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US273068A - Samuel haltffobd - Google Patents

Samuel haltffobd Download PDF

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US273068A
US273068A US273068DA US273068A US 273068 A US273068 A US 273068A US 273068D A US273068D A US 273068DA US 273068 A US273068 A US 273068A
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gas
dome
tube
compartment
samuel
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F02COMBUSTION ENGINES; HOT-GAS OR COMBUSTION-PRODUCT ENGINE PLANTS
    • F02MSUPPLYING COMBUSTION ENGINES IN GENERAL WITH COMBUSTIBLE MIXTURES OR CONSTITUENTS THEREOF
    • F02M1/00Carburettors with means for facilitating engine's starting or its idling below operational temperatures
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10GCRACKING HYDROCARBON OILS; PRODUCTION OF LIQUID HYDROCARBON MIXTURES, e.g. BY DESTRUCTIVE HYDROGENATION, OLIGOMERISATION, POLYMERISATION; RECOVERY OF HYDROCARBON OILS FROM OIL-SHALE, OIL-SAND, OR GASES; REFINING MIXTURES MAINLY CONSISTING OF HYDROCARBONS; REFORMING OF NAPHTHA; MINERAL WAXES
    • C10G2400/00Products obtained by processes covered by groups C10G9/00 - C10G69/14
    • C10G2400/26Fuel gas

Definitions

  • the present invention relates to that class of carburetors in which atmospheric air or ordinary coal-gas is mixed with hydrogen gas and passed through carbureting materials.
  • the invention consists in a carburetor and hydrogen gas generator which possesses .a lower chamber or compartment having an in-l letpipe for air or'gas and containing apaching of absorbent material, also means for gen- ⁇ erating hydrogen gas, and a hood or tube for conducting the partly-carbureted gas into an upper chamber filled with an absorbent substance saturated with a carbureting-liquid, and provided with an escape-tube for the carbureted gas.
  • the drawing shows a vertical transverse section of an apparatus constructed according to my invention.
  • the letter A indicates a metallic receiver, consisting of a case made of copper or other suitable material and divided by a partition into two compartments, B O.
  • a dome or bell, D In the lower compartment, near its center, is a dome or bell, D, of similar material as the case A, said dome or bell being suspended from a tube, K, so as to leave a space between its lower edge and the bottom of compartment O.
  • the tube K extends through the upper compartment, and has suitable gauze-covered openings at a proper distance from the floor of the upper compartment, which openings establish a communication between the space below the dome D and the upper compartment, B.
  • the two compartments B O are otherwise completely separated from one another by the dividing-partition.
  • Under the dome D is placed a leaden basket or receiver, G.
  • This receiver ⁇ G is ⁇ perforated at the sides and bottom, and is placed on a stand or pedestal, so as to be elevated above the bottom of' compartment O.
  • a gage valve or cock, H may also serve the purpose ofthe sight-tube.
  • the inlet-tube I through which the air or gas is caused to iiow, carries the same under the dome D, whence it tlows through the saturated bed and into the dome D, where it is impregnated with the gas there generated. From the dome D the impregnated gas passes through the tube K into the upper compartment, B.
  • This compartmentY B is also filled with powdered carbon or other absorbentmaterial, anda mixtureo methyl and naphtha or any suitable liquid hydrocarbon is poured in to the height ot' the bottom ot' the gasontlet openings in the pipe K.
  • the impregnated gas trom the dome D, permeating through the mass in the compartment B, becomes still t'ur.
  • tbe gas passes off through the exit-tube J, either to be utilized at once or stored in a holder for l'utureuse.v
  • the gas before being used, may be passed through chlo ride otcalcium or other deliquescent substance to dry the same.
  • the inlet-tube I is in communication with a pump or other device for forcing air or gas through it into the dome D.
  • a governor or regulator may be provided at the outlett'ube to regulate the outflow ot' the gas to be supplied to the burners.
  • the inlet and outlet tubes are also provided with funnels L, to allow the introduction into the two compartments O and B 'of the liquid hydrocarbons or carbureting agents to be absorbed by tbe carbon or other absorbent fillino" contained in said compartments.
  • the tube la extends a certain distance above the receiver A, and is tightly IOO , compartment.
  • the apparatus may be buried in the ground or kept in any convenient place for use, and is always ready to be used, and is perfectly safe and harmless.
  • the gas is burned the same as ordinary coal-gas, and is equally safe to use.
  • the generator being automatic in its action, the gas is produced no faster than it is required for immediate use. As soon as the outlet is closed the generator ceases to act.
  • the purpose ofthe acid is to effect the generation of gas in the lower the pressure generated by the accumulation of gas iu the dome D depresses the liquid and forces the liquid ont at the bottom ofthe dome D and causes the liquid to drop below the mineral substances in .the receiver G, thus causing the generation of gas to cease.
  • the pressure diminishes,the huid rises in the dome D and again comes into contact with the mineral substances in the receiver G, and gas is again generated.
  • action ot' the apparatus is automatic, the gas being generated as used, thus avoiding any loss.
  • a cock, M may be applied at or near the bottom of compartment C, to draw ot't' any ref use or waste matter.
  • a carburetor the combination of a shell or body having an upper compartment filled with an absorbent material charged with a carbureting agent, and provided with a gas ⁇ exit pipe in its top, and a Vertical central tube having gas outlet openings, and a bottom chamber containing means for generating hydrogen gas, and an absorbent tilling saturated with a carbnreting agent, and provided with an air-inlet pipe, and a hood or bell connected with the central tube of the upper compartment, substantially as described.

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Gas Separation By Absorption (AREA)

Description

sumo-RD. MANUFAGTURB OF ILLUMINATING' GAS. No. 273,068.
(No Model.)
Patented Feb.. Z', 1883.
INVENTOR WITNESSES ATTORNEYS N. PETERS. Phomurggnpher. wnhingtml, c.
UNITED STATES PATENT OEEICE.
SAMUEL'HANFORD, OF BINGHAMTON, NEI/V YORK.
IVINUFACTURE OF lLLUMlNATlNG-GAS.
""sPEoIEIcATIoN forming" para of Letters Patent No. 273,068, dated February 27,1883.
Application tiled November 23, 1882.
T all whom 'it may concern:
Be it known that I, SAMUEL HANFOED, acitzen of the United States, residing at Binghamton, in the county of Broome and State of New` York, have invented new and useful Improvements in the Manufacture of Illuminating-Gas, of which the following is a specitication.
The present invention relates to that class of carburetors in which atmospheric air or ordinary coal-gas is mixed with hydrogen gas and passed through carbureting materials.
The invention consists in a carburetor and hydrogen gas generator which possesses .a lower chamber or compartment having an in-l letpipe for air or'gas and containing apaching of absorbent material, also means for gen-` erating hydrogen gas, and a hood or tube for conducting the partly-carbureted gas into an upper chamber filled with an absorbent substance saturated with a carbureting-liquid, and provided with an escape-tube for the carbureted gas.
The drawing shows a vertical transverse section of an apparatus constructed according to my invention.
In the drawing, the letter A indicates a metallic receiver, consisting ofa case made of copper or other suitable material and divided by a partition into two compartments, B O. In the lower compartment, near its center, is a dome or bell, D, of similar material as the case A, said dome or bell being suspended from a tube, K, so as to leave a space between its lower edge and the bottom of compartment O. The tube K extends through the upper compartment, and has suitable gauze-covered openings at a proper distance from the floor of the upper compartment, which openings establish a communication between the space below the dome D and the upper compartment, B. The two compartments B O are otherwise completely separated from one another by the dividing-partition. Under the dome D is placed a leaden basket or receiver, G. This receiver` G is `perforated at the sides and bottom, and is placed on a stand or pedestal, so as to be elevated above the bottom of' compartment O.
vIn the basket or receiver Gr are placed iron turnings or other mineral substances, while the remaining space in thecompartment O is entirely lilled with powdered carbon or other (No model.)
ers may be provided for indicating the height to which the mixture is to be poured in. A gage valve or cock, H, may also serve the purpose ofthe sight-tube.
The inlet-tube I, through which the air or gas is caused to iiow, carries the same under the dome D, whence it tlows through the saturated bed and into the dome D, where it is impregnated with the gas there generated. From the dome D the impregnated gas passes through the tube K into the upper compartment, B. This compartmentY B is also filled with powdered carbon or other absorbentmaterial, anda mixtureo methyl and naphtha or any suitable liquid hydrocarbon is poured in to the height ot' the bottom ot' the gasontlet openings in the pipe K. The impregnated gas trom the dome D, permeating through the mass in the compartment B, becomes still t'ur.
ther charged and enriched by coming into contact with the mixture of methyl and naphth'a or other volatile oil with which the powdered` carbon tilling is saturated. From the compartment B tbe gas passes off through the exit-tube J, either to be utilized at once or stored in a holder for l'utureuse.v The gas, before being used, may be passed through chlo ride otcalcium or other deliquescent substance to dry the same.
The inlet-tube I is in communication with a pump or other device for forcing air or gas through it into the dome D. A governor or regulator may be provided at the outlett'ube to regulate the outflow ot' the gas to be supplied to the burners. The inlet and outlet tubes are also provided with funnels L, to allow the introduction into the two compartments O and B 'of the liquid hydrocarbons or carbureting agents to be absorbed by tbe carbon or other absorbent fillino" contained in said compartments. The tube la extends a certain distance above the receiver A, and is tightly IOO , compartment.
closed by a cover, which can be removed for the purpose of cleaning or introducing additional material. The apparatus may be buried in the ground or kept in any convenient place for use, and is always ready to be used, and is perfectly safe and harmless. The gas is burned the same as ordinary coal-gas, and is equally safe to use.
The generator being automatic in its action, the gas is produced no faster than it is required for immediate use. As soon as the outlet is closed the generator ceases to act.
I have found an advantageous mixture to be about seventy-fue per cent. ot' naphtha, about twenty per cent. of methyl, and about five per cent. of muratic 0I' other mineral acid; but ot' course I do not confine myselfto exactly these proportions, as a slight variation therefrom will still yield satisfactory' results. It is also to be noted that the acid which enters into the mixture contained in the lower chamber is introduced through the tube K directly onto the iron turnings or other mineral substance in the receiver G. -The purpose ofthe acid is to effect the generation of gas in the lower the pressure generated by the accumulation of gas iu the dome D depresses the liquid and forces the liquid ont at the bottom ofthe dome D and causes the liquid to drop below the mineral substances in .the receiver G, thus causing the generation of gas to cease. On opening the outlet the pressure diminishes,the huid rises in the dome D and again comes into contact with the mineral substances in the receiver G, and gas is again generated. The
When the exit-tube J is closed,
action ot' the apparatus, as is thus seen, is automatic, the gas being generated as used, thus avoiding any loss.
A cock, M, may be applied at or near the bottom of compartment C, to draw ot't' any ref use or waste matter.
What I claim as new, and desire to secure by Letters Patent, is-
l. In a carburetor, the combination of the lower carbureting-chamber and hydrogen-gas generator, the air or gas inlet pipe leading into the same, the bell r dome suspendedain said chamber, and the upper chamber, having a gas-outlet pipe, and a perforated gas-inlet pipe connected with the hood in the lower chamber, substantially as described.
2. In a carburetor, the combination ofa shell or body having an upper compartment filled with an absorbent material charged with a carbureting agent, and provided with a gas` exit pipe in its top, and a Vertical central tube having gas outlet openings, and a bottom chamber containing means for generating hydrogen gas, and an absorbent tilling saturated with a carbnreting agent, and provided with an air-inlet pipe, and a hood or bell connected with the central tube of the upper compartment, substantially as described.
In testimony whereofl have hereunto set my hand and seal in the presence of two subscribl ing witnesses.
SAMUEL HANFORD.
te Si
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