US1216529A

US1216529A - Gas-burner.

Info

Publication number: US1216529A
Authority: US
Inventors: Lewis T Wilcox
Original assignee: Individual
Current assignee: Individual
Priority date: 1914-08-18
Filing date: 1914-08-18
Publication date: 1917-02-20
Anticipated expiration: 1934-02-20

Description

L. T. WILCOX.

3 SHEETS-SHEET l.

Patented Feb Lemme.

L. T. WILCOX.

GAS BURNER.

`APPLIcATloN FILED Aue.1s. 1914.

Lmw. Patented Feb. 20,1917.

3 SHEETS-SHEET 2.

l Svi/vamo@ L. T. WILCOX.

GAS BURNER.

APPLICATION man AuG. 18. 1914.

Patented Feb. 20, 1917.

3 SHEETS-SHEET 3.

maratea.

LEWIS fr. WILOOX. or PEEKSK'ILL, new YORK.

To all lwhom t may concern:

iBe it known that I, 'LEWIS T. WILCOX, a citizen of the United States, and a resident of Peekskill, in the county of Westchester,

State of New York, have .invented certain new and useful Improvements in Gas-Burners, of whrch the following isa specification. f

The/invention relates to burners adapted to use gaseous fuel, and its objects are, among others, to provide simple and effec-rtive means for controlling the flow of the fuel to a burner for lighting the burners simultaneously or successively from a common p1lot light, and for producing and controlling a low simmering fiame, and for protecting the parts against impairment by the accumulation of carbon; and to provide means for guarding against various un;

desirable results which vsometimes follow The improvements consist in th'construction, combination and arrangement of parts hereinafter described and claimed, and illustrated in the accompanyin drawings.

In the said drawings, Figure 1 is aside elevation of a burner and its connections, partly in vertical-medial cross-sectiomjembodying the improvements, Fig. 2 is a plan of the same' with the `valve and burner in horizontal cross-section. Fig. 3 is a plan of the said parts with a broken off portion of a second burner adjacent thereto, the distance between 'the burners being shortened for convenience in drawing. Figs. 4, 5 and 6 are views similar to Figs. l, 2 and 3 of a modified form. Fig. 7 is a view of parts of the burner shown in Fig. 4 taken on the cross-section line 7-7 of Fig. 4:, andlooking in the direction indicated by the arrows. Figs 8, 9, and 10 are views similartoFigs. 1,V 2 and 3 of another modification, Fig. 11 is a view of some of the parts shown in`Fig. 8,

taken on the cross-section line 11-1 1 in that figure looking in the direction indicated by the arrows.

Fig. 12 is a vertical section of the burner 10 on the line'. 12--12 of Fig. 10. j Fig. 13 is a similar view'to Fig. 12 of-a ees-BURNER.

Specication. of Letters Patent.

.ously or alternately.

Y modified construction' in which the burner and ad]acent parts are screw-threaded to the hood below them;

Referring to the preferred form illustrated ,in Figs. 1 to 3 inclusive, fuel is supplied to the urner through the branch passageway 1 communicating -witha gas supply Apipe 2 shown in dotted lines. This branch passageway has a by-pass 3 provided with ranch ways 4 and 5 which communicate through the ways of the valve plug -with the tubes 7 and 8, respectively, and tube 7 supplying gas to the burner 10 and the tube 8 to the p'ilot light 11. The branch 1 also communicates directly through va way inthe valve plug with the pipe 9 which supplies fuel to the flash lightingiburner 12. rI`he ways controlled by the valve plug'are preferably formed in the valve body 13, which consists of a single'casting provided with a central vertical aperture for` the valve plug, and also a small aperture in which-is threaded the needle valve V14: for independently regulating and shutting olf the supplyy o f gas to the pilot light?. The valve plug is rovided with a suitable handle 15 by which 1t may be turned, and is held in the valve body bya screw bolt 16 and washer 17.

The ways of the valve 18, 19, and Q0 communicate with the

supply pipes

8, 7 and 9 respectively, the way 18 consisting of a` groove extending more thanlialf way around the plug, and the ways 19 and 20 consisting of bores through the plug having their outer ends out f vertical line but overlapping slightly, and theirinner ends also out of line. In this ina-nner means are provided for supplying fuel to the pilot light constantly while the supply to the burner and Hash lighter is manipulated, and also means for supplying fuel to the two latter simultane- When the valve 1s turned to the position shown in Fig. 2 the lighter is supplied with fuel and caused to .the burner 10 and the lighter are suppliedwith fuel simultaneously, and if the 'Valve ratentea rien-eo, rein'. f Application led August 18, 1914. Serial No. 857,310.'

be ignited from the pilot light and to flash beturned farther the lighter is cut off while the burner 10 remains in communication with its fuel supply, and if the valve be turned still farther both are cut off. During these movements of the valve the supply to the pilot light through the channel 18 is 'i maintained. "If now it is desired to cut this off alsothe valve may be turnedstill farther in the same direction until the end of the said channelepasses its supply conduit 5, Whenall three tubes leading to the burner will be closed.' This may also be done by turning thevalve back-in counter clockwise direction-beyond 'its originalposition until the opposite end of the groove or channel 18 passes the'way 5. v It will be understood that the valve may be provided with a suitable indicator to show theoperator when it is in the various positions just described,

and that in -connection With this indicator a spring or other' check may be provided toy indicate to the operator when the valve is in passage way 21, inthe casting 22, and the .posite the orifices 31.

jet nozzle 23 with the'flue 24, air being admitted for admixture with the gasvat the lower edge of the burner hood and shield 25, and the mixture burning as it issues from the vents 26 ofthe top plate or cover of the burner proper 1.0. A downward Vent- 27 extends from the interior chamber of the burner 10 to approximately the level of Y one of the openings 31 in the upper part of the hood 25 and in yproximity to the upper edge of said opening, so that the burnermay be ignited from the flash lighter although isolated by its bottom partition from the space within the hood 25.

The tube J9 supplying fuel to the flash light communicates with the passage 29 in the casting 22 and through it with the tube 28, which is closed at its upper cnd by the burner 12 except forthe side vents 30 op- The fuel, therefore, passes out through these vents, is ignited and passes laterally through the openings 31 in the process of combustion.

A jet nozzle 32 passes a small portion of the gas into the. mixing chamber 33, which is. supplied with air entering beneath the lower edge of the hood 25. From this chamber it issues through the screen 34 to the interior of the hood where it will be ignited by the pilotlight 11 and in turn cause the flash burner 12to light. The fillin of the space around the burner 12 with tie mixturc prevents the formation of carbonv on the parts which would take place if the gas were ignited without the intervention of this mixture, and the screen 34 will prevent back fire.

An important function is also erformed l by the arrangement which provi es for the mixture adjacent to the point of combustion, as the friction of the tube, When the mixture '1s made near the valve or at another point distantfrom the burner, tends to overcome 'pilot light, which involves the use of a tube of relatively small diameter. The presence i of the mixture in the hood and surrounding the lighter. also insures the lighting of all the vents of the flash burner and the consequent lighting of the other burners of the stove.

The pilot light tube 8 terminates in the upper part of the hood 25 and serves the purpose of igniting the flash burner 12 whenever desired, and through it the burners 10 and the adjacent burners of the stove, such as 35.

It will be seen from the foregoing description that in order to light the burner 10 while the pilot light is burning it is only necessary to turn lthe valve to open communication between the burner and the gas supply, through the way 1S), and this movement simultaneously supplies the flash burner with fuel to ignite it. lf it is desired to use the adjacent burners and extinguish the burner 10 the movement of the valve handle is continued in the same direction until first the flash burner and then the burner 1() has been cut off, or it may be turned in the opposite direction. If it is desired merely to ignite the adjacent burners without igniting the burner l() the valve is turned far enough only to ignite the flash and then turned back to its original position, which is the position shown in Fig. l, or it may be turned on quickly past the point at which communication is established With Jthe said' burner.

The number of burners to be lighted from the flash burner will determine the number of orifices 31. The construction shown is adapted to be used with a four burner stove and therefore has four of said orifices. These burners may be controlled in the ordi- 'nary way by means of a valve on the gas supply pipe, and one or more may be ignited and used in connection with the lighting apparatus as desired.

The burner l0, as shown, is constructed to be used as a low flameor simmering burner, but it may be replaced by a burner of the same construction as the others; 1n order that it may be converted into a burner of different character the upper portion may be screw threaded to the hood 25 (see Fig. 13) and the burner cap which is to replace it provided with corresponding threads, or the conversion may be provided for in other manner.

' In the modification of Figs. 4 to 7 inclusive, the burners are arranged in slibstantially the same manner` as in the preferred form, but the

tubes

37 and 38 through which fuel is supplied to the burner 10 and pilot light respectively communicate with relata@ the gas supply through a4 common .groove or channel 39, vin the valve plug, their ports being in one horizontal plane and below the flash light tube and the groove being so uarra'nged that when the valve is in its closed position with respect to'the other tube the tube 38 is in communication with the supply.`

When the valve'plug is turned toward its open position it opens the tube 9 and then y 10 brings the end ofthe groove 39' opposite the port of tube 37.- This provides for the performance of the same functions as that described with reference to the preferred form. j

ln the modification of Figs. 8 to 11 inclusive the burner isof substantially the same construction as that shown in the other figures, except that the tube 24 is at the side of the tube 28 and `the pilot light located at on'e side of and partly between the two.

In this modification the tubes` 9 and 37 which supply gas to the lighter and the burner 10 i respectively'are in horizontal plane, and the tube 38 supplyingl the pilot light below them. This provides for the use'oi a groove t() for the pilot 'light alone and a single way 3G for the other two.' 'llhe ends of this way are flared so thati't may be in communica-` tion with both

conduits

9 and 37 at the f same time, but may be moved so as to open the former without openingthe latter and close the former w'i-thoutjclosing-the latter after both have been`opened.

What. ll claim is: j

1. ln a device of the character described, the combination of a burner, a gas supply conduit,` a tube communicating with said burner, a valve forming a communication between said tube and said conduit, a plutu rality of other tubes also communicating,

with thesai'd conduit through the said valve and 'having orifices adjacent to the burner, and the said valve provided with means located and arran ed to establish communication between t e conduit and a plurality7 of said tubes separately and-simultaneously, said burner comprising aframe or casing having orifices therein, communicating with said tubes.

2. ln a device of the character described, the combination of a burner, a gas supply conduit, a tube communicating, with said burner, a valve forming a communication between said tube and said conduit, a plu-4 @5 rality of other tubes also communicating with the said conduit through the said valve and having' orifices adjacent to the burner,

and the saidi valve provided with means 10-l cated and arranged 1go/establish communi'- 6@ cation between the conduit ard a plurality of s'aid tubes se arately` and simultaneously,

a mixer, oneo said' other tubes having an addltional vent for thedischarge of gas into the said mixer,l and lthesaid mixer having a discharge opening for supplying mixed gas` .other tubes.

and air in the vicinity of the'orices of said a 3. In. a deviceof the character described, the combination of a burner, a gas supply conduit, a tube communicating with said burner, aw valve forming a communication between said tube and said conduit, a. p lu rality of other tubes also communicatlng 'with the said conduit through the said valveand having orifices adjacent to the burner,

.and the said valve provided with means lo- 4. In a device of the character described,

the combination of a burner,l a gas supply conduit, a tube communicating with said burner, a valve forming a communication between said tube and` said conduit, av plurality of other tubes also vcommunicating with the said conduit through the said valve and having orifices adjacent to the burner, and the said valve provided with means located and arranged to establish communica-- tion between the conduit and a plurality of 1 saidtubesseparately .and simultaneously,-- and a shield adjacent tothe orifices-of the said othertubes having openings therein to lpermit the lateraly egress of name therefrom and in close proximity to the said burner. j

. 5. In a device of thecharacter described, the combination of a burner, -a gas supply conduit, a tube communicating with said..k burner, a valve forming a communication between ,said tube and ysaid conduit, va plu? rality of other tubes also communicating with the said conduit through the said valve and having orifices adjacent to the burner, and the sald valve provided with means located and arranged to establish communication between, the conduit .and a plurality of said tubes separately and simultaneously, and a plurality of other burners located adjacent to the vfirst named burner, one ofthe said other tubes having vents located and arranged to discharge gas in thedirection of Y the said burners.

-` 6. A device of the character described,

comprising a gas supplyfconduit, a burner lplate-provided with upwardly discharging orifices in communication with said conduit,

a partition below said orifices, alighting de- 4 vice beneath .said partition and .isolated from the orifices, said burner plate having a vent located and arranged to dischargeA gas exterior thereto,land ashield` surround-` ings adjacent to the said vent, whereby the flame of. the lighting device 4passing throughg ling said vlighting device prvided with openl' feo "fing burner, said-valve being provided with issuiig `7. device of the character described, comprising a gas supply conduit, a burner 5 plate provided with upwardly discharging orifices in communication with said conduit, a partition. below said orifices, a lighting device beneath said partition and isolated4 from the orifices, said burner plate having a vent locatedand arranged to discharge gas exterior thereto, and a shield surrounding said lighting device provided with openings adjacent to the said vent, whereby the flame of the lighting device passing through said openings comes in contact with fluid issuing from the vent, and a mixing chamber adj a- -cent to'said lighting device and within the 'said shield.

8. A device of thel character described, comprising a burner plate, having vents therein for the upward discharge of gaseous fuel, a supply conduit leading to said burner,

.a valve on said conduit at a point removed from said burner, a second conduit communicating with said supply l conduit through the valve, a mixing chamber adjacent thereto into which said second conduit discharges, said mixing chamber constructed and arranged to discharge mixed air and gas vexterior to the said burner, but in proximity thereto.

,9. The combination of a .pilot light, a lighting burner adjacentthereto, conduits for supplying gas to the said pilot light and lighting burner, a mixing device adjacent-to the lighting burner, and a valve controlling the flow of gas to both pilot light and lighting-burner, said valve constructed and -arranged to' supply gasto them simultaneously and successively. 10. The combination of a pilot light, a lighting burner adjacent thereto, conduits for supplying gas to the said' pilot lightand lighting burner, anda valve controlling the iow oi` gas to both pilot light and lighting burner, said valve constructed and arranged to supply gas to them simultaneously and successively,.and a mixing chamber lin communication with the lighting burner conduit and located adjacent to the said lighting burner and having an orifice for the .diss charge of mixed air and gas. l 11.- In a device of thecharacter described, the' combination of a gas supplyV conduit, a burner in communication therewith, a pilot light adjacent to said burner, a lighting burner, said pilot-lightand lighting burner ,j also communicating with saidgas supply conduit, and a valve controlling the su ply of gasto Athe burner, pilot light and lightvmeans whereby the-burner andthe lighting Y burner may be supplied with fuel separately' or simultaneously while the pilot -light is also s s supplied with fuel, and whereby either or from the vent.

both of said burners maybe shut oli' from.

burner in communication therewith, a pilot light adjacent'to said burner, a lighting burner, said pilot light and lighting burner also communicating' with said gas supplyv conduit, a valve controllin the supply of gas to the burner, and lighting burner, said j valve being provided with means lwhereby the burner and the lighting burner may be supplied with fuel separately or simultaneously while the pilot light .is also supplied with fuel, and whereby either or both of said burners may be shut oli from the supply without shutting off the supply to the pilot light, and a mixing chamber'adjacent to said lighting burner and in proximity to the pilot light, and distant from the said valve.

v13. In a device of the character described, the combination of a burner provided with upwardly directing orifices for the discharge of fluid and laterally directing orifices for the discharge of the same, a lighting device beneath said burner constructed and arranged to discharge Huid laterally away from said burner, and a pilot light separated from the burner and located in the line of said lateral discharge of the lighting device, the construction and arrangement being such that fluid discharged from the lighting device ignites the burner above the same.

14. The combination of a burner consisting'of a late withl fluid vents therein and a Y conduit or supplying fluid to said vents, a

lighting burner adjacent to the said first named burner and a conduit for supplying fluid thereto, and another burner spaced laterally from the said first named and lighting burners, a valve controlling the flow of Huid to the said conduits, and the said parts being constructed and arranged so that by operating the valve the lighting burneil is caused to roject a Haine in proximity with the other urners and to ignite them.

- 15. v In a device of the character described, the combination of a burner, a gas supply conduit, a tube communicating with said burner, a valve forming a communication between said tube and said conduit, a plurality of other tubes also communicating with the said conduit through the said valve and having orifices adjacent to the burner, and the saidivalve provided with means located and arranged to establish communication between the conduit and av plurality of 'said tubes separately and simultaneously,

said burner comprising a frame or casing having orilices therein, communicating with said conduits, and also other orifices communicatin with a pluality of said conduits;

16. he combination of a burner, a lightname2@ the same, and a valve controlling the flow ofv fluid to said -burner and lighting device through the said conduits, the said parts so constructed and arranged that by manipulation of the valve fluid is supplied to the burner and also to the lighting device and v the lighting device caused to ignite the burner and project a iame laterally beyond the same for the purpose of igniting other` burners.

17. In a device of the character described, the combination of a burner frame or casing, a pilot-burner therein, a mixing device provided with inlets for air and gas therein and provided with an outlet for mixed gas and air, a conduit in said burner casing provided with openings for the escape -of gas,- said casing being provided with openings opposite the openingsof said conduit, a gas supply conduit, branch conduits communicating with said pilot burner, mixing device and conduit within the burner casing, and a valve mechanism between said branch conduits and the gas 'supply conduit, said valve4 mechanism constructed and arranged to establish communication between-the gas supply conduit'and the said mixing device and conduit in the burner casing and pilot burner simultaneously and to maintain communication with the pilot burner when communi- -and a casing below said head, said casing cation withthe other said devices is cut off,

whereby aconstant pilot light is maintained and the casing filled with mixed as andair and ignited by a flame projected t rough the openings of the s aidoasing from the conduit therein for the purpose of lighting adjacent burners.

18. In a gas stove the combination of a burner, comprising a hollow burner head provided with openings, and said head provided With an opening vadjacent thereto, a gas burning device within said casing having openings opposite the openings of the casing, an ignitingA device in said casing, gas conduits leading to said burner and igniting devices, and means for controlling the flow of gas thereto, and a second burner spaced laterally from the first named burner whereby when gas is supplied to the said burning device it will become ignited bythe igniting device and be projected in a burning state from the holes of the igniting device through the holes of the casing to ignite the saidl first named burner and second burner. l v

Witness my handU this 6th day of August, 1914, at the city of New York, in the county and State of New York.

LEWIS T. WILCOX'..

Vlitnesses: p

' MARY H. Lnwis,

-HELNA SHINEN`