US504723A - Y-iljl - Google Patents

Description

(No Model.)

A, HYDROGARBON ENGINE.

I Sheets-Sh'eet I GRA?.

y A M me Mmm.) 4 sheets-sneet z4 GRZ-LY.

HYDRGGABBQN ENG'INE.

No. 504,723. faiteed Sept, l2, 1893-.

EYBRGLRBON ENGNE.

316.5041323. memeasept. 32, 189s.

{No Model.) I SheetS-Sheet 4.

' GRY HYDROGBBN ENGNE.

No. 504,?23. 13m-,ema sept. 12, 18,93.

- MQ@ 'a/,m

y M a@ Briein, hie.

@ATWT Leeluee eem-5, ee Leizreeer, ENGLAND.

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:Te MZ when@ ze may cen/eem;

Be keefm met E, GRAY, a subject ei ihe Queen of @feet Biein, ieeidieg et Eend, heee iiv'ee/e eeeein 'new and neef-ei mprevfemeete in Heeahen-Exigiees, (im which i heee reeeived Leteie- Patent in Geat lili, iate e'numy 5, 1891-, in Freeze, No. 212298, fieke fovember 9, 189i,

hij; ievenien feiefaes te ihat e'ees ef en gieee which effe eeteeer ey the expieeien of e mixme ef air with vapo-f of petieeuezi3 or other hyre-eeibehe, ef ter, ereosote er ciber heini-ds, which. when heated, erre more sway emi thee heefeing he spray by passing following: Fiet, ihe liquid is veieiiize hy the heet imparted "ey *ehe eil ieeei of by heetef meie sm'feees, time avoing 'ehe eheriieg ei the heavier iiqiids which often eneues when 'they are ie contact with het metal ior some'ime; second. ih e mevelatiiize portion ci the -i'quixl lie he residue of the pertieies ef spieyffrom which che more volatilev pertiene have been remove; i5 is censequehely in e. etee of very fine dlvision which eeneees te ite perfeet combustion; thir.,

-the pipes er channels through which he cylinder are short, di-

Spray passes into the reet, and expose hetlittle surface .en which the umveietiized liquid may be deposited and en whie'n the most eeeily'cendensed per- Iiene of she vapor may ee condensed. The

ix: usef tenorm the spray should be heated te from e066 te 600 Fahrenheit or even higher according te the @lees ei liquid used. Pref- 'The Mansion Fregnai, Londen', .Engnl hb. 217,298, m in Germany Eow'emher 3.8, 1391, No. e.

emhiy hee the eir by Aehe exhaee peseingirem he er. *"e es nei eeihedhut eihe'e means of heemg meg? be eopted.

arrange the meeheeism ez mixing he air $88655. es ae the air '.ee'eii eiese 'ep ie the inlet veive ef the engine eyliner, Se thai when ihe mii/'eis epen the mitue @eases ireely imm the mixing. mechanism inte the eyiede. iirei: vaporize ihe eii by mxieg ii, with highy heate ein end 'thee eebsequeetiy edd eeeler air. The eventege ef this isthet the highly hee-teh air (eey frem" ie 506 .Fehrenhei s, veperzes ehe eil exi then. the mixture ie eeeied by iheee'eier ein if the eii weee -eevez Submitted ee ehighertemperetm'e han that ai, which the mixure ought te enter' the eyneg eene of the -oii weeid be Yaperize 'ev/ there weuid' het be e' euteientlyintimate mixme efeii' emi eil ,te @mme e. reediy ezpiesve eempefan, end therefere, the heavy oils have ne?, been used in engiees of his hind. 1f, however, the ei has been ence vapezized hy n .iixiez it with highly heats ai?, and 'che mixt'ere is thee cooled, eey'ef the, vapor which thee ceneeses Wii ne Aie a very' minutey divide em' and very intimate@ mixed wiih fee eil', es. in' e.' eg'or mis, eed

eeesequeetly, "abe mixtere' een he expiede et '8o e mech lewe-r tempereure.

The subg eet-mattei* eemenevei is epeeii-I reelif eet forth in the ciaims et the enfd o i' specification.

in the arawmgs annexed .Figare is Mon-485 gitudinei section ef en engine ibed with am4 etomizer ami en' heating epplheee ier sup- 'pying heated 'air to the same in 'this 'Himmel'.

The mam portions oniy'ef the engine are shown as the engine meg be of any ordiary section of the eme. Fig. 3 isa verftieel sectien en e. larger seele o the atomizerend Fig. is e horizente eeetieu ei the same.

' N is the cylinder of the engine.v N is a. holles?? eizm on which it is meented..

0 (see Fig. 2) is the ezheeei passage from' the eyliner N.

P is the exhaust ,valve opened in the ordinary manner et he required times by parts of the engine not shown in Athe drawings. B. is a pipe by which he exhaust gases are 9 eenstruetlonegl'lg. 2 1s .ee-end viewpartly in 2 soeces led to s pipe R which is wiihiu the helios' stsnd. At the inner end of this pipe is e Voriicsl portion R The upper end of ibis portion of the pipe is surrounded by en cumuler chamber U. Around the upper end of this chamber is s iisuge to which is secured e iisnge which is m, the bottom of e, closed chamber T. The top of he vertical pipe R2 is connected to the lower end of s funnel shaped lining S (see Fiff. i) which. is Wihin 4the chamber. The exhaust gases from the enginetherefore pass up es shown by the sro rows in Fig. 1 into the funnel S and fromV iis open top pass downward between the funnel and the chsmberT and through openings in ihe bottom of the chamber to the enuuler chamber U from which they pass into .e pipe V by which they are-conveyed ewsy.

A is a coilof pipe within the funnel shaped lining S. Its upper end is carried oui. through the chamber T et A (see Fig. 2.) its .lower end is also carried through the chamber and bore und are tapered off si the end.

is attached to a. pipe B which leeds to the hoi low chamber C of en atomizer or spray pro neer.

X is e cap covering the chamber 'T so that oir passing into the .upper end of the coil es A is iakenfrom within this cap and wouid therefore be to some exteni'I heated. From the chamber C the eir passes through e number of small passages D to the conedf outlet F of the atomizer. is the sir issues-from the passages D it ianpinges on the ends of nozzles E. These nozzles here liquid hydrocarbon supplied to them through the pipes E from e supply of liquid hydrocarbon which is alwejfs kept at the seme level, or by other suitable means. The nozzles here very line The sir impinging upon them converts ihe' eil issuing from them iuto spray and the heet of the sir i vsporizes more or less of the oil.. The het spray and vapor thus formed pass upward through F where they ere mixed with e. fur; ther smali qusndty of sir passing through the holes G. On issuing from F ihey pees into e. coned passage lll where they receive s furiher edmixture of air end the explosive mixture so formed passes through the valve L and poriy M to the cylinder of the engine Where after being compressed it is exploded. if desired the hot, spray and vapor before receiviug this further sdmixture of air might be still further heated by beingpzissed through e heated passage. I however prefer that they shnould at once receive this further edmixiure oi 'air as above described. The cened passage ll leads from e. jacket; H' by which the atomizer is surrounded. Air is supplied to this jacket through s pipe 114 which passes from the interior of the hollow standil'en which the cyliud-r of the engine is mounted. In the arrangement shown in the drawings the air would' he drav n through the etomizer and into the cylinder` by iie action of ihe piston of the engine each time het the Valve "into the cyiisder by L opened bei; if desired it might be foroed n ramps..

supply of oil is regulated pei-ily byiiue size othe nozzles E and eerily by the ve-.ive Tdi endvii. is prove-sied from resuming by the voire EE during "ches period of the resfoluiiou of ihe engine when no oii is passing ihugh,

iheisiominer. The supply of het sir is regulsied partly by eine size of the licies D and periiy by e erruie (not shown) iu the pipe B. The suppiy of sir ihrough iiie ische@ around the siemizer is regni-sied by the'cock H2.

sieri-ieg the' engine the coil is hesiod by e. lamp pissed under it. The door Y ie ture-ed aside eed the products o combustion pese from ehe lomp iriiso the chen-eher T eed round the coii. li/'hen ille coil is het enough ihe lomp is removed end ihe door Y closed. The engine is new sierted sind ihe heet. ci the coil is msiueeined by ghe exhaust gases from ihe engine passing ihreugh the chumber'l.

Wirst Ii cleim l. A meier cucine comprisings. cylinder, .e pistou Working therein, su inief: valve for sdmiliug en explosive mixture to the cyi ieder, ouiieo vs-ive for the escape of the esheusi; gases, nozzles in ciose proximity io the inlet mise te which e. liquid hydro-csrboe is supplied, ziozzles through which ilo sire'ems highly heated sir sro projecied across the iirst nozzles, end meses for suppiyieg e. furiher queuiity of cooler sir to the hesiod mixto re of sir end Vepor coming from 'che nozzles before it enters the cylinders, substautisliy se described.

2. A moor engine comprising eoylinder, e. piston working therein, an inlet valve for admitting en explosive mixture io she cyliuder, au outlet valve for ihe escape of the exhaust groses, s nozzle or nozzles in close proximiy to the inlet valve to which aliquid hydrocarbon is supplied, e, nozzle or nozzles hrough 'which s sresm or streams of highly nested sir are projected past the noz' zi-es so es to produce spray end ineens for supplying e further quentiiy ofv cooler sir io the' hesiod mixture of air and vapor coming from thenozzles before itenters 'the cylinder, substantially es described.

3. A motor engine comprisiugscyiisder, e piston working therein, an inlet 'faire for admitting en explosive mixture to the oyiinder, en outlet valve for the escape of the exhaust gases, mechanism for intermiuglng EOD ostream or streams of highly heated wir and e. stream orsreems of hydrocarbon oil in close proximity to the inlet valve supplying e. further qusniity of cooler air to the hosted mixture just es it enters tiie cyl;

inder, substantially as described.

ALEXANDER GRAY. 'Witnessesz WALTER 3. Simmer,

Oei/LAN, l Both ojl' G'racechuroI/Srect, LomZon.,E. C.

and ineens for

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