APPLICATION FILED APR. 13. 3915.

1,269,045 Patefited June 11, 1918.

FT 5 3HEEYS$HEET 2- Q I Witness G. P. BRAND. MECHANICAL SHEET CONTROLLING MEANS. APPLICATION FILED APR. I3, 1915.

1,269,045. Patented June 11, 1918.

i 5 SHEETSSHEET 3- Q -G. P. BRAND. MECHANICAL SHEET CONTROLLING MEANS. APPLICATION FILED APR.'I3. 1915.

1,269,045. Patented June 11, 1918.

5 SHEETSSHEET 4- G. P. BRAND. MECHANICAL SHEET CONTROLLING MEANS.

ARPLICATION FILED APR-13,1916.

8. M Ma m hm f h J r s 0 0; E1 M 5 mw a V my ITW I f a 7g 9 I 6 2 m H 1 afforucw such,

GEORGE 3?. BRAND, OF NEW YORK, N. Y.

MECHANICAL SHEET-CGNTROLLING MEANS.

Specification of Letters Iatent.

Patented-June 1.1, 1918.

Application flied April 13, 1915. Serial No. 21,165.

citizen of the United States, residing at New York, in the county of New York and State of New York, have invented certain new and useful Improvements in Mechanical Sheet-Controlling Means, of which the following is a specification.

This invention relates to certain new and useful improvements in mechanical means for controlling a traveling sheet or Web,

for instance, as is employed in automatic musical instruments. It has for its Objects among others to provide a simple and efficient web or sheet controlling means, purely mechanical, without the employment of pneumatics or analogous devices and which shall be affected, as are pneumatic devices of this nature, by leakage of air or by stoppage of openings by lint or other extraneous matter. My present construction, furthermore, is easily adjusted, practically frictionless, be ing most sensitive in its movement, requiring but little pressure of the paper upon the edge guides to cause movement of the transmission mechanism.

I provide mechanically for the use of sheets of different widths without alfecting the operation of the other mechanism by the introduction of the sheet of whatever width.

Other objects and advantages of the invention will hereinafter appear and the novel features thereof will be particularly pointed out in the appended claims.

The invention is clearly illustrated in the accompanying drawings, which, with the numerals of reference marked thereon, form a part of this specification, and inwhich Figure l is a front elevation with portions broken away, showing the application of my present improvement.

Fig. 2 is a. top plan.

Fig. 3 is a perspective view with portions roken away, showing my present improvement removed from the instrument.

Fig. 4 is an enlarged end elevation with portions in section, looking in the direction of the arrow in Fig. 3 as on the line .l-iof Fig. 1 looking in the direction of the arrows.

Fig. 5 is a substantially central vertical section from front to rear as on the line 5-5 of Fig. 1, looking in the direction of the ar rows and on an enlarged scale.

. operable without reliable in its action and not.

Fig. 6 is an enlarged sectional View, as on the line 66 of Fig. 2. I

Fig. 7 is an enlarged detail partially in section and partially in elevation, showing the connection of one of the carriage hangers.

Like numerals of reference indicate like parts throughout the different views.

My present improvement in a mechanical sheet controlling device the employment of pneumatics and wish it so considered. The other elements of a mechanical musical instrument ierein shown and hereinafter referred to are herein disclosed merely for the purpose of illustration and showing the ap piication of my present improvements, it being understood that the invention thus broadly stated is in no wise restricted to any particular construction. of the eiements of the instrument other than as hereinafter specified.

The music box 1, the take-upspool 2, tracker-bar 3, the music spool 4;, its spindles 5 and the re vind mechanism 6, as well as the sprocket chain 7 and sprocket wheel 8, are of any well known or approved form, the latter being mounted u on the shaft 9, which, as will he hereina ter described, constitutes a part of the transmission device which comprises the two U-shaped membore 10 and 11 fixedly secured together and having the depending portions 12 and 13 respectively at their opposite ends and in which depending portions at one end the shaft 9 is mounted, as seen in Fig. 1. A suitable brace, as shown at 14, may be employed, if n cessary, to hold the depending portions 12 and 13 in their spaced relation. The members 10 and 11 may be made of aluminum or other suitable material combining strength and lightness and they are supported upon the uprights 15 which at their upper ends carry the pins or the like 16 which are mounted loosely in the adjacent portions of the innermost U-shaped bar, as seen clearly in Fig. 1'. The lower ends ofthese uprights 15 are mounted upon screws or the like l7 held in the ends of the music box, washers or the like 18 being provided between the said uprights and ends, as seen in Fig. 1. These uprights are free to oscillate within certain limits in the direction of the'length of the music box.

Extending from one end of the music spool resides broadly- Elll of this segment is toothed, as see box is a bar or i9 nllixed thereto in any suit-able manner and in this her is pivctuliy mounted, as at 20, the oscillating HH JJQlJEI the upper end of which in this instance shown as bifurcated, as shown at which bifurcation loosely receives a 23 tending laterally from the llOllZOlltfilEI-QI: tion of the shaped member 10, shown clearly in s. 1 and 3. The lower end of this oscillating member 21 is in. I )rm of a segment, on the of a circle 0' which the pivot 20 is the center. The .teoe

end meshes with at toothed Wheel 1? by a shaft. 27 mounted one end i n. 28 secured to the of the music box. i its other end, carries a friction wheel. c periphery of which. is preferably milled or roughened, as seen at 80 seen in 2, or it maybe smooth, as seen in This end of the shaft is journc. ed in an arm 31 which is fixedly secured, as art 32, to one end of a swinging suspended curring c 33, seen hes-t in Fig. 3, in which letter view the parts constituting my present invention are shown in perspective separated ion). the machine prooer but with the ports in their relative positions. This cur-r1 Qe suspended by the bails or hangers one each end, the cross portions of the hails loeim mounted for free movement in the mom ers 36 which are attached to the inner faces of the ends of the music spool box, as seen in Fig. 1, and their lower ends are preferably connected with the carriage 33, as seen in Fig. 2' wherein the members are shown as screw threaded st 37 and pass through openings in the carriage 33, being provided upon their lower ends with. nuts or the like 38, preferably seated in sockets 39 in the under face oi the carriage and buttons or the like $0 provided upon the upper face of the carriage and seated thereupon. .lhis provides for the necessary aidjustment, as well as ready assemblage of the parts or removal thereof for repairs or other purposes when desired.

Pivotally mounted on the upper face of the carriage 83, as ate are the preferably fiat oars l2 which, in'the present instance, are shown as twisted near their outer ends, as at %3, to form the substantially vertical .members is which serve es edge guides to contact with the opposite edges of the note sheet 45. The terminals of th edge guides are outwardly inclined. or rounded as seen at 4-6 in Figs. 2 and 3, so as no resistance to the insertion of the music sheet so as to avoid any tendency injure the latter. Springs 4?, as seen in 2 and 3, are provided, bearing against these bars $2 near their" pivots, tending to nor molly hold thehars inward toward eech other and substantially parsllel with each other. They are sufliciently delicate to pen nziy loe eccoinplislied and attention ca thrown into position for rewind, and th's essons ment of the the edges of the music s burs are con iniison by pistes cuter ends to the bars .s

and zit their inner c cured i any suitable in conn cted to. by means 0. member 8115; the other room so as L movement of tne two members $8 with Stricted During e opcr' f playing the edee are designs trol ccnipense e ti-ons of the note sheet, but up these pulled. ouv'ard in other and out contact w' note sheet. the present instance nave shown one convenient way in which to Figs. 1., 2 and in which 51 is a. membe opcralole outward lrom. the ad acent o the music b0}; when the mechanism is member en arm 01 rod only mounted and ed and connected w "li the adjacen in any suitable.innnner, such, for ii-xstance, as seen ir. Fig. 3, when said member 51 is moved outward. in placing the inec in condition. rewind, the said arm 22 is pulled outward end, consequently, other sun is moved in the opposite direction so that all liability of in jury to the edges of the sheet as the latter ice is rewound upon the music spool is obviated. The friction wheel disposed. between two disks 53 and ill, the adjacent feces of which are preferably tar-cc. with rubber or analogous material, us seen best in lfig. ll. These disks 53 and 5%. BIG carried by t'll" sleeve 56 loosely mounted on shaft 5 supported at one end in the adjacent end of the box 1 and at the other end in on up right 58 extending from an arm 53) secured. ile

to the adjacent cud of the box .1, cs in Fig. 1. The diameter of the friction roller 29 is but slightly less than the space between the adjacent faces of the two disks 5-25 and 5%, as seen in i, so that while there room for some play of this roller he col! the disks, this play is very slight, in practice possibly not more than two one-tliousondths of an inch.

The sleeve 5e carries as seen in l l "0 n inent suitable means, such as collars secured the shaft l2; screws or Ls'lB as is also in Fig. 6. Motion is imparted to the sprocket 60 and, consequently, to the disks 5 5 by moons of o. sprocket chain 6smessed around sprocket wheel 60 and a sprocket wheel 65 on the shaft 66 of the take-up spool.

The wheel 65 is held against movement lengthwise of the s 66 by suitable means, as a collar 67, ad to said shaft, as seen in Fig. 1. c the hub of the sprocket wheel 65, periphery being toothed to constitute a ratchet, seen clearly in Figs 1 and 4;. This is loosely mounted upon the shaft 66 and is caused to turn therewith-in one direction by means of a dog or pawl 69 pivotally mounted on the face of the 'huband engaging a toothed collar 7 O fixedly secured to the shaft in any suitable manner. 71 is a dog or pawl pivotally mounted, as at 72,. upon the under side of the member 59, see Figs. 1 and 4, and adapted to engage the teeth of the ratchet wheel 68 to prevent retrograde movement thereof, but permitting of its turning freely in the other direction.

During the operation of playing, the sprocket wheel revolves with the shaft 66 and through the medium of the sprocket chain 64 and sprocket wheel 65, the disks 53 and 54 are continuously revolving. On the rewind, however, it is desirable to have the guides moved outward away from the edges of the note sheet and to throw the friction wheel 29 out of operation so as to hold the music spool from endwise movement. -Con sequently, when the member 6 is moved to the right for rewind, the edge guides are moved simultaneously outward through the connections 51 and 52 hereinbefore described and the ratchet wheel 68 is held against rotation with the shaft 66 throu h the medium of the dog 71 engaging t e teeth of the ratchet, as seen in Fig. 4, and the pawl 69 engaging the teeth 70.

With the parts constructed and arranged substantially as hereinbefore described and with such parts in the position in which they are shown in Fig. 1, ready for playing, the operation is as follows:

Normally, when there is no music sheet in the instrument, the edge guides 44. are pressed inward to their greatest extent so that the distance between them is less than the width of the narrowest sheet. When the sheet is introduced, the outturned terminals 46 of these edge guides permit of its ready insertion and the pressure of the edges of the sheet upon the inner faces of these edge guides overcomes the pressure of the springs 47, so that the edge guides are moved outward'or away from each other.

to accommodate the sheet/no matter what width it may be. ,If the sheet when introduced is not central, the pressur one edge of the note sheet against its guide will be greater than that of the other edge which causes the carriage 33 and the parts movable therewith to move in the direction of the greater pressure and this into contact with the corresponding disk 53 or 54 which, in turn, causes the toothed wheel 26 to revolve in one direction or the other and by reason of its engagement with the toothed segment 2 1. moves the latter on its pivot, and such movement through the connection 22 and 23 with the transmission mechanism-10, 11, etc.which moves the music spool in the proper direction to ccntralize the sheet. the playing, the least deviation of the note sheet to the right or left will throw'the friction wheel 29 out of contact with the one disk and into contact with the other, or vice versa and thus through the medium of the toothed segment and the connections above described keep the sheet centralized throughoutthe playing of the piece.

Upon the rewind the friction wheel 29, the disks 53, 54, the toothed segment, etc, are idle and perform no function.

Modifications in detail may be resorted to without departing from the spirit of the invention or sacrificing any of its advantages.

By transmission mechanism or transmission device, I mean the members 10-11, the back and forth movement of which transmits motion to the music spool 4, movin it to the right or left.

What is claimed as new is:-

1-. In a device of the character described, mechanical music-spool-moving sheet controlling means embodying friction means out of contact with but under the control of a note sheet. 2. In a device of the character described, a swingingcarrier and friction music-spoolmoving means movable therewith and out of contact with but under the control of a note sheet for controlling said sheet.

3. In a device of the character described, a swinging carrier, a transmission device and interposed friction music-spool-moving means controlled by said carrier and out of contact with but under the control of a note sheet.

4. In a device of the character described, a swinging carrier, music-spool-moving mechanism embodying friction means controlled by the movements thereof and under the control of a note sheet, a transmission mechanism and intermeshing connections between said transmission mechanism and the friction device.

5. In a device of the character described employing a music spool and note sheet, a swinging carrier, edge guides movably mounted thereon, and music-spooi-moving means embodying a friction transmission mechanism actuating device.

6. in a device of the character described empioying a music-spool and perforated sheet, a swinging carrier, spring actuated lessees edge guides niovzibly mounted. thereon encl s friction control device one member of which movable with said carrier for moving the music spool laterally.

7. in e.- clevice of the character describetl mnploying o music-spool and perforated sheet, a swinging carrier. spring actuated guides movably mounted thereon, a. friction control device one member of which is movable with seitl carrier for moving the music spool laterally, and. means connecting said edge guides to move them in unison.

8. in a. device of the character lesoribecl employing a. music-spool and perforated sheet, 21 swinging carrier, spri actuated ides mounted thereon, a. one member of which moving the ecting sziiil.

. Stiltl er ilescrioed .ovoble eerxinoes thereon, ":iio carrier, ilislrs 'ictioiz Wheel is movnsmission mechanism con-.

lotion Wheel and disks (levies of the character described perforated slieet, e swinging ol mounted guides thereon, on wheel carried by said esrrier, (lisls :n which said friction wheel is movable, and a transmission mechanism controlled seiil friction wheel and disks.

1?... lie device of the character described,

QLiF'S gsiiicles controlled by a. note sheet, s 'tgrensniiss or-i mechan sm, anti means for givmovement llie music spool moses embodying; on iiiteitposecl.

the character described, l by e note sheet, e tmnsmiss on mechanisms, all intcrposeo frictioii control, '..itcrniesliing moons for moving the music spool onlv laterally.

13. lo. device of the character described einplo a. fllllSlC-SPOUl and perforsi'geo transmission mechanism and a friction tlo'ice cont-rolling the some and out of Contact, will; out mechanically uncle-r control oi note sheet for moving the music spool laterally.

14-. in 2L device of the character described employing" a. music-spool and perforated. slieet. eilgge giiiil opgliczible to note sheets tli'tFei-mt. wit. is, s transmission device ant iota lion control mechanism music sgool laterally.

A character described, o note sheets of cliiiins Lon (levies in- .lCclQZl control. meclisnisin movable independent of tile eclge guides.

16. In a device of the character described, a wholly mechanical sheet controlling means embodying pivotally mounted edge guides and a revolnble friction control out of contact with the note sheet.

17. In a device of the characterdescribed, a wholly mechanics; sheet controlling means embodying pivotelly mounted edge guides, a friction control and :1 "transmission device governed by Stltl friction control for moving the note sheet lateral. 1

l8. In a device of the character described, A Wl'iolly mechanical sheet controlling means embodying pivot-ally mounted edge guides, r. friction control and 21 tronsinission device governed by sztitl iriction control for! movthe note sheet lute; tllltl bodying a. pivoted nieinber one. ms cooiers ting therewith 'lillil under the conirol the fricthrowing said friction control out. of opera.-

tion upon therewind.

21. in {L device of the character described, a wholly mechanical sheet controlling mesns embodying pivot-oily mounted edge guides, e revoluble friction control and means for throwing said. friction control out of opera ion upon the rewind.

in a (levies of the character described, a wholly mechanical sheet controlling means embodying pivotslly mounted edge guides, a. friction control, a transmission device governed by said friction control, and means for throwing said friction control out of operation upon the rewind.

In a device of the character describetl, a Wholly mechanical sheet controlling means embodying pivotelly mounteti edge guides, a friction control and a transmission device governed by said friction control and emboilying 2L pivoted member, means cooperzib ing therewith and under the control of the friction control, and means for throwing said friction control out, of operation upon the rewind.

24. in a device of the character described,

an automatically 1' versible revoluble frictional mechanical beet controlling moo nism under the control of a note sheet and a transmission mechanism governed thereby.

25. in a device of the character described, an automatically reversible revoluble frictional mechanical sheet controlling mocha-- nism under the control of a note sheet and a transn'iission mechanism governed thereby and embodying automatically reversible actuatin means.

26. lldge controlling means for constant contact with note sheets of diiierent widths, a transmission mechanism and interposed devices embodyin revoluble friction means for operating the latter and controlled by i said edge controlling means.

27. Edge controlling means mounted for movement in opposite directions and also in the same direction, and mechanical means governed thereby for centralizing a traveling note sheet.

28. Edge controlling means adapted for movement in unison transversely to the travel of the note sheet, and mechanical means controlled from said edge guide means r'or centralizing a note sheet.

29. A music spool with relatively fixed flanges, a relatively fixed trackerbar, wholly mechanical means for moving a music spool laterally and causing automatic registration between the openings or" the trackerbar and the perforations of a note sheet.

30. A trackerbar, a music spool with relatively fixed flanges, mechanical means for cooperation with note sheets of difierent widths for moving a music spool laterally and insuring automatic registration of the holes of the trackerbar and the perforations of a note sheet.

31. A. trackerbar, a music spool with rela: tiveiy fixed flanges, movably mounted edge guides and mechanical controlling means movable therewith for moving a music spool. laterally and insuring automatic registration between the openings of the trackerbar and the perforations of a note sheet.

32. A trackerbar, a music spool with relatively fixed flanges, edge contacting means movable relatively to the trackerbar and mechanical means controlled by said edge contacting means to move a music spool laterally and insure accurate registration between the trackerbar and note sheet.

33. An endwise movable music spool having relatively fixed flanges, and a Wholly mechanical sheet-controlling mechanism embodying edge-contacting means movable to and from t e edges of a note sheet to give endvvise movement to said music spool.

34. Movably mounted edge contacting means, a music spool with relatively fixed flanges, means for movin said music spool endvvisc and a wholly mec aiiical mechanism interposed therebetween and controlled by a note sheet.

35. Movably mounted edge contacting means, means for moving a music spool endwise and a Wholly mechanical mechanism 1nterposed therebetween and controlled by a note sheet and automatically reversible.

36. In a device of the character described, mechanical sheet controlling means embodying friction means under the control of a note sheet.

37. In a device of the character described, a swinging carrier and friction means mov: able therewith and under the control of a note sheet for controlling said sheet.

38. in a device of the character described, a swinging carrier, a transmission device and interposed friction means controlled by said carrier and under the control of a note sheet.

39. In a device of the character described, a transmission mechanism and a friction device controlling the same and mechanicallyunder control of a notesheet.

40. In a device of the character described, mechanical music-spoolmovin sheet controlling means embodying frlction means under the control of a note sheet.

41. In a device of the character described, mechanical sheet controlling means embodying revoluble friction means under the control of a note sheet.

42. In a device of the character described, mechanical sheet controlling means embodying revoluble friction means out of contact with but under the control of a note sheet.

43. A fixed trackerbar, automatic mechanical means for moving a note sheet in directions laterally to its path of movement for insuring automatic registration of the holes of the trackerbar and the perforations of the note sheet.

44. A fixed trackerbar, automatic rotatable mechanical means for moving a note sheet in directions laterally to its path of movement for insuring automatic registration of the holes of the trackerbar and the perforations of the note sheet.

45. A fixed trackerbar, automatic mechanical means out of contact with the note sheet for moving a note sheet in directions ,meaus embodying sheet controlled friction mechanism for automatically insuring registration of the holes of a trackerbar and the perforations of a note sheet.

48. A wholly mechanical sheet controlling means embodying sheet controlled friction mechanism for automatically insuring registration of the holes of a trackerbar and the teeegcee ert'craticns of a note sheet, anci edge conecting Inez-ms mcvabie by engagement of he s .eet therewith te centre said mechenie1 means. I

A Whciiy mechanical sheet ccnttclling 2S embodying sheet controlled friction "H3111 for automatically insuring regon of the holes of a tmckerber and ei'jfcx'eticns of e note sheet, and sheet cn ziciieci means for governing the operaien' cf said mechanical means.

58. A mechanical mechanism embodying an oscillatcry sector and cpemted directly from a note sheet for causingthe registration between a, traveling mete sheet and trackerbar. c

51. A non-extensible music spec] and a mechanical mechanism intiependent cf the trackerber and operated directly frqm a note sheet for causing the registration between a traveling note sheet and tmckerbar.

In testimony whereof I atfix my signature.

P. BRAND. i

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