US499968A - William h - Google Patents

Description

(No Model.)

W. H. CLARKE.

HYDROGARBON BURNER.

No. 499,968. Patented June 20, 1893.

UNITE STATES PATENT OFFICE.

\VILLIAM H. CLARKE, OF BROOKLYN, ASSIGNOR OF ONE-HALF TO GUSTAVUS ISAAOS, OF NEW YORK, N. Y.

HYDROCARBO N-BURNER.

SPECIFICATION forming part of Letters Patent No. 499,968, dated June 20, 1893.

Application filed July 21, 1892.

steam, or with compressed air substituted for' steam.

It is the purpose of my invention to provide a simple and economical structure, so

[ organized that the several parts shall have a definite, fixed relation, one to the other, of such kind as to eifect the combination of the several gaseous ingredients in the best manner possible and their perfect consumption with the maximum heat, or light, obtainable. In the construction of burners of this type,

heretofore, the union of the parts has been usually effected by such constructions as to require the services of askilled laborer, or

: expert, in adjusting the several parts in order to secure the proper relation and the most efficient (so-operation of the said parts, in action. In all burners of this type,a slight displacement of the steam-pipe, or fluid pipe, or

0 of the terminal of the oil-pipe, is sufficient to defeat the purposes in View, and even when this defect of arrangement is so small asto be practically unnoticeable, the proper action of the combined parts will be, under the most 5 favorable circumstances, so defective. as to render the burner essentially Worthless.

It is the main purpose of my invention to provide a novel and simple construction whereby these objections shall be avoided, and

40 whereby the assemblage of the parts and their permanent union may be effected without the necessity of a final adjustment by experts, each burner having, when it leaves the factory, a perfect adjustment in all its parts,

5 which is incapable of subsequent alteration.

.It is my purpose, also, to simplify the construction and reduce the number of the parts, to avoid the use of needle-valves in the burner, and thereby obviate the gumming' and carbonizing of the seating portions, and to reduce $erial No. 440,788. (No model.)

the expense of manufacture of this class of burners in a material degree.

My invention consists, to these ends, in the several novel features of construction and new combinations of parts hereinafter fully set forth and then more definitely pointed out in the claims annexed to this specification.

- To enable others skilled in'the art to understand and to make, construct and use my said invention, I will now describethe same in dc- 6o tail, referring, for this purpose, to the accompanying drawings, in which-- Figure 1 is a longitudinal section taken in the axial line of a burner constructed in accordance with my invention. Fig. 2 is a transverse section in the line 2-2, Fig. 1. Fig. 3 is an end elevation of the burner shown in Fig. 1, the point of view being at the lefthand end. Fig. 4 is a detail View of the spider-support at the end of the burner.

In the said drawings the reference-numeral 1 indicates the casing of the burner, the main part thereof being cylindrical and of such dimensions that its interior diameter shall exceed the exterior diameter of the concentric 7 steam-pipe sufficiently to provide an annular, intermediate space. Within this cylindrical portion is arranged the steam-pipe or fluid pipe 2, concentric, or substantially so, with the burner. This pipe is preferably a threeeighths inch gas-pipe, though I am not restricted to any special diameter thereof.

From the rear end of the burner to a point ,between its middle audits forward extremity, the body portion is of substantially equal diameter, or cylindrical, but at a short distance from its combustion-end it contracts to an open mouth 3, having a diameter, in the present instance, of about three-fourths of an inch, the contracted extremity having sub- 0 stantially the form of a frustum of a right cone, its axis being co-incident-with, and forming a continuation of, the axis of the cylindrical portion, or body. A little in rear of the'point where the contraction begins, is 10- 5 cated a spider-shaped partition, or skeletonframe, composed of a plurality, usually three, of radial lugs, or extensions 4, uniting at equal intervals with a central boss 5. These parts may be, and preferably are, integral with the mo burner, the whole'being cast in one piece; but they may be of separate constrnctionyif preferred, the spider being permanently united with the burner in any suitable'manner. The boss 5, which is concentric, or nearly so, with the burner, projects some distanceinlrearof the point ofattachment, orunion, of-itsdugs 4 with the burner, and is providedwith a recess 6,which is drilled concentric with the inner face of the body of the burner, the fortward end of said recess being contracted, ortapered,'to

a small opening concentric with the recess 5. The interior. of the latter is tapped to provide a female thread for the'attetchmentbfthe ehd 5 from the rear. Asecond pointof supportfor said, zpipe' is "provided bytrneans-otl aI spiderframe, consistingof acentralring Z .witllthree,

wisefitted,-to receive the ends beset-screws 9} tapped through the. wall ofi thelibunner; which} i is preferably formed with thickenedipontionsg tor bosses 10, to receive the setrserews. 1 This -of1themil-exittoahetsfieamaexitionlfluidrexits fname, in conj auction with the "boss, 5,1 holdfs sthersteam-pipe in correct vlongitndinallalignii iiment throughout; its-extent.

lBeneathlthe forward endl-tof 'the boss 5 ista 5 .fpend-ant .12, preferably cast imbne piecewitli the burner. 'Itt is rprovided withat-threaded recess-13, to receive thelend ref: theiloilepipl rthee endt ofi lsaid necess, above/1 itherthizeaded ipontiongbeing contracted to the diam'eterlofa;

4o ;passage 14; formed inaone lof ,ttherln-gsport-ex? :tensions 4. rThe passage, or; recess '14, is con; tracted still lfarther, at its nppemendgto .lforni l i311 l :;oil-discharge V115,: whichnliesl 1in itbermai channel, at: .the contracted openingratdtliesior 4 5w ward extremity of thecontracted end ofith wrecess 6. :In front fof.thisvcontractedeexitais placed the spreading-button 16, its peripheral facebeinglthat of afrustumof aconeofrsmall altitude, thereby forming anannnlar, divergi 5o -ent passage, 16?,0fsmall width,'.l-through which the steamrand atomized oillrnayiescape:atraii angle withithe axis of theburnerglbuttinclin in g :toward the open-mouth 3, thereby- -lcaus;

, ling arverycompleteaadmixtnre ofithe steam 5 5-:oilmand': ;air, sin vthe coinhustiontchamberv-i 1 closed by, the. contracted endlofathemburneri @Air is supplied rfromalthereanyendglfwheretit I E enters by itsmatural draft,-. passing-between the lugs of: the two spiders, and? through; the 60, annularspaceintermediate;ofithetburnerland the steam-pipe. Iv usually providelaisecond sandseparatesair-inlet, by eithernforming, or- .iattaching,a terminal 17 2' opposite; .thetoilzenli rtrance 'and substantially lat. l=the=pointwwher 65 lfllet contraction of the: forward-tended: the sburnerbegins. I 'l his-air-inletis provided'wi-tli of the steam-pipe or fluid-wpipe,whichlenters any, suitable. form of valve, by which-the enteringrvolume-bfilair may be icontrolled, or cut oil? entirely.

With the parts formed in the manner described and shown, their assemblage is a simpletmattenand need not require labor that is skilled i nany degreeras any persondvho-can i handle aMpipe-wrench can unite the parts of the burner with perfect success. The steamf-rpipe on fiuidpipe is inserted through the ring 7 audits-end screwed into the recess 6, in the boss 5, after which any rotary movement of said steam-pipe is preventedbymeans of one "of'the set-screws 9, "whichT form of such length that itaw ilhpassentirely through its lugS and "the ring 7 and abut against the pipe. If preferred,more than oneoiitheseserewsimaylhave arlikelrengagementabnt-ordinarilyione: will be isufficient. lllheioilpipe'listhen escrewedlin to -.the-ipendant.-'12', and:itheiburnerwisrthzuswcomipleted anch-no settingrpmad j 1istinent1. i0f--tl1e lapartsfls;eitherinecessary, qrpessiblemSliould the pendant Ll2lzand:tenininahlhbeseparately i formed,-thomever; they, willrequigremounting, L whieh-ewillabellaceo n1 plished; preferably, hy 'tappi ngi itheiriendsrinto thewall ofiatheaburner, horiotvher suitable manner; ,n-Asfthe tbos's 5;;and the lug 4, containing the communicatingnoilrpassage areaiormed inionelpiece, the relation camnotabenaried norlis itiintended thatasnch wariationrshall be feasiblegtforifithe icon strucl ticntis l iQpflyraifldi competently carried-tout, s t-he; IBlfltlOlliOf lparts-"millubei:correcitlyaaestabisiaccomplished.

acontractionlbfi thenbllrnemheginsusaidicham ethe contractedvend. rflhis chamberesecures a lthoronghi :min'gling :andmeo npletel emporiza ition wandnthe perfecacomminglingandiatomie t'zation are rsiifficient m'secnrearcompleteiconisuwptioniofr th pJfOdI10tSbflfifllidtzcQmblllstlfln -.at and zheyondathe1:openanentraetedimuuth,

;therebyiaifordinglintenseiheat withoutsmoke,

r01r0d0l. V

lrItshQuld;lbeenotedaithat 1 Iamay, if circum- 1 stances! require it, substitute adorcediblast of l scription as; thersteamr-ipipe. 'iThissnhstitultionlcallszfiorl no: changet'infitherconstruetion u fl mpressediairl maybensuppliedzltltrongh the @saidsteam-lpipelin 'anyzquainti-tyzandnm- 1 idem lamy rpressu res iandiimay l-ibenused: either i: with .Oi'i with Qfltiihhfititllfiitflallfll firaftaof air; the- 203*? without3theaauxiliary ai-mdnaft byiwvay of rt-heterminal'tli r a i-I ASE the: samecpartmnaybemused-lforaeilther isteam orl airnnderipressure, I ha ves referred wtorsaid apart 1' nnthe l descntptiomandrclaimsras wByamyrimzen-tion; I, provider ammingiling- 'air in,iplaceiofazthe rsteam iusing, for: thisrpnn, i poserithe pipegrefenred'zto iniztheiforegoing de-- tween; the; burner: andrsteami pipe-gland: with I00 llislied beforetheluniontofthelotherimembers the casing and provided with fluid and oil and an oil inlet, a removable spider support located at one end portion of the casing and comprising a central ring and radial lugs, set screws passing through the casing and 'engaging said lugs, a spider support located in exit passages, and an oil passage leading to the oil inlet of the I casing, and a fluid conducting pipe extending through the removable spider support and detachably engaged with the spider support having'the fluid and oil exits, substantially as described.

2. A hydrocarbon burner, consisting of a casing having a contracted delivery mouth and an oil inlet,a spider support arranged at one end portion of the casing and comprising a center ring and radial lugs, a spider support arranged in juxtaposition to the oil inlet of the casing and formed with divergent exit passages 15 and 16, a spreading button 16 and an oil passage 14, and a fluid conducting pipe 2 extending through the spider support atthe end portion of the casing and detachably engaged with the spider support having said exit passages, substantially as described.

3. A hydrocarbon burner, consisting of a casing 1 having a contracted delivery mouth 3, an oil inlet and an air inlet, a spider support arranged at one end portion of the easing and comprising a center ring and radial lugs, and a spider support located in coincidence with the oil inlet of the casing at a point in rear of the air inletand formed with radial lugs and exit passages 15 and 16 and an oil passage 14, and a fluid conducting pipe 2 extending through the spider support at one end portion of the casing'and detachably engaged with the spider support having the exit passages, substantially as described.

In testimony whereof I have hereunto set my hand and affixed my seal in presence of two subscribing witnesses.

WILLIAM H. CLARKE. [L. s]

\Vitnesses:

M. A. KURSHEEDT,- FRIEDA LEWINSON.

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