US1046653A - Carbureter. - Google Patents

Description

J. RUTHVEN. GA'RBUEETBR. APPLICATION FILED mmza. 1912.

1,046,653, I Patented Dec.10,1912.

. Carburetor,

JOHN RUTHVEN, 0F DETROIT, MICL IIGAN.

. CARBURETER.

Specification of Letters Patent: P atdntcdlj e c,10,;19132.

v Hr 1' Applicationfiled January 25, 1912. Serial No. 673',380.

130 all whom it may concern:

Be itknown that I, Jenn RU'rnv'eN, a citizen of the United States, residing at Detroit, in the county of \Vayne and State of Michigan, lune-invented a new and useful of which the following is a specification. v

The present invention relates to improvements in carburetors, the primary object of the invention being the provision of a car: bureter adapted to be disposed to rest. abo e the exhaust'nnmifold of an explosive engine, the same being supplied with a hydrocarbon fluid, such as gasolene or alcohol, inlet and valve controlled mechanism, whereby the said fluid -is. fed ivithin the.device and amount ofpower therefrom.

through capillary attraction is. so hold that the' airdrawn through the device due'to the action'of the explosive engine will be thoroughlymixed with the hydrocarbon fluid in the proper proportion for the carburete'd air and conveyed directly to the explosive cham- 1 hers of the engine, thus producing adry carbur'eted air,-so as to obtain from the hydrocarbon fluid the highest possible combustion,

thus resulting in a great saving in the consumption of the fluid with the maximum A'further object of the present invention is the provision of a carbureterwhich is composed of a receptacle having upper and lower separated 'ut'communicating chamhers and which has leading thereinto an air. inlet, each chamber being-provided with air filters, so that the moisture in the air is extracted thei'efrom before the commingling of the air with the hydrocarbon fluid to produce the best possible carbureted air before the same is supplied to the explosive engine.

With the foregoing and other objects in view which will appear as the description proceeds, the invention resides in the combination and arrangements of parts and inthe details of construction hereinafter described from the spirit of the invention.

In the drawingsFigure l isa long'1tudi-- nal sectional view through the complete carburetor. Fig. 2 is a section taken on-line 22 of Fig. 1. Fig. 3 is an enlarged detail sectional View of the floatcont-rolled valve.

- In the ottom of ,the chamberoi'zoom month are-slabs 7 of asbestos, the 'snmebei'ug placed therein so that the bottomol' th' tainvo -or reservoir may-be placed-above -the haust manifold ofan explosive ino'tor a-ni Referring to the .drawings, the niiindral 1 designates the tank orreservoir"whichis provided with the air inlet 2 "at the topiii'nd forward end thereof and 'witlr'the "ga's o'utlet 3'in the wall of the lower p01-tion 6f-j the..s

reservoirso that the air is forced to' travei twice the length ofthe reservoir before 'iassing out of the gas outlet. This tanlcor:rcservoir is divided by means ofth epartition 4 and the port 4 into the"upper"and-lo'wensfis communicating compartments or; ch'aihbe andfiresiectively.

pan:

insulate the reservoir from beingheated to too great adegree but" to permit the heat" to assist in the carburation of the ai1"-w ithin-.'-75

the carbureten" Anynumber-of theses-lam may be'employ'ed to secure-the desired regulation of heat fromthe manifold. j

lilounted -within' the forWitrd end so the compartment 6 .is a sleeve or collar-'8; whicno with the perforatedsleeveor collar -9 forms an annular-receptacle for the wick 10,- the perforated sleeve 9 forming a guiding-means and receptacle for the'hollow float 11,-whose stem 12 carries the valve actuating.'cap 13.":

The wick 10- is so constructed and-arranged that the lower edge thereof'w'illbe disposed exteriorly of the sleeve: or band 8 andtermi note ata point near the bot'tomof jth' 10861" voir ortank, so that the hydrocarbon-fluid;

will lie-fed by ca illaryattraction upwardly and exteriorly o the sleeve 8 to be placed-irsnch position for being acted u on by the inflow of air to produce the esired catburetedoin' Leading into the tank-or reservoir is the fluid hydrocarbon conduit 14, which as shown is provided with the valve seatlfi upon its lower outlet end, thesame being disposed above thecap 13 and stem 12jof-='100 the float 11. Mountedfor sliding movement upon the free end of the conduit l4.'is -'a guiding sleeve 16 which is provided with the-hydrocarbon fluid spraying head 17 disposed to be engaged at all times'bythe ca 13. The spraying member 17 is con'necte to the lower end of the sleeve'i6,whicla is open, by means of the Web 18 which extends upwardly and in operable "relatikin to" the valve'lfi carried by the-stern "20 withinthe 1 lower open'sdgofne conduit, 1 the grid. mg ball '21Lcmt ried by the'upper nd of said stem assisting "in properl holding the stemand valve m operable re ation-in the lower end of theconduit14 ,so that-the raising of the float 11 will-.icause -the cap 13 to lift the s raying-member lifand conse ue'ntly the a cave '16, so'that the valve 19 wi 1 be raised into conduit closed position Upon the downward mmfementof the float 11, dueto the fall of the fluid "hydrocarbon within the receptacle foimed by the'sleeves 8 and 9,- the sleeve 16 .willfall'and consequently permit thevalve 19, duerto gravity and the pressure i ofthefluid'liydrocarbon in the conduit 14' to open, as indicatedin Fig. 3,- and thus permit the automatic feedin of the fluid hydro- ,carboniover the "rim-of t is member 17 upon I meager thenmn and finally into the annular receptacle formed by the said sleeves {and 9,-the saidfluidlbeing fed through the 4 where by eapillarvattraction the fluid is'carried exteriorly ofthe sleeve. 8 andinto. the

' the alr coming in contact with-the-wick, 1 will properly. commingle with the; hy

carbon fluid tmproduce the desi'redf air 1 reted-air; Should theffluid hydrocarbon open portion-of the compartment 6; so ,t ha t in) f to the; carburetor some pr'ope'rl'yf carbu fi meted-and. consequently rem'ain a liquid; l-state "upon the bottom of the reccp'tacle or reservoir -1, a draincock '22 is provided for th'e draining thereof frein Hie-device? Mounted 'removably-gfgwithinf the upper ,made ofaietting,

, compartment 5 isa cage while alsov mounted-in the-compartment 6 'betweenthe fluid hydrocarbon controlling mechanism and the port 4' is -a cage 24 of i 410 netting. The cagel23 contains the moisture extracting wicks 25, so that air drawn in due to the operation of theexplosive en; --";g'ine, throughthe -i nlet -.2. will b'elforced to The cage-J2"? pass through the VWlQkSfQ-l.

carries-the; wicks 2(i.-'whose lower ends are ".1 I disposedtofabsorb the oil upon the bottom of the lower compartment 6, so that the air and dry carbureted air will be produced and carried through the gas outlet 3 to the.ex-.

plosiv'e chambers of the explosive motor.

Fromthe foregoing-description, taken in I connection with the drawings it is-evident erforationsof; the" sleeve 9 to the wiclr 10,

[after having had the moisture extracted by. the wicks 25, will pass through the oil satu- 50 rated wicks 26, andthus a properly mixed" the'carbureted air -may bepassed into a reservoir after leaving the present form of carbureter andbefore entering the explosive chambers of the motor, and that fur-' ther anvmeans may be provided'for regulatmg the sup ly of air'so that the desired richness of car ureted air will'constitute the explosive mixture before the entrance of the same into the engine. 'By mixing the carburetedair before entering the manifold of the engine, contrary to the usual custom with the carburetors now used. there is prac- 'tically nowaste of-the' fluid, as the same is entirely vaporized before entering the manifold. With thisform of carbureter, it 30 is also evident that the explosive motor may be started withou'tthe usual crankin in that the carbureted air is instantly supp ied,

a, portion being retained within the cylinders at the: starting of the engine, and by reason of the'thor'ough mixture" of, the carthat the simple, manipulation of the start glue and start the same,' -which action draws on L thecarb ureted' air from this form '.'of car-1 iburetcr to the engine, generating such car- Y bureted air in theproper proportion during I 1 the operation, ofthe explosive'engine' Whatiaclairaed is; t

1.-'A -carburet er, havin' in; sealed tank-divided 'into an u rn, lower communi cating compartment,ff-the up'p.er compare ment being provided with an air-inlet while the. lower compartment is provided with a carbureted air outlet, a hydrocarbon fluid .supplyconduit' leading into the lower com partment, a floatcompartme-nt mounted in thelower compartment below the outlet end mounted in said compartment and the outlet end of theconduit to regulate the flow of fluid to the-float compartment, and means jfrnountedlin-the float compartment for feeding" the fluidfrom and .exte'riorly thereof intothe lower compartmentby capillary attraction, "LQ 2'. A- carbureter having-a sealed tank divided into ini PPer and lower communicatbeing provided with an air inlet while the lower compartment is provided with a carbureted air'outlet, a hydrocarbon fluid sup ply conduit leading into the lower compartment, :1 float compartment mounted in the no lower compartment'below the outlet end of the conduit, a fioat controlled valve mounted in said compartment-and the. outlet end-of theconduit to regulate the flow-of fluid to the float compartment,.-means mounted inthe float compartment for feeding the fluid from and exteriorly thereof into the lower compartment by capillary attraction, an air filtering and moisture removing means (118- posed in the upper compartment of the tank,

hunted air, remains-,i'n such gaseous vstate,

"mgdevicewillignite-the gas withinthe em of the condult,.' a float controlled valve 05 ing compartment,'the upper compartment 115 actuated valve mounted in said on and fluid holding capillary attracting fabric disposed in the lower compartment and through which air passes to the outlet. v

3. A carburetor, having a sealed tank provided with an air inlet and a carbureted air outlet, a hydrocarbon fluid supply eonduit leading thereinto and provided with a valve seatupon its lower end, a dispensing cup mounted in the tank and disposed below the outlet end of sa I conduit, a float for controlling the outlet of the conduit, 2. per forated sleeve mounted within said cup and forming an annular compartment between the same and the walls of the cup, an abcapillary attraction, and an air filtering means interposed between the air inlet and the valved fluid inlet and float controlled:

means.

In testimony that I claim the foregoing as my own, I have hereto afiixed my signa- 25 ture in the presence of two witnesses.

JOHN RUTHVEN. Witnesses J OHN DUNN, ANNA T. MUarHY.

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