US1302469A

US1302469A - Machine for and process of working paper-stock.

Info

Publication number: US1302469A
Application number: US12417816A
Authority: US
Inventors: Anton J Haug
Original assignee: IMPROVED PAPER MACHINERY Co
Current assignee: IMPROVED PAPER MACHINERY Co
Priority date: 1916-10-06
Filing date: 1916-10-06
Publication date: 1919-04-29
Anticipated expiration: 1936-04-29

Description

A. l. HAUG. MACHINE FOR AND PROCESS 0F WORKING- PAPER STOCK.

APPLICM'iON FILED DCT. 5, 19H5. n 1 imams?. Apr, 4.5, lz s -SHEEF l,

3 SHEET.;-

A. HAUG.

MACHINE FUR AND PROCESS 0F WORKING PAPER STOCK.

APPLICATION man ocr. s, nele;

5, @A Patented Apr. 29, 1919.

3 SHEETS---SHEET 2.

A. JA HAUG.

` mAHiNE ma AND PRocEss oF WORKING PAPER STOCK.

APPLlE/TIDN FILED OCT. 6, |916.

Jara/ve ni/o :f Jini/"on JHaug,

y Wwf soI UNITED sTATEs PATENT oEFroE.

AQTTON if. HAUG, OF NASHUA, NEW HAMPSHIRE, ASSIGNOR TO IMPROVE!) PAPER s MACHINERY COMPANY, 0F NASHUA, NEW HAM?SHIRE, A CORPORATION OF MAINE MACHINE FOR AND PROCESS OF WORKING I?APER-S'J.0CK.

To all whom t may concern.'

Be it known that I, ANTON J. HAUG, a citizen of the United States, anda resident of Nashua, county of Hillsborough, State of New Hampshire, Whose post-office address is Improved Paper Machinery Company,

. Nashua, New Hampshire, have invented an Improvement in Machines for and Processes of Working Paper-Stock, of which the fol-A lowing description, in connection with the vaccompanying drawings, is a specification,

like characters'on the drawings representing like parts.

This invention relates to machines for and process of working 4paper stock and has for its object the provision of improved methods and appliances which may be employed either in preparing the crude pulp -from raw material or in working the crude pulp into a more refined state.

The invention will be best understood by reference to the following description, taken vin connection with the accompanying illustration of one specific embodiment thereof, while its scope will bemore particularly pointed out in the appended claims.

In the drawings: Figure l is an elevation, principally ,in longitudinal section, showing a machine embOdyinne form of the invention;

2 is a transverse, sectional elevation i` i ratti; un the une ses in rig. i;

Fiv'.' is ra similar sectional elevation h i taken on the line 3-*3 1n Flg. 1;'V

Fig. 4 1s an elevation of the. machine; and.

Fig. his, a diagrammatic development of.- the rolls and feeding devices in the machine' yemployment in coi'uiectiou with materials (herein generically termed paper stock) or' widely different condition, such, tor exam- Specication of Letters Patent.' I

but located ninety .PatentedApn 29, 1919u Application led October 6,` 1916. Serial No. 124,178.

ple, as more or less unreduced librous material or pulp reduced to a more or less crude state. e y

Referring to the machine illustra-ted in the drawings, the same includes a body or casing, herein in the form of a cylindrical shell 6, supportedV upon) bed'pieces 7, the latter resting on the bed plate 8. The casing herein rests in thebed pieces 7 and is ixedly secured therein by the bolts9, but, if desired, the casing might have a movement of rotation either'with or without the rotation of the rolls, hereinafter referred to.

Herein the stock is introduced at one end of the casing through the inlet .passage 10` and is progressively advanced through the sameto the discharge chamber 11 and the discharge spout 12, after Vbeing subjected to a succession of crushing and rolling actions.

On its movement through the casing, the stock is subjected to a succession of crushing actions, preferably by means of rolls, the rolls being' preferably though not necessarily arranged so thata true crushing action -is obtained without any substantial grinding or abrasive action. While various devices might be employed for this purpose, herein there are provided one or more rolls extend ing lengthwise the cylinder and adapted: to bear against the inner face'or surface of the cylinder, the rolls being carried around the inside of the cylinder l'by suitable rotary sisting of the

rolls

13 and 14 arranged diametrically opposite each other and the other pair consisting'of therolls 15 and 1GL also.A

arranged'diametrically opposite each other, degrees apart away from the rolls 13"'and 14.

All four rolls are mounted lupon shafts which have their` ends journaled in boxes carried in thespiders` 17 and 'Each spider in turn 1s keyed to the shaft- .Ifilthe 21 and being provided at one end with theiiy wheel 22 and at the opposite end with the driving pulley 23. To support the bearingl,r boxes i'or the rolls, each spider has bolted on the inside of its flange 4r guides 24 adapted to receive and liruide the bearing),F boxes QT), which. latter receive the shaft ends '26 for the rolls. The bearing boxes are adapted to move radially outward or inward in their guides as indicated in Fig. fi, but arenon mally pressed outward by the ysprings 27. The result is that, as .thelspiders 17 and 1S are rotated through the driving shaft, the rolls are Forced into rolling contact with the inner surface of the cylindrical shell both by centrifugal action and by the action of the springs 9.7, while the springs Q7 permit the required yielding n'iovement of the rolls and also hold theni in position when the ina chine is at rest. @While the rolls themselves might be independently driven, herein no further rotating agency is shown than the rolling contact of the rolls upon the 'face of the cylinder and the .stock passing thereunder as the spiders are turned` the rolls being pressed outwardly by centrifugal force their pressure increases with the speed oi? the machine, so that the crushing action oi the machine may itseli be regulated by varying' the sl'ieed.

The rolls 15 and 1G intermediate the

rolls

13 and 14 are herein shown as extending; part way only `across the cylinder and located near the outlet end thereof, so that they act upon that portion of the steelt 1 which has already been partly disintegrated,

crushed or refined. As the coarse materials enter the inlet of the machine they will tend to lift the rolls which they encounter and force them away from the surface' of the cylinder more or less, By providing' the in tcrniediate rolls 'which enga only the more refined portions of the stock, such rolls are not subjected to the same degree of lifting action as the

rolls

13 and 14, and the stock in the course of its travel through the ina-- chine and as it becomes more highly refined may thus be subjected not only to an increased rolling. action, but one ot greater intensity through the medium of the

intermediate rolls

15 and 16, Workingas they do in closer contact with the surface of the cylinder.

The machine illustrated is preferably a continuously fed machine, the stock being continuously vfed thiough the inlet 10, advancedprogressively through the machine and continuously delivered `From the outlet 12. In order progressively to advance the stock through the machine between each crushing action of the successive rolls, suitable feeding devices are preferably employed. y

These may be of any suitable type, but here-- in I 'have shown secured to the driving; shaft 119 a series of devices which torni, in effect,

a screw conveyor acting to convey the material fromv one end of the machine to the other While subjecting it to the repeated crushingr actions.

and 3) suitably eut `array to avoid interi eure with the rolls 13 and iet and vith the shafts 2G ior the rolls and 16, these venes being forincd in. nts, each unit being mounted on a huh and the hubs non rotatably secured to the driving;1 shaft El. ett similar units are employed for the last halt ot the cylinder except that the Yanes 31 are 'lnrlher cut away to avoid interiierenee with the rolls 151 and 16. ine cylin der near its inlet end is pari closed by the end ringr or rap piece 32 uf'liieb prevents the escape or oif'ei'liow oi stock. I

The action oi" the niarliine on the sto-cir to liig. 5, the stort; on entering is subjected o the crushing' action oi the roll luf-. lln'ierg" ingr from beneath the roll 13 it engaged by the approva-,liingI part oi? the vane 29 which acts not only progressively to advance the material lengthwise the cylinder before delivery to the next roll l-i, but also to scrape up and agitato the material in its z""'eiied, sheet-like Yforni and heap it up n front ot the roll 1l in the torni of a relaii'ely thiclieiied stream. '.llhe material is lieu :igl'ain rolled and crushed by the roll 14. and the saine aetiini follows in the ronvcyanco oi" the material lfrom the roll 14 to the roll 13 as it did in its conveyance from the roll 1253 to the roll 1l. This action is re peated over and over again as the material is progressively advanced alone; the cylinder until it reaches the radius of action or" the rolls 15 and 1G. :tt that point the material delivered to the roll is conveyed to the interii'iediate roll 15 before passing; to the. roll 1li, and the i i conveyed beneath the agjain to the roll 13.

.it will beobserved that the conveying devices progressively advance 'the steelt be neath successive portions of the rolls so that the saine stock meets the same roll always at an advanced position lengthwise the roll, and there is at all times an even distribution oi the sieri( over the inner surface of the cylinder which is beine progressively fed, through the cylu i if desired, the cylin der as Well as tne rolls may be rev lved,

roll lil heitere passing ,thereby roviding for an even Wearing of y a i nater'a' leaving the roll 14% Preferably the rolling oft the stock is accomplished as herein by aI true rolling action without any substantial abrading or Ygrinding action, so that the stock is reduced or refined by a crushing action and Without cutting, abrading or otherwise injuring the fibers.

It will be obvious that various other agencies and appliances maybe employed for producing the crushing or rolling action herein described, and that the invention is not limited to the number, form or construction of the crushing agencies 0r the shape or arrangement of the body or casing of the apparatus or to the respective location of the crushing agencies or their relative or tion.

actual movements, but that various modi'- hcations and forms and arrangement of parte may be employed without departing from the spirit of the invention.I i'

Claims: 1. A. machine for working paper stock or other material wherein the material is 'fed continuously to the machine inlet and withdrawn from the outlet thereof, characterized by the employment of separate crushing and feeding devices acting' in alternation whichv subject the material to repeated crushing actions,l with intervening' feeding actions predetermined in amount whereby the material positively fed through the machine and subjected to a predetermined crushing ac- 2. Tn a machine for working paper stock or other material, the combination With a casing havilngr an inlet and an outlet, of means ior subjectingr the material to rc peated crushings, and mechanical feeding devices to advance the material in the casingr in .a direction from the inlet toward the outlet during; the intervals between suc# cessive crushings.

3. in a machine for working paper stock or other material, the combination with a -casingir having,f an inlet and an outlet, the

material, beine` continuously fed to the inlet and withdrawn from thc outlet, of rolling devices adapted to act repeatedly at separate intervals upon cach portion of the material `to crush the same, and mechanical conveying devices to advance the rolledmaterial `between successive crushing's and present it at a more advanced position in the machine to the subsequent action of saidl rollingy devices.

l. ln a machine for working paper stock or other material, the combination with a casing presenting a materials-receiving sur-` 'face and having an inlet and an outlet, the material .being continuously fed to the inlet and witlulnawn from the outlet, rollers opcrating in said casingggn and adapted lo roll the materiai"presented on said surface, and

conveying,.devices acting' during' the inter-` vals betweensuccessive 'rollings to scrape casing having;q an inlet and and advance the rolled material a predetermined amount and present it at amore advanced point to the subsequent action of the rolling devices.

5. In a machine for working paper stock or the like, the combination of crushing,l de`1 vices adapted to repeatedly crush the material, said machine having an inlet and an outlet, and separate conveyer means for feeding the material a predetermined amount between successive crushings to sub` ject the material to a predetermined crnvshving action while being ladvar'ced througlithe machine from the inlet tothe outlet.

G. In a machine for reducing materials, the combination with a materialsreceiving surface, crushing means to subject the' material vthereon independent mechanical feeding means to advance the material on said surface Vin a direction from the inlet toward the outlet a predetermined amountv between. successive crushings.

7. In a machine for working paper stock, the combination with a casing, rolling moana in said casing', an inlet andan outlet, and means to feed stock from the inlet to the outlet to subject i't to vrein-fated rolling actions predetermined in nunlberand amount.,

8. ln a machine for working pa per stock or other material, the comliinatioii with a an outlet, the material being continuously conveyed to and from themachine. of crushing i'neans f for repeatedly crushing;r the material passing through tin` casing, and distinct mechanical feeding devices for conveying it through the casing between successive crushings.

9. 'In a machine for working paper stock, the combination with a cyliiulrical casing', a roll in contact with the inner surface of the casing and extending,- lcnethwise the same,- means Jr'or causimerelative movement be tween the roll and the cylinder. an inlet and an outlet in said casing', and means for continuously feeding stock through the casing from the inlet to the outlet.

l0. ln-a machine for working' paper stock, the combination with a roll, a stoel; receivinnr surface over which the roll works, means for presenting stock to the rollen said sur- `t'aceeand means for irogressively advancing' the stock on the sur ace lengthwise the rolln 1l. ln a machine for working' paper stock, the combimi-tion with a cylindrical casingQ of one ormore rolls` therein` extending lengtle wise the casing, and means for repeatedly presenting paper stock to the .samey roll in said casingbut at different progressively advanced points in its length.

In a machine 'for working,r kpaper stock, the combinationAvith a Casing', of crushing devices within the same, and conveying;F de-v vices within the casing `tor progressively' conveyingl the stock through the same7 and to 'successive crushinge, and

lili;

action ne action of saitl crushing for iN-inflring paper stocii: rolle anni mechanical #fecciin alternation ancl dissif upm. the steelt.

.eine for Working paper stock, Yion with a cylin(.h 'ical casing, of to move over the inner surcasing7 said rolls being yielclto permit `their outward centiii'ugai tierce, and* inu .nical conveying devices to said casing hiring the reen successive rolling actions. r Working upon paper other inai rial, the combination having the inlet l() and the ol rolls 13e-14e and the separato ictliate conveying devices 29. t machine for Working paper stock, .tion with a cylindrical shell, a an A of rolls extending lengthwise said anti in working proximity to the inner means to canse relative ent between the rolls and saici shell, and an outlet for saicl shell, ancl vices to aflvance the' stoclrironi vxarcl the outlet between each roll machine 'ici' Working paper stoel: Yj a cylindrical shell having- .an inenil and at outlet near the oppoa rotary shaft carrying inclined anni ugitating veins for advanc- ,i ial :from the inlet toward the outarranged in Working proximity surface of said shell and aelaptl "1' to crush the material entering 'l material being advanced. by between successive actions of said journal supports carried by said. it :for said rolls, i i a ma hine for w rlring'paper stocli', cenilnaticn with a casing, a roller in Vlleans `whereby stock may be en- "asintg to be repeatedlly crushed `nier., ineens whereby the stock may *from said casing, ancl means rely advancing the stock beve crnshings to be successively roller at 'progressively ath f in .its length. achinc for working paper stock iion with a casing having an inq outlet, one or more rolls Working nmngg; to engage materials near the t cnil and one or more additional rolls 'regie materials. only atterbeinp;

fn the inlet end toward the Ont- :i machine for Working' paper stock= ion with a cylindrical casing; i" and. an cutlet, means tor feeding materials tl'xrough ,said casing, one or rolls extending lengthwise the casi to engage the n'lateri als for substantially ther entire path between the inlet and outlet5 and one or more rolls extending lengthwise the casing to engage n'iaterials only after being initially refined by said iirst roll or rolls.

Qi. ln a machine Aiter reducing material, the combination with a casing, of one or more crushing members within Said casing, means for imparting` to said crushing menibcr an orbital path of travel within the casing to canse the saine to act repeatedly upon the material distributed on-the inner surface of the casing, and mechanical fecoling means in saiil casing to' advance the material during the intervals between successive crushing actions.

a machine for reducing material, the combination with a stationary casing, oi a crushing roll within said casing, means for giving said crushingroll an orbital path of travel 1.o effect successive crushing actions upon the material contained` on the inner surface of said casing, and means for feedinnr `the material (between successive crushings to present it to a more advanced point along said roll.

In a machine for reducingbr material, the combination with a casing, of a crushing roller Within the casing7 means for revolvingsaid roller in an orbit to cause the same to pass over the inner surface of the casing and the material thereon while centrifugally pressed out 'amlagainst the casing, and means for feedingV the material after each crushing action to advance its position inA said casing.

ln a. machine for disintegrating raw material, theicombination with a casing of a crushing" agency means for centrifugally distributing the stock evenly over the surfacc of the casing to subject it to the action et the crushing agency, and conveying,r means to advance the stock a predetermined distance along the surface of the casing after each crushing action.

In a machine for disintegrating raW material, the. combination with a casing having an inlet anti an outlet of a crushing agency for repeatenl v crushing' the same, means :for centritug ly distributing the atoclr. evenly over the surface oi the casing;l to subject it to the action of the crushing agnxncy, and feeding' or conveying means for advancingr the stock along` the. surface from the inlet to the outlet said means acting between successive crushings.

26. ln a niachinesfor disintegrating material in paper making, the combination with a casing' having an inlet and an outlet, of means 'For distributing the material evenly over the inner surface of the casing, a crushing member vadapted to act upon said incassa evenly distributed material, and mechanical l feeding means to advance the material freni the inlet to the' outlet.

27. The process of Working continuousj` fed paper stock or other material, which7 consists in subjecting the same to a succession of crushing actionsand maintaining a progressive, predetermined feeding movement during the intervals between successive crushing actions to and away from successively acting crushing agencies to secure thereby an aggregate crushingeffect predetermined in amount. 4 i

28. The process `of Working paper stock or other material, Which consists in applying the material to a surface, crushing the saine thereon, advancing the material along said surface after being crushed, again crushing it in its advanced position, and continuing through a series of alternate crushing and conveying actions.

29. The process of Working papcrstock or other material, which consists in rolling the stock to crush the same, positively ad? vancing the rolled stock after being rolled to present it again to the action of the same roller' at a more advanced point in its length and continuing through a series of alternate rolling and advancing actions.

30. The process of working paper stock or other material, which consists in applying the material to asurface, rolling the same thereon, scraping the rolled material and advancing the same along said surface, again rolling it in its advanced position, continuing through a series of alternate rolling and scraping actions, and finally dis charging it from said surface. 1

31. Thotprocess ot working paper stock or other material, which consists in forcing it outward by centrifugal action upon the inner surface of the surrounding casin to press it thereagainst, subjecting it W 'le pressed thereagainst to a pressing action, thereafter and dissimultaneously subjecting it to a conveying action to advance it along the surface While still pressed against the same, and repeating the successive and atternate crushing and conveying actions.

The process of Working' paper stock or other material, which consists in 'pressing the stock against a member, crushing it while pressed thereagainst, thereafter dissimultaneously subjecting itl to a conveying action to advance it while still pressed against the member, and repeating these alternate crushing and conveying actions. Y

The process of Working paper stock or like material, which consists in advancing the stock with relation to crushing agencies, stopping the advance at intervals, and crushing the stock while the advance is stopped. j i

84. The process of Working paper stock or like material, Which consists in rolling the same only While it is motionless and mechanically conveying the material only before and after it has been rolled.

35. The process` of working continuously fed paper stock or other material, which consists in subjecting the material to a succession ot crushing actions and subjecting it to a positive mechanical feed between,

successive 'crushing actions.

.In testimony whereof, I have signed my naine to this specification.

AN'roN .i HAUG.

all?