US829096A

US829096A - Lubricator.

Info

Publication number: US829096A
Application number: US22447104A
Authority: US
Inventors: George W Carver
Original assignee: Greene Tweed and Co
Current assignee: Greene Tweed and Co
Priority date: 1904-09-14
Filing date: 1904-09-14
Publication date: 1906-08-21
Anticipated expiration: 1923-08-21

Description

PATENTED AUG. 21, 190e. G. W. emma.

LUBRICATOR.

APPLIUATIOE FILED s292214, 1904.

PATENTED AUG. '21, 1906.

G. W. CARVER. LUBRIGATOR.'

APPLICATION PILED'SEPT.14. 1904.

Maga Moenia mowing@ l No. 329,096, PATSNTED AUG. 21, 1906. G. W. CARVER.

LUBRIGATOR.

JPPLOATION FILED SBPT.14, 1904.

SHBBTSFSHEET 3` point of use.

nrnrnn sri-irse OFFllO.

GEORGE WV. CARVER, OE NEW YORK, N. Y., ASSIGNOR TO GREENE, TWEED du COMPAIY, OF NEW YORK, N. Y., A CORPORATION OF NEW YORK.

tiiseiosroe.

Specification of Letters Tlatent. I

Patented Aug. 21, 1906.

Application filed September 14;, 1901i. Serial No. 224.471.

To all wit/)nt t 'nw/y concern.'

Be it known that l, Gnonon W. @envien a citizen of the United States, residing et No. 17 Murray street, N ew York city, N ew York, have invented certain new und useful im provenients in liubricetors, oi which the following is a specification.

My invention is an automatic force-'feed lubricator, and while designed particularly for use in connection with automobiles for lubricating the dillcrent parts it is not limited in its use to this connection.

The invention consists in the features and combination and arrangement of parts hereinafter described, and particularly pointed out in the claims.

Theobjects of 'the invention will appear from the detailed description ond from the advantages to be derived bv the use .of my invention, 4as will be referred to hereinafter. ln the accompanying drawings, Figure 1 is a longitudinal sectional view, partly in eleva.- tion, through the lubricator, showing n group of force-feed devices operated from a single shaft. Fig. 2 is a 'transverse sectional view, partly in eleva tion, of the invention with a dilferent form oi' nozzle -from that shown in Fig.' l. Fig. 3 is a plan view of the invention. Fig. 4 is u detail view, partly in elevation and partly in section, showing one forni of means for driving the eccentric-shaft. Figi 5 is e detail view inv section of the friction-clutch seen in E ig. 4. Fig. 6 is a view similar `to Fig. 2, showing a modified forni of adjusting means for altering the stroke of the pump.

In the drawings, l is a casing or reservoir for containing the supply of oil which is to be delivered by the force-feed devices to the This box or casing has bearings at 2, in which is journaled a shaft 3. This shzrf t in the particular embodiment of my in vention shown is employed to operate a plurality of force-feed devices, each of which is i intended to deliver its own supply to a certain partof the nnrohnie, though it will of course be readily understood that l do not limitniyself to any particular number of saidv devices, there being one or more. Esch force-feed device comprises a lixed piston 4, depending from the to plate ol` the box or reservoir into the oil t ierein, the said iixed piston being secured in position by screwing lts `upper end into what I term for convenience a nozzle 5, which in turn is held to Jelow the middle of the height thereof, and on this ixed piston e cylinder 7 reciprocates.

This cylinder at its upper end has e. stuffingbox '8, surrounding the fixedpiston, and etits lower end is provided wit a section 9, screwed therein and having a shoulder 10, 'fitting :against the end oi the cylinder proper. This section has its opening or 4passage oi' two diameters, the lower portion being ,of smaller diameter than the upper portion,l and at the upper end of each portion a valve-sent is formed for the small and large'

checkvalves

11 and 12. A check-.valve 13 is also employed at the lower end of the xed piston, seid valve 13 restin on a seat formedby the rin portion 14, w lch is screwed into the sai fixed piston and provided at-its up er end with a seat for the said check-vs ve. All of the valves mentioned close downwardly upon their seats, and the same is true of a valve 15 etv the upper end of the part or tube constituting the nxed piston. All of the valves l prefer to' employ in the form of balls, and the upper valve 15 is pressed down against its seat by a. spring 16, saidvalve 15 end spring 16 being arranged inthe nozzle.L

The cylinder 'at its lower end is provided with e strainer 17, formed of wire-gauze or other suite-ble material in the form of acup, litted over the end of the cylinder and he d by o. portion of the wall ofthe strainer fitting i and extending laterally theref'roni,an to alsoA engage with a 19, formed or fixed onthe A end oi a screw 20, threaded through an erm 421, formed integral with the cylinder and ex tending laterally therefrom over the erm 18 and in the seine vertical plane therewith. The arm 21 is provided with an enlargement extending upwardly therefrom to aiiord ay icc long bearing for the screw to work through.

By turnin the screw through the said beering the dis 19 is 'adjusted vertically in relation to the eccentric, and as the length of stroke of the cylinder obviously depends eas,

40,passing through the lates and into lugs 41, projecting inwardly rom thesides of the reservoir It'will be seen from the above that the apparatus is free from com lication 0f parts,

and as contributing large y to that end the straight fixed piston of tubular form dependin into 'the reservoir and the reciprocating lcy inder on the said straight piston are elements of importance. The fixed piston forms a straight and uninterrupted passage for the initial outflow of the oil from the reservoir, the said oil passing upwardly fromthe reservoir through the said iston'and immediately into the pipe or con uit leading to the part to be lubricated. This straight construction of the discharge-tube maintains an even pressure on all the valves, as there are no corners for the Huid to press against.v Moreover, this straight construction facilitates adjustment and assemblage of the parts, The movement of the cylinder Within the reservoir serves to agitate the oil, and this is particularly the case with the strainer, which agitates the oil and keeps the same from thickening or clogging up. Each pump has its own strainer located on the cylinder thereof, and each strainer thus acts as a separate agitator and insures that the oil passing through the said pump is clear and free from thickened portionsor foreign substances liable to clog and linterfere With the perfect supply' of oil to the parts to be lubricated.

- One important feature of my invention is that the pum or forcing device comprising the v,piston-cy inder and its adjusting-stem can be removed as a whole from the reservoir, and where a plurality of pumps are employed, as shown in the illustrated embodiment of my invention, each pump may be removed independently of all the other pumps. This is done simply by loosening the screws holding the particular section of the top plate which carries the said pump and its adjusting mechani'smg'and by merely moving the pump laterally it may be readily detached from the eccentric and then lifted out of the reservoir 'and its adjusting-stem and adjustable disk are removed at the same' time, all being suported from the same section of the top plate.

he Whole device may thus be removed and replaced without changing the relative position ofthe parts, it not being necessary to alter the position of the`disk in relation to the eccentric'. In replacing the pump or forcing device an operation the reverse of that above described is performed.. The removal of the pump may become necessary or desirable for a variety of causes-such, for instance, as cleaning the valves, cleanin the strainer, Which may have become fille up or clogged with any foreign substance, or for setting up the stuffing-box or making other adjustments of the parts. 'Ihe feature which renders the cee 3f;

stems rise through the top plate of the casing A and work looselgy therethrough, the sleeves before mentioned being smooth on their eX- terior and moving through openings in the said top plate. As the eccentrics operate the pumps the adjusting-stems move up and down through the top plate, and thus they show the amount of throw that each cylinder has according to the particular adjustment of the arts of each pump. The verticallyqmovab e stems thus serve as indicating means, whereby the operator can tell apjroximately how much oil is being forced om the reservoir through each pump, and he can then make adjustment of the pumps individually as maybe req uired. Each valveseat of any one of the pumps is freelyA accessible by removing certain of the parts. This applies to the upper valve as Well as to the two lower valves` oil that should Work up through the stuffing-boxes of the pumps returns to the reservoir, as all the Working parts of the pumps proper are in the reservoir. This return of the oil is due also to the fact that the cylinders reciprocate 'entirely Within tla reservoir and no part thereof extends outsi e.

Instead of using a solid screw-stem, as above described, l may employ the arrangement shown in Fig. 6, in Whicllthe screwstem, carrying the disk at its lower end for the eccentric to Work against, has a reduced extension 42 at its upper end, which enters a socket 43 on the lower endgo'f a stem 44, Which passes through the top plate of the apparatus. By turning this upper stem 44the lower screw-stem Will also be operated, and as this is threaded through the arm 21 said stem, with the disk thereon., will be adjusted toward or from the eccentric. The parts may be locked in position by a set-nut 23, resting on top of the reservoir, engaging a threaded portion of the upper stem.

- Excepting Where it is specically hereinafter noted ,in the claims I do not wish to limit. all the features of my invention to the vertical arrangement of the pump Within the reservoir, as other arrangements may be used Without departing from some of the features of my ,invention Instead or driving the shaft as aboveI described it maybe driven by Worm-gearing from a lfelt. or sprocket-Wheel.

The connection between the pump and its removability of the pump'possible consists of operating means maybe said to be a-loose one, .in that alle pomp may be disconnected tliereiron'i by o lateral movemen of the pump in relation to its o without requiring' any jov oir? oisconnected Wil'iin the i'esevvoir.

.it will be understood that i ere in the ifolto?, eser'v'oir, a hollow piston-rod extendemploy me term eccfffntiic i do so in e g i ie s nee te .zover en eccentric er any eoui 'en device ivliieli infill ec coninlisl, Subsieiiiielly 'lle semereeulli.

lowing claims l tor., e ieeervoii, e bellow pieton-ro' the seine and seri/lng' e5 e discliergeag v the oil, cM wing a. ve

, miei' i' ing on ouieit Si e' of 'Llie unsichere onli means il,

cel/eil ii' n tbe i cylinoe., si *if in combix icneplunil'i inps coin' iixedliollow stfonodonl a ouieiside of izlie Same, e, i'eservoir comprieing oil-- pumps end i and Ineens foi." opeie-izing U of elicit and e pl H'elijbyr ol"l eceeniliics wiifhin lie seidwclemo and bfi-.ving tion WiLli the cjlinfei's of ille pumpe, suesiinntielly :Le deeciibed;

3. ln combination in 'force-fee" lubii 13er, 'e,i'eseivoii', n. pump coinpiiei fr; bellow ne pumps consi ,istenffod fleoenfiinsf into tbv riseivoii'- ond. i .e

Se* ng es en ijnitif-i dis oi duit, a cylindef werkingen pis on-real, i diiving` ineens foi the cylinder with vrbieli il i seid cylinilenlnj' be engaged and disengaged, seid pump being removable through the iep of the eservoii, substantially es described.

4. in combination in e. rceeed lubiieatoi', e reseivoii', e punin cle ending from the top plate into the sai( 4ieL-icvr.)ir, and comprising a iize/l-lioilow piston serving en initial discharge-pipe, Ineens For operating the pump, :intl ineens fofV ecljusiling the stroke of 'nl pump, Seial depending pump with its cui lsiing meen@ detachable iiom the opeziting ineens, and immovable one body through the uppe simi of the 1e:1- erven, subsiy Lilv es ai i eil,

.in combination in lleree-feeil lubricatoi, :i reservoir, e pump depending ino the seine, means Within tlienefserveir iov operate ing the pump, und i dei ice iol: adjusting the stroke oithepump, 'seid punipmfifli its ailjusiing device being detachable from Said operating means by e leteijgil movement of seid parte es a Whole and being also remo viable es o whole through top of the reservoir, substantially es desbibed.

6. :In combination ine` force-Feed lobi-ies tor, driving Ineens, ev-.iesei'voin and a pump dependingr into the seme sind consisting of movable part having connections: extending to one side oi. the vertical, pleine thereof foi feting nieces and f *its being loosened" operated from. tbe said shaft, es described.

lei' on the f common te ell. ci: the I winclisiiicipumps .ere Ycated,

Connection with @be driving means, seid driving ineens being also located Within the Yreservon and *from which the pump is sheen# gagged by n lateral movement of seid plie/1p, sul stentiall'y als described.

u v 7o 7. in combination in oifceeeed lobi-ice .g Into the seine, e. cylinder' to. reciprocate i ille hollow pieton-rofl., and e shaft Witfhin .ne iesei'voii, there oci-311g, a. connection'ex- Sending ifom one. side ci.: che cylineleil und substantially 8. in combiiriebien.iA lemen-wd lulnica toit, e reeeivoii, e drive-shaft izliezein, andv e178; pump en' .n.cling into the 'resevoii on one Je ci' the Slni'' end having e. laterally-extemiing.connection Wiebe simil; adapted igeged sind iieengagecl bbei'eiom-by si el movement oi' the pilmpin relation, to

til ebefs, Substantially esdeecribed- 3. In c-fmibinetion in e.icoiceeeilubrica,- bor., ereseivoii', fi diive-Sbeft. therein, anneccen'ric thereon, and pump comprising-a hollow piston cepenclinginto the resenvcin, :ind e cylinder movable "on the outside ofthe piston, end having ineens exi/endingv later,- oliy the einem to engage the eccentric, seid pump bei. L iie'necl'ieble from the eccentiic bv e. leteiel movement enclwiblidiewn from v.tiejg 5 i'eseivcii b v en upward movement, subst-alb tielly Le described.

1U in coi'nninefion in .e force-feed lubricaici, :i resa-erven', e drive-Sheittheiein, ,anco centiic tlieieon, and e. pump comprising a, roo

f pieton depending inte the raservoix', and e cylinder movable on the outside Lilie piet-on, end having means extending letemliy therefrom to engage the eccentric, seifl ineens con'ipi'ising e moveble peri;r .to :o5 bear on the eccentric, and means for adjust Y ing the seine, seid pump witbits adjusting means being` 'leteclmble from the eccentric by a, laterel movement and removable ase Whole from the reservoir Without dietubing 11a the adjustment, substantially es described.V

l in combination in a. force-feed lubrice tor, a reservoir having a top .piece o1 plete, e. olive-shale therein, an eccentric on the. driver sinn and a, pump comprising a hollow is 115 non etteched to Ythe tcp plete sind depen ling ifleiefi'om, and 1i cylinder movable on the outer Side of the scid piston 'end having ineens 'mede up of e fixed erm and o movable beei'ingpiece for the eccentric to Work 12o egsiinet :ind :in adjusting-stem 'for the said i movable bearing-piece extending through the to plete, said pump being detachable from i; ie eccentric by e lateral movement and being removable together with its adjusting 125 ineens andl top plete :is one body, Substelk tielly described. A

i2. .in combination in e, force-feed lubific'etei, :i reservoir, e. top piece there/for, e pump depending from seid top piece andqcomprising. 13o

a' nxed piston and a movable cylinder, a shaft having an eccentric within the reservoir, and

means on the cylinder engaging the eccentric and comprising an adgustable part, and an adjusting-stem connected with said adjustable part and movable through the top piece to indicate the stroke of the pump, substantially as described.

13. In combination in a force-feed lubricator, a reservoir, a pump arranged within the reservoir and consisting of a ,piston and a cylinder movable thereon, and a strain er connected with the cylinder to move therewith and aO'itate the Oil, substantially as describe 14.. 'In combination in a force-feed lubricator, a reservoir, a iixed piston depending into the reservoir and having a passage extending vertically for the discharge of the oil, a cylinder sliding on the outer side of the lower end of the piston, a strainer provided on the lower end of the cylinder, and valves within thecylinder and hollow piston, substantially as described.

15. In combination in a force-feed lubricator, a reservoir, a pump arranged therein and comprising a reciprocating part, means torl operating the same, and a strainer connected with the reciprocating part to move ,therewith, substantially as described.

16. In combination in a force-feed lubricator, a reservoir having a sectional top plate, a plurality of pumps supported independently upon a plurality of said sections, and means for Operating the pumps, said means being located within the reservoir, and the pumps being independently detachablev from the said operating means and independently removable vtogether with the attached section of the -top vfrom thesaid reservoir, substantially as described.

17. In combination in a force-feed, lubricator, a reservoir, a plurality of pumps extending into the reservoir, means for drivin Y the pumps, and devicesior adjusting the t row of the pumps, each pump together with its adjusting device being removable as one body Jfrom the reservoir and the driving means 1ndependently of the other pump or pumps with their adjusting devices, substantially as described.

18. In combination in a force-feed lubrica-y tor, areservoir havinga sectional top, a shaft within the reservoir, eccentrics thereon, a plurality ot pumps each having a connection with one of the eccentrics and adapted to be disengaged therefrom independently of the other pumps, and devices for the pumps tol substantially as deing therein, a single shaft within the reservoir and means thereon for operating the pumps,

, tor, c. reservoir; and a plurality o'i" pumps extending tnereiu and each comprising a movable part, each movable part having its own strainerV associated therewith, substantially as described.

21. In combination in apparatus of the class. described, the piston having the channels around the same, a cylinder working over the said channels which are 'tree for the reception of oil, and valve means, substantially as described.

22, In combination in apparatus` ofthe class described, a reservoir, a shaft therein, an eccentric on 'the shaft, flanges adjacent the eccentric, and a pump extendin(y into the reservoir and engaged by the said angeslto be thereby held in position, substantially as described.

23. In combination, the reservoir,` the pump cpmprising the piston and the cylinder, means ror reciprocating the cylinder, and a' strainer on the end ot the cylinder held by a portion thereof indented into a recess in the side oi the cylinder, substantially. as. described.

24. In combination in a lubricator, a reservoir having a top plate or cover composed of sections, a pluradty of pumps associated with said sections .ot the cover, and means within the reservoir for operating the pumps, said pumps each being detachable from the sald means to be removed from the reservoir independently oi the other pumps and their coversections, substantially as described.

25. In combination, in "afcrce-feed lubrii cator, .a reservoir, a pluralityof pumps arranged therein, and means for operating the `ments being movable relatively to the other,

and actuating means for the relatively movable element, said means being also within the reservoir and said relatively movable element being detachable from the actuating means, substantially as described.

27. In a force-feed lubricator, thecombination with a closed reservoir, and actuating means within the reservoir, of a pump compising two elia zloylinde a efamems bei 0th; and um i elements bev ng maval other and bezug @omnes/ L... means wihm 11110 Y Y melk zo movement, substantial 29. R a isms-'fw ub. 11a-'Siem with a reservar,