US2477128A - Strip trimmer for writing machines - Google Patents

Description

July 26, 1949. w. H. HOPE, JR 2,477,128

' STRIP TRIMMER FOR WRITING MACHINES Original Filed July 25, 1940 3 Sheets-Sheet l July 26, 1949. w. H. HOPE, JR 2,477,128

STRIP TRIMMER FOR WRITING MACHINES I I Original Filed July 25, 1940 3 Sheets-Sheet 2 July 26, 1949. w, HOPE, JR 2,477,128

STRIP TRIMMER FOR WRITING MACHINES Original Filed July 25, 1940 5 Sheets-Sheet 3 Zn v e wife 1; M41. MM H. HO/f, Je.

Patented July 26, 1949 William .H. Hope, in, Lewiston, N. 'Y., ass'ignor to Moore BuSifieSsIDrmS, Inc., a corporation of Delaware 'Drig'inal appiieat'mnpml '25, 1940, Serial No. 3 17,45 7, Divided and this-application October 28. 1942, Serial-No. 463,625

27 Claims.

bands from record strips or assemblies ;of record,

and carbon strips of the long continuousztraveler typeduringthe feedingof such stripsintotwriti-n'g position on the maohinezplateni 7 It is a general object of the invention '.to provide an improved strip slitting or trimming .device for the feeding mechanismrof machines ofthe class mentioned that may be quickly and easily applied in operative position upon the machine and to effect accurate and smooth trimming of thefeed- :bands from the record strips during feeding movement thereoi-andre quiring very little power for its-operation.

A further object of the invention is te prov'ide an improved severing device whereby the "reed bands of record strips-having feed-apertures caii be severed or'trimmed from thestr ips tvhile they are supported and steadied by the pin-teen: mechanism, thus avoiding irregularities and mutilation-in the severed-strip edges; andpromct= ing accurate strip feed, line spacing; and posi tioning of the strips'on-theplaten oftne writing machine.

Another object is to provide an improved mounting for the strip severing or slitting ele ment Wherebyit can be easily movedto operative or inoperative positions facilitating threading of the strips in position and providing for readyadjustment with reference to a eripherally grooved rotary strip support so as to assure smooth and unobstructed strip severance Other objects of the invention will be "in part pointed out in thefollowi'ng detailed description of an illustrative but preferred embodiment of the invention, and will *bei'n part obvious'a'sthe disclosure proceeds.

The invention accordingly comprises-the Teatures of construction, combination of elements, and arrangement of parts, which will be ex emplified in the construction hereinafter set forth and the scope of the application ofwvhich Will-be indicated in the claims;

For a more comprehensive disclosureof the nature, objects and advantages of the invention reference i'shad to the followingdescriptiondf the illustrative embodiment, and to 'tneacco'm panying dra-wingain which:

Fig. 1 is a fragmentary side selevation partially (Cl. 16F845) diagrammatic qaof athe iimproved sstrip ttrimniiiig 55.

2 and :tfe'edin'g mechanism as applied to a tabulating-machine of known construction;

-Fig. 2.-.is an enlarged vertical alongitudinal sec:- tion of the improved strip :t'r im-mingand ieedin mechanism :taken approximately on the :line 2'.2 of El -lg; 4, looking in the direction .;of .the. arrows, parts being inaelevation.

:Fig. 3' is :a vertical sectional View similar to: Fig. 2 taken on the ;line-i3=3. of iliig'. :4, looking in the directi of the-arrows.

:F'ig. 41st, iraginentaryiplan view.

Eig5-is a fragmentary elevation showing :de:-' tails 'f'ithe strip trimming neviee together ivith: the strip leading pin WheeLparts'beingin section;

Fig. 6 is a detailed vertical sectional: :view. showing the construction and arrangement :of.

improved strip trimming" tor slitting attachmeat.

Fig. is a detailed section and elevation-snow ihg the mounting of tl'iedriveshaft'iortthe pin wheels-and Fig; 8 a fragmentary pers ective view show-- ing the term or recordassembly With which 1 the imprcved atlii ninlng and feeding mechanism is adapted tote-operate V The subject -rnatter- Qf' tI ilS' ap licants is awry, disclosed in applicants prior cepenniiig applies: tio'n serial No. 347,457, fi1'edJuly'25; 1940, iiW Patent N0. 2;31 l ,05l=lssu'ed February 16,- l943= Therefore; the present applicationisa division Oisaid prior application.

Referring to th drawing for a full detailed description of tneinv'e'ntion, the improvedstrip trimming and fe ding attachment genera ily-in dica'ted at lliis shown i-n Fig. '1 as bein applied to a tabulating machine I l of known construction having a cylindrical "platen i=2 mounted for rota tion "on the tabulatcr. T p bars (not shown) are mounted in knowninanner on the tabulator for impies'singthe writtei1eharatters upontiie paper supported on the platen --surface, such as the record stripes of the lon-g'continuous traveler type, as shown. An inking ribbon "is used for inscribing the characters on the top or original reooidstripbeing mounted on supplyspecie in the usual marinenpn'e of-which is Shawn-at "l3. Frame er I end plates 1 4 are mounted upon the tabulater ad acent to opposite ends or the-platen l2 rcr supporting eertain operative parts, and zit-transverse shatter bar =|5-ls attached 'piihanently' in ention tn the tabulatcri supporting arms [-6 are attached in position'oh thetabulatoi'; extending upwardly and restate-rely and being When the improved strip trimming and feeding attachment is applied to the tabulator the supply of record strips S is ordinarily carried by a support or stand I1 having a lower shelf [8 upon which the supply of strips rests. The supply shown is in the form of a supply pack l-9 in which the strips S are zigzag folded to form a compact package. The upper shelf 20 of the supply stand is arranged to receive the strips S as they emerge from the writing machine after inscription thereof. These inscribed strips will be refolded again on the shelf 20 in the form of a zigzag folded pack 2|.

While strip assemblies of different forms or single strips may be utilized, for illustrative purposes a record strip assembly S is shown having two or more record strips of the long continuous traveler type in superposed relation, each strip being preferably provided with blank forms S in longitudinal series therealong and having transverse lines or spaces in which the inscriptions are to be received. Each of the record strips is ordinarily provided with transverse weakened severance lines S dividing it into form sheets, and a longitudinal feed band S separated from the body of the strip by weakened severance lines S formed by perforating or slitting the strips or by other known means. Each of the feed bands S has a series of pin feed apertures S the apertures of the different bands being in respective depthwise alignment for the reception of the feed pins. In some cases the longitudinal weakened lines 5* may be omitted. A long continuous carbon strip is positioned in transfer relation between each two adjacent record strips S so as to transfer the inscriptions to the lower or copy record strips. The carbon strips C may have longitudinal marginal portions interposed between the feed bands S and be similarly provided with feed apertures, or the adjacent edges of the carbons may terminate inside of the feed bands. The assembly strips are usually connected together at various points along the assembly by suitable securing devices, or the record strips may be connected together by longitudinal marginal folds as in the well known fanfold structure.

The improved strip trimming and feeding attachment has a unitary supporting frame so that the complete attachment can be quickly and easily installed as a unit upon the writing machine and can be similarly removed therefrom. This supporting frame includes end brackets or plates 22 and transverse connecting or tie rods 23 to the opposite ends of which the end plates 22 are connected. The lower edges or extensions of the end plates 22 are formed with supporting pockets or seats 24 for receiving the transverse rod I of the writin machine for supporting the attachment in operative position. Additional supports for the attachment are provided by the upwardly and rearwardly extending supporting arms 16 having at their upper ends attaching devices or bolts 25 that are received in apertures in the end brackets 22 and provided with threaded wing nuts 26 for securing the attachment firmly in operative position. The attachment It can thus be quickly and easily installed in operative position upon the writing machine by placing the supporting seats 24 upon the supporting rod l5 and tightening the attaching bolts 25 in attaching position.

The main drive shaft 21 for the trimming and feeding mechanism is rotatably mounted in bearings 28 that are detachably supported in operative position in seats 29 formed in the edge portions of the end plates 22. These bearings 28 are clamped or supported in position by clamping levers 30 pivoted at 31 to the end plates 22 and each having a projection or overhanging lip 32 adapted to engage with the bearing periphery when the-clamping lever is forced downwardly into clamping position as shown in Fig. '7. When the levers are in their holding positions the lips 32 function to hold the levers in clamping position and to prevent accidental release thereof. However, the clamping levers can be easily moved to releasing position by exertin upward pressure thereon, whereupon the drive shaft 21 with attached parts can be lifted as a unit from the supporting seats 29.

The strip feeding wheel 33 is mounted upon the drive shaft 21 for rotation therewith but may be slidably adjusted along the shaft. This feed wheel is provided with a series of feed pins 34 arranged in equally spaced relation peripherally of the wheel so as to engage in feeding relation in the feed apertures of the strips S. Mounted also upon the shaft 21 is a sleeve 35 extending into the hub 35 of the feed wheel and firmly attached to the latter by any appropriate means, such as by means of a set screw or by shrinking the hub into tightly contacting relation with the sleeve. The sleeve has an extension 35' at one side of the feed wheel threaded to receive a threaded adjusting nut 31. An anchoring collar 33 is mounted upon the sleeve 35 just insideof the adjusting nut 31, forming an abutment for the latter and having a peripheral groove 39 in which an anchoring plate 40 is slidably received and firmly attached in stationary position upon the frame. A coiled compression spring 4| is interposed between the stationary collar 38 and the adjacent face of the feed wheel 33. The sleeve 35 extends through a centrally disposed aperture in the collar 38 and the collar is constrained for rotation with the sleeve by means of a key 42 seated at its inner surface in a concave depression 43 in the sleeve, and seated at its outer surface in a groove or keyway 44 in the collar. In this manner the collar is constrained for rotation with the sleeve but the sleeve may slide longitudinally in either direction through the collar. The feed wheel 33 and sleeve 35 are anchored for rotation with the feed shaft 21 by means of a key 45 pinned in a seat or slot to the hub 36 of the feed wheel and extending through a slot in the sleeve into an elongated groove or keyway 45 in the feed shaft.

Thus the feed wheel with assembled parts is constrained for rotation with the feed shaft 21 but may be adjusted longitudinally thereof, that is transversely of the path of strip feed. Adjustments of the pin wheel transversely of the strip path are effected by turning the adjusting nut 31 in one direction or another, and the wheel is retained in adjusted position by means of detents or pins 41 mounted in the nut and projecting at their inner end portions into seats or depressions in the adjacent abutting surface of the collar 38.

Adjacent to the series of pins 34 the feed wheel 33 is formed with a peripheral groove 48 and inside of this groove is an annular support 49 for the strips. The strips are thus supported on one side of the groove 48 by the wheel and pins and on the other side thereof by the annular support 49. The purpose and function of this arrangement are set forth below.

Strip guiding means is provided for guiding the strips: from the supply 19 to the platen, including a guideplate 50 attached by means of lugs or brackets 50' to the tie rods 23. Also, a guide 'plate. overlies the plate '50 and is mounted for upward swinging movement by means-of supporting arms 52 upon one of the transverse tie rods =23Jandrests by gravity upon the upper. surface of the advancing strips. The guide plate 50 is curved to guide the strips in a smooth even path to the :rear side of the platen 12. Also, transverse guide bars 53 and a transverse guide plate *5! are mounted upon the frame for guiding the strips in theirm'ovement away from theplatento 'the fe'ed wheel 33. The guides 53.and 54 are positioned inwardly-to increase'the 'arc of contact of the strips with the platen I 2 and also to increase "the arc of contact with the feeding periphery of the feed wheel.

For Zguiding. and holding the strips in feeding engagement with the=feecl pins and the periphery of the feed wheel-there is. a guide plate 55 piv- "oted at '55 at-a point spaced from the shaft 21 to-a supporting bracket 5! attached to one'of the longitudinal strip guiding end flanges 58 of the guide '50. The guideplate' 55 is curved .to conform to the periphery of the feed wheel and is provided with an elongated slot 59 in which the feedqains run. 'A-positioning and retaining leaf spring [it] is attached tothe guide plate 55 engaging with a transverse retaining roller 6| to therearward of 'the'pivot56 tensioned to urge the "guideplate toward the'feed wheel in strip guiding relation. The springBll is provided with a pocket or stop formation '62 adapted to engage with the roller -6 I carried by the-bracket 51 when the guide plateis lifted on its pivot away from the feed wheel so as to hold it in raisedposition when the strips-are being placedin operative'position upon the feedpins. adjusting screw 63 is threaded to'an'arm or'support of the bracket 51, having its upper free end engaging with thelower surface 'of-the:guide plate 55 at the right of the pivot 56 inFigQS, wherebytheposition of the guide plate maybe adjusted and maintained in adjusted position with reference to the periphery of the feed wheel. I

As best seen-in Fig. 2, there is a stripping plate M secured in position to the bracket 51 and havingits'freeend adjacent to the periphery of the feed wheel near the point where the record strips 1:

emerge frornengagement with the wheel and feed pins. This-plate functions as a stripper or separator to separate the record strips from engagement with the feed pins during the strip feeding action. -A strip'guiding'and supporting plate- 65-conductsthe record strips emerging from the-feedwheel-into position to be refolded on the shelf 20 into the zigzag folded pack 2|.

; Also, mounted-upon-thepivoted guide-plate and secured thereto by screws 66' is a feed band separatoror slitter 66 that is adapted to sever or separate the feed bands S from the strips as soon as they have-performed their strip feeding function. The guide plate 55 with its mountings thus provides-a-movab1e carrier'0r support for the stripseparator which is movable with the guide plate ;into and away from'its operative position.

As bestshown in'Fig. 6, the strip separator 66 includes-a separator element 61 shown in the form of .a blade hav-ing a sharp cutting edge directedagainst the advancingrecordstripsso as to cut or slit the feed bands from the main bodies of the strips. This slitter blade is received in a supporting slot or pocket and clamped in appropriately i adjusted position by a set screw '68.

whe lowerrend o'f-the slitter bl'aderuns in the e= r iphera'l groove 48 of the feed wheel and its outting-edge isinclin-ed forwardlyagainst-the moving strips so' that the strips are directed against the cuttingedge with a wiping action tofacilitate the severance. :Also, at thepointthat the severance takes' place the strips aresupported and steadied at the opposite sides of the peripheral groove-"d8 by the-surface of the feed wheel at the bases of the feed :pins and by-the annular support '19.: The-pinsaiso assist in supporting and steadyin the strips during the trimming action of the blade. By these means the severance of the feed 'bands 'is facilitatedand a clean smooth severed strip edge isassur'ed; Althoug'hthe rec 0rd strips. are shown as having longitudinal weakened severance lines along the feed bands S for somepurposes where a'sharpedged slitter blade is u'sed these weakened lines maybe 'omit ted so that the slitting action occurs along unweakenedparts of the strips. Incases where the separator 61 has'alblunt-or-rounded severing edge the weakened lines S are'n'eeded.

Duringrinitial threading. ofthe record strip assembly into feedingz-position, the strips are led forwardlyfrom. the supply 19' over the-Iguide'plate 5B and beneath thegravityguide'plate 5| which may be raised for thispurpose. The strips are then advanced downwardly around the platen I 2 and upwardly over the front surface-thereof, and into guiding relation withthe guide rods 53 and guide plate 54.. If: it is'desired to'write on the forward end portions ofthe strips before they reach-feeding engagement with the feed wheel 33-,-,the preliminary strip feed may b'eeffected by rotating the platen 12 by means'ofthe knob or handle !2. Pressure -roll's=69 mounted upon a suitable carrier 10 with a-manual control 1| are providedforpressing the strips against the platen during this initial feeding. As soon as the for wardends of the strips reach the feed wheel 33 the feed pins areengaged with the apertures in the strips and the-guide plate 55 moved into guiding relation with the strips. Subsequent feeding of-thestrips will be-by means of the feed wheel 33,the pressure rollsGS being released.

'Asshown in Fig. -1,--the-main-drive shaft 21for the feeding mechanism iscoupled by driving connections including -a =driving shaft 12 with the rotary platen-l2 of the writing machine. These driving connections are diagrammatically shown and-include the driving shaft '12 connected at its lower end with abeVelled toothed gear meshing with a similar. gear on the platen shaft and mounted in the housing 13. At its upper end the drive shaft is connected to another toothed bevelled gear meshing with-a similar gear on the main drive shaft 21,. these bevelled gears being mounted in thqhousing l4. A.micr0matic adjustment controlled t hrough a knurled head 15 may bemounted in the housing 14 for adjusting thefeed shaft '21 angularly through small increments independently of movement of the platen. The drive shaft "is connected to the bevelled gear in the housing I3 by means of. a coupling 16.

After the strips havebeen engaged with the pins of'the feed wheel '33; strip feed is continued through action of this. feed wheel which is driven step by step by'the drivingconnections with the platen. V The strips, at points spaced laterally from the feed wheel, are supported in line with the feed wheelperiphery by means of circular supporting disks 11 mounted upon thedrive shaft 21. As the strips. are advanced-by: theefeed wheel strips b action of the feed band separator 56, the severed bands S being conducted to one side by a guide rod I8. During the slitting or cutting action, the strips are supported and steadied by engagement with the feed pins and also by means of the periphery of the feed wheel at the bases of the pins, and by the annular support 49 as described. Clean, even severance is thus assured, and tearin and mutilation of the strips avoided. The slitting action occurs substantially at the point at which the feed pins have completed their strip feeding action.

The trimming and feeding mechanism can be adjusted laterally upon the supporting rods 23 and is maintained in adjusted position by means of pivoted clamping levers 19 having eccentric clamping surfaces engaging with the rods 23.

Since certain changes may be made in the above construction and different embodiments of the invention could be made without departing from the scope thereof, it is intended that all matter contained in the above description or shown in the accompanying drawing shall be interpreted as illustrative and not in a limiting sense.

Having described my invention, what I claim as new and desire to secure by Letters Patent is:

1.'In a strip severing device, in combination, a rotary feed wheel having a series of feed pins for engagement with strip apertures to effect strip feed, a strip guiding unit movably mounted adjacent to said feed wheel and including a strip guide mounted for movement into strip guiding position adjacent to said feed pins, and a strip slitting member mounted on and carried by said movable unit for movement therewith and positioned in adjacent laterally offset relation with reference to said feed pins to slit the moving strips along a longitudinal line adjacent to said pins, whereby the pins support and steady the strips during the slitting action.

2. In a strip severing device, in combination, a rotary feed wheel having a series of feed pins for engagement with strip apertures to effect strip feed, a strip guiding unit movably mounted adjacent to said feed wheel and including a strip guide mounted for movement into strip guiding position adjacent to said feed pins, a strip slitting member mounted on and carried by said movable unit for movement-therewith and positioned in adjacent laterally offset relation with reference to said feed pins to slit the moving strips along a longitudinal line adjacent to said pins, whereby the pins support and steady the strips during the slitting action, said feed wheel having a peripheral groove adjacent to said pin series in which said slitting member runs, a cylindrical strip support on said feed wheel adjacent to said slitting member and opposite to said groove from said pin series, an adjustable limiting device for said movable unit for positioning said severing element and said guide in operative position, and separate adjustable supporting means for supporting said severing element for independent adjustment into operative position.

3. In a strip severing device, in combination, a feed wheel having a series of feed pins for engagement with apertures of strip feed bands to effect strip feed and having a peripheral groove adjacent to the pin series, a feed band separator running in said groove for separating said feed bands from the strips being fed, a movably mounted strip guide adjacent to said feed wheel and movable for adjustment with reference thereto, and adjustable supporting means mounted on said strip guide for adjustably supporting said feed band separator on said strip guide for movement to and from operative position.

4. In a strip severing device in combination, strip feeding mechanism including a part adapted to engage and feed a strip, said feeding mechanism including a rotary part having a peripheral groove laterally spaced from said strip engaging part, a movably mounted support, a strip guide connected to said support so as to be moved thereby to and from strip guiding relation with reference to said strip engaging strip feeding part of the feeding mechanism, and a strip severing element mounted upon and carried by said movable support and movable therewith to and from strip severing relation in said peripheral groove.

5. In a strip severing device in combination, strip feeding mechanism including a part adapted to engage and feed a strip, said feeding mechanism including a rotary part having a peripheral groove spaced from said strip engaging part, a movably mounted support, a strip guide connected to said support so as to be moved thereby to and from strip guiding relation with reference to said strip engaging strip feeding part of the feeding mechanism, a strip severing element carried by said movable support and movable therewith to and from strip severing relation in said peripheral groove, means for holding said movable support in adjusted operative positions, means for adjusting said severing element into different operative positions relative to said groove on said movable support, and a latching device for holding said movable support in position to retain said'strip guide away from strip guiding position.

6. In a strip severing device in combination, strip feeding mechanism including a part adapted to engage and feed a strip, said feeding mechanism including a rotary part having a peripheral groove spaced from said strip engaging part, a movably mounted support, a strip guide connected to said support so as to be moved thereby to and from strip guiding relation with reference to said strip engaging strip feeding part of the feeding mechanism, a strip severing element carried by said movable support and movable therewith t0 and from strip severin relation in said peripheral groove, a latching lug,'and a latch spring connected to said movable support and having a seat engageable in latching relation with said latch lug.

7. In a strip severing device, in combination, strip feeding mechanism including a part adapted to engage and feed a strip, said feeding mechanism including a rotary part having a peripheral groove spaced from said strip engagin part, a movably mounted support, a strip guide connected to said support so as to be moved thereby to and from strip guiding relation with reference to said strip engaging strip feeding part of the feeding mechanism, and a strip severing element adjustable into and out of strip severing relation in said peripheral groove.

8. In a strip severing device in combination, strip feeding mechanism including a part adapted to engage and feed a strip, said feeding mechanism including a rotary part having a peripheral groove spaced from said strip engaging part, a" movably mounted support, a strip guide connected to said support so as to be moved thereby to and from strip guiding relation with reference to said strip engaging strip feeding part of the feeding mechanism, a strip severing element mounted for adjustment to and from strip severing relation in said peripheral groove, means for holding said movable support in adjusted operative positions,

means for adjusting said severing element into different operative positions relative to said groove on said movable support, and a holding device for holding said movable support in position to retain said strip guide away from strip guiding position.

9. In a strip severing device, in combination, strip feeding mechanism including a part adapted to' engage and feed a strip, said feeding mechanism includin a rotary par-t having a peripheral groove spaced from said strip engaging part, a movably mounted support, a strip guide connected to said support so as to be moved thereby to and from strip guiding relation with reference to said strip engaging strip feeding part of the feeding mechanism, a strip severing element adjustable into and out of strip severing relation in said peripheral groove, and a holding device for said movably mounted support for holding said strip guide away from its strip guiding position. Y

10. In a strip severing device, in combination, strip-feeding mechanism including a part adapted to engage and feed a strip, said feeding mechanism including a rotary part having a peripheral groove spaced from said strip engaging part, a movably mounted support, a strip guide connected to said support so as to be moved thereby to and from strip guiding relation with reference to said strip engaging strip feeding part of the feeding mechanism, a strip severing element adjustable into andv out of strip severing relation in said peripheral groove, a holding device for said movably mounted support for holding said strip guide away from its strip guiding position, and an adjustable positioning device for positioning and holding saidstrip guide in adjusted guiding position with reference to said feeding mechanism.

11. In a strip severing device, in combination. strip feeding mechanism including a part adaptedv to engage and feed a strip, said feeding mechanism including a, rotary part having a peripheral groove laterally spaced from said strip engaging part,.a movably mounted support, a strip guide connected to said support so as to be movedthereby to and from strip guiding relation with reference to said strip engaging strip feeding part .of the feeding mechanism, a strip severing element adjustable into and out of strip severin relation in .said peripheral groove, and resilient means urging said strip severing element into operative position in said peripheral groove.

12. In a strip severing device, in combination, strip. feeding mechanism inclu ing a part adapted to engage and feed a strip, said feedingmechanism including a rotary parthaving a peripheral groove spaced from said strip enga ing part, a movably mounted support, a strip guide connected to said support so. as .to be moved thereby toy and from stringuidin relation with reference to said strip engaging strip feeding part of the feeding mecha nism.. a strip severing element adjustable into and out of strip severing relation in said peripheral groove. resilient means urging said strip severing element into. operative position in said peripheral groove, and adjustable limiting means for limiting the positioning of said severing element in adjusted operative position in said peripheral groove.

13.. In a strip severing device, in combination, strip feeding mechanismv including a part adapted to engage and feed a, strip, said feeding mocha nism including a rotary part having a peripheral groove spaced fromsaid strip engaging part, a

move. 1y mounted. support, astlzipv guide connected.

to said support so as. to, bemoved there y to and from strip guiding relation with reference to said 10 strip engaging strip feeding part of the feeding mechanism, a strip severing element adjustable into and out of strip severing relation in said peripheral groove, a holding device for said movably mounted support for holding said strip guide away fromits strip guiding position, an adjustable positioning device for positioning and holding said strip guide in adjusted guiding position with reference to said feeding mechanism, and separate adjustable holding means for said severing element to position the same with reference to said peripheral groove.

14. In a strip severing device, in combination, strip feeding mechanism including a part adapted to engage and feed a strip, said feeding mechanism including a, rotary parthaving a peripheral groove laterally spaced from said strip engaging part, a movably mounted support, a strip guide connected to said support so as to be moved thereby to and from strip guiding relation with reference to saidstrip engaging strip feeding part of the feeding mechanism, a strip severing element adjustable into and out of strip severing relation in said peripheral groove, said severin element being operatively connected for movement by and with said movably mounted support and being mounted for adjustment into strip severing relation independently of said movably mounted support. I

15. In a strip severing device, in combination, strip feeding mechanism including a part adapted to engage and feed a strip, said feeding mechanism including a rotary part having a peripheral groove laterally spaced from said strip engaging part, a movably mounted support, a strip uide connected to said support so as to be moved thereby-to and from strip guiding relation with reference to said strip engaging strip feeding part of the feeding mechanism, a strip severing element adjustable into and out of strip severing relation in said peripheral groove, and a holding device for said movably mounted support for holding said strip guide away from its strip guiding position,

said severing element being operatively connected for movement by and with said movably mounted support and being mounted for adjustment into strip severing relation independently of said movably mounted support.

16. In a strip severing device, in combination,

strip feeding mechanism including a part adapted to engage and feed a strip, said feeding mechanism including a rotary part having a peripheral groove spaced from said strip engaging part, a movably mounted support, a strip guide connected to said support so as to be moved thereby to and from strip guiding relation with reference to said strip engaging strip feeding part of the feeding mechanism, a strip severing element. adjustable into and out of strip severing relation in said peripheral groove, resilient means urging said strip severing element into operative position in said peripheral groove, and adjustable limiting means for limiting the positioning of said severing element in adjusted operative positionin said peripheral groove, said severing element being operatively connected for movement by and with said movably mounted support and being mounted for adjustment into stripsevering relation independently of. said movably mounted support,

1'7. In a strip severing device, in combination, strip feeding mechanism including a part adapted to engageand feedastrip, said feed-mechanism including, a rotary part having a peripheral groove spaced from said strip engaging part, a

movably mounted support, a strip guide connected to said support so as to be moved thereby to and from strip guiding relation with reference to said strip engaging strip feeding part of the feeding mechanism, 'a strip severing element adjustable into and out of strip severing relation in said peripheral groove, adjustable holding means for holding said movable support in different adjusted positions, and means for adjusting said severing element into different operative positions relative to said peripheral groove.

18. In a strip severing device, in combination, rotary strip feeding mechanism including a rotary feed member having feed pins for engagement with strips to effect strip feed, said feeding mechanism including a cylindrical strip support laterally adjacent to said feed pins, a movably mounted support, a strip guide connected to said support so as to be moved thereby to and from strip guiding relation with reference to said feed pins, and a swingably mounted strip severing element cooperating with said rotary feeding mechanism to sever the advancing strips along a longitudinal line and being adjustable into and out of strip severing relation with reference to parts of the strips positioned at said rotary feeding mechanism, and resilient means urging said strip severing element into operative strip severing position with reference to said rotary feeding mechanism.

19. In a strip severing device, in combination,

rotary strip feeding mechanism including a rotary feed member having feed pins for engagement with strips to effect strip feed, said feeding mechanism including a cylindrical strip support laterally adjacent to said feed pins, a movably mounted support, a strip guide connected to said support so as to be moved thereby to and from strip guiding relation with reference to said feed pins, a swingably mounted strip severing element cooperating with said rotary feeding mechanism to sever the advancing strips along a longitudinal line and being adjustable into and out of strip severing relation with reference to parts of the strip positioned at said rotary feeding mechanism, resilient means urging said strip severing element into operative strip severing position with reference to said rotary feeding mechanism, and adjustable limiting means for limiting the positioning of said severing element with reference to said rotary feeding mechanisms 20. In a strip severing device, in combination, rotary strip feeding mechanism including arotary feed member having feed pins for engagement with strips to effect strip feed, said feeding mechanism including a cylindrical strip support laterally adjacent to said feed pins, a movably mounted support, a strip guide connected to said support so as to be moved thereby to and from strip guiding relation with reference to said feed pins, a strip severing element cooperating with said rotary feeding mechanism to sever the advancing strips along a longitudinal line and being adjustable into and out of strip severing relation with reference to parts of the strip positioned at said rotary feeding mechanism, resilient means urging said strip severing element into operative strip severing position with reference to said rotary feeding mechanism, and a holding device for said movably mounted support for holding said strip. guide away from its strip guiding posi tion.

21. In a strip severing device, in combination, rotary strip feeding mechanism including a rotary feed member having feed pins for engagenected to said support so as to be moved thereby to and from strip guiding relation with reference to said feed pins, a strip severing element cooperating with said rotary feeding mechanism to sever the advancing strips along a longitudinal line and being adjustable into and out of strip severing relation with reference to said rotary feeding mechanism, resilient means urging said strip severing element into operative strip severing position with reference to said rotary feeding mechanism, and an adjustable device for positioning and holding. said severing element in adjusted severing position with reference to said feeding mechanism.

22. In a strip-severing device, in combination, rotary stripfeedingzmechanism including a rotary feed member having feed pins for engagement with strips to effect strip feed, said feeding mechanism including a cylindrical strip support laterally adjacent to said feed pins, a movably mounted support, a strip guide connected to said support so as to be moved thereby to and from strip guiding relation with reference to said feed pins, a strip severing element cooperating with said rotary feeding mechanism to sever the advancing strips along a longitudinal line and being adjustable into and out of strip severing relation with reference to said rotary feeding mechanism, andresilient means urging said strip severing element into operative strip severing position with reference to said rotary feeding mechanism, said strip severing element being operatively connected for movement by and with said movably mounted support and being mounted for adjustment into strip severing relation independently of said movably mounted support.

23. In a strip severing device, in combination,

strip feeding mechanism including a rotary feed strips supported on said cylindrical support to r sever the traveling strips along a longitudinal line, and resilient means cooperating with said swingable supporting arm to urge said severing element into cooperative strip severing position with reference to said feeding mechanism.

24. In a strip severing device, in combination, rotary strip feeding mechanism including a rotary feed member having feed pins for engagement with strips to effect strip feed, said feeding mechanism including a cylindrical strip support laterally adjacent to said feed pins, a supporting arm swingably mounted eccentric to said rotary feed member and carrying a strip severing element positioned for cooperation with parts of the, strips supported on said cylindrical support tosever the traveling strips along a longitudinal line, resilient means cooperating with said swingable supporting arm to urge said severing element into cooperative strip severing position with reference to said feeding mechanism, and adjustable limiting means for cooperating with said swingable supporting arm for limiting the positioning of saidsevering element with reference to said rotary feeding mechanism.

25. In a strip severing device, in combination,

strip feeding mechanism including a rotary feed member having feed pins for engagement with strips to effect strip feed, said feeding mechanism including a cylindrical strip support laterally adjacent to said feed pins and having a peripheral groove laterally spaced from the pins, a supporting arm swingably mounted eccentric to said rotary feed member and carrying a strip severing element positioned for cooperating with parts of the strips substantially aligned with said peripheral groove and engageable in said groove to sever the traveling strips along a longitudinal line, resilient means cooperating with said swingable supporting arm to urge said severing element into operative strip severing position in said peripheral groove, and adjustable limiting means cooperating with said swinging arm to limit the positioning of said severing element in adjusted operative position in said peripheral groove.

26. In a strip severing device, in combination, strip feeding mechanism including a rotary feed member having feed pins for engagement with strips to efiect strip feed, said feeding mechanism including a cylindrical strip support laterally adjacent to said feed pins, a movably mounted strip guide for guiding the strips at said rotary feed member, holding means adjustable for holding the strip guide either in operative strip guiding position or in retracted inoperative position, an adjustably mounted strip severing element positioned for cooperation with the part of the strips supported by said cylindrical surface to sever the traveling strips along a longitudinal 14 line, means for adjusting said severing element into operative strip severing position, and adjustable holding means for holding the said severing element in its adjusted operative position.

27. In a strip severing device, in combination, strip feeding mechanism including a rotary feed member having feed pins for engagement with strips to effect strip feed, said feeding mechanism including a cylindrical strip support laterally adjacent to said feed pins, a movable strip guide for guiding the strips at said rotary feed member, holding means adjustable for holding the strip guide either in operative strip guiding position or in retracted inoperative position, a strip severing element swingably mounted eccentric to said rotary feed memberand positioned for cooperation with the part of the strips supported by said cylindrical surface to sever the traveling strips along a longitudinal line, means for adjusting said severing element into operative strip severing position, and adjustable holding means for holding said swingable severing element in adjusted operative position.

WILLIAM H. HOPE, JR.

REFERENCES CITED UNITED STATES PATENTS Name Date Spayd et al Apr. 8, 1941 Number

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