CN208218469U - The base structure and electrolysis unit with the pedestal of the electrolysis unit of hydrogen-oxygen separation - Google Patents
The base structure and electrolysis unit with the pedestal of the electrolysis unit of hydrogen-oxygen separation Download PDFInfo
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- CN208218469U CN208218469U CN201721283103.9U CN201721283103U CN208218469U CN 208218469 U CN208218469 U CN 208218469U CN 201721283103 U CN201721283103 U CN 201721283103U CN 208218469 U CN208218469 U CN 208218469U
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- 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
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Abstract
The utility model relates to the base structure of the electrolysis unit of hydrogen-oxygen separation and with the electrolysis unit of the pedestal, the base structure includes shell, slot electrode and electrolysis electrode are provided in shell, liquid adsorption object is accommodated in slot electrode, liquid adsorption object is adsorbed with the water that electrolysis electrode preliminary electrolysis uses；The bottom of slot electrode is provided with opening, electrolysis electrode includes the gas water isolation film that cathode sheets, anode strip and abutting are arranged between cathode sheets and anode strip, gas water isolation film is fastened in the inner walls above slot electrode, only water airproof characteristic when there is gas water isolation film electrolysis electrode to cross water stuffiness and electrolysis electrode non-electrolytic when being electrolysed；Anode strip is close to the setting of liquid adsorption object, and housing bottom is provided with for will drain into respectively the gas-water separation discharger of hull outside after the waste water of the anode strip side generation of electrolysis electrode and exhaust gas separation.The device can fully ensure that the air-tightness of structure or device, and be capable of the size of automatic control device air pressure inside.
Description
Technical field
The utility model relates to a kind of pedestal knots for the electrolysis unit that hydrogen-rich cup technical field more particularly to hydrogen-oxygen separate
Structure and electrolysis unit with the pedestal.
Background technique
The process of electrolysis water is really the process of gaseous material of being converted to liquid, and obtained product has hydrogen, oxygen, smelly
Oxygen, chlorine etc..Currently, water electrolysis hydrogen production mainly has hydrogen-oxygen mixture hydrogen manufacturing structure and hydrogen-oxygen chorista hydrogen manufacturing structure.
Using hydrogen-oxygen mixture hydrogen manufacturing structure due to anode byproduct compounds such as ozone, high price chlorine compound, chlorine etc. pair
Human body is harmful, therefore is not useable for the design scheme of direct drinking water；Hydrogen-oxygen chorista hydrogen manufacturing structure can be by the product of cathode chamber
The product (high price chlorine compound, ozone, oxidation product gas, chlorine) of (hydrogen), anode chamber separates, therefore can be used for directly drinking
With in the design scheme of water.
The factor of air-tightness, preventing water leakage and gas pressure stabilizing of device etc. must be taken into consideration using electrolysis hydrogen production device.It is existing
Have in technology, hydrogen-oxygen mixture hydrogen manufacturing structure is usually that air venting device is arranged at top, can solve the increasing of container air pressure inside
Big problem, but there are problems that sealing performance reduction, such as leak, spilling water at relief valve while pressure release.It is separated using hydrogen-oxygen
System hydrogen structure, it is necessary to consider cathode chamber, anode chamber how and meanwhile ensure air-tightness and prevent air pressure proliferation issues, using general
Relief valve there are gas and water mixing after, while pressure release again discharge water the problem of, therefore, air-tightness just substantially reduces.
Through retrieving, the Chinese utility model patent application of Publication No. CN106820863A discloses a kind of " hydrogen generation
Device and hydrogen-rich cup ", specifically disclosing hydrogen room occurs includes that room upper cover occurs, room lower cover, cathode platinum plating titanium plate, grid occurs
Formula proton membrane and anode platinum plating titanium plate, being formed has hydrogen-oxygen separation, what exhaust did not drained, the PES electrolysis of compression-resistant type feature
Water technical solution.The technical program realizes hydrogen-oxygen separation, still, vacuum cup body and cup using hydrogen, oxygen separating system hydrogen structure
Not relevant relief valve of cover etc. come solve the problems, such as container air pressure inside increase；Meanwhile although the technical solution in sun
The setting of pole room bottom is vented not drainage channel, and the mesh that exhaust does not drain is realized by way of ventilated membrane is arranged on a passage
, but waste water and exhaust gas are not separated, the waste water of anode chamber is accumulated in electrolyte chamber, not to the waste water of anode chamber
It is effectively handled, it is smelly to will lead to waste water siltation inside hydrogen-rich cup over time.
Utility model content
To solve the above-mentioned problems, the purpose of this utility model is to provide a kind of pedestals of the electrolysis unit of hydrogen-oxygen separation
Structure and electrolysis unit with the pedestal, the structure and device can fully ensure that the air-tightness of structure or device, and energy
The size of enough automatic control device air pressure insides, making device, gas and water separates during the pressure relief process, so that it is guaranteed that liquid is let out in gas
It will not be excessive during pressure.
To achieve the above object, the utility model uses following technical scheme:
The base structure of the electrolysis unit of hydrogen-oxygen separation, including shell are provided with slot electrode and electrolysis electrode in shell, electricity
Liquid adsorption object is accommodated in the slot of pole, liquid adsorption object is adsorbed with the water that electrolysis electrode preliminary electrolysis uses；The bottom of slot electrode
Portion is provided with the opening of discharge electrolysis wastewater, and electrolysis electrode includes cathode sheets, anode strip and is close to be arranged in cathode sheets and sun
Gas water isolation film between pole piece, gas water isolation film are fastened in the inner walls above slot electrode, and gas water isolation film has
Only water airproof characteristic when electrolysis electrode crosses water stuffiness and electrolysis electrode non-electrolytic when being electrolysed；Anode strip is close to liquid
Adsorbate setting, housing bottom are provided with for will arrange respectively after the waste water of the anode strip side generation of electrolysis electrode and exhaust gas separation
To the gas-water separation discharger of hull outside.
Wherein, the gas-water separation discharger includes lower air pressure relief valve and waste water plug, and lower air pressure relief valve setting exists
In the lower channel for the protrusion that housing bottom one raises upward, lower channel is connected to enclosure interior and hull outside, lower air pressure relief valve
It is in the state opened by the interaction of the support force of the gravity and placed side of pedestal itself, waste water plug is arranged at shell bottom
Portion one is connected on the waste water mouth of enclosure interior and hull outside.
Wherein, the lower air pressure relief valve includes the lower seal of leukorrhagia seal head, and lower seal passes through lower channel and sets
The lower limit part set in hull outside is fixedly connected, and lower seal head is located at the top of the intracorporal protrusion of shell, in shell in lower seal
Lower elastic member is arranged between body bottom and lower limit part.
Wherein, the liquid adsorption object is the sponge with water storage deodorant function.
Wherein, the enclosure interior is separated into the electrolyte chamber on top and the waste water and gas chamber of lower part by isolating device, electricity
Pole slot and electrolysis electrode are arranged in electrolyte chamber, and the bottom of slot electrode is provided with air water pipe, air water pipe upper end connection electrode slot bottom
The opening in portion, lower end pass through isolating device and are connected to waste water and gas chamber.
A kind of electrolysis unit has above-mentioned base structure, further includes main body and lid, the pedestal, main body and lid
It is sequentially connected.
Wherein, being provided on the lid makes air pressure in main body be in the upper air pressure relief valve within preset value always.
Wherein, the upper air pressure relief valve includes the upper seal for taking seal head, and upper seal passes through lid and setting
It is fixedly connected in the upper limit part of lid portion inside, upper seal head is located at lid portion outside, in upper limit part and lid in upper seal
Between be provided with upper elastic member.
A kind of application method of above-mentioned electrolysis unit, comprising the following steps:
Into the slot electrode of pedestal plus water, the water that the absorption of liquid adsorption object is added tighten pedestal and main body；
In the main body plus water, tighten lid and main body, which be placed on steady place, lower air pressure relief valve by
It squeezes and opens；
Starting electrolysis electrode starts to be electrolysed, and the cathode sheets side of electrolysis electrode generates hydrogen, and hydrogen a part is dissolved in water
Hydrogen-rich water is formed, another part is assembled in the device；When air pressure inside device reaches the exhaust atmospheric pressure value of lid setting, on
Air pressure relief valve is squeezed top and opens, gas discharge；Then, upper air pressure relief valve, which resets, closes；
The anode strip side of electrolysis electrode carries out electrolysis using the water that liquid adsorption formal matter is first added and generates oxidation product gas；
Main intracorporal water infiltrates into anode strip side by gas water isolation film from cathode sheets side, and by liquid adsorption object absorption electrolysis electricity
The anode strip of pole continues to use when electrolysis water；
Electrolysis wastewater in the oxidation product gas and slot electrode of anode strip side is discharged into shell, and oxidation product gas passes through
Lower air pressure relief valve discharge, electrolysis wastewater are accumulated in the bottom of waste water and gas chamber, unplug waste water plug discharge electrolysis wastewater.
Wherein, the electrolysis electrode is again started up after the time of 60s ± 10s starts electrolytic hydrogen production 10s ± 5s.
The utility model has the following beneficial effects:
1, the utility model can guarantee air-tightness during electrolytic hydrogen production, so that liquid is not excessive, and can ensure that
Device air pressure inside is controllable, ensures that the practicability and stability of device.
2, the utility model can effectively prevent user using hydrogen, the in vitro structure design of oxygen in hydrogen manufacturing principle
In the liquid for drinking reproducibility, the liquid of oxidisability is isolated without doing harm to huamn body；Also, it needs to make in user
When standby strong oxidizing property liquid, reducing liquid can be also completely isolated, it is ensured that the concentration and validity of oxidizing liquid.
3, the utility model is designed using hydrogen, oxygen separating system hydrogen structure, and anode is located at bottom of device, is increased on its surface
Liquid adsorption object can effectively lock the anode water required in electrolysis, and be able to achieve the purpose of gas and water separation.
4, the lid of the utility model uses novel pressure controlling mechanism in the automatic air pressure control process of top, makes equipment
Gas and water separates during the pressure relief process, so that it is guaranteed that liquid will not be excessive during air venting；In pedestal bottom automatic air pressure
Using gravity suffered by equipment itself in control process, bottom relief valve is opened, to guarantee anode-gas-pressure and use ring
The atmospheric pressure in border is consistent, and uses gas and water separate design scheme, it is ensured that not will lead to outside liquid in exhaust process
It overflows.
5, the base structure of the utility model can be assemblied in the main bodys such as different cup bodies, kettle body by personalized production
Below to realize hydrogen manufacturing acquisition hydrogen-rich water, while anodic product is realized into effective isolation, with a pedestal, it will be able to realize hydrogen
The mass production of oxygen separating device.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 is the structural schematic diagram of the pedestal of the utility model；
Fig. 3 is the structural schematic diagram of the lower air pressure relief valve of the utility model；
Fig. 4 is the structural schematic diagram of the lid of the utility model.
Description of symbols:
1, pedestal；10, isolating device；11, electrolyte chamber；111, electrodes base；112, slot electrode；113, liquid adsorption object；
114, air water pipe；12, waste water and gas chamber；121, protrusion；1211, lower channel；13, lower air pressure relief valve；131, lower seal；
1311, lower seal head；132, lower limit part；133, lower elastic member；14, waste water plug；2, main body；3, lid；31, upper air pressure safety
Valve；311, upper seal；3111, upper seal head；312, upper limit part；313, upper elastic member；32, upper channel；33, protecting seat；
4, electrolysis electrode；41, electrod driving device；42, cathode sheets；43, anode strip；44, gas water isolation film.
Specific embodiment
The utility model is described in further details below in conjunction with the drawings and specific embodiments:
Referring to Fig. 1 to Fig. 4, a kind of electrolysis unit, including sequentially connected pedestal 1, main body 2 and lid 3；Specifically, institute
State that the lower section of main body 2 is arranged in pedestal 1 and 1 top of pedestal is connect with the lower part of main body 2 by thread seal, the lid 3 is set
It sets side on the body 2 and lid 3 is connect with 2 top of main body by thread seal；The pedestal 1, main body 2 and 3 common groups of lid
The container being filled with water at one.
The pedestal 1 includes a shell, and shell is separated into top by the way that the isolating device 10 of 1 inner lower of pedestal is arranged in
Electrolyte chamber 11 and lower part waste water and gas chamber 12, in the present embodiment, the isolating device 10 is fixed seal connection in pedestal 1
Isolation board on inner wall.Certainly, isolating device 10 can need to carry out different settings according to different function, such as reality
The function of the volume-variable of existing electrolyte chamber 11 and waste water and gas chamber 12, the isolating device 10 can be set to lifting device
Isolation board.
Electrodes base 111, slot electrode 112 and electrolysis electrode 4, the electrodes base 111 are provided in the electrolyte chamber 11
It is fixedly mounted in isolating device 10, electrod driving device 41 is provided in electrodes base 111.The fixed peace of the slot electrode 112
On electrodes base 111, liquid adsorption object 113 is accommodated in slot electrode 112, is adsorbed with electrolysis on liquid adsorption object 113
The water that 4 preliminary electrolysis of electrode uses.In the present embodiment, the liquid adsorption object 113 is the sponge with water storage deodorant function.Electricity
The bottom of pole slot 112 is provided with air water pipe 114, the open communication of the upper end of air water pipe 114 and the setting of 112 bottom of slot electrode, gas
The lower end of water pipe 114 passes through isolating device 10 and extends in waste water and gas chamber 12, is connected to waste water and gas chamber 12, electrolysis electrode 4
The waste water and exhaust gas that anode generates are discharged into waste water and gas chamber 12 by air water pipe 114.
The electrolysis electrode 4 is fixedly mounted on 112 top of slot electrode, and electrolysis electrode 4 includes cathode sheets 42,43 and of anode strip
Gas water isolation film 44, the gas water isolation film 44 are fastened on 1 inner wall of pedestal of 112 top of slot electrode.The gas water isolation
Film 44 is in non-electrolytic state, that is, no power, by the setting of the height amount of being filled with water to device etc., so that the gas water inside device
The pressure suffered by 42 side of cathode sheets of isolation film 44 be equal to the pressure suffered by 43 side of anode strip of gas water isolation film 44, at this time gas/
Pressure suffered by 44 two sides of water segregation film is equal, therefore gas water isolation film 44 has only water and airproof characteristic at this time；?
When the energization electrolysis of electrolysis electrode 4, production is aoxidized since the amount of 42 side of cathode sheets electrolysis generation hydrogen is electrolysed to generate for 43 side of anode strip
Twice of the amount of object gas, cause the pressure suffered by 42 side of cathode sheets of gas water isolation film 44 inside device be greater than gas water every
From the pressure suffered by 43 side of anode strip of film 44, therefore at this time, gas water isolation film 44 had the airproof characteristic water installations of water
It is that subsequent anode electrolysis uses that internal water infiltrates on liquid adsorption object 113 through gas water isolation film 44；The cathode sheets 42
The top of gas water isolation film 44 is set and is close to the setting of 44 upper surface of gas water isolation film, the cathode sheets 42 pass through cathode electricity
Pole 421 is electrically connected with electrod driving device 41；The lower section of gas water isolation film 44, anode strip 43 is arranged in the anode strip 43
Upper surface be close to the setting of 44 lower surface of gas water isolation film, the lower surface of anode strip 43 is close to liquid adsorption object 113 and is arranged, institute
Anode strip 43 is stated to be electrically connected by anode electrode column 431 with electrod driving device 41.
When 4 no power non-electrolytic of electrolysis electrode, the water in main body 2 is isolated in main body 2 by gas water isolation film 44, no
In the pedestal 1 that can enter 44 lower section of gas water isolation film.When electrolysis electrode 4, which is powered, to be electrolysed, water in main body 2 through gas water every
It is penetrated into the liquid adsorption object 113 in slot electrode 112 from film 44, cathode sheets 42 generate hydrogen mixing and form hydrogen-rich water in water,
Cathode sheets 43 generate the exhaust gas such as ozone, high price chlorine compound and chlorine and the remaining waste water of electrolysis is flowed by air water pipe 114
In waste water and gas chamber 12.
It is provided with gas-water separation discharger in the waste water and gas chamber 12, for producing the anode strip 43 of electrolysis electrode 4
Waste water and exhaust gas are drained into respectively outside pedestal 1 after raw waste water and exhaust gas separation.In the present embodiment, the waste water and gas chamber 12
Bottom medium position is provided with the protrusion 121 to raise upward, has a connection waste water and gas chamber 12 and pedestal in the protrusion 121
Lower channel 1211 outside 1.Lower air pressure relief valve 13 is provided on the lower channel 1211, the lower air pressure relief valve 13 relies on
Device self gravity is in compacting and is in normally open, so as to the exhaust gas being constantly discharged in waste water and gas chamber 12.Specifically, described
The lower air pressure relief valve 13 includes the lower seal 131 of leukorrhagia seal head 1311, and the lower seal 131 passes through lower channel
1211 are fixedly connected with the lower limit part 132 being arranged in outside pedestal 1, and the lower seal head 1311 is located at waste water and gas chamber 12
In, sealing ring is provided between lower seal head 1311 and the top of protrusion 121.External 1 bottom of pedestal of the lower seal 131 with
Lower elastic member 133 is provided between lower limit part 132, specifically, the lower elastic member 133 is spring.The waste water and gas chamber
12 bottom is provided with waste water mouth, is plugged with waste water plug 14 on the waste water mouth.
By the way that the protrusion 121 with lower channel 1211 to raise upward is arranged in waste water and gas chamber 12, when the hydrogen-oxygen separates
Electrolysis constant-voltage equipment be placed in the planes such as desktop, using device itself gravity i.e. may make lower air pressure relief valve 13 to be in
Normally opened state, exhaust gas are naturally drained by lower channel 1211, so that the air pressure inside pedestal 1 is in steady state, are periodically pulled out
Waste water plug 14 is opened, waste water can be discharged.
Being provided on the lid 3 makes air pressure in main body 2 be in the upper air pressure relief valve 31 within preset value always.This reality
It applies in example, the upper channel 32 being provided in the middle part of the lid 3 inside 3 outside of connection lid and lid 3, the upper air pressure relief valve
31 are arranged on upper channel 32, and the upper air pressure relief valve 31 includes the upper seal 311 for taking seal head 3111, described close
Sealing 311 passes through upper channel 32 and is fixedly connected with the upper limit part 312 being arranged in inside lid 3, the upper seal head 3111
Outside lid 3, sealing ring is provided between upper seal head 3111 and lid 3.The external upper limit part of the upper seal 311
Upper elastic member 313 is provided between 312 and lid 3, specifically, the upper elastic member 313 is spring.Preferably, the lid 3
Inside is provided with protecting seat 33, portion of the protecting seat package upper seal 311 in lid 3 in the outside of upper seal 311
Divide and be fixedly connected on lid 3, the bottom end of protecting seat 33 is provided with several ventholes.
When air pressure inside main body 2 is more than the air pressure outside main body 2, upper elastic member 313 is upward by the air pressure inside main body 2
It squeezing, seal head 1311 is detached from 3 upper surface of lid, after the gas discharge inside main body 2, after 2 inner and outer air pressure of main body is consistent, spring
Resilient seal 131 resets, and constantly guarantees the air-tightness that ensure that device while 2 air pressure inside of main body is safe automatically, prevents
Leak.
The application method of above-mentioned electrolysis unit, comprising the following steps:
It is added water into the slot electrode 112 of pedestal 1 below the top of slot electrode 112, the absorption of liquid adsorption object 113 is added
Water tightens pedestal 1 and main body 2；
It is added water in main body 2 completely, lid 3 and main body 2 is tightened, which is placed on steady place, electrolysis dress
The lower air pressure relief valve 13 in bottom set portion is since under the gravity of electrolysis unit itself and the support force effect of placed side, lower air pressure is safe
Valve 13 is opened since lower elastic member 133 is squeezed；
Start electrolysis electrode 4 and start electrolysis water, 42 side of cathode sheets of electrolysis electrode 4 generates hydrogen, the dissolution of hydrogen a part
Hydrogen-rich water is formed in water, and another part forms bubble rising to be assembled between lid 3 and the liquid level of main body 2；
When 4 continued electrolysis of electrolysis electrode, the hydrogen that 42 side of cathode sheets generates is more and more, the main body 2 and lid of electrolysis unit
Air pressure inside body 3 persistently rises, and when air pressure reaches the exhaust atmospheric pressure value of the setting of lid 3, upper air pressure relief valve 31 is due to upper
Elastic component 313 is squeezed to push up and be opened, and gas is discharged from upper channel 32；After air pressure inside reduces, upper air pressure relief valve 31 is upper
The elastic force effect of elastic component 313 is lower to close, and stops being vented and prevents internal water from flowing out；
43 side of anode strip of electrolysis electrode 4 carries out electrolysis using the water that liquid adsorption object 113 adds in advance and generates oxidation production
Object gas；
When electrolysis electrode 4 is electrolysed, since the amount of the hydrogen of 42 side of cathode sheets generation is greater than 43 side oxidation product gas of anode strip
The amount of body causes the pressure of 44 cathode sheets of gas water isolation film, 42 side to be greater than the pressure of 44 anode strip of gas water isolation film, 43 side, main
Water in body 2 infiltrates into 43 side of anode strip by gas water isolation film 44 from 42 side of cathode sheets, and is adsorbed by liquid adsorption object 113
The anode strip 43 of electrolysis electrode 4 continues to use when electrolysis water；
When 4 continued electrolysis of electrolysis electrode, the oxidation product gas of 43 side of anode strip is more and more, oxidation product gas and electricity
Electrolysis wastewater in pole slot 112 is discharged into waste water and gas chamber 12 by air water pipe 114, and oxidation product gas passes through lower air pressure safety
Valve 13 is discharged, and electrolysis wastewater is accumulated in the bottom of waste water and gas chamber 12, unplugs waste water plug 14 and electrolysis wastewater is discharged.
It is dissolved in liquid since hydrogen molecule is extremely difficult under low pressure, normal temperature environment, and user is rare in a very short period of time
Hydrogen water liquid is finished off, so to guarantee that hydrogen molecule in the concentration of ordinary dissolution of liquid, just has to last for supplement because stopping institute after being electrolysed
The hydrogen partial molecule of loss.To ensure the hydrogen concentration in liquid, it is preferred that electrolysis electrode 4 stop hydrogen manufacturing after, every 60s ±
4 hydrogen manufacturing 10s ± 5s of electrolysis electrode is again started up after the period of 10s, to the liquid hydrogen make-up in device.
The foregoing is merely specific embodiment of the present utility model, are not intended to limit the patent model of the utility model
It encloses, equivalent structure transformation made by using the description of the utility model and the drawings is applied directly or indirectly in it
His relevant technical field, is also included in the patent protection scope of the utility model.
Claims (6)
1. the base structure of the electrolysis unit of hydrogen-oxygen separation, it is characterised in that: including shell, be provided with slot electrode in shell
(112) and electrolysis electrode (4) it, is accommodated liquid adsorption object (113) in slot electrode (112), liquid adsorption object (113) is adsorbed with confession
The water that electrolysis electrode (4) preliminary electrolysis uses；The bottom of slot electrode (112) is provided with the opening of discharge electrolysis wastewater, electrolysis electricity
Pole (4) includes the gas water that cathode sheets (42), anode strip (43) and abutting are arranged between cathode sheets (42) and anode strip (43)
Isolation film (44), gas water isolation film (44) are fastened in the inner walls above slot electrode (112), gas water isolation film (44) tool
Only water airproof characteristic when crossing water stuffiness and electrolysis electrode (4) non-electrolytic when having electrolysis electrode (4) electrolysis；Anode strip
(43) it is close to liquid adsorption object (113) setting, housing bottom is provided with for generating anode strip (43) side of electrolysis electrode (4)
Waste water and exhaust gas separation after drain into the gas-water separation discharger of hull outside respectively；The gas-water separation discharger includes
The protrusion that housing bottom one raises upward is arranged in lower air pressure relief valve (13) and waste water plug (14), lower air pressure relief valve (13)
(121) in lower channel (1211), lower channel (1211) is connected to enclosure interior and hull outside, and lower air pressure relief valve (13) relies on
The interaction of the support force of the gravity and placed side of pedestal itself is arranged in the state opened, waste water plug (14) at shell bottom
Portion one is connected on the waste water mouth of enclosure interior and hull outside；Lower air pressure relief valve (13) includes under leukorrhagia seal head (1311)
Sealing element (131), lower seal (131) pass through lower channel (1211) and fix with the lower limit part (132) that hull outside is arranged in
Connection, lower seal head (1311) are located at the top of the intracorporal protrusion of shell (121), in lower seal (131) housing bottom and under
Lower elastic member (133) are arranged between locating part (132).
2. the base structure of the electrolysis unit of hydrogen-oxygen separation according to claim 1, it is characterised in that: the liquid adsorption
Object (113) is the sponge with water storage deodorant function.
3. the base structure of the electrolysis unit of hydrogen-oxygen separation according to claim 1, it is characterised in that: the enclosure interior
The electrolyte chamber (11) on top and the waste water and gas chamber (12) of lower part, slot electrode (112) and electricity are separated by isolating device (10)
Electrode (4) setting is solved in electrolyte chamber (11), the bottom of slot electrode (112) is provided with air water pipe (114), on air water pipe (114)
The opening of connection electrode slot (112) bottom is held, lower end passes through isolating device (10) connection waste water and gas chamber (12).
4. a kind of electrolysis unit, there is base structure described in claim 2 or 3, it is characterised in that: further include main body (2) and
Lid (3), the pedestal (1), main body (2) and lid (3) are sequentially connected.
5. electrolysis unit according to claim 4, it is characterised in that: being provided on the lid (3) makes main body (2) interior gas
Pressure is in the upper air pressure relief valve (31) within preset value always.
6. electrolysis unit according to claim 5, it is characterised in that: the upper air pressure relief valve (31) includes taking sealing
The upper seal (311) of head (3111), upper seal (311) pass through lid (3) and setting in the upper limit part of lid (3) inside
(312) be fixedly connected, it is external that upper seal head (3111) is located at lid (3), in upper seal (311) upper limit part (312) with
Upper elastic member (313) are provided between lid (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721283103.9U CN208218469U (en) | 2017-09-30 | 2017-09-30 | The base structure and electrolysis unit with the pedestal of the electrolysis unit of hydrogen-oxygen separation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721283103.9U CN208218469U (en) | 2017-09-30 | 2017-09-30 | The base structure and electrolysis unit with the pedestal of the electrolysis unit of hydrogen-oxygen separation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208218469U true CN208218469U (en) | 2018-12-11 |
Family
ID=64532157
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721283103.9U Active CN208218469U (en) | 2017-09-30 | 2017-09-30 | The base structure and electrolysis unit with the pedestal of the electrolysis unit of hydrogen-oxygen separation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208218469U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2021023902A (en) * | 2019-08-08 | 2021-02-22 | 株式会社テックコーポレーション | Electrolyzed water generator |
-
2017
- 2017-09-30 CN CN201721283103.9U patent/CN208218469U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2021023902A (en) * | 2019-08-08 | 2021-02-22 | 株式会社テックコーポレーション | Electrolyzed water generator |
| JP7315954B2 (en) | 2019-08-08 | 2023-07-27 | 株式会社テックコーポレーション | Electrolyzed water generator |
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