CN101748448B - Integral extracting multipurpose machine device of aqueous hydrogen and oxygen source - Google Patents
Integral extracting multipurpose machine device of aqueous hydrogen and oxygen source Download PDFInfo
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- CN101748448B CN101748448B CN2008102299031A CN200810229903A CN101748448B CN 101748448 B CN101748448 B CN 101748448B CN 2008102299031 A CN2008102299031 A CN 2008102299031A CN 200810229903 A CN200810229903 A CN 200810229903A CN 101748448 B CN101748448 B CN 101748448B
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Abstract
The invention relates to an integral extracting multipurpose machine device of an aqueous hydrogen and oxygen source, which is characterized in that a shell is internally provided with a frame; the lower part of the frame is provided with an aqueous hydrogen and oxygen separation groove; the aqueous hydrogen and oxygen separation groove is provided with a water and gas storage tank and a water receiver; the water and gas storage tank and the water receiver are internally provided with water and gas magnetizing partition plates, communicated with an aqueous hydrogen inlet and an aqueous oxygen inlet of the aqueous hydrogen and oxygen separation groove through pipelines and respectively communicated with a hydrogen storage tank and an oxygen storage tank through the pipelines; the hydrogen storage tank and the oxygen storage tank are respectively communicated with a hydrogen output isolation tank and an oxygen output isolation tank through gas pipelines; and the hydrogen output isolation tank and the oxygen output isolation tank are respectively provided with an external hydrogen output opening and an external oxygen output opening. The invention separates the hydrogen and the oxygen adopting multicavity and multistage magnetic refraction, thereby breaking down the traditional electrolyzing method; and in addition, the invention has the advantages of fast gas generation, large gas generation amount, safety and small volume.
Description
Technical field
The present invention relates to a kind of hydro-electrolytic hydroxide generating unit, particularly relate to a kind of integral extracting multipurpose machine device of aqueous hydrogen and oxygen source.
Background technology
Hydro-electrolytic hydroxide generator is to utilize water electrolysis to produce the electrochemical apparatus of hydrogen and oxygen, and it adopts the water electrolysis technology, and energising decomposites hydrogen and oxygen from water, hydrogen as fuel, and comburant oxygen is a kind of high-tech novel environment friendly energy device.Existing hydro-electrolytic hydroxide generator is made up of power module, electrolyzer, aqueous vapor separation system, gas scrubbing system, circulating cooling system, security device, intelligence controlling device etc.Wherein electrolyzer is the core apparatus of water decomposition hydrogen manufacturing oxygen fuel, and it is in series by certain rule by the polylith electrolytic pole board.General oxyhydrogen machine is made up of a plurality of electrolyzers, and each electrolyzer is made up of a plurality of electrolytic pole boards.In use, turn on the power switch, power module converts alternating-current in the direct current of high-frequency resonant; Put on the electrolyzer two ends, the water molecules in the electrolyzer becomes orderly state by rambling state-transition under electric field action, wherein the always corresponding negative plate of Wasserstoffatoms; Always facing to positive plate, the hydrogen-oxygen chemical bond is forced under electric field action to be broken Sauerstoffatom, forms chemical zwitterion; Move on zwitterion edge direction separately, forms oxygen at anode respectively, forms hydrogen at negative electrode.Formed gas carries the aqueous vapor separating tank to carry out gas-liquid separation after circulating cooling system is delivered to interchanger to carry out heat exchange together with electrolytic solution; Electrolytic solution comes back to electrolyzer and carries out electrolysis; And hydrogen or oxygen gas entering scrubbing jar further breaks away from microelectrolysis liquid; Be delivered to gas equipment through Safety water seal jar, dry type hydrogen-oxygen spark arrester, igniting can be used.
At present; Research to hydro-electrolytic hydroxide generator lays particular emphasis on the application in the industry; For example; Publication number is " a kind of hydro-electrolytic hydroxide generating unit that is provided with knot stream pipe " that the utility model patent of CN200964440 provides, and mainly is made up of electrolyzer, gas-holder, container for storing liquid, wet tempering jar, floride-free refrigerator, recycle pump, make-up water pump.Publication number is " automatic hydro-electrolytic hydroxide generator " that the application for a patent for invention of CN1712570 provides; It comprises electrolyzer, gear, supply unit, gas treatment equipment; It is characterized in that: the water-sealed tank of gas treatment equipment is positioned at the electrolyzer top; Electrolyzer is connected by a plurality of conduction box bodys and constitutes combined electrolysis bath; Each conducts electricity the escape pipe of box body and links to each other with the water-sealed tank bottom that it is positioned at the top, has gas clapboard that the oxyhydrogen of each conduction box body generation is separated with water seal in the water-sealed tank; Combined electrolysis bath is connected with automatic liquid feeding fluid level control device, temperature-control device and pressure control device.Publication number is " the hydro-electrolytic hydroxide generating unit " that the utility model patent of CN2218753 provides; Comprise electrolysis power, shell, be positioned at electrolytic solution and a series of battery lead plate of shell; It is characterized in that: the described shell of A. is provided with radiator element, and the inwall of shell is lined with alkaline-resisting insulation layer; The spread of electrodes of the electrolyzer between the two B. adjacent battery lead plates forms series connection or series-parallel electrical coupling form less than 4 millimeters between each battery lead plate; C. the current density of battery lead plate is lower than 10 amperes/decimeter during nominal operation
2
Hydrogen that the hydro-electrolytic hydroxide generator electrolysis that provides in the technique scheme is produced and oxygen are not suitable for the daily life of rural households as the burning source of the gas of weldprocedure.And the applicant's patented claim formerly--publication number is " aqueous oxyhydrogen source gas burner multipurpose machine " that the application for a patent for invention of CN1995818 provides; Include housing, producer gas generator, aqueous vapor jar, mixed fuel agent container, water receiver, distribution input tube, gas spray head, lighter for ignition, cold water pipe, combustion chamber, water tank, hot-water line, hot-air mouth, flue gas mouth; Be characterized in that the bottom is provided with producer gas generator in the described housing; The top of producer gas generator is provided with aqueous vapor jar and water receiver, communicates through pipeline between producer gas generator and aqueous vapor jar and the water receiver, and a side of producer gas generator is provided with the mixed fuel agent container; The top of producer gas generator also is provided with blower fan and combustion chamber; The mixed fuel agent container communicates with gas spray head through the distribution input tube, and the hydrogen or oxygen gas delivery port of producer gas generator communicates with gas spray head through pipeline, and side wall of combustion chamber is provided with cooling water tank; Cooling water tank communicates with cold water pipe and hot-water line respectively, and described housing top also is provided with hot-air mouth and flue gas mouth.This aqueous oxyhydrogen source gas burner multipurpose machine has manufacturing simple in structure, cost is low, process gas purity is high, stable, safe and reliable characteristics; Be specially adapted to the family life needs in the new countryside construction; But its structure still has and continues improved necessity, and this technical scheme does not relate to the crucial multistage HF oscillation stripping technique of multi-cavity.
Summary of the invention
The object of the invention just is to overcome the above-mentioned deficiency that prior art exists, and a kind of integral extracting multipurpose machine device of aqueous hydrogen and oxygen source of novel texture is provided.After this integral extracting multipurpose machine device of aqueous hydrogen and oxygen source with fresh water is the raw material energising; Handle through the multistage HF oscillation stripping technique of multi-cavity; Extract hydrogen and oxygen respectively, hydrogen-oxygen separates the back and is stored in the special hold-up vessel for usely respectively, has that aerogenesis is fast, gas production rate big, with using with product.Two kinds of gases can burn simultaneously, during burning flame concentrate, the high and low constant voltage of temperature, safe and reliable, volume is little, in light weight and can be according to characteristics such as the flexible supporting manufacturings of customer need.
The technical solution that the present invention provides is: this integral extracting multipurpose machine device of aqueous hydrogen and oxygen source; Include housing, aqueous hydrogen and oxygen gas separator tank, water receiver, oxygen storage tank, hydrogen storage tank and water storage gas-holder; Be characterized in being provided with framework in the described housing; The framework bottom is provided with aqueous hydrogen and oxygen gas separator tank, and the top shelf of aqueous hydrogen and oxygen gas separator tank is provided with water storage gas-holder and water receiver, communicates through the air pressure balance pipeline between water storage gas-holder and the water receiver; Described water storage built in gas tank is equipped with water, gas magnetizing division board; The water storage gas-holder communicates with the hydrogen water-in that goes out of aqueous hydrogen and oxygen gas separator tank through pipeline, and the Hydrogen Separation outlet of aqueous hydrogen and oxygen gas separator tank communicates through the water storage gas-holder on going out the hydrogen pipe and being arranged on the framework shelf, and the water storage gas-holder communicates with hydrogen storage tank through hydrogen pipeline; Hydrogen storage tank communicates with hydrogen output sealing chamber through gas pipe line; Hydrogen output sealing chamber is provided with the external delivery port of hydrogen, also is provided with water, gas magnetizing division board in the described water receiver, and water receiver communicates with the oxygen water-in that goes out of aqueous hydrogen and oxygen gas separator tank through pipeline; The outlet of the oxygen separation of aqueous hydrogen and oxygen gas separator tank communicates with water receiver on being arranged on the framework shelf through oxygen output pipe; Water receiver communicates with oxygen storage tank through oxygen pipeline, and oxygen storage tank communicates with oxygen output sealing chamber through gas pipe line, and oxygen output sealing chamber is provided with the external delivery port of oxygen.
Be better to realize the object of the invention, described aqueous hydrogen and oxygen gas separator tank is the multi-cavity multilevel hierarchy, in be provided with the main pole plate, through partition body, sealed rubber plate and the clamping plate of vulcanization of rubber combination; Be provided with vibration pole plate and catch net in the middle of wherein per two main pole plates; Both sides through the partition body of vulcanization of rubber combination are to pay an electrode, and a side is an anode diplopore catalysis electrode, and a side is the activation of cathode electrode; Be the wave net of activation treatment between main pole plate and anode diplopore catalysis electrode, the activation of cathode electroplax; The outside at two pole plates of outermost is a sealed rubber plate, and the outside of rubber plate is clamping plate, and bolt hole is arranged around the clamping plate; With the clamping plate bolt that separator tank is fastening; Described aqueous hydrogen and oxygen gas separator tank upper end is provided with oxygen separation outlet, Hydrogen Separation outlet and supplies to clean the inlet opening of usefulness, and the voltage that applies that extremely go up in each chamber of described aqueous hydrogen and oxygen gas separator tank is no more than 3V, is increased progressively one by one to positive pole by negative pole; The oscillation frequency that produces the magnetic oscillating impulse is no more than 160 hertz, and magneticstrength is no more than 5000 Gausses.
For better realizing the object of the invention; Described housing is provided with that complete machine separates the electric current indicating gauge, separates the gear setter, complete machine moves hand lever, hydrogen delivery port, oxygen delivery port, ventilation opening; 48. side plate, complete machine power control switch, weather gage, mask work telltale, power indicator, separation starting switch and manual air-cooled switch; Housing bottom is provided with castor, and case top is provided with water filling port.
Electrical apparatus control system of the present invention can be looked the customer requirement design by those skilled in the art, and other part that end of the present invention is mentioned belongs to prior art.
Compared with prior art, the present invention adopts the multistage magnetic refraction of multi-cavity to separate hydrogen-oxygen, has broken traditional electrolysis process, has improved turnover ratio, and its beneficial effect is:
1); Do not receive the restriction of seawater and fresh water, all can in aqueous hydrogen and oxygen gas separator tank of the present invention, separate producing hydrogen, oxygen, the structure of aqueous hydrogen and oxygen gas separator tank is a multi-cavity, multipole; The voltage that in different chambeies, level, adds different grades respectively; Make different cavity, level produce the magnetic oscillating impulse, hydrogen, oxygen are separated from water respectively, thereby they are extracted respectively.
2) before the water sepn, the different cavity level is combined, become a whole unit,, send into and make it separation in the aqueous hydrogen and oxygen gas separator tank hydromagneticization through electromagnetic pump, each chamber, inter-stage must guarantee continuous water supply, make aqueous hydrogen and oxygen gas separator tank works better.
3) hydrogen in the aqueous hydrogen and oxygen gas separator tank, oxygen generate the back and are stored in respectively in the special hold-up vessel, during application, hydrogen, oxygen are sent into institute's application apparatus can reach application target.
4) the present invention realizes that really single-set operation extracts hydrogen, oxygen and application.
5) with each accessory respectively by reasonable combination in a table apparatus, aerogenesis, application, non-environmental-pollution.Can reduce Carbon emission more than 95% during with other fuel multifuel combustion, improve thermo-efficiency 20%, reduce running cost 20%; The high-purity hydrogen of synchronized generation, oxygen; Purity can reach 99.99%, under the device normal operating condition, through filtering; Naturally output is gone into, and extracts hydrogen, oxygen problem thereby solve one.
Description of drawings
Fig. 1 provides the structural representation of embodiment for the present invention;
Fig. 2 provides the schematic appearance of embodiment for the present invention;
Fig. 3 is an aqueous hydrogen and oxygen gas separator tank schematic appearance;
Fig. 4 is an aqueous hydrogen and oxygen gas separator tank structural representation;
Fig. 5 is the partial enlarged drawing among Fig. 4;
Fig. 6 is an aqueous hydrogen and oxygen gas separator tank structural representation;
Fig. 7 provides the user mode synoptic diagram of embodiment for the present invention.
Embodiment
Like Fig. 1～shown in Figure 2; This integral extracting multipurpose machine device of aqueous hydrogen and oxygen source 22; Include housing 48, aqueous hydrogen and oxygen gas separator tank 21, water receiver 24, oxygen storage tank 23, hydrogen storage tank 37 and water storage gas-holder 36; Be provided with framework in the described housing 48; The framework bottom is provided with aqueous hydrogen and oxygen gas separator tank 21; The top shelf of aqueous hydrogen and oxygen gas separator tank 21 is provided with water storage gas-holder 36 and water receiver 24, communicates through the air pressure balance pipeline between water storage gas-holder 36 and the water receiver 24, is provided with water, gas magnetizing division board 35 in the described water storage gas-holder 36; Water storage gas-holder 36 communicates with the hydrogen water-in 1 that goes out of aqueous hydrogen and oxygen gas separator tank 21 through pipeline; The Hydrogen Separation of aqueous hydrogen and oxygen gas separator tank 21 outlet 15 communicates through the water storage gas-holder 36 on going out hydrogen pipe 34 and being arranged on the framework shelf, and water storage gas-holder 36 communicates with hydrogen storage tank 37 through hydrogen pipeline, and hydrogen storage tank 37 is exported sealing chamber 32 through gas pipe line and hydrogen and communicated; 32 are provided with the external delivery port 40 of hydrogen on the hydrogen output sealing chamber; Also be provided with water, gas magnetizing division board in the described water receiver 24, water receiver 24 communicates with the oxygen water-in 2 that goes out of aqueous hydrogen and oxygen gas separator tank 21 through pipeline, and the outlet 17 of the oxygen separation of aqueous hydrogen and oxygen gas separator tank 21 communicates with water receiver 24 on being arranged on the framework shelf through oxygen output pipe; Water receiver 24 communicates with oxygen storage tank 23 through oxygen pipeline; Oxygen storage tank 23 communicates through gas pipe line and oxygen output sealing chamber 28, and oxygen output sealing chamber 28 is provided with the external delivery port 39 of oxygen, and described housing 48 is provided with that complete machine separates electric current indicating gauge 41, separates gear setter 42, complete machine moves hand lever 43, hydrogen delivery port 44, oxygen delivery port 45, ventilation opening 47, complete machine power control switch 49, weather gage 50, mask work telltale 51, power indicator 52, separate to start and open 53 and manual air-cooled switch 54; Housing 48 bottoms are provided with castor 46, and housing 48 tops are provided with water filling port 55.Mark among the NM figure: 25, gas-pressure meter, 26, water filling port, 27, safety exhaust; 29, gas delivery circuit control panel; 30, gas flow vacuum breaker, 31, the gas delivery pressure controller, 33, concussion pole plate and catch net; 34, go out the hydrogen pipe in the case, 38, hydromagnetic waterworks unit.
Like Fig. 3～shown in Figure 6; Be provided with main pole plate 5 in the described aqueous hydrogen and oxygen gas separator tank 21, through partition body 56, main pole plate 58, activation treatment sealed rubber plate 4 and clamping plate 6 and 7 of vulcanization of rubber combination, be provided with vibration pole plate and catch net 8 in the middle of wherein per two main pole plates, be a pair electrode through the both sides of the partition body 56 of vulcanization of rubber combination; One side is an anode diplopore catalysis electrode 57; One side is the activation of cathode electrode, is activation treatment sealed rubber plate 4 between main pole plate 58 and anode diplopore catalysis electrode 57, the activation of cathode electroplax, is activation treatment sealed rubber plates 4 in the outside of aqueous hydrogen and oxygen gas separator tank 21 two ends outermost anode and cathode activation vibration pole plates 3; The outside of activation treatment sealed rubber plate 4 is clamping plate 6 and 7; Around the clamping plate 6 and 74 bolts hole are arranged, with the separator tank outer shroud, aqueous hydrogen and oxygen gas separator tank 21 is contained in the framework of housing 48 with the clamping plate bolt; Aqueous hydrogen and oxygen gas separator tank 21 upper ends are provided with Hydrogen Separation outlet 15; Oxygen separation outlet 17 and the inlet opening 59 that supplies to clean usefulness, the voltage that applies on each chamber utmost point 20 of described aqueous hydrogen and oxygen gas separator tank 21 is no more than 3V, is increased progressively one by one to positive pole by negative pole; The oscillation frequency that produces the magnetic oscillating impulse is no more than 160 hertz, and magneticstrength is no more than 5000 Gausses.
Label among the NM figure: 9. activation treatment magnet ring, 10. fastening pull rod, 11. activation treatment sealed rubber plates, 12,18. anode and cathode activation pole plates, 13,19. anode and cathode sealing magnetic stripe, 14. fastening pull rod insulation coverings, 16. liquid levels induction output input aperture.
As shown in Figure 7, the hydrogen of this integral extracting multipurpose machine device of aqueous hydrogen and oxygen source 22 outputs, oxygen enter into burning kitchen range 61 through distribution jar 60, use when supplying peasant household to cook.
Claims (1)
1. an integral extracting multipurpose machine device of aqueous hydrogen and oxygen source includes housing, aqueous hydrogen and oxygen gas separator tank, water receiver, oxygen storage tank, hydrogen storage tank and water storage gas-holder, it is characterized in that:
Be provided with framework in the described housing; The framework bottom is provided with aqueous hydrogen and oxygen gas separator tank; The top shelf of aqueous hydrogen and oxygen gas separator tank is provided with water storage gas-holder and water receiver; Communicate through pipeline between water storage gas-holder and the water receiver, described water storage built in gas tank is equipped with water, gas magnetizing division board, and the water storage gas-holder communicates through the water-in of pipeline with aqueous hydrogen and oxygen gas separator tank; The Hydrogen Separation outlet of aqueous hydrogen and oxygen gas separator tank communicates through the hydrogen storage tank on going out the hydrogen pipe and being arranged on the framework shelf; Hydrogen storage tank communicates through gas pipe line and hydrogen output sealing chamber, and hydrogen output sealing chamber is provided with the external delivery port of hydrogen, and the oxygen separation outlet of aqueous hydrogen and oxygen gas separator tank communicates with oxygen storage tank on being arranged on the framework shelf through oxygen output pipe; Oxygen storage tank communicates with oxygen output sealing chamber through gas pipe line, and oxygen output sealing chamber is provided with the external delivery port of oxygen;
Described aqueous hydrogen and oxygen gas separator tank is the multi-cavity multilevel hierarchy, in be provided with the main pole plate, through partition body, sealed rubber plate and the clamping plate of vulcanization of rubber combination, be provided with vibration pole plate and catch net in the middle of wherein per two main pole plates; Both sides through the partition body of vulcanization of rubber combination are auxiliary electrodes, and a side is an anode diplopore catalysis electrode, and a side is the activation of cathode electrode; Be the wave net of activation treatment between main pole plate and anode diplopore catalysis electrode, the activation of cathode electroplax; The outside at two pole plates of outermost is a sealed rubber plate, and the outside of rubber plate is clamping plate, and bolt hole is arranged around the clamping plate; With the clamping plate bolt that separator tank is fastening; Described aqueous hydrogen and oxygen gas separator tank upper end is provided with oxygen separation outlet, Hydrogen Separation outlet and supplies to clean the inlet opening of usefulness, and the voltage that applies that extremely go up in each chamber of described aqueous hydrogen and oxygen gas separator tank is no more than 3V, is increased progressively one by one to positive pole by negative pole; The oscillation frequency that produces the magnetic oscillating impulse is no more than 160 hertz, and magneticstrength is no more than 5000 Gausses;
Described housing is provided with that complete machine separates the electric current indicating gauge, separates the gear setter, complete machine moves hand lever, hydrogen delivery port, oxygen delivery port, ventilation opening, complete machine power control switch, weather gage, mask work telltale, power indicator, separation starting switch and manual air-cooled switch; Housing bottom is provided with castor, and case top is provided with water filling port.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2008102299031A CN101748448B (en) | 2008-12-18 | 2008-12-18 | Integral extracting multipurpose machine device of aqueous hydrogen and oxygen source |
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| CN2008102299031A CN101748448B (en) | 2008-12-18 | 2008-12-18 | Integral extracting multipurpose machine device of aqueous hydrogen and oxygen source |
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| CN101748448A CN101748448A (en) | 2010-06-23 |
| CN101748448B true CN101748448B (en) | 2012-02-22 |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104419946A (en) * | 2013-09-03 | 2015-03-18 | 深圳万兴顺投资有限公司 | Oxy-hydrogen generator |
| CN110820007B (en) * | 2019-11-14 | 2024-07-16 | 深圳大学 | PBI proton exchange membrane electrolysis module and seawater electrolysis hydrogen production device |
| CN115458288A (en) * | 2022-10-27 | 2022-12-09 | 宜兴市兴益特种变压器有限公司 | High-frequency water-cooled transformer |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1995725A (en) * | 2006-12-05 | 2007-07-11 | 白玉林 | Aqueous oxyhydrogen gas generator for use in IC engine |
| CN1995818A (en) * | 2006-12-05 | 2007-07-11 | 白玉林 | Aqueous oxyhydrogen source gas burner multipurpose machine |
| CN201372312Y (en) * | 2008-12-18 | 2009-12-30 | 白玉林 | Aqueous oxy-hydrogen source integrated extraction multi-purposed machine unit |
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2008
- 2008-12-18 CN CN2008102299031A patent/CN101748448B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1995725A (en) * | 2006-12-05 | 2007-07-11 | 白玉林 | Aqueous oxyhydrogen gas generator for use in IC engine |
| CN1995818A (en) * | 2006-12-05 | 2007-07-11 | 白玉林 | Aqueous oxyhydrogen source gas burner multipurpose machine |
| CN201372312Y (en) * | 2008-12-18 | 2009-12-30 | 白玉林 | Aqueous oxy-hydrogen source integrated extraction multi-purposed machine unit |
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