US843084A - Oiling device. - Google Patents

Description

No. 843,084. PATENTED FEB. 5, 1907.

- R. GRIESER & F. 0. YATES.

OILING DEVICE. APPLIOATION FILED AUG. 21, 1906.

r 7 In ventors 1Z1 gard'rrhren- 11 d 6'. By their Att iney, ya)? l' lo wljl whom it may concern."

" UNITED. s'rAr-Es RICHAR GBIIESER AND FREDERICK c. "YATES, oF- N QRK, N. -Yl,

' folun'eiozvlcs.

- 1 7 Specificationof LettersPatent.

, Patented Feb. 1 19o7. v

i i m August 21,1905 Serial m.ss1'. 4so.

" Be it known that'WB,.RICHARD'GRIESER, a

citizen of the United States, residing at New York, in the county of NewYork and State of New York, aIId FREDERICK YATES, a

jt1on. Fig. 2 1s a plan .viewpartlyin section.

citizen-of the Dominion of Canada, residin at New York,-in the couiityof New York an -"S tate .of .New York, have invented certain new and useful Inprovenc ents in Oiling De: vices, hf which the following is a specification.

' This invention relates to lubricating de-.

vices for machinery that is moved from place.

to place and which will assume difi'erentpo;

U sitions relative to the leveipr horizontal line.

i Z O The object of the invention is to provide means in a casing contalning-a serles of bear-' mgn: embers such, for instance, as the crankcase ofan engine,whereby upon the crank-.

case being inclined from, thelevelposition the surplus lubricating-oiljwill be withdrawn from the lower end of the'crank-case and returned tothe upperend or. else forced di-l rectlylupon the bearing members. Our "in when the vehicle is on a ing members.

. vention is particularly applicable to motorvehicles in which the crank-case is inclined I This will causeasurplus of oil at the owermost end f the crank-case, which will result in too much oil being engaged by the bearings at thatend, tending to flood the cylinders and foul the spark plugs, inducing premature explosions and other troubles. Furthermore, the other end of the crank-case will-be without the lubricating-oil and the bearings will beconce heated and cut. By the present invention the oil is automatically withdrawn from whichever end of the crank-case is lowermost and is distributed uniformly throughout the crank-case and the oil is autom atically,

codled, dispensing with the need of watercooling.

A further object of the invention is to prolubricating-oil from opposite ends of the crank-casing when the casing is in the normal level position'and force the oil onto the bear- Thereby upon the crankcasing being inclined in either, direction the oil will be withdrawn from the lowermost end and forced upon the bearings,fwhile the upper end of the casing being dry no oil will be forced upon the bearin s. I

A further object of the inventionis to provide an in proved 1r. cans for lubricating thebearings .of a connecting-rod and crank and also of oiling the cvlmder or other recipro- ,ing-rods. V through the connecting-rod. Fig. 5 is a cating member with which the connectingrod is pivotally j-ointed. I

In the accompanying drawings, representing'one embodiment of our invention, Fig- 60 ure' 1 is afront elevation partly shown in see- Fig. 3 is an elevationof one of the connect- Eig. is a longitudinal section transverse'section of the connecting-rod on line 5 5, indicated in Fig. 4.; and Fig. 6 is a transversesection on the. line 6 6, indicated inFig i.

In Fig. 1 is represented a four-cylinder gasengine of the upright or vertical type, hav- 'ing four cylinders A, B, C, and D, in which operate trunk-pistons, The pistons a, and b" are shown in'section and the "adjacent part of the casing E. The istons a and I) operate 7 5 in the cylinders A an B and are connected with the crank K by connecting-rods 2 and 3, respectively, the connecting-rt) sbeing pivotally jointed to the trunk-pistons at their npper ends and are rovidedwithj onrnal-boxes 8o 4 and 5 at their ower ends, in which operate the crank-pins 6 and 7. The sameconstruction is followed withthecylinders G and D, but which are not shown. :At'one end of the crank-case E is an outlet 8, from which leads 8 5. a pipe 9. At the opposite 'end of the casing is an outlet 10, from which leads a pipe 11," both pipes extending toward the middle part of the casing and inclined downward,

and leading to a -T 12. qFroIn this T suitable piping 13 leadsupward and is connected with a reservoir 14; but a suitable fluid-actuator 15 is placed along this pipe for drawing the. oil'from the cylinder and forcing it into the reservoirf -'In the form shown a gear 5 force-pump (represented by 15) is used and actuated'from the main shaft 5- of the engine by chain- 17'. The pipe 13 leads into the reservoir 14 at 16 adjacent its top. The oil in the tank 14 passes out through a pipe 18, ICO whose open end. 19 leadsnearly to the bottom of the tank, thus formingasiphon. The pipe 18 conducts the oil back into the crank-casing and is provided with means for distributing the. 0i r0 5 so that it is uniformly supplie throughoutthe casing and eachend will re-' ceivef the proper amount for the bearings Itherein. a

r When the-engine is placed fore and aft on a grade,

motor-vehicle and the latter is ona either ascending or descending, obviously .one' end of the casing wilLbe elevated considerably above the other. The lower end will have the oil inthe casing crowded to that end, while'the other and up ermost end will be high and dry. Where t e splash system of lubrication is used, one or two cylinders and crank-bearings at that end will receive no lubrication, because i there is no oil to be splashed thereby. Hence the bearings. will becomedry and heated and will then tend to burn and cut, and any smallamount .of oil they may receive will become immediately carbonized. The spark lugs will also become foul very-shortly; b ent invention the oil that is nowat the lower end will run through the outlet 8 or. 10 and pass into the ipe 13. By means of thefluidactuator t 's 011 will be drawn u into the tank 14. From thence the oil will e forced out of the tank throu h the si hon-pipe and through the pi e 18 to e distri uted throughout the lengt of. the crank-casing. In the glrlesent inventionthe oil from the pipe 18 is ected upon each of the connecting-rods. This pi e I8 is provided with " branches 20, 21, 22, an 23, that lead into the casing at each cylinder, respectively, as indicated in section in Fig. 2. These pipes are provided with nozzles 24, whose position is at the extreme 'lower'portion of the cylinder, whereby the oil will be constantly received upon-some part of the connecting-rods By this*m'eans whichever end of the cylinder is depressed the oil flowing to. that end'will be forced, up by the pump into the reservoir-and thence be uniformly distributed to feed each of the pistons and bearings operatively connected therewith. When the casing is. level, the oil will be drawn from both ends; but should either end be elevated the oil running to the other end will be withdrawn and fed upon all of the connecting-rods.

The oil striking the connecting-rods will meet a surface whose inclination varies. When theconnecting-rod is in itsextr'eme Iu per and lower limits, it will be vertical and t e oil will meet a substantially perpendicular surface, but between these positions the connecting-rod is alternately inclined in opposite directions. When the connecting-red is inclined away from'the nozzle and toward the iston, the oil will naturally flow up and tend to lubricate the wrist-pin and cylinder, and when the connecting-rodis inclined in the opposite direction the oil will flow down the connecting-rod to lubricate the crankbearings, &c.

' In order to facilitate'the'movement of the oil alon the connecting-rods, each rod-is preferaby channeled, as shown,- tendin to cause the oil to flow along therod rather t an 'to,move"t0wards the sldes. At the lower.

part of the connecting-rod the channel terminates in an annular pocket 26', and one or more openings 2 7- are provided, leading from this pocket to the crank-bearmg By ut with the presthis means the oil flowing down the. channel will. be caught in the pocket, and hence be caused to flow directly u on the crank-bean ing. Some of the oil wi 1 pass around the pocket to the opposite side of the connectingrod and will be thrown off against the rear side of the cylinder. A assage 28 through the connectingrod from t e channel 25 to the opposite side-permits-some of the oil received on the rod to pass through and run down into the pocket on that side.

- By this means 'it is unnecessary to have sufiicient de th'of oil in the crank-case tofinsure splash ubrication, as the oil falling from the bearings will be constantly drawn out by the force-pump throughnir-cooled pipes into the air-cooled reservoir and from it fed directly upon the connecting-rods, and the .cooled oil caused to lubricate the cylinders,

crankbearings, and the Wrist pins; By means of the siphontub 19 a certain amount of oil will always be retained in the reservoir, and as soon as the en he. is started and the force-pump. operates oil will be directly fed upon the bearings. We claim as our invention- 1. In an engine, the combination of a crank-case having operably mounted therein a driving-shaft and a series of cylinders and cranks and connecting-rods, the bottom of the crank-case being substantially parallel With the shaft, and means for withdrawing lubricating-oil; from the flowerend of the crank-case upon the same and the shaft being inclined in either direction from its leyel position, and for forcing the oil into the'oth'er end of the crank-cas 2'. In an engine, the combination of a crank-case having operably mounted therein a driving-shaft and a series of cylinders and cranks and connecting-rods,. the bottom'of the crank-case being substantially parallel with the shaft, andni'eans for withdrawing lubricating-oil from lthelower end of the crank-case upon the same and the shaft being inclined in either direction from its level position, and for forcing thexoil upon the bearing members l I 3. In an engine, the combination of a crank-case having operably mounted therein a driving-shaft and a series of cylinders and cranks and'connecting-rods, the bottom of the crank-case being substantially parallel with the shaft, and means/for withdrawing lubricating-oil from-the. lower end, of the crank-case upon the same and theshaft being inclined in either direction from its: leyel po sition, and for forcing the oilupon the connecting-rods. i

4. In an engine, the combination of. a crank-case having operably mounted; therein I a driving-shaft and a series of cylinders and cranks and connecting-rods,'the' bottom of the crank-case being substantially parallel with the shaft, and means for;withdrawingv S r. nectin -rods in the plane of their movement.

r nkas p n thesamfe and h h ing n ii d' n ei direct o fr 'it ev P sition, and-for fo'rcing the oiliupon theconnecting-rods', -t he oil being directed inthe v plane of movement of. the connecting-rods.

In fan; engine, the cornbinatron ofja crank -case having operably mountedtherein a driving-shaft and aseries of cylinders and cranks and connecting-rods, the bottom \of the. crank-case being substantially farallel jwithfthe shaft, and means. for-with rawing lubricatingoil from the lower end of the crank-c'aseupdn the same and the-shaft being inclined in either direction from its level pov sition, and forforcingthe oilupon the connecting-rods, theoil being directed in. the

plane of'rnovement of the connecting rods,

and being directed toengage the connectingrods alternately on oppositesides of the perpendicular theretoat thepoint of contact,

whereby theoil will be splashed alternately toward the piston and toward the wrist-pin cooperating with the connecting-rod.

6.'In an engine, the combination of a' crank-case, having mounted therein a nor- -mally horizontal driving-shaft and a series of cranks and connecting-rods, the bottom of the casing being substantially parallel with the driving-shaft, a conduit leading from upon the latterbein'ginclined in either direction'irom its level position, and such oil is. forced upon the bearing members.

7.:In an engine,'the combination of a crank-case, havmg mounted therein a normally horizontal driving-shaft and a series of cranks; and connecting-rods, the bottom of the casing beingsubstantially parallel with the driving-shaft, a conduit leading from each endof .the reservoir, a fluid-actuator connected with said conduits, pipes leading from the fluid-actuator and arranged to direct oil upon the bearing members of the cylinders respectively, whereby the. oil is withdrawn from the lower end of the crank-case tion from its level position, and such oil isupon the latter being inclined in either direcforced upon the bearing members,.said pipes being disposed to direct the oil upon the con- 8. he combination of a casing having a series of bearings therein, a closed reservoir, a pipe leading' from said reservoir into the casing and provided with branches for directing 'oil upon the bearing members, a conduit leading from one end of the casing into said reservoir, a conduit leading from the opposite end of the easing into the said reservoir, and a fluid-actuator connected with pipes onto said bearing members."

said reservoir into the cran from theends-of the easing into, the Said sidel ne Gee-ea. 1 are oi ffl ie.

- esei' voi i and thence throu'gh'said pipes onto a e r i m mb rs. a, The; combination of a casinghav ng a series ofbearings therein, a closed reservoir,

' a; siphon-Pipe leading irorn I said reservoir near the bottominto'the casing and provided branches for (lirecting oil up on the bearngmembers, a conduit leading from one end of thefcasing intogthe reservoir, a conduit leadingfrom the other, end of the casinginto thesaid; reservoir, and a fluid-actuator (5011- nect'edwith said co'nduits and organized to' force oil flowing from theferids, of the casing into the reservoir and thence through said 10. In an engine, the coin ation of a se ries of cylinders and a serr f cranks and conne.ct1ngrodsoperat1ng infa crank-case, a

said' reservoir intot e crank-case and pro,

'videdwith branches for'directing oil upon each connecting-rod,v a conduit leading from one end of the crank-case into said reservoir, a c'onduitleading from the other end' of the crank-case into said reservoir; and a fluid;

actuator connected with ,s aidconduits and; organized toiforceoil flowing from. the ends of the crank-case into the reservoir' and Y thence through said pipes onto all the' con:-

necting-rods. v v

11. nan enginefthe combination of a casing having a series of bearingsla closed reservoir, a siphon-pipe leading from said LL 0 reservoir near the bottom into the casing, a conduit leading from one end of the easing. into said reservolr, a conduit leading from the other end of the easing into the said reservoir, and a suction force pump connected with said conduits and organized to force oil flowing from either end of the casing into the reservoir and thence through said pipes into the crank-case.

r 12. In an engine, the combination of a series of cylinders and'a series'of cranks and connecting-rods operating ina' crank-case, a closed reservoir, a siphon-pi e leading from ii -case and pro:- vided with branches for directing oil upon I the connecting-rods, a conduit leading from one end of the crank-case into said reservoir, a conduit leading from the-other end of the crank-case into said reservoir, and-a forcepump connected with the conduits and organized to force oil flowing from the endsof the crank-case into the reservoir and thence thriough said pipes onto all the connectingro s. r ,I r

13. In a lubricatin device, the combina-, tion with a crank and a reciprocating member','of a connecting-rod pivotally connected with said members the connecting-rodbeing;

side and with a pocketwhich runs around to Ill provided with a lo: \gitudinal channel on one I go 5. closed reservoir, a si honpip'elea'ding from'f 'casinghaving a series of cylinders, cranks and connecting-rods operable in a crankcase, the connecting-rods beingprovid'e-d with a longitudinal-channel opposite one side of the casing, pipes arranged to direct lubricating-oil onto said side of eachconnecting.

rod, means for withdrawing the oil from thebottom of the casing at each of opposite ends and forcing said oil through said pipesfor oiling the connecting-rods, whereby the oil is withdrawn from the lower end only when the casing is inclined in either of two direc-' tions and forced upon-- the connecting-rods.

15. In an engine, the combination of a series of cylinders, cranks and connecting-rods operating in a crankcasing, the connectingrods having channels on their sides opposite one side of the casing and also each provided with a pocket having openings leading tothe crank-pin, pipes arranged to direct lubricating-oil onto each of the connecting-rods at their channeled sides, means for withdrawing the oil from the bottom of the crank-case at seaear each of oppositeends and forcing the oil through said pipes onto the-connecting rods,

whereby the oil is withdrawn from the lower side only of the crank-casing upon being inclinedl in either of two directions and forced upon the connectin-ge'rods. r

16; In an engine, 'the.comb1nat1on of a se-I ries oicylinders, cranks'and connectingfl'od's operating in'a crank-casing, the connectingrods having channels on their sides opposite one side of the casing and also provided with a pocket having openings leadingto the crankrpin, pipes arranged to'direct lubricating-oil onto each of the connecting-rods at their channeled sides, means forwithdrawing the oil from the bottom of the crank-case at each of opposite ends andforcing the oil through said pipes onto the connecting-rods, whereby the oil is withdrawn from the lower side only of the crank-casing upon being inclined in x 7 either of two directions and forced upon the connecting-rods, said means being operated by a force-pump actuated frorn the engine/ I RICHARD GRIESER.

FREDERICK C. YATES. Witnesses:

WILLIAM H. R ID, F. E. Boron.

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