CN205313677U - Hydrogen and oxygen machine - Google Patents
Hydrogen and oxygen machine Download PDFInfo
- Publication number
- CN205313677U CN205313677U CN201520890917.3U CN201520890917U CN205313677U CN 205313677 U CN205313677 U CN 205313677U CN 201520890917 U CN201520890917 U CN 201520890917U CN 205313677 U CN205313677 U CN 205313677U
- Authority
- CN
- China
- Prior art keywords
- electrolyzer
- reservoir
- wiring end
- pipe
- assembly
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Classifications
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/30—Hydrogen technology
- Y02E60/36—Hydrogen production from non-carbon containing sources, e.g. by water electrolysis
Abstract
The utility model discloses a hydrogen and oxygen machine belongs to oxyhydrogen equipment field. This hydrogen and oxygen machine includes: go up the casing, with the supporting host computer body of last casing and set up power, electrolysis trough subassembly, steam -water separation subassembly, cooling module and the control assembly in the host computer body, the steam -water separation subassembly lies in the top of electrolysis trough subassembly, the electrolysis trough subassembly includes the electrolysis trough of a plurality of vertical settings in order, behind a plurality of electrolysis trough series connections with the power electricity is connected. The utility model provides a hydrogen and oxygen machine, through making a plurality of electrolysis trough series connections, under the prerequisite that does not basically increase power, power cord and binding post volume, not only the cost is reduced makes things convenient for the equipment more, and has effectively improved the gas production, has superior popularization application prospect.
Description
Technical field
The utility model relates to hydrogen-oxygen apparatus field, in particular to a kind of oxyhydrogen machine.
Background technology
Hydrogen as a kind of alternative energy, in other industry such as automobile as New-type fuel, the hydrogen that adulterates in fuel can reduce the oil consumption of 15%～30%, and clean environment firendly. Therefore, current and following a very long time, hydrogen will become a kind of development trend in the utilization in energy source of car etc. Having developed at present the oxyhydrogen machine equipment utilizing water electrolysis to produce hydrogen and oxygen, it can be applicable to automobile for automobile fuel provides hydrogen.
The oxyhydrogen machine that prior art provides generally comprises: power supply, electrolyzer, carbonated drink separation assembly, cooling module, control unit etc. Wherein, power-supply system, by powering to electrolyzer assembly, so that the aqueous electrolyte liquid in electrolyzer assembly is carried out electrolysis, thus produces hydrogen and oxygen. Electrolyzer system is dispelled the heat by electrolytic process by cooling module, and the hydrogen produced enter with oxygen in carbonated drink separation assembly carry out carbonated drink be separated after discharge. Meanwhile, above operational process is all controlled the real-time control of assembly.
But, design people studies discovery, the oxyhydrogen machine that prior art provides adopts single electrolyzer usually, and in order to increase gas production rate, to constantly increase the confession induced current of power supply, and cause power volume to become big, supply lead is thicker, and the electrode slice in electrolyzer also wants corresponding increasing, its upper connecting terminal also to be added slightly. For example, the oxyhydrogen machine that prior art provides is run under low pressure constant current condition (2.3V/60A), its original gas production rate is 1 liter/min, now, supply lead is 6 squares, connection terminal model is 60A, and power volume is about 16.5cm × 10cm × 3cm, and electrolyzer volume is about 18cm × 11.5cm × 4.5cm. And if gas production rate is increased to 4 liters/min, now, it is necessary to supply lead be 50 squares, connection terminal model is at least 200-240A, and the volume of power supply will improve 3-5 doubly, and other auxiliary parts, and the air quantity of the fan that such as dispels the heat also will increase by more than 10 times. It thus is seen that so not only will significantly increase cost, and each parts will be difficult to assembling.
Based on above-mentioned, the utility model provides one by being connected in series by multiple electrolyzer, improves voltage on the basis of original electric current, thus without the need to increasing power supply and supply lead volume, the oxyhydrogen machine of ease of assembly, this improves gas production rate at low cost for realization and has important meaning.
Practical novel content
The utility model embodiment technical problem to be solved is, it provides a kind of without the need to increasing power supply and supply lead volume and can the oxyhydrogen machine of raising gas production rate of low cost. Concrete technical scheme is as follows:
The utility model embodiment provides a kind of oxyhydrogen machine, comprise: upper housing and the supporting main machine body of described upper housing and power supply in the main body, electrolyzer assembly, carbonated drink separation assembly, cooling module and control unit are set, described carbonated drink separation assembly is positioned at the top of described electrolyzer assembly, described electrolyzer assembly comprises the electrolyzer of multiple vertical setting in turn, and multiple described electrolyzer is connected with described power electric after being connected in series.
Specifically, as preferably, described electrolyzer assembly comprises the first electrolyzer, the 2nd electrolyzer, the 3rd electrolyzer and the 4th electrolyzer;
The positive wiring end of described first electrolyzer is electrically connected with the negative wiring end of described 2nd electrolyzer, the positive wiring end of described 2nd electrolyzer is electrically connected with the negative wiring end of described 3rd electrolyzer, and the positive wiring end of described 3rd electrolyzer is electrically connected with the negative wiring end of described 4th electrolyzer;
The negative wiring end of described first electrolyzer is electrically connected with the negative wiring end of described power supply, and the positive wiring end of described 2nd electrolyzer is electrically connected with the positive wiring end of described power supply.
Specifically, as preferably, described carbonated drink separation assembly comprises aqueous vapor strainer, it is arranged on described aqueous vapor strainer bottom, and the reservoir being connected with described moisture filter, vertically it is positioned at the bottom of described reservoir, and by liquid-inlet pipe that described reservoir is connected with described electrolyzer assembly, vertically it is positioned at the sidepiece of described reservoir, and by escape pipe that described reservoir is connected with described electrolyzer assembly, it is connected with described aqueous vapor strainer and passes the vapor pipe of the sidewall of described main machine body, it is arranged on the filling pipe at described reservoir top, two ends are connected the water level displaying tube at the upper and lower two ends of described reservoir, it is arranged on the sidewall of described main machine body, for showing the water level display window of described water level displaying tube median water level, it is arranged on the water level probe at described reservoir top, for detecting the water level of described reservoir inside, it is arranged on the pressure release valve at described reservoir top, for detecting described reservoir internal pressure and carry out pressure release.
Specifically, as preferably, making described liquid-inlet pipe be connected with described reservoir respectively with described escape pipe by elbow;
Described liquid-inlet pipe comprise be connected described reservoir and described first electrolyzer the first liquid-inlet pipe, be connected described reservoir with the 2nd liquid-inlet pipe of described 2nd electrolyzer, be connected described reservoir with the 3rd liquid-inlet pipe of described 3rd electrolyzer, be connected described reservoir and the 4th liquid-inlet pipe of described 4th electrolyzer;
Described escape pipe comprise be connected described reservoir and described first electrolyzer the first escape pipe, be connected described reservoir with the 2nd escape pipe of described 2nd electrolyzer, be connected described reservoir with the 3rd escape pipe of described 3rd electrolyzer, be connected described reservoir and the 4th escape pipe of described 4th electrolyzer.
Specifically, as preferably, described cooling module comprises heat radiation fan, it is arranged on the sidepiece of described electrolyzer assembly, for described electrolyzer assembly and described power supply being dispelled the heat.
Specifically, as preferably, described oxyhydrogen machine also comprises the water lid that the mouth of pipe with described filling pipe is connected, for filling pipe described in shutoff; Described upper housing is provided with for the pore through described filling pipe.
Specifically, as preferably, described control unit comprises PCB switchboard, for water level detecting, temperature detecting, detecting voltage, current sense, heat radiation fan control, Energy control, pressure detection, electrolyzer power source control and radio communication.
Specifically, as preferably, described oxyhydrogen machine also comprises the display screen being arranged on described main machine body sidewall, and described display screen and described PCB switchboard are connected, for showing the operating voltage of described oxyhydrogen machine, working current, working temperature, working water level, operating pressure and communication signals.
The useful effect that the technical scheme that the utility model embodiment provides is brought is:
The oxyhydrogen machine that the utility model embodiment provides, in order to improve gas production rate, the mode of single electrolyzer is adopted by changing tradition, multiple electrolyzer is connected in series, thus improve voltage on the basis not changing original size of current, so can not only effectively improve the gas production rate of oxyhydrogen machine, and avoid the volume significantly increasing power supply, supply lead and connection terminal. For example, when power supply operating parameter is 2.3V/60A, the gas production rate of single electrolyzer is 1 liter/min. If needing to be increased to gas production rate 4 liters/min, then traditional way is when using single electrolyzer, the operating parameter of power supply should be 2.3V/240A, this needs the volume increasing considerably power supply, supply lead and connection terminal, and such as power volume need to be increased to 3 times that operating parameter is the power volume of 2.3V/60A. And the utility model embodiment such as, by by multiple electrolyzer, 4 electrolyzers are connected in series, then the operating parameter of power supply is only 9.2V/60A, and compared with the power volume that operating parameter is 2.3V/60A, its volume is only increased to less than 1/3. In addition, research finds, the wiring end of single electrolyzer and internal electrode film thereof are easily hot, it is necessary to adds many radiation airs and falls apart, otherwise easily causes the rotten needs of electrolytic solution often to change electrolytic solution, and the oxyhydrogen machine that this problem is provided by the utility model embodiment overcomes. Visible, the oxyhydrogen machine that the utility model embodiment provides, under the prerequisite substantially not increasing power supply, supply lead and connection terminal volume, not only reduces cost, convenient assembling, and effectively improves gas production rate, have superior popularizing application prospect.
Accompanying drawing explanation
In order to the technical scheme being illustrated more clearly in the utility model embodiment, below the accompanying drawing used required in embodiment being described is briefly described, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the decomposition front view of the oxyhydrogen machine that the utility model embodiment provides;
Fig. 2 is the utility model embodiment offer again, and oxyhydrogen machine does not comprise the rear view of the part of upper housing;
Fig. 3 is the utility model embodiment offer again, the front view of the connection relation of electrolyzer assembly and carbonated drink separation assembly;
Fig. 4 is the utility model embodiment offer again, the rear view of the connection relation of electrolyzer assembly and carbonated drink separation assembly.
Wherein, in Fig. 1 to Fig. 4, the row's connection terminal being positioned at electrolyzer assembly top all refers to positive wiring end, and the row's connection terminal being positioned at electrolyzer assembly bottom all refers to negative wiring end. Fig. 1 is positioned at the positive wiring end that the connection terminal on the left of power supply represents power supply, is positioned at the negative wiring end that the connection terminal on the right side of power supply represents power supply.
Reference numeral represents respectively:
1 upper housing,
101 pores,
2 main machine body,
3 power supplys,
4 electrolyzer assemblies,
401 first electrolyzers,
402 the 2nd electrolyzers,
403 the 3rd electrolyzers,
404 the 4th electrolyzers,
5 positive wiring ends,
6 negative wiring ends,
7 carbonated drink separation assemblies,
701 aqueous vapor strainers,
702 reservoirs,
703 liquid-inlet pipes,
7031 first liquid-inlet pipes,
7032 the 2nd liquid-inlet pipes,
7033 the 3rd liquid-inlet pipes,
7034 the 4th liquid-inlet pipes,
704 escape pipes,
7041 first escape pipes,
7042 the 2nd escape pipes,
7043 the 3rd escape pipes,
7044 the 4th escape pipes,
705 vapor pipes,
706 filling pipes,
707 water level displaying tubes,
708 water level display windows,
709 water level probes,
710 pressure release valves,
8 elbows
9 heat radiation fans,
10 water lids,
11PCB switchboard,
12 display screens.
Embodiment
For making the purpose of this utility model, technical scheme and advantage clearly, below in conjunction with accompanying drawing, the utility model is implemented mode and it is described in further detail.
The utility model embodiment provides a kind of oxyhydrogen machine, as shown in Figure 1, this oxyhydrogen machine comprises: upper housing 1 and the supporting main machine body 2 of upper housing 1 and the power supply 3 being arranged in main machine body 2, electrolyzer assembly 4, carbonated drink separation assembly 7, cooling module and control unit, carbonated drink separation assembly 7 is positioned at the top of electrolyzer assembly 4. Wherein, electrolyzer assembly 4 comprises the electrolyzer of multiple vertical setting in turn, and multiple electrolyzer is electrically connected with power supply 3 after being connected in series. For example, electrolyzer assembly 4 can comprise 2,3,4,5 or more electrolyzer.
The oxyhydrogen machine that the utility model embodiment provides, in order to improve gas production rate, the mode of single electrolyzer is adopted by changing tradition, multiple electrolyzer is connected in series, thus improve voltage on the basis not changing original size of current, so can not only effectively improve the gas production rate of oxyhydrogen machine, and avoid the volume significantly increasing power supply 3, supply lead and connection terminal. For example, when power supply 3 operating parameter is 2.3V/60A, the gas production rate of single electrolyzer is 1 liter/min. If needing to be increased to gas production rate 4 liters/min, then traditional way is when using single electrolyzer, the operating parameter of power supply 3 should be 2.3V/240A, this needs the volume increasing considerably power supply 3, supply lead and connection terminal, and such as power supply 3 volume need to be increased to 3 times that operating parameter is power supply 3 volume of 2.3V/60A. And the utility model embodiment is by by multiple electrolyzer, such as 4 electrolyzers are connected in series, then the operating parameter of power supply 3 is only 9.2V/60A, with operating parameter be 2.3V/60A power supply 3 volume compared with, its volume is only increased to less than 1/3. In addition, research finds, the wiring end of single electrolyzer and internal electrode film thereof are easily hot, it is necessary to adds many radiation airs and falls apart, otherwise easily causes the rotten needs of electrolytic solution often to change electrolytic solution, and the oxyhydrogen machine that this problem is provided by the utility model embodiment overcomes. Visible, the oxyhydrogen machine that the utility model embodiment provides, under the prerequisite substantially not increasing power supply 3, supply lead and connection terminal volume, not only reduces cost, convenient assembling, and effectively improves gas production rate, have superior popularizing application prospect.
It will be understood by those skilled in the art that, power supply 3 and electrolyzer described in the utility model embodiment are the conventional prior art in this area, and their internal structure is not specially specifically limited by the utility model embodiment at this. Wherein, the electrolyzer of the preferred same model of multiple electrolyzer.
Specifically, as shown in Figure 3, in the oxyhydrogen machine that the utility model embodiment provides, electrolyzer assembly 4 comprises the first electrolyzer 401, the 2nd electrolyzer 402, the 3rd electrolyzer 403 and the 4th electrolyzer 404. The positive wiring end 5 of the first electrolyzer 401 is electrically connected with the negative wiring end 6 of the 2nd electrolyzer 402, the positive wiring end 5 of the 2nd electrolyzer 402 is electrically connected with the negative wiring end 6 of the 3rd electrolyzer 403, and the positive wiring end 5 of the 3rd electrolyzer 403 is electrically connected with the negative wiring end 6 of the 4th electrolyzer 404. The negative wiring end 6 of the first electrolyzer 401 is electrically connected with the negative wiring end of power supply 3, and the positive wiring end 5 of the 2nd electrolyzer 402 is electrically connected with the positive wiring end of power supply 3.By selecting, 4 electrolyzers by high for the gas production rate of oxyhydrogen machine 4 times, and can not only avoid the volume significantly improving electrolyzer assembly 4 to the utility model embodiment, is beneficial to assembling.
Further, in the oxyhydrogen machine that the utility model embodiment provides, such as accompanying drawing 1, accompanying drawing 2, shown in accompanying drawing 3 and accompanying drawing 4, carbonated drink separation assembly 7 comprises aqueous vapor strainer 701, it is arranged on aqueous vapor strainer 701 bottom, and the reservoir 702 being connected with aqueous vapor strainer 701, the bottom vertically being positioned at reservoir 702, and by liquid-inlet pipe 703 that reservoir 702 is connected with electrolyzer assembly 4, the sidepiece vertically being positioned at reservoir 702, and by escape pipe 704 that reservoir 702 is connected with electrolyzer assembly 4, it is connected with aqueous vapor strainer 701 and passes the vapor pipe 705 of the sidewall of main machine body 2, it is arranged on the filling pipe 706 at reservoir 702 top, two ends are connected the water level displaying tube 707 at described reservoir about 702 two ends, it is arranged on the sidewall of main machine body 2, for showing the water level display window 708 of water level displaying tube 707 median water level, the water level probe 709 being arranged on reservoir 702 top, for detecting the water level of reservoir 702 inside, the pressure release valve 710 being arranged on reservoir 702 top, for detecting reservoir 702 internal pressure and carry out pressure release.
The principle of work of this carbonated drink separation assembly 7 is as follows: electrolytic solution (i.e. the aqueous solution) enters reservoir 702 by filling pipe 706, passes through liquid-inlet pipe 703 and enters and carry out electrolysis in electrolyzer assembly 4, generates hydrogen and oxygen. The hydrogen produced and oxygen enter reservoir 702 and aqueous vapor strainer 701 from bottom to top in turn by escape pipe 704, and carry out aqueous vapor separation in aqueous vapor strainer 701, obtain hydrogen and oxygen finished product and discharge through vapor pipe 705 and carry out aftertreatment. In the process, reservoir 702 arranges water level displaying tube 707, the two ends up and down of water level displaying tube 707 are connected with the two ends up and down of reservoir 702 respectively, and show window 708 by water level and show, to ensure, reservoir 702 has the aqueous solution enough carrying out normal electrical solution preocess. By arranging water level probe 709 at reservoir 702 top, to detect the water level of reservoir 702 inside in real time, with upper top lower than reservoir 702 of the water level that ensures in it, carry out the hydrogen for generating and oxygen provides displacement space. By arranging pressure release valve 710 (it comprises pressure transmitter) at reservoir 702 top, for detecting reservoir 702 internal pressure and carry out pressure release, ensure the safe operation of this oxyhydrogen machine.
Specifically, as shown in accompanying drawing 3 and accompanying drawing 4, with the use of elbow 8, liquid-inlet pipe 703 is connected with reservoir 702 respectively with escape pipe 704, vertically arranges to realize liquid-inlet pipe 703 and escape pipe 704. Wherein, each liquid-inlet pipe 703 and each escape pipe 704 electrolyzer that correspondence is single respectively. For example, in the utility model embodiment, liquid-inlet pipe 703 comprises the first liquid-inlet pipe 7031, the 2nd liquid-inlet pipe 7032, the 3rd liquid-inlet pipe 7033, the 4th liquid-inlet pipe 7034. Wherein the top and bottom of the first liquid-inlet pipe 7031 are connected reservoir 702 and the first electrolyzer 401 respectively; The top and bottom of the 2nd liquid-inlet pipe 7032 are connected reservoir 702 and the 2nd electrolyzer 402 respectively; The top and bottom of the 3rd liquid-inlet pipe 7033 are connected reservoir 702 and the 3rd electrolyzer 403 respectively; The top and bottom of the 4th liquid-inlet pipe 7034 are connected reservoir 702 and the 4th electrolyzer 404 respectively.Correspondingly, escape pipe 704 comprises the first escape pipe 7041, the 2nd escape pipe 7042, the 3rd escape pipe 7043 and the 4th escape pipe 7044. Wherein, the top and bottom of the first escape pipe 7041 are connected reservoir 702 and the first electrolyzer 401 respectively; The top and bottom of the 2nd escape pipe 7042 are connected reservoir 702 and the 2nd electrolyzer 402 respectively; The top and bottom of the 3rd escape pipe 7043 are connected reservoir 702 and the 3rd electrolyzer 403 respectively; The top and bottom of the 4th escape pipe 7044 are connected reservoir 702 and the 4th electrolyzer 404 respectively. By as above arranging, so that each electrolyzer is independent of one another, not only it is convenient to maintenance and convenient management.
Further, in the oxyhydrogen machine that the utility model embodiment provides, cooling module comprises heat radiation fan 9, and this heat radiation fan 9 is arranged on the sidepiece of electrolyzer assembly 4, for electrolyzer assembly 4 and power supply 3 being dispelled the heat. By heat radiation fan 9, electrolyzer assembly 4 and power supply 3 are dispelled the heat, to prevent electrolytic solution goes bad, avoid changing electrolytic solution loaded down with trivial detailsly. In addition, the oxyhydrogen machine that the utility model embodiment provides also comprises the mouth of pipe with filling pipe 706 and is connected the water lid 10 of (being preferably threaded), for the shutoff filling pipe 706 when oxyhydrogen machine is idle, prevent impurity from thus entering in aqua storage tank and pollute. And, on upper housing 1, be also provided with pore 101, for when upper housing 1 coordinate with main machine body 2 become entirety time, the filling pipe 706 on reservoir 702 top can pass from this pore 101, so that moisturizing wherein at any time.
As preferably, in the oxyhydrogen machine that the utility model embodiment provides, control unit comprises PCB switchboard 11, and for water level detecting, temperature detecting, detecting voltage, current sense, heat radiation fan 9 controls, power supply 3 controls, pressure detection, electrolyzer power source 3 control and radio communication. This oxyhydrogen machine also comprises the display screen 12 being arranged on main machine body 2 sidewall, and display screen 12 and PCB switchboard 11 are connected, for showing the operating voltage of oxyhydrogen machine, working current, working temperature, working water level, operating pressure and communication signals. The utility model embodiment by arranging the PCB switchboard 11 worked in coordination and display screen 12, can not only Real-Time Monitoring and control the working process of oxyhydrogen machine, ensure the safe operation of oxyhydrogen machine.
Practicality is novel specifically, and the oxyhydrogen machine utilizing the utility model embodiment to provide carries out in the process of hydrogen-oxygen generation, and the end points voltage of power supply can be 8V, and the operating voltage of electrolyzer assembly is 8-10V, such as, be 8V or 9.2V, and working current is 60A. Now, it may also be useful to the supply lead of 6 squares, the connection terminal of 60A, volume is about the power supply (or increasing by 1/3 again) of 16.5cm × 10cm × 3cm, and the electrolyzer that volume is about 18cm × 11.5cm × 4.5cm can realize the utility model.
The foregoing is only better embodiment of the present utility model; not in order to limit protection domain of the present utility model; all within spirit of the present utility model and principle, any amendment of doing, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (8)
1. an oxyhydrogen machine, comprise: upper housing and the supporting main machine body of described upper housing and power supply in the main body, electrolyzer assembly, carbonated drink separation assembly, cooling module and control unit are set, described carbonated drink separation assembly is positioned at the top of described electrolyzer assembly, it is characterized in that, described electrolyzer assembly comprises the electrolyzer of multiple vertical setting in turn, and multiple described electrolyzer is connected with described power electric after being connected in series.
2. oxyhydrogen machine according to claim 1, it is characterised in that, described electrolyzer assembly comprises the first electrolyzer, the 2nd electrolyzer, the 3rd electrolyzer and the 4th electrolyzer;
The positive wiring end of described first electrolyzer is electrically connected with the negative wiring end of described 2nd electrolyzer, the positive wiring end of described 2nd electrolyzer is electrically connected with the negative wiring end of described 3rd electrolyzer, and the positive wiring end of described 3rd electrolyzer is electrically connected with the negative wiring end of described 4th electrolyzer;
The negative wiring end of described first electrolyzer is electrically connected with the negative wiring end of described power supply, and the positive wiring end of described 2nd electrolyzer is electrically connected with the positive wiring end of described power supply.
3. oxyhydrogen machine according to claim 2, it is characterized in that, described carbonated drink separation assembly comprises aqueous vapor strainer, it is arranged on described aqueous vapor strainer bottom, and the reservoir being connected with described aqueous vapor strainer, vertically it is positioned at the bottom of described reservoir, and by liquid-inlet pipe that described reservoir is connected with described electrolyzer assembly, vertically it is positioned at the sidepiece of described reservoir, and by escape pipe that described reservoir is connected with described electrolyzer assembly, it is connected with described aqueous vapor strainer and passes the vapor pipe of the sidewall of described main machine body, it is arranged on the filling pipe at described reservoir top, two ends are connected the water level displaying tube at the upper and lower two ends of described reservoir, it is arranged on the sidewall of described main machine body, for showing the water level display window of described water level displaying tube median water level, it is arranged on the water level probe at described reservoir top, for detecting the water level of described reservoir inside, it is arranged on the pressure release valve at described reservoir top, for detecting described reservoir internal pressure and carry out pressure release.
4. oxyhydrogen machine according to claim 3, it is characterised in that, by elbow, described liquid-inlet pipe is connected respectively with described reservoir with described escape pipe;
Described liquid-inlet pipe comprise be connected described reservoir and described first electrolyzer the first liquid-inlet pipe, be connected described reservoir with the 2nd liquid-inlet pipe of described 2nd electrolyzer, be connected described reservoir with the 3rd liquid-inlet pipe of described 3rd electrolyzer, be connected described reservoir and the 4th liquid-inlet pipe of described 4th electrolyzer;
Described escape pipe comprise be connected described reservoir and described first electrolyzer the first escape pipe, be connected described reservoir with the 2nd escape pipe of described 2nd electrolyzer, be connected described reservoir with the 3rd escape pipe of described 3rd electrolyzer, be connected described reservoir and the 4th escape pipe of described 4th electrolyzer.
5. oxyhydrogen machine according to claim 4, it is characterised in that, described cooling module comprises heat radiation fan, is arranged on the sidepiece of described electrolyzer assembly, for described electrolyzer assembly and described power supply being dispelled the heat.
6. oxyhydrogen machine according to claim 3, it is characterised in that, described oxyhydrogen machine also comprises the water lid that the mouth of pipe with described filling pipe is connected, for filling pipe described in shutoff;
Described upper housing is provided with for the pore through described filling pipe.
7. oxyhydrogen machine according to claim 5, it is characterized in that, described control unit comprises PCB switchboard, for water level detecting, temperature detecting, detecting voltage, current sense, heat radiation fan control, Energy control, pressure detection, electrolyzer power source control and radio communication.
8. oxyhydrogen machine according to claim 7, it is characterized in that, described oxyhydrogen machine also comprises the display screen being arranged on described main machine body sidewall, described display screen and described PCB switchboard are connected, for showing the operating voltage of oxyhydrogen machine, working current, working temperature, working water level, operating pressure and communication signals.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520890917.3U CN205313677U (en) | 2015-11-10 | 2015-11-10 | Hydrogen and oxygen machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520890917.3U CN205313677U (en) | 2015-11-10 | 2015-11-10 | Hydrogen and oxygen machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205313677U true CN205313677U (en) | 2016-06-15 |
Family
ID=56311778
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520890917.3U Expired - Fee Related CN205313677U (en) | 2015-11-10 | 2015-11-10 | Hydrogen and oxygen machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205313677U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105332000A (en) * | 2015-11-10 | 2016-02-17 | 深圳万兴顺投资有限公司 | Oxyhydrogen machine and oxyhydrogen generating method |
| CN111893510A (en) * | 2020-07-30 | 2020-11-06 | 吴开庆 | Electrolytic cell device with multi-channel structure |
| CN115125555A (en) * | 2022-07-05 | 2022-09-30 | 东莞市氢美健康科技有限公司 | Multifunctional oxyhydrogen machine convenient to adjust oxyhydrogen output |
-
2015
- 2015-11-10 CN CN201520890917.3U patent/CN205313677U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105332000A (en) * | 2015-11-10 | 2016-02-17 | 深圳万兴顺投资有限公司 | Oxyhydrogen machine and oxyhydrogen generating method |
| CN111893510A (en) * | 2020-07-30 | 2020-11-06 | 吴开庆 | Electrolytic cell device with multi-channel structure |
| CN111893510B (en) * | 2020-07-30 | 2023-05-26 | 福建铭麟科技有限公司 | Electrolytic tank device with multichannel structure |
| CN115125555A (en) * | 2022-07-05 | 2022-09-30 | 东莞市氢美健康科技有限公司 | Multifunctional oxyhydrogen machine convenient to adjust oxyhydrogen output |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105332000A (en) | Oxyhydrogen machine and oxyhydrogen generating method | |
| CN205313677U (en) | Hydrogen and oxygen machine | |
| CN203284472U (en) | System for preparing high pure hydrogen by using pure water | |
| CN206872952U (en) | Electrolytic hydrogen production oxygen all-in-one | |
| CN207659530U (en) | Water electrolysis hydrogen production oxygen unit | |
| CN102912371B (en) | Hydrogen and oxygen generator and method for generating hydrogen and oxygen | |
| CN109338392A (en) | A kind of Integrated Processing Unit of hydro-electrolytic hydrogen production device | |
| CN104047765A (en) | Oxyhydrogen oil-saving device | |
| CN206872951U (en) | Electrolytic hydrogen production machine | |
| CN208933487U (en) | The electrolytic cell of oxyhydrogen machine takes depressed structure | |
| CN103259054B (en) | Energy-saving and environment-friendly container formation experimental facility | |
| CN209227072U (en) | A kind of photovoltaic energy storage equipment | |
| CN209307495U (en) | A kind of environmental protection and energy saving perchlorate electrolyzer | |
| CN205895437U (en) | Economize on fuel and reduce discharging ability machine of carrying | |
| CN206385260U (en) | A kind of modularization hydrogen formation apparatus | |
| CN214088677U (en) | Device for hydrogen production and hydrogenation through wind driven generator | |
| CN209276645U (en) | A kind of Integrated Processing Unit of hydro-electrolytic hydrogen production device | |
| CN201214684Y (en) | Apparatus for separation and preparation of hydrogen-oxygen by water electrolysis | |
| CN212085149U (en) | Hydrogen fuel cell power supply device | |
| CN204644478U (en) | A kind of hydrogen generating device | |
| CN214736136U (en) | Hydrogen production energy storage device | |
| CN203346485U (en) | Precious metal recovery electrolyzer | |
| CN203834033U (en) | Kettle for water electrolysis | |
| CN218710900U (en) | Hydrogen-oxygen separation electrolytic tank of integrated water tank | |
| CN202925128U (en) | Online impurity removal device for electrolytic-method coarsened nickel foil production system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160615 Termination date: 20171110 |