US1082865A - Carbureter. - Google Patents

Carbureter. Download PDF

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Publication number
US1082865A
US1082865A US47527809A US1909475278A US1082865A US 1082865 A US1082865 A US 1082865A US 47527809 A US47527809 A US 47527809A US 1909475278 A US1909475278 A US 1909475278A US 1082865 A US1082865 A US 1082865A
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Prior art keywords
gas
carbureter
carbureting
chamber
condensation
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Expired - Lifetime
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US47527809A
Inventor
Nelson Goodyear
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MAINE DEVELOPMENT Corp
MAINE DEV CORP
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MAINE DEV CORP
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Priority to US47527809A priority Critical patent/US1082865A/en
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28HEAT EXCHANGE IN GENERAL
    • F28CHEAT-EXCHANGE APPARATUS, NOT PROVIDED FOR IN ANOTHER SUBCLASS, IN WHICH THE HEAT-EXCHANGE MEDIA COME INTO DIRECT CONTACT WITHOUT CHEMICAL INTERACTION
    • F28C1/00Direct-contact trickle coolers, e.g. cooling towers
    • F28C1/14Direct-contact trickle coolers, e.g. cooling towers comprising also a non-direct contact heat exchange

Definitions

  • 'lhis invention relates to carbureters, more "particularly 'those'which are adapted to genera-te an inflammable; gas rom a ⁇ volatile liquid to be vused in connection with blow
  • ⁇ ,i jlf ⁇ ,igure 1 is -a longitudinal crcsssection ltlnc'iugh the body fof the carbureter.
  • Fig. 2 is atop or plan/vieyvlf.; .tf-
  • Gas for example compressed oxygenoi" air. enters on the side ofthe carbure-ter through the nipple or hose connection D and 'thence passes downwardly throughthe pipe l), which is' coiled helically, finally entering the lower compartment C throughhthc opening- I".
  • the compartment C forms, a condensation or drip chaniber. From the compartment C the gas passes upwardly '-hiough the openin ⁇ G and the coil H which' terminates at its upper end in the pipe Ileading to a valve head J. l" rom the valve head J a 4pipe K leads to the bottom of'the upper compartment-B of the carburetor.
  • the vvalve head J- also connects with another needle valve N which is provided with a hose ni pple and is adapted to be controlled by the thumb-screw 1
  • the upper vcompariment B of the carbureter is provided at its upper end with'a cover R adapted to be screwed onto the top S.
  • a gasket :fir washer of lead or other suitable ,matic-'rial is preferably fastened between the.
  • a screw-threaded outlet V 1s made 1n the center of theleo/vel' It; which 1s adapted to CARBURETER.
  • Carburetors of this type are preferably used 4in connection with oxygen gas, which-may be drawn from cylinders of compressed oxygen or from automatic oxygen generators.v lVhen connected by tubing to the oxygen supply 'and as soon as the valve; on the oxygen apparatus is opened 'gas [lows into the pipe E to the coil E', the condensation chamber C and the coil H to the valve head J, vfrom which it may be admitted by the needle valve L to the pipe K leading to the bottom of 'the upper compartment B which has previously been filled with the liquid lo the level of the outlet plugo.
  • Thistype of carbureter is V'adapted to be ⁇ used i'nconncction with burners consuming two gases or ini connection with a b urner adapted to consume a single gas after it has become carbureted with the vaporot ⁇ the liquid usedr lVhen used in' connection with automaticjoxygen 'generators which generate gas'froin the reaction between compounds 30 such"asf.peroxid of sodium and water, there 'gis a certain amount of Water vapor carried from vthe gen crateri-.Which would ordinarily tendto collect in the-chamber containing the absorbent material.
  • the cover R may beremoved, which exposes an opening sulliciently large for that purpose.
  • the hollow plug WV which is provided at its upper portion with a hexagon c.
  • a carbureter comprising a carbureting cha1nber,a condensation chamber separated therefrom, a pipe for gas to be carbureted leading tortuouslythrough the carbureting chamber to the condensation chamber, a pipe leading from the condensation chamber and having two branches, one branch delivering outside the carbureter and having a. controlling valve for @ducting gas uncarbureted, and the other branch opening into the carbureting chamber below the normal liquid level therein, and a valve for controlling the last said branch.
  • a carbureter comprising a carbureting chamber, a condensation chamber separated therefrom, a pipe for gas to be carbureted leading through the carbureting chamber to the condensation chamber, l a pipe leading 75 from the condensation chamber within the carbureting chamber and having two branches, one branch leading outside the carbureter and provided witha valve foreducting gas uncarbureted and the other opening into the carbureting chamber below the normal liquid level therein.
  • a carbureter comprising a carbureting chamber, a coil therein connected to receive gas to be carbureted and in which the gas is cooled, a condensation chamber to which the said coil delivers, and a. pipe for conducting the gas from the condensation chamber back iiito -the carbureting chamber and delivering it nea-r the bottom thereof, 'and a valve 90 for controlling the Aflow of such gas. .A
  • a carbureter comprising aycarbureting'; chamber, a coil thereinconnected to receive. gas to be carbureted and in which the as is cooled, a condensation chamber to whic the said coil delivers, and a branch pipe and valve for leading od some of the gas'after cooling and condensation and Without carbureting.
  • a carbureter of the Aclass described comprising a chamber having carbureting and condensation compartments, absorbent Inaterial placed Within said carbureting com ⁇ A partment, a condensation coil within the carbureting compartment and in communication with the condensation compartment, means for conducting the flow oi" gas from ,condensation compartment to the bottom of said carbureting compartment, a valve controlling and regulating said flow of gas to the bottom of carbureting compartment and a secondary connection and valve for con-A trolling the flow o'the uncarbureted gas or other supporter of combustion.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Respiratory Apparatuses And Protective Means (AREA)

Description

N. GOODYEAR. CARBURETER. APPLICATION ULEB muso, 1909.
1,082,865, Patented-Dec. 30, 1913.
l' O X Wij. l Q
a 'L-- /V Ri ffl" n? Ll UNrrED STATES PATENT carton. v
NELSONGOODYEAR, 0F NEW vomi, N.
'comona'rrom' A CORPORATION or MAINE. y
' To all whom it may concern:
tain new and useful Improvements in Can' bureters, of which the'iollowing is a specification, illustrated bydraw1ngs.
'lhis invention relates to carbureters, more "particularly 'those'which are adapted to genera-te an inflammable; gas rom a` volatile liquid to be vused in connection with blow In tlle accompanying drawings`,i jlf`,igure 1 is -a longitudinal crcsssection ltlnc'iugh the body fof the carbureter. Fig. 2 is atop or plan/vieyvlf.; .tf-
Referring to ca rbureter, cylindrical.' in form .and prefer? Gas, for example compressed oxygenoi" air. enters on the side ofthe carbure-ter through the nipple or hose connection D and 'thence passes downwardly throughthe pipe l), which is' coiled helically, finally entering the lower compartment C throughhthc opening- I". The compartment C forms, a condensation or drip chaniber. From the compartment C the gas passes upwardly '-hiough the openin` G and the coil H which' terminates at its upper end in the pipe Ileading to a valve head J. l" rom the valve head J a 4pipe K leads to the bottom of'the upper compartment-B of the carburetor. -The ac- -cess of gas to the 'pipe K ifs controlled bythe needle valve L having a suitable thumbscrew M. The vvalve head J- also connects with another needle valve N which is provided with a hose ni pple and is adapted to be controlled by the thumb-screw 1 The upper vcompariment B of the carbureter is provided at its upper end with'a cover R adapted to be screwed onto the top S. A gasket :fir washer of lead or other suitable ,matic-'rial is preferably fastened between the.
coi/er It and ihe upper rim U of the top S. A screw-threaded outlet V 1s made 1n the center of theleo/vel' It; which 1s adapted to CARBURETER.
Specification of Letters Patent.
l ed the outletcock Q, which is lprovided with a hose nipple X. As the gas generated in such carbureter. is very inflammable, it isdesirable to have an explosion arrester between the -outlet and the tube leading: to the I burner. This is conveniently provided by cut-from 'wire screens. the bottom of the cavity in the plug is closed with a disk of wire screen or perforated' metal', as'shown atY. Topreveut `theab''.
the entran-ce'to'the outlet of the plug W I -fabsor ent-"materialV a shortdistance away4 jfrqm the outlet.'v The side of the u ppercoub Spai'tmentnB is provided with aremovable overflow plug-'a which serves tta-.indicate whenthe-carbureter is filled to the proper.- level, :The: l`lower compartment C videdwitha drain'i'plug vI) byxwhichcom..
time.4
it should be understood that it is intended tobc usedwith compressed air, oxygem'orj other gases .which are supportersot` combustion, and hasf'or its function the saturation or carbureting of such gases with the volatile vapors -ofintlannnable liquid soasto generate an inflammable gas. Carburetors of this type are preferably used 4in connection with oxygen gas, which-may be drawn from cylinders of compressed oxygen or from automatic oxygen generators.v lVhen connected by tubing to the oxygen supply 'and as soon as the valve; on the oxygen apparatus is opened 'gas [lows into the pipe E to the coil E', the condensation chamber C and the coil H to the valve head J, vfrom which it may be admitted by the needle valve L to the pipe K leading to the bottom of 'the upper compartment B which has previously been filled with the liquid lo the level of the outlet plugo. Upon passingl upthrough the absorbent material' to the outlet cock'Q, the oxygen or air becomes carbureted or saturated so as to burn readily at 'the orifice' of a suitable burner, as' for cxample, the tip of a1 ordinary calcium light jet.- This burner sl'euld beef a type adaptt receive a hollow plug ll" on which is mountl and a supporter of combustion such as oxy- 'densation mayl be' withdrawfn 'from timeftok erlftolbuin such mi,lture of inflamn'mble Patent-@ 1 Dee. 30, 1913.
l Application filed January 30', 1909. Serial No. 475,278.
filling the hollow plug lV with shot or disks f In case shot are used sorbent" material `from swelling and closing provide a cone Zl of perforated 1netal.=or"- wire auze, which is so located asto keep the is. pro- Regarding the operation of the lcarbure-ter,
in use the inlet nipple D 'of the carburetor gen or .atmospheric air. Thev outlet hose nipple O of the needle valve N for the un. carbureted oxygen is connected to the inlet of the burner which is adapted to receive the gas which is the supporter of combusoxygen t0 arrive at the burner and there mix j with the carbureted gas in sufficient proportion to? cause practically complete combustion, so that the flame is of the highest temperatu're attainable considering the caloritic' value of the liquid used and its volatility. A f
Thistype of carbureter is V'adapted to be `used i'nconncction with burners consuming two gases or ini connection with a b urner adapted to consume a single gas after it has become carbureted with the vaporot` the liquid usedr lVhen used in' connection with automaticjoxygen 'generators which generate gas'froin the reaction between compounds 30 such"asf.peroxid of sodium and water, there 'gis a certain amount of Water vapor carried from vthe gen crateri-.Which would ordinarily tendto collect in the-chamber containing the absorbent material. l In the carburetor here-- I in described this vapor of water or other liquid, which may contaminate the supply of oxygen or air,condenses in the coils E and H and is deposited in the condensation chamber C. This action is stimulated by .the cold 40 produced by the rapid vaporization of the liquid which. in practice causes a very Jmarked drop in temperature within the carbureter.
If at any time it becomes desirable to change the absorbent material or filling of the carbureter, the cover R may beremoved, which exposes an opening sulliciently large for that purpose. For the purpose of lilling the carburetor with liquid it is only necessary to remove the hollow plug WV, which is provided at its upper portion with a hexagon c.
It is obvious that many forms of this invention maygE-be embodied without using the exact construction shown.
I claim and desire to obtain by Letters Patent the following:
l. A carbureter comprising a carbureting cha1nber,a condensation chamber separated therefrom, a pipe for gas to be carbureted leading tortuouslythrough the carbureting chamber to the condensation chamber, a pipe leading from the condensation chamber and having two branches, one branch delivering outside the carbureter and having a. controlling valve for @ducting gas uncarbureted, and the other branch opening into the carbureting chamber below the normal liquid level therein, and a valve for controlling the last said branch.
2. A carbureter comprising a carbureting chamber, a condensation chamber separated therefrom, a pipe for gas to be carbureted leading through the carbureting chamber to the condensation chamber, l a pipe leading 75 from the condensation chamber within the carbureting chamber and having two branches, one branch leading outside the carbureter and provided witha valve foreducting gas uncarbureted and the other opening into the carbureting chamber below the normal liquid level therein. I
3. A carbureter comprising a carbureting chamber, a coil therein connected to receive gas to be carbureted and in which the gas is cooled, a condensation chamber to which the said coil delivers, and a. pipe for conducting the gas from the condensation chamber back iiito -the carbureting chamber and delivering it nea-r the bottom thereof, 'and a valve 90 for controlling the Aflow of such gas. .A
4. A carbureter comprising aycarbureting'; chamber, a coil thereinconnected to receive. gas to be carbureted and in which the as is cooled, a condensation chamber to whic the said coil delivers, and a branch pipe and valve for leading od some of the gas'after cooling and condensation and Without carbureting.
5. A carbureter of the Aclass described, comprising a chamber having carbureting and condensation compartments, absorbent Inaterial placed Within said carbureting com `A partment, a condensation coil within the carbureting compartment and in communication with the condensation compartment, means for conducting the flow oi" gas from ,condensation compartment to the bottom of said carbureting compartment, a valve controlling and regulating said flow of gas to the bottom of carbureting compartment and a secondary connection and valve for con-A trolling the flow o'the uncarbureted gas or other supporter of combustion.
In testimony whereof I have signed this specification in the presence of two subscribf ing witnesses.
Witnesses E. VAN ZANDT,
E. P. LA GAY.
US47527809A 1909-01-30 1909-01-30 Carbureter. Expired - Lifetime US1082865A (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US2590377A (en) * 1946-06-11 1952-03-25 Joseph H Cater Carburetor
US20070257384A1 (en) * 2006-05-04 2007-11-08 Industrial Technology Research Institute External gas humidifier for fuel cell

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US2590377A (en) * 1946-06-11 1952-03-25 Joseph H Cater Carburetor
US20070257384A1 (en) * 2006-05-04 2007-11-08 Industrial Technology Research Institute External gas humidifier for fuel cell
US7744070B2 (en) * 2006-05-04 2010-06-29 Industrial Technology Research Institute External gas humidifier for fuel cell

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