US1650068A - Laundry-marking machine - Google Patents

Laundry-marking machine Download PDF

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US1650068A
US1650068A US81573A US8157326A US1650068A US 1650068 A US1650068 A US 1650068A US 81573 A US81573 A US 81573A US 8157326 A US8157326 A US 8157326A US 1650068 A US1650068 A US 1650068A
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disk
printing
disks
plunger
hub
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US81573A
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Maurice W Griesbaum
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Maurice W Griesbaum
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B41PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41KSTAMPS; STAMPING OR NUMBERING APPARATUS OR DEVICES
    • B41K3/00Apparatus for stamping articles having integral means for supporting the articles to be stamped
    • B41K3/42Stamping apparatus with selection mechanisms for successively stamping and delivering lists or other items giving information, e.g. for warehouse administration, washing lists, supermarket guides

Description

M'. w. GRIESBAUM LAUNDRY MARKING MACHINE Filed Jam. 15. 192e 4 Sh'eets-sneet 2 glwuantoz Nov.- 22,` 19271" 1,650,068
* M. w. GRlEsBAuM LAUNDRY MARKING MACHINE iled Jan. 15. 192e 4 sheets-sheet s Ww W Lesgoss Nov. 22 1927.
M. W. GRIESBAUM LAUNDRY MARKING MACHINE Filed Jan. 15, 1926 4 Sheets-Sheet 4 7 amm@ attorney.;
Patented Nov. 22, 1927.
UNITED STATES MAURICE W. onIEsBAUM, or CINCINNATI, oiIIo.
LAUNDRY-MARKING MCH'INE Applicatien filed YJeni-1`1o...15, 1926- Seril Np. $1,573.
This invention relates to improvements marking or stamping machines adapted to print upon materials of various kinds, the principles of the invention bein herein shown as applied ina laundry marj'ng machine. Y
General objects are to providea machine of a compact design which may be cheaply manufactured, which has a minimum number of type or character printing elements, and which provides key-operated means for controlling Vand manipulating .the printing elements to obtaink a maximum number of character or type combinations ,for printing, with/a minimum number of parts. i
Another object is to provide rotative printing disks or .type carrying elements each having printing characters thereon arrangedV in spaced relation upon the periph ery, and having stops upon one face related to the characters in suchy manner that when a disk is rotated Va given stop may becaused to impinge an adjustable abutment, to brin the desired character' to and-,stopping anj` holding the same in printing position.
Other objects are to provide a spring -retractable abutment member adjustable in different degreestoward and away fromfa printing disk andv stops thereon and lin pre` determined degree, and to provide means'for locking the abutmentv in anyadjusted osi-r tion to intercept one, andone only, o thel stops, as well as to provide means for automatically releasing the Aplunger-abutment and returning the same to. .initial position after printing operation). l
Another robject of the invention is to provide upon a single shaft, a plurality of disks of the above nature, and to further provide a plurality of vplungers each selectively operated by rows of keys, and to provide means kfor advancing the keys from one'row of -K plungers to the other, whereby individual' members of a row of keys are adapted to fselectively operate upon a plurality of -linearly arranged p-lungers for. advancing .any .plunger or plunoreis to intercept `any .onestop of #eri a -corresponding'disk l Another ob` ect of the inventionis lto pro.- vide hand operable means, in geared connection with a type disk rotating shaft in such .a
manner that the ,disks'may be rotatedA by .the shaft .thereby toy bring the stops into lengagement with theAY ebutments, and whereby v.the Shaft can ,rotate independently 0f the disks, thelever .also actin to simultaneously returnthe plurality of isks to4 initial position after printingl operation.
. Another object ofthe invention is to provide. keys transleiably ,lifiouiltedV relative@ Ithe disk stop intercepting means or i'nl'unger abutments, .emi adapted fte selectively e114 gage and translate any plunger in varyin degrees for placing the same in the desire', position to intercept certain stop upon a [certain type disk. 4 f
Anotherv` object to provide for movement of the keys with respect toi'ether p0r-v` tions of the mechanism in such manner that the keys are successively advanced toproper position, .for setting `the abutment elements for `conditioning the typecarrying elements for printing* i Y VAnother V.Object is 'to provide .depressible vkeys ora plurality ,of such keys, which act inl conjunction'fwith the other mechanism to condition that mechanism kor limiting 'rotation of type carrying orv printing elements,
in thiscase printing disks having'a yplurality o `peripheral characters thereon, for selectively bringing either a single character or 'lineiof characters into printingpositfion."
Another object 'is to provide 'independent .hind @Pemble ineensv fer bringing ,the type `disks or v,letter carrying elements .toY printing position., thesanie; inseeh positeifi during theL printing' 'operation` Y VAnother bfect-is lj-ee ,the printing ehereetere .in 'spaced relation upon the r0- 'tatab'le eleifnents and to provide l means whereby a Igiven character can f be selectively brought yfrom an initial. position to a printing position, `locked during the'printing operation, and returned initial position thereafter.
and ,locking vbetween ,the means for rotating or setting the printing .elements or disks.,Y and the 4leekling' means therefor, whereby both are simulf Another object is to provide an interlock y simultaneously with releaseiand lreturn -of the disks to initial ,ositioniaifter printing.'
Other objects; '.eetur-ee and advantages.
will be disclosed in the description of the drawings forming a part of this specification, in which drawings:
Figure l is a vertical cross section show-V ing the general arrangement of the keys, plungers, type disks and work supporting table. l Figure 2 is a vertical longitudinal section approximately on line 2-2 of Figure l.
Figure 3 is a fragmentary side elevation from the operating side of the machine.
Figure 4 is a fragmentary vertical transverse section approximately on the line 4 4 of Figure 2, illustrating the disk locking, operating handle and mechanism operable thereby, as well as the interlock associated therewith. v
Figure 5 is a fragmentary rear view of the machine showing the key carriage advancing escapement mechanism.
Figure 6 is a plaii'section illustrating the relation of the banksof keys to the plungers.
Figure 7 is a detail vertical section on line 7-7 of Figure l, illustrating the mounting yof the plunger locking plates.
Figure 8 is a perspective view of a cross row of keys showing the relation of the key abutments. 4 y
The main frame comprises two spaced parallel side members l, 2, each bolted to a base 3. Each base 3 is provided with an upstanding guide lug 4 .extending from' front to back at the inner edge, the bases spaced apart to form` a slot therebetween and the lugs vforming togetheraI dovetail guide or slide for the reciprocable work supporting and type inking carriage. This carriage has mounted thereon an inking device for cooperation with type'. disks asl-hereinafter more fully described. VEach side frame has a slot 5 extendingr horizontally rearwardly from its front edge, the middle ofthe longitudinal axis of the slot being on a rlevel with theupper'side of the work supporting carriage, the slots horizontally aligned and together defining a throat into which the goodsrtobe stamped can be introduced to lie upon 4and be yieldably engaged with andytranslated to printing ,position by the work holder, suitable mechanismbeing provided for` translating the work holder rto its printing or stamping position and for withdrawing or returning the same to initial -position. l y Y Y Rotatably mount-ed Vcrosswise at a point approximately midway between thetop and the bottom of the members l, 2 and insaid members, or plates, is a shaft 6 circumferentially grooved as at VV7 and having a pinl 8 engaging the groove permitting rotation but preventingrendwise inovementof the shaft.
Keyed to the shaftlasat 9, substantially at the middle thereofis a hub 10 havingradiallyV arranged bores' 12 therein,` within which tension.
are slidably disposed shoulder-ed pins 13 having rounded outer extremities adapted for yieldable locking engagement with corresponding depressions 14, in the type disks. The depressions Vare circui'nferentially connected by grooves in which the pins ride when a disk is held while the shaft 6 Y The locking pins are urged out-Y :Wardly by the springs and said pins are rotates.
therefore yieldable inwardly against spring Thus, when the disks are held against rotation in a manner to be described, the hub may be independently rot-ated and as such rotation takes place the pins willV The printing disks 2()l are circular and each has a series of characters upon its vrelatively `narrow and flat periphery. rlhe number, kind and arrangeinentofV the charactersmay and will be varied to suit the demand, no particular kind or arrangement being herein shown. The disks lare rotatably engaged upon the hub face to face, each being provided with a lateral. ring shaped projection 2lacting to space adjacent disks sufficiently for the slidable introduction of the setting plunger abutmentstherebetween. The disks are held from lateral movement by circular members 22 keyed to vthe shaft one at each side of and engaging the face of an end disk of the series', each member being provided for this purpose with a marginal flange fitting over the endv of the hub and engaging the side face of an end disk Vsuiiiciently to permit rotation of the disks.
Flachfdisk is preferably slottedpto provide radial peripheralV teeth, upon the periphly increasing `distances from the rotative axisof the disk, said lugs providingvspaced shoulders arranged substantially in Vspiral relation.` A y l j f The stops in this instance have thefform of thin sheet metal pieces each having sub'- stantially a thickness corresponding to theA space between adjacent disks, and circumvferentially notched to provide front and rear shoulders, the rear 'shoulder27 being spacedfrom the front or iirstshoulder 26 of lthelug such a distance as will advance a tooth a distance-equal to thatbetwjeen Ycenwitha :largerfcompanion `gear 3l ',vmounte-dr lrotatably `upon a stub `shaftextending 1n` masones` ters, or in other words, as will bring one letter to printingV positionl whenever a stop is` intercepted by a plunger. F or thisreason,
when the second shoulder ofany one of thev lugs'is engagedfagainst a plungeror lies within the projective path of Athat plunger,
the first shoulder. of that lug is spaced from y.
the projective pathl :ofthe succeeding plung` era distance corresponding-,to that between type centers. Thus, each Vlug or stopyhas two yshoulders forward :and rear, the distance therebetween corresponding to that required;
to bring successive or certain .teeth to printing position, the lugs being so related to the projective linear radial-pathof the plunger' shoulders mayl be formed by individual pieces' andarranged in themanner indi-.- cated, that is, with Ithe successive.shoulders spaced a lgreater distance outwardly froml the axis of the disk supporting shaft, and s related to one another and to the projective path'of the abutment faces of the plungers as to cause one of t-heeharaeters of the printing disktov'stop in.` printing position whenever one of the'lugs engages the abuty and acari-lage 1n which reelproeable keys ment face of' depressed plunger.
rlhe disks are preferably stamped from sheet' metal and have series of peripheral radially extending teethon'the outerend of which a printing'rcharaeter may be formed or secured, outwardly faced.y One tooth is omitted or out off to form a gap or space a, for the 'purpose of providing a blank spaceto prevent printing when a disk has been completely rotated to causeA its lug 120 to -engagebeneath the bar 121 which condition obtains when adisk stop is not inter.- Cepted bya plunger or abutment.v
IT-he disks are rotated until one stop of any disk engages an abutment, and any disk which has .not so engaged an abutmentreontinues to rotate either until an abutmentvis l reached or until the lug-120 engages beneath and against thebar 121, in which latter case the space 20a will be disposed in printing position, and thereforeno impression will beY made by' that disk. i
i' Keyed tov tne dik support-ing shaft, be-` i tween one of the'plates land the inner side of thief-frame, vis. a small vspur gear inmesh wai-diy from the vframek parallel with the disk supporting shaft. Formed Vintegral with this second gear or attaeh'edtheretoin any` suitable manner is a thii'd'spur' gear 32 in this in? Y turn1A is infeshed with a larger fourth rgear SBVp'inned to the noperating.- shaft 3ft-'Which anee'of smaller pitch-,whieh inv a short shaftfjournaled in the frame also parallel with the disk supporting shaft, andv having an Voperating lever keyed to it at the outer sideof the frame. Whenever the operating lever is pulled downwardly to a position shown in Figure' 3, the hub 'supporte ing shaft is rotated in eounter-elockwise direction and the hub correspondingly rotated, andl throughfthe yielding connections carried by the hub, the disks selectedfor rotation are" also turned, the rotation being liniited in correspondence 'to the position ofthe plungers. f A n I nterceptz'ng plzm'gerfabutments.
As heretofore mentioned, a given disk is Aadapted to be stoppedfwith `a given charac-` ter on itsperiphery in printing position, this by selective depression or translation of plungers` into the rotative paths of the lugs ofthe disks. .i I
These plungersare mounted" in radial relation and when` depressed are adapted to be positively locked in depressed. condition until the disks are brought to printing position, and until theprinting operation is complete, after which they are returned initial positions and again locked.
[The plungers are mounted for Vreciprocation upon suitable cross-f bars held at opposite ends by respective side'frames land 2,
to their are mountedfor engaging and depressing y with their flat fa ees of. greatest area in planes parallel tothe planes of the side faces of the disk. All plungers of a circumferential row,
comprisinginfthis instance five members, with the exception of one'y of ythe end' rows,l have theirends projecting between adjacent f spaceddisks with the ends normally lying just within the disk periphery. See Figure l in which position they are. yieldably,V looked.
Each rplunger 40 for a given machine isv substantially identical. Each has a substantially elongatedrreetangular form, is` provided withfa central longitudinal slot 41 through l*which crossguides42 extend, the guides in V'this instance extending from side to side ofr-theeasing andbeing radially artheV plungers. Theseguid'esare of less width l than the? length of, the r` slot in the plunger to allow vlimited reeiprocationof the plun gers on 'the guidesand the yplungers are heldin positionstrietly at right angles to the guides byauxiliaryl guidestrips 43 somelying between the plungers'andvothers outside .of the ranged corresponding. tothedisposition of end members of the series (see Figure 2). The guides also act as stops to 'limit outward translation of the plungerto dispose their inner ends adjacent the peripheries of the type disks.
vEach plunger'is provided with aligned lugs 44, 45, extending outwardly from relatively opposite edges at right angles to the plunger axis, the lugs adapted to be engage-d by key. abutments. Each plunger is moreover provided with notches 46 extending in# wardly from relatively opposite edges, which notches are adapted to be engaged and positively held by plunger locking elements 47, 48, after the plunger is forced inwardly a predetermined distance by a key., Each plunger in this instance has adjacent its inner end twonotches 5() relatively staggered or offset crosswise of the plunger, each of which is engaged or engageable by a tooth 51 of the respective locking elements47, 48, when the plungers are in their uppermost or re. tracted position, thus yieldably locking the plungers in that position. E our additional notches 46 are provided on each relatively o aosite side also arranged in staggered reb Cnt? c lation in such manner that opposite notches (it in a clockwise direction.
may be alternately engaged with correspondingprojections of the locking elements, thus providing in this instance eight locking positions for each plunger, which correspond to the bringing of as many type characters to printing position. n
Plunge?" locking mechaviz'sm.
vand are supported at opposite ends in suitable guidcs attached to the side' frames 1 and 2, theinner plate 47 having a spring 60 for drawing it in counter-clockwise direction, and the outer h aving a sprngtil for drawing Corresponding side faces. of the slots of therouter member are chanifered in one direction, as shown, to
form teeth Vfor engagement withthe `corresponding notchesat one edge of the plunger, and corresponding"edges of theslotsl of the inner plate are similarly chamfered inthe lopposite direction for. engagement with the notches at the opposite edge of the plungers. The ends of the plates are upturned substantially in parallel relation asat 63, and a shaft 64 extends crosswise of and is journaledV in the side frame, passes between the upturned portions of the plates. andhas keyed thereto a cam element 65 adapted whenthe shaft is ,i
rotatedto positively throw the plates in 0pposite Vdirection and withdraw the chamfered' portions or teeth 51 from the notches of the plungers. This releasing action takes place after the printing` operation and as the operating lever is pushed upwardly from its lowermost position. Springs 68 for retracting the plungers are attached thereto and to i arms or brackets V69 which are suitably secured at the opposite endsto the plunger sup- Y porting bars 42, there being one of these brackets for: each row of springs (see Fig-iV The brackets 69 together s be less than the angle included between any` two stops 25 to prevent the last stop of the' series from first engaging any one of the plungers, it'being necessary that Ythe'stops engage or be capable of engaging the abutments successively, yin the order of their arrangement on the disks. This for the reason that the last lug of the Series must clear the last abutment plunger before the Afirst stop engages the first abutment, because if-otherwise, an advanced stop might reach an Vabutment out of order and therefore fail to bring the proper letter to'printing position. j v
The plungers are adapted to be thrown inwardly from a normal position adjacent the peripheriies of the disks, to bring the eXtremity of any oneof the plungers to a position for engagement by one of the shoulders ofA one of the stops carried upon the facevin each disk, and in this manner rotation ofthe disk is limited by the engagement of it-s stop against the plunger. Each disk in this rin-v stance lias eight stop shoulders arranged seriatim on a substantiallyr spiral line, successive shoulders being spaced outwardly from the axis of the disk supporting shaft, distances corresponding to the distances that the plungers are adapted to travel as result of .selective engagement bythe keys. These shoulders may be made, as separate pieces,
and fastened in posit-ion or the vsame may be Y cast integral with or even punched Vout fromA` the disks. Moreover, the number of shoulders may be decreasedfor,increased at will according` as agreater or lesser number of type characters are desired foreach disk. .fr 'Y Key carriage md 7963/8.
Thekeys are reciprocably mounted india translatablefrai'ne or carriage which has substantiallythe form of the segment'of a closed end cylindrical drum, the curved'wall 7 5y thereof beingsubstantiallyl concentricy izo with the axis of the disk supporting shaft 6,y
and the keys being mounted in spaced relation longitudinally and radially of kthe frame, and extending inwardly radially in a direction toward the fdisk supporting shaft.
These keys are adapted for selectively and successively engaging and operating plungers, the inner extremities of which are, by this operation, in rotative paths of the projections 4or shoulders arranged on one face of each disk. After a given plunger has been thus set, by translating the same inwardly the disks are manually. rotated, and each continues to rotatel until one abutment or stop engages the plunger, thus bringing one character of the disk to and stopping the same at a given point, which corresponds to the printing position of the line of characters, so disposed, and thus set up.
The frameA is supported for translationr longitudinally parallel with the axis of the disk carrying shaft 6, upon front and rear tracks 76, 77, each having a groovein its upper face within which are engaged the rounded peripheries of rollers 78 rotatably attached to the curved frame wall at the front inner side thereof, and to a cross bar 79 extending between and attached to the frame end walls 95, at the rear. The frame is thus mounted to act as a key-carriage adapted to move longitudinally of the axis of the disk supportingshaft above, the disks and plungers associated therewith.
The outer curved wall of the carriage is slotted, each slot being of suflicient width to slidably receive the thickened upper portion of the key stem which is thus guided at its upper portion. The inner ends of the keys traverse slots provided in cross pieces having their ends suitably secured in the end walls of the carriage. Pairs of rows of keys are mounted with their stems in parallel relation to one another and to vthe parallel row rof plungers with which they cooperate, as clearly shown im Figure l.
The upper end of; each side plate l, 2, is cut to substantially conform to the configuration of the side walls 80 of thekey carr1age,'which side walls are curved as sh-own and notched out as at 81 along their curved peripheries vto provide clearance relative to the plunger supporting cross plates or supports 42.
The keys are preferably formed by stamping sheet metal, and each has an elongated stem portion 85 and an arm 86 at a right angle thereto terminating ina projection 87 as a plunger-engaging abutment parallel with the stem and with its broad faces'in planes parallel with but offset relative to the planes of the corresponding faces of the stem. The length of each arm 86 carries according as the key stem is to be spaced farther from or nearer to' the .first member of the cross row of plungers, thekeys being lspective rows disposed. in. crosswise and circumferential rowsk corresponding to the *arrangementV of the plungers operable by them. n
lThe arrangement isV most clearly shown in Figures 6 and 8 whe-rein the superposed relation of thew'plunger engagingv projections or abutments, as well as their varying length are shown. f
It will be noted that in this design two parallel cross `rows of keys comprising four members each are arranged in parallelism to act selectively and consecutively upon the members of aQcorrespondingrow of plungers, the plunger engaging projections of rebeing superposed andregularly varied in length. In other words, `the length of each successive projection, for example beginning with the shortest, is increased over thatof the preceding one by a certain amount, corresponding to the linear spacing of the notches .46.` Thus whena given key is fully depressed a plunger associated therewith is carried inwardlyy a distance equal, in this instance, to one-eighth of the total distance of the` possible plunger travel.Y
The number of plunger engaging abutments is however optional, as well as the relative lengths ofthe projections o1' abutments 87, vconformably to the number and spacing of the plunger notches, and Vthus may be increased orfdecreased as desired,
l and it is to be understood thateach key acts onlyv to throwthe plunger inwardlya'pr'edetermined distance to form an abutment against which a certain one of the'disk stop .shoulders will engage, to stop a certain character on the disk at printing position.V Each stem is preferably cappedy by the usuall linger disk marked with a ,suitable character.
kThus there are for each/pair ofl` double row .of keys, eight abutments, each of a different length and each spaced a different distance from the, lugs 44,45, and corresponding to the distance which a plunger is .to be translated inwardly. Four of these abutments are operable against a lug 44 and the other four againsta lug 45. lMoreover, the spacing of the inner ends of the lugs op-V positely from the abutments corresponds to the staggered relation ofthe notches 46 of the plungers, so thatwhen a key is` fully depressed it will translate the plunger and cause the corresponding notch to be engaged,
and locked by the plates 51, 55. I Each key is,.theref0 re, adapted forthrow ing 'the plunger inwardly to one position only, and after depression, release and return `of the key carriage is moved to a position wherein the abutments are disposed for selectively engaging and translating the next succeeding plunger.
A single row of .plungers only may be used, a larger number Vof notches 46 provided therein, and a corresponding number of to the side and to the curved wall A75 of the carriage. A spring is provided for each stem or key, connecting with the stem at its inner end and at its outer end with the cross piece 89, adapting each key to be automatically returned to initial position after depression. Certain of the cross pieces 89 are notched or slotted as at 94 Jto-permitthe thickened portion 91 of the stem to pass vtherethrough when the key is depressed. The inner circumferential row of cross pieces 92, supporting and guiding the inner ends of the stems, are bored or cut out as at 93 adjacent the stems for the passage of the springsand securing device, the stems passing through and being guided by slots 96. these slots and openings 93 intersecting one.` another. Each key stem is thus supported at two points intermediate its endn and is continually supported both in normal and depressed positions. By selective key action a plunger is'depressed to that degree necessary to bring one notch only into locking engagement with one of the locking ele- ,ments 47, 48, and upon actuation of the elements after the printing operation, the plungers are retracted by t-he coil springs 68, to initial position, with one of the lateral lugs 44 in engagement with one of the key abutments. Thus, upon actuation of the locking elements 47, 48 to withdraw the projections from the plunger notches, the plunger will'be returned by the spring 68 to its initial position. f
The relation of the key stops, plunger, notches and radialspacing of the stops of the disks is such that each plunger can, in the present machine, be set at eight different disk-stopping positions. It is l evident, however, that the number may be increased .or decreased according as more or less printing characters are required on each disk.
As the disks are brought to printing position by swinging the operating lever 35 to lowermost position they are simultaneously micrometrically aligned and locked together, to maintain the selected printing characters in strict alignment during the printing operation, and at the same time the operating lever is locked in its lowermost position. Means for accomplishing the above results comprises the following mechanism:
Mounted on the inner end ofl the operating shaft 34 and pinnedthereto is a dlsklike plate lying against the gear 33.
(See Figure4.) The plate has a radialY notch forming a shoulder 101 and also has a radial lug 102 substantially diametric to the shoulder. lVhen the operating handlef yengage a row of disk notches to positively micrometrically align and lockthe disks in printing position, and to maintain them thus locked during the printing operation..A A spring 109 urges the locking element to locking position as well as engaged lhook 103 with shoulder 101.
Plunge?" reims@ mechoy/Liam.k
Means is also provided for operating the latch plates 47 and 48 to release the plungers after the printing operation, and as the operating lever starts from its lowermost to its initial position. vThis mechanism comprises a disk 110 rotative with the Vlatch shaft 64,
ythe disk having arstop pin 111 projecting laterally therefrom. Swingingly mounted upon the shaft 64 and engaged against the disk face is a detent 112 having a spring 113 forcing it toward the stop pin, the detent being thus adapted for yieldable movement in one direction -for non-rotation of the shaft, and forl rotating the shaft 64 when urged in the opposite direction against the pin 111. Y
Substantially simultaneously with the disk locking action, as the operating lever 35 reaches its lowermost position to set the disks in printing position, and traveling in counter-clockwise direction, the luv 102 passes to the o-pposite side of the swinging detent 112 which yields during such passage in a clockwise direction, thus disposing the lug` in aposition to engage the detent and rotate the shaft 64 in counter-clockwise direction when the operating lever startsback to its initial position. As this shaft rotation takes place the latch members`47, 48, are translatedby the element 65 (see Figure 1) to release position, 'allowing the plungers to resume initial position.
Before the operating lever can be returned t'o-its original `position however, the hook 103 must be released from the shoulder 101, and nfor this purpose a release lever 115 is mounted at the outside of the frame upon a short shaft which is rotative in the frame,V
projects at both sides thereof and has pinned to its inner end a curved finger 116, having a lateral projection 117 which is engageable with the lever 104 to throw the same downwardly (see Figure. 4).' A spring attached to the arm 116 and frame 1 normally holds the lever 115 against a stop 116. The outer extremity of the release lever 115 is related to the handle of the operating lever in such manner that with the operating lever in its lowest position the operator may place his thumb beneath the release lever to raise the 'same slightly and cause the finger to force the lever in counter-'clockwise direction, releasing its hook 103 from the shoulder, and at the same time rotating the shaft and withdrawing the tapered projection 108 from the disknotches, thusl'eleasing the disks which are then rotated and brought to initial position as the operating handle moves upwardly.
One tooth of each disk has a radial eX- tension 120 thereon as a stop, adapted to engage a. stop bar 121 secured crosswise at the rear of the machine. y This stop acts tolimit disk rotation in both directions, engaging the upper side of the bar when the disk is in initial position, and the opposite side after the greatest rotation of the disk. In order to prevent this tooth extension from being brought to printing position, one of the key abutments or project-ions is omitted, so that the depression of one of the keys will not translate a plunger sufliciently to intercept the corresponding stop of the disk. The disks are all rotated, whenever the hub rotating shaft 6 is rocked, and whether the plungers are or are not set. When any plunger is not in disk interceptingv position, the corresponding disk is rotated until its stop 120, engages the bar 121, which is the limit for both disk and operating lever.
Vhen the disks are in normal lor initial position, each with its stop engaging the upper side of the bar, that tooth having a zero or other correspondii'ig character thereon will be at printingv position, and if under these conditions, the first ,plunger depressed'to its innermost position, that disk will remain in initial position, although others may rotate when the operating handle is pulled downwardly.
Key carriage advancing mechanism.
tion and control by the segmental plate 125 operably connected in this instanceat its upper edge with the element which controls the key carriage advancing or spacing mechy anism. i The plate 125 has its center of curvature in the type'disk axis, is circumferentially translatable, and is mounted adjacent the inner face of the curved side 75k of the key frame between pairs of suitable rollers 126 engaging opposite'sides of the plate adjacent opposite ends, and held upon the spaced radial arcuate plates 95 respectively attached to the side and top of the carriage frame.- Theplate 125 is provided with slots 12,8 equal in number to that of the keys, and
each key slidably traverses a slot which is fonthis purpose of a width slightly greater than'that of the thickened portions 91 of the stems 85. Each key when in initial posi-r tion has, one face of the thinner portion of its stemengaged with one. face of acorresponding slot, as in Fig. 1, the plate being yieldably urged in clockwise direction by the spring `150 of the escapement mechanism described below.
When a. key is depressed, the plate is translated kin counter-clockwise direction and the carriage advanced approximately one-half the distance between centers of adjacent circumferential vrows of plungers. The remainder of the movementtakes place only after the key has resumed its initial positionthe plate then being drawnl in clockn wise direction to the position shown in Fig ure 1. The plate may be connected with and made to operate any .suitable carriage release mechanism but performs -a necessary function inasmuch as it proeures the proper stey-bystep advance of vthe rcarriage mounted at the rear, oney portion on the cross bar 79 which supports the carriage f rollers, and the other Aupon a depending bearing block 135l secured by a screw to the wall 7 5v of the carriage.` This block has a forward extension as va bearing through which eXtendsa shaft havingpinned theretoV at one end a vertically disposed arm 136 terminating in ai pin engaged through an opening inthe plate 125. Keyed at the op? pcsite end' of the shaft and extending horizvontally is'an arm 137 engaged within a slot 169formed into the edge of one arm 138 of an escapement lever pivoted as at 140 to the block. At the opposite Side of the pivot the lever has the usual escapement Wheel engaging arms 141, 142. The escapement wheel 145 is rotatably mounted or pivoted'upon the bar 79iin propei'relation to the arms of the lever and has attached thereto a spur gear 146 the teeth of which mesh with those of a rack v147r secured longitudinal ofand at the rear of the track 77. L
The carriage is positively drawn in advance direction by any suitable means such spring, acting to rotate a drum 148 suitably mounted upon the frame, to which is attached one end of a strap 149 connecting at the opposite end with the carriage. Vhen released through operation of the escapement the spring acts through the drum and strap to draw the carriage in appropriate direction. The carriage must be returned to its initial position by hand.
rli`he escapement lever is operated against the action of a spring 150 which yieldably holds the same in position shown in Figure 5 and functions through elements 137, 136, to draw the plate 125 in clockwise direction and yieldably hold the same as shown in Figure 1.
Carriage advance is obtained as follows:
Referring to Figure 1, when a key is depressed the cam or thickened portion of the key 91 translates the plate 125, rocking the escapement lever against the action of the spring 150 allowing the carriage to move while key projections are engaged with pluno'ers, this movement being some fraction Y of the total movement of the carriage, and sul'liciently small to prevent engagement of a key projection or abutment with the side of an adjacent plunger. wWhen the key reaches its initial position the plate 125 travels in counter clockwise direction correspondingly rocking the escapement lever and permitting the escapement wheel to advance another notch, thus advancing the carriage and 1oringing the key abutm-ents above the succeeding plunger or row of plungers. This movement of t-he carriage takes place both upon key advance and ret-urn.
General operation.
lV ith the operating lever 35 in vertical position the op-erator depresses the desired key or keys, pushing them to their limits, as a result of which certain plungers are translated, stopped and locked with their inner extremities disposed for engagement by a certain abutment of a selected type disk. rlhe key frame is advanced part way toward the next circumferential row of plungers, during key and plunger translation, and as the key reaches initial or returnposition the frame again moves and completes its advance, bringing the key abutments in position for engagement with the succeeding plunger' or any member of a circumferential row of the same.
After the key depressing` and plunger setting operations the disk shaft rotating lever 35 is operated by pulling downwardly to a position shown in dot and dash lines in Figure 3, the disks being by this means rotated to bring their abutments in engagement with any advanced plunger, thus stopping the disks with a certaincharacter in print-Kv of the disks have been stopped, in order toV bring the remaining disks to theirlimits of movement.
When the lever reachesits lowermost position, which corresponds to this set positionv of the disks, the disks and lever are simultaneously locked and interlocked ure 4) by the elements 100, 101, 103, 104,
1.06, 108, etc., and the plungeru release mecha-V nism including the elements 102, 112,. 64, is conditioned for release action, as the result of the engagement of the locking element 103 and radial shoulder'101 of the ratchet disk 100. Simultaneously with this interlocking action, the element 108 engages, aligns andA locks the disks by entering the slots formed between the radial teeth of the disks. Y
Substantially simultaneously with the in- (see Figterlocking operation, the radial projectionl 102 passes to the opposite side of the detent 112 to a position for engagement therewith when the operating lever 35 is raised.
The goods is then brought 'against the printing characters or line of the same and the printing operation accomplished.
` The disk setting lever 35 is now again grasped and the thumb engaged beneath the releasing lever 115 which may be called a plungerlock, vdisk-setting and disk-interlock releasing lever. Y As this lever is pushed ing theirst part of its movement, the `plunger lock and release mechanism is operated, the plunger Vlocking plates simultaneously upwardly and dur# actuated to release all the plungers which are then retracted to initial or non-stop intercepting position.
During th-e movement of the disk shaft ro* tating lever 85 back to its position shown in Figure 3, the disks are returned to their initial position with their projecting lugs'120 engaging at the upper side of theV bar 121 thus clearing the machine and conditioning the same for another setting operation'.l
War/c holding mechanism.
raised and lowered .spring platen toward time ,iiiaintainiiig yieldable pressure Vupon' said platen. M"By 'reciprocating "therod or .Figure 2) The platen is adapted' to .be to bring the Ywork against ,the type .by means or' a. reciprocable shaft 167 held by springs.
suitably connected' by means of abell crank" lever 168 with apluiiger 169 abutting a in turn abutting the translatable platen, y
the printing vdisks at the same shaft 16? the 'frame' isadvanced or retracted.
y `li/Iou'nted for rotation at thefrear of thev traine, crosswisethereof, is an inking reser-. voir 170 havingtlietorm of a. hollow cylinder` closedat opposite ends, one end being lbored centrally. to. form a y engaged by .a .projection of "the: frame," (see The opposite closed end is centrally bored and threaded7 this liilling opening beingclosed by a plug.` The reservoir is .provided with a cross row, of radially exftending openings 17 lleadingoutwardly to .a .longitudinal slot in which .is disposed a strip ot absorbent material 172 as an-inking pad. A bore intersects lthe radial openings,
and vhas disposed therein a valve stenil'B having cross openings therewith .registerable 4with the radial delivery openings byngvliich -f a. supply ot' .inkmay be controlled 4to the. pad.
. 1. A printing mechanism'including a roffV ,In operation the .shaft traine,'the pad ot theinkingdevice engages the type.
Having described my invention, 1 claimt` tatable printing .member .having printing characters thereoinstops uponsaid member' .having .predeterminedrelation tothe printing charactermanda stopA intercepting elenient. pi'oJeetable-.into .the path of any `stop to arrest rotationof the element with the dey p l I of Vthe disks, each' `disk having radially sired character atr `printing` position...
f 2. .Afprinting vmachineincluding.-a rotatf able .printing element .having printing characters thereon-and spirally arranged spaced stops correspondingto the characters, 'and an abutment element proiectable into the j.path ot any stop ftofarrest motion of the element to-bring the desired character to printingposition, and means tor rotating the printing element.
.A printing mechanism comprising ar hub rotatably mountedrtherein, a printing ineinberrotatable on said'h'ub and yieldably .lconnectedtherewith for permitting rotation oi thel member by the hubV and of the hub inarranged in predetermined relation tothe.
printing characters, and an abutment elef nient .in the traine selectively adjustable in this ioithe purpose ot" .torcing'the tatable` upon ythefhulo and yieldably connect- /ed therewith forl obtaining rotation .of the diskl by Vthe hubf'and for permitting rotation bearing rotatably 167. is translated.v and .when the. frame reachesthe proper poy. sition beneath .the Vtype rlisks-..the platen is raised and the .work engaged. with the type.' Prelimin ary .to the-torn' ard .movement ot the predetermined1 degrees toward the member tor .in-tercepting anyV one of the lugs, when `said.member yis rotatedby said hub to stop off the'hub indepen'de ntlyv of the disk, said VYdisk havingspaced printing characters,-and
having stoplugs substantially spirallyl ar# rangedvin predetermined relation to the type characters, an vabut-ment member radially ad-v justable in varying degreeacross the pathof any Vlug to stop a corresponding character at a predetermined point, and -mean`s yfor releasably locking. the abutment inany one-of its lu'g intercepting positions.
5; In aV printing machine,a shaft rotatably mounted, a' plurality of y spaced disks rotatabley upon the shaft, each independently yieldably connected therewith Jfor obtaining rotation of the disk by thesha'ft and for permitting rotation 'of the shaftjindependently vof the disk, each'disk having vspaced printing characters, vand having stop; lugs on` one face .1 substantially spirallyv arranged relative to vthe shaft axis and in predetermined relation to the characters, and ,abutment members tereeptingV any one of the 'lugs when that diskis rotated, .for the'purpose of stopping printing character at onev predetermined point.` p
6. 'Ina device ofgthe classfdescribed, a hub rotatably mounted'L therein, a ypluralitylof @disks rotatable upontth'c hub, each independi ently yiel-dably connected therewith forobtaining rotation of the disks by the hub and obtaining rotation ofv the hub Aindependently spaced teeth, each tooth having an outwardly faced character thereon, .and stop lugs' upon one face 4of each disk, substanv-tiaflly spirally arranged .in correspondence to the characters of that disk. an abutment member .for each disk radially. adjustable toward the disk for intereepting any one of the lugs, whenV the disk .is rotated .bygthe hub, pfor stopping the disk and character thereon at a! predeterminedpoint, and means 'for 'locki eachv plunger iniany diskstoppingposition.
17. In a device of the class described, a ro- `tatable shaft, a plurality `of disks rotatable thereon, and yieldably connectedtherewith for obtaining rotation of the disks by the shaft and for permitting rotation vof the .shaft whiley any disk is held from rotation, said disks having having an' outwardly faced printing charactranslatable inthe frameone for each disk, and.' independently selectively. adjustable in steps relative `to corresponding disk for in-y radial `teeth and each tooth ter thereon, 4Veachdisk further having'av series of stop lugsI upon one side face spirally arranged 1n predetermined relation to the printing characters, abutment membersradially adjustable, onefor each disk and profl jectable into the path of any one of the lugs for stopping a disk by engagement with a lug, when the disks are rotated, anda Vtranslatable v key frame having a row of translatable keys parallel with therow of plungers, each key having an .abutment engageable with a plunger, means for moving said key frame for bringing the `key abutments in position for engagement with suc-` cessive plungers, eachkey having an abutment adapted to engage and translate a plunger in certain and predeterminedV diiferent degree.
8. A printing mechanism comprising a frame, a hub rotatably mounted therein, a plurality of disks vrotatable on the hub and yieldably connected therewith for obtaining rotation of the disks by the hub and permitting rotation of the hub While any disk is 1 are rotated,'for stopping the disks to dis` "held from rotation, said disks having pepose the desired character at printing position,-a 'frame translatable on the first mentioned frame having keysV translatably mounted therein and engageabl-e with the plungers when d-epressed, and ratchet means actuating said frame for moving the frame both upon depression and release of a key,
A.whereby upon depression of a keya plunger is set, and the frame advance partially toy ward the n-ext plunger, and upon release of the key the advance to the next plunger is completed. Y
9. A laundry marking machine comprisinga frame` a hub rotatably mounted therel in, a plurality of disks rotatable upon the hub, means carried by the hub for yieldably locking the disks thereto for obtaining rotation of the disks by the hub and permitting rotation of the hub independently of the disks, each disk having bspaced peripheral printing characters and having stop lugs upon one face spirally arranged in predetermined relation to the printing. characters, abutment members one for each disk radially adjustable between and at the sides of the disks relative thereto for projection into the path of any lug of a disk .for stopping a disk to bring a corresponding character to a predetermined point when the disks are rotated by the hub, a key frame translatable parallel with the axis of the hub, rows of spaced keys translatably mounted in said frame minedrdegree.
having stops engageable with the plungers and each adapted to translate the plungerV to disk stopping position in a certain predetermined .different degree, ratchet mechanism for advancing the key fram-e both upon depression and release of a key, vfor placing the key abutments in position for operating the next succeeding'plunger, and means Vfor locking the plungers in disk stopping and non-disk stopping positions.
10.1n a device of the class described, a frame, a hub rotatably mounted therein, a plurality' of printing disks rotatable upon the hub yieldably connected therewith for obtaining rotation oit' the disk by the hub and permitting rotation of the hub independently of the disks, each disk having is advanced, to permit any abutment of any r key of the series'to engage with the desired abutmentmember and translate the same,y
each keyadapted to translate an abutment member in a certain and-diii'erentpredeter- 11. In a device of the class described, a fram-e, a hub mounted therein, a type disk rotatable thereon and yieldably connected there-withiforl permitting rotation of the disk by the hub and of the hub independently of the disk, said disk having spaced printing characters, and stop lugs upon one face'substantially spirally arranged in predetermined relation in correspondence to the type characters, a plunger member mounted in the frame translatable radially of the disks toward and away 'from the shaft and disks for intercepting one of the lugs when the disk is rotatedby the hub, a carriage translatable upon the 'frame axially of the disk supporting shaft, a plurality of aligned keys in said carriage spaced lengthwise of the shaft axis and translatable in equal degree toward the plunger vtor engaging the same, each keyhaving an abutmentfor' engaging the plunger, the abutments `adjacently disposed and consecutivelyincreased in length and grouped to form a series of stepped abutments ior selectively translating the plunger in varying degrees to interceptthe rotative path of one of the disk stops.
l2. In a device of the class described, a frame, a hub rotatably mounted therein, a
series fv spacedjtype*d'isks'rotatablethereon andjyeldably; `connected"therewith orf-per- "spring actioneinto thea-etative paths 'ofy any va-each di'sk havingsparedjprinting'cliaracters, Y
`lug-of-afdi-skto-stopthedisk `with a correthe hub, a*frametranslatable upon the first iframe parallel-with the hub axis, a seriesot *ke-ys, translatable in 'the `framel toward' the 10.; porting shaftA axis,v aicafrriage translatable -1 AYupon saidframe axially of the rdiskl tsupport.- 1
ingshafa a plurality of keysqinthe:carriage y adaptedfffor' .translation 'therein-in kvequaltdegr-ee, each' having a plunger engaging; abut- "15bment,the abut-mentsfa'dj acentiy disposed and' consecutively 'increased Yinl vlength for engaging and translating the* 'plunger'imvarying I Y r15."In a-'device'of the class-described, a y
degrees to selectively dispose thesameinthe paths 'of .ithe'di'sk lugs, means for advancing '-plunge'rs, each having an abutment 'engage-` *ablewith any lplungerasfthe llrameisad- -\'anced,';each lug adapted to translate-fthe plunger inrav certain different-"and Vpredetermined degree, meansy for locking the plungspiondingcharacter` at.- a. predetermined: point l Whenthe disk ismanually yrotated through ers'in-anyfone of itsdisk interceptingpositions-afterfdepression by'a key, and means 'for releasing the plungersas the disksfare restor'edfv to initial lposition -by rotation of thehub.y f
y"flame, a h'ub Ymounted therein, printing disks 201 lthe carriage step bystlep, and mean'sltorr-re# '.leasably locking; 'ftheg plungers in disk-inter- .cepting and. non disk-intercepting positions.
13l'1n a deviceof gthevclassdescribed, a
Itrame,;-a5shaft rotatably mounted inizthe* 25L`ramerhaving ahandle at one endv for ro-` tating file same, alhub .keyed to saidpsh'att, sfaitlhilb havingfradialspring actuated pins,
a series pfrintingfdisks upon saidihub' .each
, ail-disk;havingfgspaced printing-*characters and" :havingstpplugshupon. one" tace substan- Nti'ally xspirallly arranged in .predetermined relation to 'thetype characters,v abutment' mclbersltlian'slatablein'the frame with their outerendsal ig ,ned and iadjustable toward ALthef disks one 4 tor-each disk andV4 proj e'ctable yingqstop lugs upon one'v-*face substantially spirally arranged in predetermined.relation to thef rtype characters, spring. n retractable rotatable'- upon thej; hub and yieldably connectedf' vtherewith. forv movement i therewith,
and-tor permitting forced rotation of 'the hub.. l*independentlyy of the disksfeachdisk having spacedprinting characters vand hav- :abutment -members Itranslatable in said i-fiame, radially related tothe axis of thehub andadjustable inf-predetermined :degree against' spring action" into rthev rotative paths -of 'the-lugs tostop a diskwith a correspondring character ata-'predetermined point when thediskis rotated by fthe' hub, a key carryr`ing ytrame translatable uponthe iirstirame paralleli-With thehub axis, a-'series otl keys translatalole in ethe frame toward the plungmers,l eachV having*anfabutmentV engageable -With4v any plunger as the ram'e'is advanced,
- eachlug adapted-to translatetheplunger in :a 'certain' different yand, predetermined deiiintoithe path oiarlylng of acorrespondingr- 'fdisko `for; interceptingdthe ldisk ivlrenkrotated Lby-the' hub, a'ekeyiframe translatable upon .theigrst mentioned'frame having a series ,of keys translataloly` mounted` Leach key .hav- Izing,auabutment .engageable vwith: ,an outer ;-gi-'ee,"locking means'ffor holding the plungers =in disk interceptingand non-disk intercept- -ing positions, and means forlreleasing the plunger .flocking means -tor j-allowing the folungers'to resume Vitheiiyinitial position, as
.endot' a plunger,thelabntments grouped and',
aeacli.v `adapted tonengageanyfgivemplunger,
front one. plunger-to another .onfthe forward and return stroke of the key.
..14..In.1aidevicefot; the iclassridescri-bed, a
. 50..; and ratchet,.means;` for.v 'advancing.thei :frame 7 theh'ub is rotated-to restore the-disks to iniitial Y position after a 4printing operation,
"16."A- frame, ya hub rotatably mounted therein, a# series of' spaced type disks rotatvable upon ithehub `rand yieldably connected fltherewith for --permitting rotation ofjthc therewitln and fory -pelmitt,'i-ng:rotationy of the; v1.hubjndependentlyofi'thedisk, each disk-:havl ing'ispadprinting.icharacterg-fand lhaving f 60alistopflugsiuponpnertace substantially -s-pirally arranged in; :predetermined l relation -to the z -typescharactersyspringretractable abutment members translatable in :said tramegfradially y 'related' itofthepax'is i of the Vhub-.fand :eaclr .ad-- 65;-:iju'stab-le: inmpredetermined. adegree; against U andrwithy their. outer. iends ,"aflignecl,r a key car-v gyieldably ,connected therewith for movement.'
ently fthef disks, each/disk having-spaced :printing characters and stop-lugs upon one 1tace.-sp1r'a1ly arranged 'in correspondence to lthe type characters, a seriesof plungersone tor each disk-4 translatab'ly mounted :in the .frame,zr.ad.ially ivithrespect tothe hub axis,v
riage 4translatable'upon said'trame axially of the hub having a plurality ot' spring retracti'ableikeys "therein" translated in ,equall degree.
eachi havingI a'pl-unger-engagingf abi'itment otV ditterent Plengthtand ispaced: outwardly a dit ferent distance from the aligned outer ends of the plungers, said abutments grouped and lying face to face, means for translating the frame to bring the group of abutments over the desired plunger to dispose the abutments ,in position for any one to operate a plunger and project the same in the rotative path of one of the disk lugs of its corresponding disk, and means operable by the keys for releasing and translating the key frame `both upon `depression and retraction of a key,
whereby upon depression of a key'the frame is-advanced partially toward the next succeeding plunger, and upon retraction'of the key the frame advance is completed.y
1T. A frame, a hub. rotatably mounted therein, a seriesk of identically similar type disks rotatable upon the hub and yieldably connected therewith for permitting rotation of the d isks by the hub and of the hub independently of the disks, each disk having y spaced peripheral printing characters, and
form opposingly directed teeth, a spring retractible plunger translatably mounted in the frame and traversing each pair of openings, andprojectable linto the paths ofthe disk lugs, each plunger having a linear series of notches extending inwardly from each v edge, the notches on opposite sides in stagto said shaft, a printing diskrotatable uponv gered relation and each notch engageable one byone or the other of said teeth to.lock the plungers in any advanced position, means for simultaneously sliding the plates in opposite direction to destroy the overlapped relation and Withdraw a tooth or teeth from a plunger, said means including a rock shaft rotatable in the frame, means connected With the plate and the rock shaft for sliding in opposite directions when the shaft is rocked, said shaft having a detent thereon, a second shaft translatably connected With the hub for rotating the same, to rotate the disks to printing position and return the saine to initial position after printing, said shaft having radial projections thereon adapted to engage the detent of the rock shaft to rock that shaft, slide the plates for releasing theV plungers, as and4 when the hub operating shaft is rotated to return the disks to initial position.
18. A frame, a shaft mounted therein for substantially complete rotation, a hub'keyed said hub having a radial socket in its bore" facing the hub and further havingspaced peripheral printing charactersl thereon, an
outwardly spring pressed detent translatable in the hub and engageable with said socket for permitting rotationof kthe diskr by the hub and independentlyof the disk, said disk having stop lugs upon one face substantially spirally ,arranged inv predetermined' fixed Y relation to the printing characters', anfalnity` ment member in theA frame selectively ad- I justa-ble in `predetern'iined variable degrees toward the disk for project-ion into fthepath of one of the vlugs,and, a pe`riph eral` stop on said disk.` engageable "with, the fr ame1 for` limiting rotation of th'edisk in both direc-V tions and as limits of rotation' in.y .each direc-V t-ion.l ,v v19. A frame, a shaft rotatableftherein, a
hub keyed to said shaft, type disks',rotatablevr on said hub and connected therewith'for permitting rotation ofthe disk bythe hub and of the `hub independently of the; disk for setting the diskl at printing position Vand for returning the same to initial position after printing, said disks having spaced radial teeth formingslots therebetween and having spirally arranged stops disposed in predetermined position to the teeth, spring retractable abutment members translatable:
in` said frame and selectively adjustable and projectable into the paths ofthe lugs for interrupting disk rotation, a disk rotating shaft having aradiallyV disposedshoulder,
transmission gearing connecting said diskf.
rotating shaft vwith "said hub rotating shaft,
a Yrock shaft, an arm radially keyed there-V` to having a terminal hook engageable With the radial shoulder of the disk rotating shaft,
after said shaft has been rotated to thevlimit of its disk setting position,.a vsecond arm on the rock shaft having a terminally rounded finger adapted to enter vbetvveenthe yteeth of the disks to align and lock the same, sin'iultaneously With vther engagement of the hook With the radial shoulder, and manually operable means for rotating the rock shaft to simultaneously Withdraw both arms from locking position and permit the disk rotating shaft to be returned to initial position, releasing the disks to permit such return. j Y
20. A frame, a hub rotatably mounted therein, a series of spaced type disks, rotatable upon the hub, means for yieldablycoir"` necting each disk with the hub for permitting rotation of each disk by the hub and of the hub vindependently of any `disk,`each disk having spaced printing characters, and
stop lugs upon one facespirally arranged in correspondence to the typel character-s, spring retractible plungers one foreach disk translatably mounted in said frame and radially adjustable Witlirespect tothe hub axis, at the side face` of a disk, andadjust Vte "position, and a second arm on said rock yshaft having a terminal finger adapted to enter between the aligned teeth of the disks simultaneously with the engagement of the hub4 With the radial shoulder, yto form an interlock between the hub rotating shaft and disks, and to lock both the shaft against countery rotation and the disks in printing position. Y Y
25. In a printing machine, a frame, a hub rotatably mount-ed therein, typedisks rotatable upon the hub, means yieldably connect-V ing each disk with said` hub for permitting rotation of any disk by tlieliub and of the hub independently of any disk for rotating any disk or plurality ofl disks, each disk having spaced Vradial teeth forming slots therein and also having stop lugs spirally arranged in predetermined yrelation tothe teeth, an abutment member. for each fdisk projectable into the path of any lug of the corresponding disk, a hub rotating shaft transmittably connected with the huband having a radially disposed shoulder, a rock shaft, an arm having a pi'ojection engageable with the radial shoulder vof the.disk rotating shaft,
after said shaft has been rotated to the limit of its disk setting positioinvand a second arm on said rockshaft having a'plinger adapted yto enter between the aligned teeth of the Vdisks simultaneously with the engagement of the hub with the radial shoulder, to form an interlock between the hub rotating shaft and disks, and to lock both the shaftV against counter rotationrand the disks in printing position. i H l e Y 26. A printing mechanism including a rotatable printing member having printing characters thereon, stops upon said printing member having predetermined relation to the characters, a. stop int-ercepting element projectable into the pathof any stop to arrest rotation of the element with the desired character at printing position, and a key carriage traiislatably adjacent said stop `interf cepting l element having translatable keys operable for selectively advancing` said ele-v ment to stop yintercepting positions.
27. A printing mechanism including a ro-l tatable printing member having characters thereon, stops upon said printing member havingV predeterminedrelation to the characters, a stop intercepting element projectable into the path' of anystop to Varrest rotationof the element with they desired character at printing position, anda key carriage translatably adjacent said stop V,in-
printing i terciepting element having translatable. keys,`
operable for selectively advancingsaid vele-f each connected therewith for obtaining rota- 1 tion ofany member ormembers bythe shaftV while any member or ymembers yareheld from rotation, each member having printing characters thereon, and stops having predeter'- I minedV relation to theprinting characters,
ivo
aiid'fa stop -intercepting element projectable l into .the path of any stop to arrest rotation of that element withv the desired characterv at printingV position, 'when' the shaft is rov y tated for bringing the stops into engagement4V with the intercepting element.
shaft, printing members upon said 'shaft each .connected therewith for obtaining rota- Y e tion of any member or members by the shaft while any member or members are held froini rotation, leach member having' printing characters thereon, and stops, having predeter# mined relation to the printing characters, and a stop intercepting element projectable yinto the path of any stop to arrest rotation ofthat'element with the desired characterrv 29. A 'printing mechanism` including a at printing position, when the shaft is rotated forbringing the stops into engagement L 4with the lintercepting element, and av translatable key carriage adjacent said stop inter-y cepting elements having translatable keys operable for selectively advancing VA'said ele-V vments to stop -intercepting positions. l Y 3(1). A printing machine having a printing element rotating ineinber,iprinting elements upon said member, each having l peripheral printing characters and' spirally characters, yieldable detent means ,connect-f I arrangedf' stopsupon one face, corresponding to the.'v
ing each printing element for rotation with' said rotating member and for permitting "in',
dependent rotation'of the memberwhen roment elements onelfor each printing element selectively projectable-into Vtliefpath ofiany Y stop of` a corresponding elementl to arrest and while said rotating member revolves.v
. tation of anyY element is prevented,f"abiit Y 3l. printingr machine' having rotatableVIV printing elements, A peripheral printing. characters and spirally` arranged'stops corresponding o thechaijacf each element having 12V-0 ters, means for obtainingV rotation'ofkyany-l` i disk or disks while other are held from rotation, abutment elementsyone: for.V each printing element e projectablefintothe path of ,any stcp'of a corresponding'element to' arrest rotation thereof at printing position. 32. `A printing machine having rotatable printing 'elements, each element. havingVV peripheral characters, and stops Vprojecting from one face spirally arranged in predetermined relation to the printing characters,
abutment elements one for each printing ele` ment selectively translatable into the path of any stop of the corresponding printing element for stopping a printing character at printing position, a translatable key carriage having depressible keys adapted for selectively advancing' the abutment elements to stop intercepting positions, andescapement means for obtaining and controlling step by step movement of the carriage .to dispose the keys in plunger engaging and advancing positions.
33. A printing mechanism comprisingy a frame, a type Wheel journaled therein, said type Wheel having spaced printingcharacters and stop lugs upon one fac-e arranged in spiral relation and in correspondence to the printing characters, a translatable plunger member projectable for intercepting any one of the lugs when the type Wheel is rotated, a key carriage translatable upon the frame, having keys adapted to engage and selectively translate the plunger into the path of any disk stop, and means for advancing s the carriage to dispose the keys in plunger sponding disk, one for each disk, and meansV for rotating the ldisks to cause a stop to engage a projected plunger to stopl that disk .I u
with one of its type characters at printing position.
In Witness whereof, I hereunto subscribe my name. Y l
`MAURICE vW. GRIESBAUM.. i
US81573A 1926-01-15 1926-01-15 Laundry-marking machine Expired - Lifetime US1650068A (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US2467188A (en) * 1945-08-30 1949-04-12 Nat Marking Mach Co Control mechanism for marking machines
US2470622A (en) * 1944-08-10 1949-05-17 Nat Marking Mach Co Laundry marking machine

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US2470622A (en) * 1944-08-10 1949-05-17 Nat Marking Mach Co Laundry marking machine
US2467188A (en) * 1945-08-30 1949-04-12 Nat Marking Mach Co Control mechanism for marking machines

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