CN203668073U - Simple and efficient electrolysis device capable of preparing purified water into electrolyzed water - Google Patents
Simple and efficient electrolysis device capable of preparing purified water into electrolyzed water Download PDFInfo
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- CN203668073U CN203668073U CN201320368638.1U CN201320368638U CN203668073U CN 203668073 U CN203668073 U CN 203668073U CN 201320368638 U CN201320368638 U CN 201320368638U CN 203668073 U CN203668073 U CN 203668073U
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/46—Treatment of water, waste water, or sewage by electrochemical methods
- C02F1/461—Treatment of water, waste water, or sewage by electrochemical methods by electrolysis
- C02F1/46104—Devices therefor; Their operating or servicing
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- C—CHEMISTRY; METALLURGY
- C25—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES; APPARATUS THEREFOR
- C25B—ELECTROLYTIC OR ELECTROPHORETIC PROCESSES FOR THE PRODUCTION OF COMPOUNDS OR NON-METALS; APPARATUS THEREFOR
- C25B15/00—Operating or servicing cells
- C25B15/04—Regulation of the inter-electrode distance
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/46—Treatment of water, waste water, or sewage by electrochemical methods
- C02F1/461—Treatment of water, waste water, or sewage by electrochemical methods by electrolysis
- C02F1/46104—Devices therefor; Their operating or servicing
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- 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
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Abstract
A simple and efficient electrolysis device capable of preparing purified water into electrolyzed water is characterized by comprising a controllable electrolysis power supply and an electrolysis electrode assembly connected with the controllable electrolysis power supply, wherein the electrolysis electrode assembly is soaked in water to be electrolyzed during working; gaps are reserved between negative and positive electrodes of the electrolysis electrode assembly, the distance between the gaps is in a range of 0-2 mm, and the gaps are designed according to a reasonable minimization principle; areas of the gaps between the negative and positive electrodes of the electrolysis electrode assembly in certain occupied space are designed according to a reasonable maximization principle; the distance between the gaps between the negative and positive electrodes is minimized and the areas of the gaps are maximized, so that the electrolysis device has a more powerful ionization effect on water molecules, particularly micro impurities in the water, produces more free electrons and obtains larger electrolytic currents under certain electrolytic voltage and water quality as well as environment conditions; and water with very low conductivity as well as water with very high conductivity can be prepared into the electrolyzed water by the aid of the device.
Description
Technical field
The utility model relates to a kind of simple and efficient electrolyzer that pure water can be made to brine electrolysis, belongs to non-isolating film Electrowinning function water technical field.
Background technology
Function water is defined as " obtaining certain by artificial treatment process can reproduce and the aqueous solution of useful function " by Japanese function water association.In the middle of various called function water, brine electrolysis is the most thoroughly cognitive the angle of science by people, is also unique water HUMAN HEALTH by Japanese health ministry (the Japanese national Ministry of Health) admit with actual effect.Ministry of Health of China is as far back as the official approval electrolyzed water machine production and sales nineties in water century.The utility model belongs to electrolytic process and makes brine electrolysis field, and the negative potential reductive water that electrolytic process is made is the main kind of brine electrolysis, is major objective of the present utility model.Negative potential reductive water is that scientist is cognitive already while studying long-lived regional water source to the meaning of human health.Scientist find: the denominator of source, Changshou village, various countries water is hydrogeneous and redox potential is that ORP is negative value, is called as negative potential reductive water, is used to claim reductive water, after someone is called for short function water again.This specific character is that other regional source water have no.Selling in the tap water such as pure water, distilled water, mineral water with city at general river lake water and tap water, is not hydrogeneous, and be about+150mv～500mv of ORP, does not have reductibility.In recent years,, on the basis through a large amount of scientific payoffss and clinical verification, " reductive water medical health " upsurge that can effectively dispel oxyradical mechanism based on hydrogeneous water is in the ascendant.
At present, on the market visible electrolytic process produce function water or reductive water device be mainly divided into have barrier film with without two kinds, barrier film, wherein diaphragm-free electrolysis water device is the developing direction that electrolytic process is made reductive water device.But pure water comprises that distilled water etc. is considered to because specific conductivity is too low, the electric current that can not produce electrolysis, can not make function water or negative potential reductive water with electrolysis process.Through retrieving existing have barrier film and diaphragm-free electrolysis water Patents or device, the real solution that the electrolysis of pure water more efficient is made as to function water or this technical barrier of negative potential reductive water there is not yet appearance.In view of pure water is extensively drunk in large quantities for people, and the source water that is similar to the such utmost point low conductivity of pure water extensively exists, and solving the electrolysis tech difficult problem that pure water is made to reductive water has been the urgent need of development mankind brine electrolysis cause.Artificial this difficult problem that solves of application, has carried out the exploration that studies for a long period of time, has finally obtained critical breakthrough from two aspects of theory and practice.
Summary of the invention
The utility model proposes and a kind ofly pure water can be comprised to distilled water efficiently makes the simple and easy electrolyzer of brine electrolysis, belong to non-isolating film brine electrolysis technology.
Why think traditionally pure water comprise distilled water can not with electrolytic process make electrolytic functional water applicant find its reason be mainly custom think that pure water specific conductivity is approximately zero, with existing electrolysis process and device, electrolysis pure water comprises that the electric current of distilled water is approximately zero, therefore can not electrolysis.Applicant proposes a kind of new simple and easy electrolyzer, can improve the electric conductivity that existing commercially available pure water comprises distilled water artificially not adding in any material situation, forming Faradaic current circulation increases progressively, thereby realize the electrolysis that pure water comprises distilled water, efficiently produce brine electrolysis, and be the pure reductive water compared with high negative potential, can drink the life of recuperating for people; The utility model also can be made negative potential slightly acidic reductive water, can be used for anti-oxidant beauty and skin care; The utility model still can be applicable to make the association areas such as other brine electrolysis or water treatment.
The utility model method is based on following three the important new discoveries of applicant:
First new discovery, with the essence that brine electrolysis method is made brine electrolysis or reductive water be power supply electric energy be converted to the function water of water active can or reducing activity energy, this specification sheets emphasis is take reducing activity energy and make negative potential reductive water and make related description as example.The leading indicator of weighing reducing activity energy has: active hydrogen content, and measure unit is ppb/L or ppm/L; The redox potential of water is ORP, and measure unit is mv voltage, and ORP negative potential is called for short again negative potential.Generally speaking, if water has higher active hydrogen content and negative potential, the reducing activity energy of water is that the anti-oxidant reductibility of water is stronger, and hydrogen richness and ORP negative value are collectively referred to as reductive water index by applicant.Certain Faradaic current intensity and conduction time are that electric energy is converted to activity and can obtains compared with the prerequisite of high-reduction water index.In electrolytic water device, between electrolysis anode and cathode, distance is nearer, anode and cathode area is larger, impedance that same water presents less under same electrolysis voltage Faradaic current larger, in other words, between Faradaic current and anode and cathode, distance is inversely proportional to, and is directly proportional to the effective electrolysis area of pole plate, and it is vital that this cognition realizes electrolysis to the extremely low pure water of specific conductivity and distilled water.
Second new discovery, existing commercially available pure water comprises that distilled water specific conductivity is not definitely zero, always contain the extramolecular trace impurity that dewaters, if partial impurities is discharged electronics by electrolysis meeting in these trace impurities, increase electrical conductivity of water, if discharged more polyelectrons by electrolysis meeting repeatedly, thereby increase Faradaic current, actual detection shows: the clearance distance between anode and cathode is less, can more be conducive to this type of trace impurity by electrolysis, Faradaic current increase is more remarkable, applicant by this type of trace impurity without exception referred to as impurity.
The 3rd new discovery, pure water comprises and in distilled water, has impurity, produces unbound electron and ion particulate through electrolysis, it not only has and produces and increase progressively the effect of Faradaic current, and is that generation reductive water index produces more hydrogen H, hydrogen H
2especially produce negative hydrogen ion H
-key.Its principle is as follows: in electrolytic water device, and water molecules H
2o is produced H by electrolysis
+with OH
-oH
-produced again the materials such as oxygen O, H, electronics e-by electrolysis, and impurity is discharged a large amount of unbound electron e-by electrolysis, can increase H
++ e-→ H and H+e-generate H
-chance, thereby increase water hydrogen content, H-increase can make water discharge electronic capability that is anti-oxidant reduction characteristic strengthens, and shows as water ORP value by just becoming negative.A bit can not be ignored in addition: some ion particulate that impurity is produced by electrolysis is negative hydrogen ion H
-be able to the essential condition of stable existence, OH
-the H or the H that after electrolysis, are produced
-in the reasonable time of may existing take foreign ion particulate as carrier, the H take foreign ion particulate as carrier thereby have more multimachine to be combined into H with unbound electron
-, Japanese expert Bai field and Ohta Shigeo are to this kind or the existing demonstration of similar phenomenon, and this is that brine electrolysis has compared with the major cause of high-reduction water index.Applicant is referred to as above-mentioned three new discoveries " reductive water principle is made in the electrolysis of water impurity ", is called for short water impurity electrolysis principle, and this principle has disclosed essence and key that brine electrolysis method is made reductive water.In fact, non-pure water electrolysis is made in reductive water process, the impurity in water is played by electrolysis the effect that the electric current that produces electrolysis especially produces reductive water index equally, is only that non-pure water impurity is many, serve as unknown hero, do not cause that people fully pay close attention to also not for people know very well.
Be water impurity electrolysis principle based on above-mentioned three new discoveries, the utility model to the feature of pure water electrolysis process is: the one, and make between electrolytic negative/positive plate distance approaching as far as possible, the 2nd, make cathode-anode plate equivalence electrolysis area large as far as possible, at certain electrolysis voltage as safety voltage and the relevant large as far as possible Faradaic current of acquisition under condition, if certainly to connect the utility model device compatible when the non-purified waters for drinking such as tap water boiling water or cold water and direct-drinking water or mineral water are made as to reductive water in two-plate gap, reductive water index can be higher, meet above-mentioned electrolysis impurity principle, but due to the irregular relation of former water quality, may occur that reductive water contents of residual chlorine increases problem, need take suitable electrode structural designs scheme or remove chlorine residue measure and solve.Adopt the absorbed water such as gac in brine electrolysis process in, chlorine residue is the better scheme that solves chlorine residue problem.Adopting proprietary material module that the adsorptivity such as gac is strong to have the good result of subduing chlorine residue and some heavy metal ion in water as the electrolytic anode of the utility model design, is the better selection that device that the utility model produces can be common to pure water and distilled water and non-purified water for drinking.
Basic technical scheme: a kind of device that pure water and the electrolysis of distilled water simple and efficient can be made to negative potential reductive water, it is characterized in that: comprise controllable electrolysis power supply, with the anodal anode being connected of electrolysis power, the negative electrode being connected with electrolysis power negative pole, when work, anode and cathode is immersed in the water of wanting electrolysis; Between anode and cathode, leave gap, interstice coverage is: be greater than 0mm to being less than 2mm, between anode and cathode, being designed to little gap object is to increase electric current, trace impurity in water molecules especially water is produced compared with dense ionization effect, to produce more unbound electron; In certain space, effective electrolysis area of negative and positive pole clearance designs larger as far as possible, in the hope of obtain larger Faradaic current and large effectively electrolytic energy under same electrolysis voltage and condition of water quality; For obtaining the large effectively electrolysis area in anode and cathode gap, one of desirable preferred version is: the comb form that anode is made respectively honeycomb briquette shape and can be docked with it with negative electrode, quantity, shape and the distribution of comb electrode broach is corresponding with cellular electrode honeycomb hole, and be inserted in corresponding aperture, gap is left with honeycomb hole surface in broach surface, and the effective clearance area between anodic-cathodic approximates honeycomb electrode plane and comb electrode plane clearance equivalent area adds all broach and honeycomb hole gap equivalent area sum.
One of technical scheme: with water container form application the utility model basic technical scheme, comprise water receptacle and lid thereof, controllable electrolysis power supply is arranged in lid, the electrolytic pole board assembly stretching into downwards in electrolytic vessel is installed on described lid, this assembly is formed by three combination of electrodes, is immersed in the interior water of container when work.Electrolytic pole board assembly is wrapped up by one of electrode stainless steel round shape negative electrode, uncovered above stainless steel cylinder, and planar base is mesh-structured, so that the inside and outside flow of cylinder, cylinder is connected with one of controllable electric power output negative pole by wire; Two Alveolate activated carbon capable cakes of the electrode matching with cylinder in the middle part of in cathode cylinder or by diameter of upper level installation, between gac cake side face and cylinder inner peripheral surface, leave one of gap, activated carbon electrodes is connected with two of controllable electric power output by wire; Three band broach conductive plates of electrode are installed below activated carbon electrodes, quantity, shape and the distribution of its broach is corresponding with cellular electrode honeycomb hole, and be inserted in corresponding aperture, four of gap is left with honeycomb hole surface in broach surface, round pie gac lower surface and broach pole plate upper surface leave five of gap, broach pole plate has reticulated cell, be conducive to strengthen water and ionic mobility, the equivalent area that between cellular electrode and comb electrode, two of gap useful area is about as much as all teeth and interporal lacuna four adds gap five useful area; Comb electrodes plate is connected with three of controllable electric power output by wire, and at the bottom of its basal surface and cathode cylinder, internal surface leaves three of gap; One of gap of three electrodes, two, three distance be greater than 0mm and be less than between 1.5mm; By controllable electric power one of export, two and negative pole can control electrode assemblie pure water and distilled water and other common drinking water are made respectively to the higher weakly alkaline of alkalescence or alkalescence weakly alkaline or acid negative potential reductive water on the low side.
Two of technical scheme: application the utility model basic technical scheme is realized flowing water electrolysis is made to negative potential reductive water.Comprise one section of tubular channel, controllable electrolysis power supply, and be arranged on the electrolytic pole board assembly in passage, this assembly is identical with the electrolytic pole board assembly one of technical solutions of the utility model Suo Shu, allow water flow into from tubular channel one end through electrolytic pole board assembly, flow out from other one end, by controllable electric power one of export, two and negative electrode can control electrode assemblie pure water and distilled water and other tap water are made respectively to alkaline higher weakly alkaline or alkaline weakly alkaline or acid negative potential reductive water on the low side.
Three of technical scheme: similar with one of technical scheme, difference is only electrolytic pole board assembly difference, one of the electrode of this programme electrolytic pole board assembly structure is that N E is close to shape side by side, two structures of electrode are that the E of N horizontal inversion is close to shape side by side, E shape electrode forms multiple Z-shaped communicate gaps by concavo-convex to inserting mode with anti-E shape electrode, and clearance distance is within being greater than 0mm, being less than the scope of 2mm.
It is listed that electrolytic pole board assembly concrete structure in technical solutions of the utility model is not limited to technique scheme one, two, three, Yu compare great pole clearance, the less pole clearance of every use area is effectively to improve water and impurity Faradaic current thereof, and the electrolytic water electric electrode structure that reaches making reductive water or related objective all belongs to the utility model scope.
Accompanying drawing explanation
Below by accompanying drawing, the utility model is further explained.
Fig. 1 is the simple and efficient electrolyzer that the utility model embodiment 1 can make pure water brine electrolysis
Fig. 2 is the simple and efficient electrolyzer that the utility model embodiment 2 can make pure water brine electrolysis
Fig. 3 is the simple and efficient electrolyzer that the utility model embodiment 3 can make pure water brine electrolysis
Fig. 4 is the simple and efficient electrolyzer that the utility model embodiment 4 can make pure water brine electrolysis
Fig. 5 is the simple and efficient electrolyzer that the utility model embodiment 5 can make pure water brine electrolysis
Fig. 6 is the simple and efficient electrolyzer that the utility model embodiment 6 can make pure water brine electrolysis
Fig. 7 is the simple and efficient electrolyzer that the utility model embodiment 7 can make pure water brine electrolysis
Embodiment
The utility model basic technical scheme is applied to water container and designs, as shown in Figure 1, comprise water container 14 and lid 13 thereof, controllable electrolysis power supply 12 is arranged in lid 13, the electrolytic pole board assembly 18 stretching into downwards in electrolytic vessel is installed on 13, this assembly is formed by 3 combination of electrodes, is immersed in the interior water of container when work.Electrolytic pole board assembly is wrapped up by electrode stainless steel round shape negative electrode 1, and 1 is uncovered above, and planar base has netted circular hole 15, so that 1 inside and outside flow, 1 is connected with one of 12 outputs power cathode 15 by wire 4; Between 1 interior middle part or Alveolate activated carbon capable cake electrode 2,2 peripheries that match with 1 by diameter of upper level installation and 1 inner peripheral surface, leaving gap 7,2 is connected with controllable electric power output terminal 16 by wire; 2 are provided with broach conductive plate below, quantity, shape and the distribution of its broach are corresponding with 2 honeycomb holes, and be inserted in corresponding aperture, gap 22 is left with honeycomb hole surface in broach surface, 2 lower surfaces and broach pole plate 2 upper surfaces leave gap 8, broach pole plate 2 has reticulated, open, is conducive to strengthen water and ionic mobility, and the equivalent area that between 2 and 3 electrodes, gap total effective area is about as much as N 22 adds gap 8 useful area; 3 are connected with controllable electric power output 17 by wire, and 3 basal surfaces and 1 end internal surface leave gap 9; Electrode gap 7,8, note: electrolysis time 3 minutes, normal temperature, former water: ORP=+167mv, hydrogen richness=0, PH=5.5
Table five: 3 kinds of control modes of the present embodiment are made direct-drinking water the actual measurement achievement data of reductive water
Note: electrolysis time 3 minutes, normal temperature, former water: ORP=+286mv, hydrogen richness=0, PH=7.5
The present embodiment structure as shown in Figure 2, is the another embodiment that application the utility model basic technical scheme is made flowing water electrolysis negative potential reductive water.Comprise one section of tubular channel 25, controllable electrolysis power supply 12, and be arranged on the electrolytic pole board assembly 18 in passage 25, and this assembly is identical with the electrolytic pole board assembly described in the utility model embodiment 1, and difference is only: the 22 long M of the Length Ratio embodiment 1 in 22 gaps are doubly; Allow water flow through 18 from 25 water inlet port 26, through electrolysis electrode gap 7,8,9, especially by N 22 gaps by electrolysis treatment repeatedly, flow out from 25 water outlet ports 27, export 16,17,15 different voltages by controllable electric power and be combined to form control mode 1,2,3, can control electrode assemblie pure water is comprised to distilled water and other tap water make respectively the different negative potential reductive water of pH value.The present embodiment reductive water index sees table six.
Table six: 3 kinds of control modes of the present embodiment are made pure water the actual measurement achievement data of reductive water
Note: electrolysis time 3 minutes, normal temperature, former water: ORP=+242mv, hydrogen richness=0, PH=5.5
As shown in Figure 3, function is similar to Example 2 for the present embodiment structure, is the another embodiment that application the utility model basic technical scheme is made flowing water electrolysis negative potential reductive water.Comprise one section of tubular channel 25, controllable electrolysis power supply 12, and be arranged on the electrolytic pole board assembly 18 in passage 25, this assembly is formed by 3 combination of electrodes, is immersed in the interior water of container when work.Electrolytic pole board assembly electrode 1 is U barrel shape, and 1 is uncovered above, and 1 planar base has netted circular hole 15, is convenient to 1 interior flow, and 1 is connected with 12 output ports 15 by wire 4; Electrode 2 structures are that the E of N horizontal inversion is close to shape side by side, electrode 3 structures are that N E is close to shape side by side, anti-E shape electrode 2 forms multiple Z-shaped communicate gaps 8 by concavo-convex to inserting mode with E shape electrode 3, between 2 peripherys and 1 inner peripheral surface, leaving gap 7,2 is connected with 12 output ports 16 by wire; Between 3 peripherys and 1 inner peripheral surface, leave gap 9,3 and export notes by wire and 12: electrolysis time 3 minutes, normal temperature, former water: ORP=+242mv, hydrogen richness=0, PH=5.5
The present embodiment structure as shown in Figure 6, only be with the difference of embodiment 5: embodiment 5 round shape negative electrodes 1 are replaced with water container 14, designs simplification, the present embodiment is suitable for 14 for electro-conductive material is as the water container of metal etc., the present embodiment principle of work is identical with embodiment 1 with process, has just lacked the effect of N individual 22.The present embodiment reductive water index sees table ten.
Table ten: 3 kinds of control modes of the present embodiment are made pure water the actual measurement achievement data of reductive water
Note: electrolysis time 3 minutes, normal temperature, former water: ORP=+231mv, hydrogen richness=0, PH=5.5
The present embodiment structure as shown in Figure 7, visible and difference embodiment 6 is: the electrode structure of the control mode of controllable electrolysis power supply and electrolysis electrode assembly is simplified, 2 do not connect 12,12 connect 1,17 through port one 5 connects 3 output electrolysis voltages, and utilizes 7,8,9 distances and cooperatively interacting of electrolysis area thereof to make different PH negative potential reductive water.The present embodiment is this kind of control mode only, and its control feature is: 12 from port one 7 to 3 output electrolysis power positive voltages, and 12 port ones 5 connect power cathode by 1, water and trace impurity thereof in gap 7,8,9 by electrolysis.2 effect is identical with embodiment 1 control mode 2, difference is that 2 positive voltage value obtains from 16 of 12 output ports not as embodiment 1, but depend on that 8 and 7 pairs of 12 port ones 7 load on the dividing potential drop of 3 voltage, therefore the function influence reductive water pH value index of available gap 8 spacing controls 2, change that 12 port ones 7 are exported positive voltage numerical value and the time length also can be played similar action, thereby produce the reductive water of corresponding pH value.Detailed process and principle and embodiment 1 control mode 2 are roughly the same.The present embodiment reductive water index sees table ten one.
Table ten one: 3 kinds of control modes of the present embodiment are made pure water the actual measurement achievement data of reductive water
Note: electrolysis time 3 minutes, normal temperature, former water: ORP=+238mv, hydrogen richness=0, PH=5.5.
Claims (7)
1. the simple and efficient electrolyzer that pure water can be made to brine electrolysis, is characterized in that: comprise controllable electrolysis power supply, and the electrolysis electrode assembly being connected with controllable electrolysis power supply, when work, electrolysis electrode assembly is immersed in the water of wanting electrolysis; Between the anodic-cathodic of electrolysis electrode assembly, leave gap, clearance distance is within being greater than 0mm, being less than 2mm scope, and gap is by rationally less change principle design; Electrolysis electrode assembly is in shared certain space, and between its anodic-cathodic, the area in gap is by rationally largeizationr principle design.
2. a kind of simple and efficient electrolyzer that pure water can be made to brine electrolysis according to claim 1, its electrolysis electrode module diagnostic is: the opposing electrode in electrolysis electrode assembly is made respectively gaufre shape and with it can corresponding comb plate shape of pegging graft; The broach of comb plate shape electrode is fixed on dull and stereotyped upper, and this flat board can be opened reticulated cell and flow through in order to current; Comb plate shape electrode broach can insert in corresponding honeycomb shape electrode honeycomb hole, between broach surface and honeycomb hole surface, leaves gap; Between honeycomb shape electrode and broach shape electrode apparent surface, leave gap; Between anodic-cathodic, clearance distance is all within being greater than 0mm, being less than the scope of 2mm.
3. a kind of simple and efficient electrolyzer that pure water can be made to brine electrolysis according to claim 1, its electrolysis electrode module diagnostic is: one of electrode structure is that N E is close to shape side by side, two structures of electrode are that the E of N horizontal inversion is close to shape side by side, E shape electrode forms multiple Z-shaped communicate gaps by concavo-convex to inserting mode with anti-E shape electrode, and clearance distance is within being greater than 0mm, being less than the scope of 2mm.
4. a kind of simple and efficient electrolyzer that pure water can be made to brine electrolysis according to claim 1, its electrolysis electrode module diagnostic is: in electrolysis electrode assembly, can take the unequal design of anode and cathode area to improve electrolytic efficiency, anode and cathode area is unequal can be both that annode area is greater than cathode area, also can be contrary, clearance distance is within being greater than 0mm, being less than the scope of 2mm.
5. a kind of simple and efficient electrolyzer that pure water can be made to brine electrolysis according to claim 1, its electrolysis electrode module diagnostic is: electrolysis electrode assembly is wrapped up by a cylindrical electrode, the top nozzle of cylindrical electrode opens wide, cylinder bottom is plane net pore structure, so that the mutual of the inside and outside current of cylinder flows, cylindrical electrode is connected with controllable electric power output port 1 by wire, as electrolysis electrode 1; In the middle part of in cylindrical electrode or by upper level, gac or an analogous material cheese electrode that diameter matches with cylindrical electrode shape is installed, as electrolysis electrode 2, between gac or analogous material cheese electrode periphery and cylindrical electrode inner peripheral surface, leave gap 1, gac or analogous material electrode are connected with controllable electric power output port 2 by wire; Below gac or analogous material electrode, pole plate is housed, as electrolysis electrode 3, pie gac or analogous material lower surface and electrode 3 pole plate upper surfaces leave gap, electrode 3 pole plates have reticulated cell, be beneficial to water and ion flow, electrode 3 pole plates are connected with controllable electric power output port 3 by wire, and at the bottom of electrode 3 pole plate basal surfaces and cylindrical electrode cylinder, internal surface leaves gap 3; The distance in the gap 1,2,3 of three electrodes is being greater than 0mm, is being less than between 2mm; Electrolysis electrode assembly working order is controlled by controllable electric power output port 1,2,3;
Described electrolysis electrode assembly can be distinguished or work is following simultaneously changes:
1) pie gac or analogous material and electrode 3 pole plates can be changed into gaufre shape and comb plate shape that with it can corresponding grafting, the broach of comb plate shape electrode is fixed on flat board, broach can insert in corresponding honeycomb hole, between broach surface and honeycomb hole surface, leaves gap; Between cellular electrode and comb electrodes apparent surface, leave gap: between gaufre shape electrode and comb plate shape electrode, the distance in gap is being greater than 0mm, is being less than between 2mm;
2) disconnect being connected of gac or analogous material and controllable electric power output port 2, only control electrolysis electrode assemblies by controllable electric power output port 1,3 and work;
3) electrolysis electrode assembly being fixedly mounted on work in water container in the situation that, if when water container is metal or electro-conductive material, the cylindrical electrode of electrolysis electrode assembly can be replaced by water container, and difference is only: replace the water container bottom of cylindrical electrode not open mesh;
4) replace cylindrical electrode with plate electrode, be equivalent to cylindrical electrode and be reduced to and only have tube end plate, gap 1 no longer exists;
5) 2) electrode 2 is close to electrode 3, i.e. gap 2=0mm on basis;
Described electrolysis electrode assembly is keeping anodic-cathodic clearance distance being greater than 0mm, being less than between 2mm under condition, and the structural adjustment that is not limited to above strengthening or simplifies function changes.
6. a kind of simple and efficient electrolyzer that pure water can be made to brine electrolysis according to claim 1, it is characterized in that: comprise one section of tubular channel, controllable electrolysis power supply, and be arranged on the electrolysis electrode assembly in tubular channel, when work, allow pure water or other tap water flow into from tubular channel entrance, gap between the anode and cathode of the electrolysis electrode assembly that is controlled by controllable electrolysis power supply of flowing through, this clearance distance is being greater than 0mm, is being less than between 2mm; Flow out and just can achieve the goal from tubular channel spout.
7. a kind of simple and efficient electrolyzer that pure water can be made to brine electrolysis according to claim 1, it is characterized in that: can be made into Portable movable electrolytic water device, comprise controllable electrolysis power supply, the electrolysis electrode assembly being connected with controllable electrolysis power supply, when work, electrolysis electrode assembly is immersed in any vessel water of wanting electrolysis, with controllable electrolysis power supply control electrolysis electrode establishment of component brine electrolysis; The anode and cathode clearance distance of electrolysis electrode assembly is being greater than 0mm, is being less than between 2mm.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320368638.1U CN203668073U (en) | 2013-06-20 | 2013-06-20 | Simple and efficient electrolysis device capable of preparing purified water into electrolyzed water |
| PCT/CN2014/000584 WO2014201851A1 (en) | 2013-06-20 | 2014-06-16 | Simple and efficient electrolysis device capable of changing pure water into electrolyzed water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320368638.1U CN203668073U (en) | 2013-06-20 | 2013-06-20 | Simple and efficient electrolysis device capable of preparing purified water into electrolyzed water |
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| CN203668073U true CN203668073U (en) | 2014-06-25 |
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| CN201320368638.1U Expired - Lifetime CN203668073U (en) | 2013-06-20 | 2013-06-20 | Simple and efficient electrolysis device capable of preparing purified water into electrolyzed water |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN203668073U (en) |
| WO (1) | WO2014201851A1 (en) |
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| WO2014201852A1 (en) * | 2013-06-20 | 2014-12-24 | Luo Minxiong | Simple and efficient electrolysis method and device for making electrolyzed water from pure water |
| CN104257201A (en) * | 2014-09-16 | 2015-01-07 | 厦门市福隆源电子科技有限公司 | Portable hydrogen-enriched water cup |
| CN104709975A (en) * | 2015-02-26 | 2015-06-17 | 罗民雄 | Electrolyzed water atomization gas generation device |
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| WO2016134619A1 (en) * | 2015-02-26 | 2016-09-01 | 罗民雄 | New method for controlling electrolyzed-water performance by using two sets of electrolytic electrode assemblies |
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| JP2990993B2 (en) * | 1993-02-24 | 1999-12-13 | 東陶機器株式会社 | Non-diaphragm type continuous ion-rich water generator |
| US6428689B1 (en) * | 1999-01-27 | 2002-08-06 | Sanyo Electric Co., Ltd. | Water purifying and dispensing apparatus, and method of purifying chlorine-containing water |
| CN201923864U (en) * | 2010-10-29 | 2011-08-10 | 肖志邦 | Diaphragm-free reductive water electrolyzer |
| CN102603036B (en) * | 2012-03-23 | 2014-01-22 | 烟台市马可波罗电子科技有限公司 | Device for manufacturing hydrogen water |
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2013
- 2013-06-20 CN CN201320368638.1U patent/CN203668073U/en not_active Expired - Lifetime
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2014
- 2014-06-16 WO PCT/CN2014/000584 patent/WO2014201851A1/en active Application Filing
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Address after: 518053 Guangdong city of Shenzhen province Nanshan District Shahe World Habitat garden Haihua 5 6A Patentee after: Luo Minxiong Patentee after: Li Ming Address before: 518053 Guangdong city of Shenzhen province Nanshan District Shahe Hetang District 6 Building 101 Patentee before: Luo Minxiong Patentee before: Li Ming |
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Granted publication date: 20140625 |