CN1274607C - Electric potential water preparation equipment and electric potential water preparation method - Google Patents
Electric potential water preparation equipment and electric potential water preparation method Download PDFInfo
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- CN1274607C CN1274607C CN 200410072378 CN200410072378A CN1274607C CN 1274607 C CN1274607 C CN 1274607C CN 200410072378 CN200410072378 CN 200410072378 CN 200410072378 A CN200410072378 A CN 200410072378A CN 1274607 C CN1274607 C CN 1274607C
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Abstract
The present invention discloses an electric potential water preparing device and an electric potential water preparing method. In the electric potential water preparing device, a water distributing box is orderly connected with a water pump and a water inlet of an electrolytic tank through a pipeline, electrode plates are arranged in the electrolytic tank, and an ion exchange membrane is arranged between each pair of electrode plates; both sides of each ion exchange membrane are respectively provided with a first electrode chamber and a second electrode chamber which are communicated with each other and are connected with the water inlet of the electrolytic tank, the other end of the first electrode chambers is connected with an electric potential water outlet pipe, the other end of the second electrode chambers is connected with one end of a circulating pipe, and the other end of the circulating pipe is connected with the water distributing box. After the electric potential water preparing device is utilized, the electrode plates are switched and regulated by a power supply switch and are connected with the positive polarity and the negative polarity, the water pump is turned on, and then acid or alkaline electric potential water can be obtained. The electric potential water preparing device has the advantage of easy operation, and when a user needs one of the kinds of water, the other kind of water is circulated to a system without being discharged or stored in the container so that the water is saved; and in addition, due to the addition of the circulating water, the electric potential water preparing device has the advantages of enhancement of electric conductivity and reduction of energy consumption.
Description
Technical field
The present invention relates to a kind of current potential water preparation apparatus and current potential water preparation method.
Background technology
Disclosed Chinese patent, as 99200540.X, 97203494.3 etc., the electrolyzed-oxidizing water that electrolysis goes out can be used for sterilization, and alkaline current potential water can be used for drinking and keeping healthy, but in producing the water process, electrolyzed-oxidizing water and alkaline current potential water can flow out simultaneously.Therefore, when only needing wherein a kind of water such as sour water, another kind of water such as alkaline water then need to be housed in the container that is provided with separately or are discharged in the water drain, make troubles to use like this or cause the waste of water.
Summary of the invention
The objective of the invention is to overcome the deficiencies in the prior art, provide a kind of and only produce a kind of as required or electrolyzed-oxidizing water or alkaline current potential water or current potential water preparation apparatus of purifying waste water and current potential water preparation method.
Technical solution of the present invention is summarized as follows:
A kind of current potential water preparation apparatus, distribution reservoir is connected with the water-in of water pump, electrolyzer successively by pipeline, be provided with at least one pair of battery lead plate in the electrolyzer, be provided with ion-exchange membrane between every counter electrode plate, the both sides of ion-exchange membrane are respectively first electrode vessel and second electrode vessel, the same end of first electrode vessel and second electrode vessel communicates and is connected with the electrolyzer water-in, the other end of first electrode vessel is connected with current potential water rising pipe, the other end of second electrode vessel is connected with an end of circulation tube, the other end of circulation tube is connected with distribution reservoir, and distribution reservoir is an open type.
Preferably be provided with valve on the current potential water rising pipe.
Between water pump and electrolyzer, preferably be provided with pretreater.
Micro-chip is connected with electrolyzer with water pump respectively by lead.Micro-chip also can be connected with water pump, electrolyzer and valve respectively by lead.
Water pump can select surge pump or impeller pump or magnetic drive pump, and the lift of water pump can select 0.1-0.4Mpa.
Filtering material in the pretreater can select gac or melt and spray filter material
A kind of current potential water preparation method, comprise the steps: a kind of current potential water preparation apparatus of (1) preparation, distribution reservoir by pipeline successively with water pump, the water-in of electrolyzer connects, be provided with at least one pair of battery lead plate in the electrolyzer, between every counter electrode plate, be provided with ion-exchange membrane, the both sides of ion-exchange membrane are respectively first electrode vessel and second electrode vessel, the same end of first electrode vessel and second electrode vessel communicates and is connected with the electrolyzer water-in, the other end of first electrode vessel is connected with current potential water rising pipe, the other end of second electrode vessel is connected with an end of circulation tube, the other end of circulation tube is connected with distribution reservoir, and distribution reservoir is an open type; (2) add entry and salt in distribution reservoir, making the brinish specific conductivity is 300-10000 μ S/cm; (3) every counter electrode plate is communicated with the positive and negative electrode of direct supply respectively, the positive and negative polarity of every counter electrode plate is to switch by power switch; (4) battery lead plate in first electrode vessel and positive source are linked, battery lead plate and power cathode in second electrode vessel link, and open water pump, can obtain electrolyzed-oxidizing water; Or battery lead plate in first electrode vessel and power cathode linked, battery lead plate and positive source in second electrode vessel link, and the unlatching water pump can obtain alkaline current potential water.
Second kind of current potential water preparation method, comprise the steps: a kind of current potential water preparation apparatus of (1) preparation, distribution reservoir by pipeline successively with water pump, the water-in of electrolyzer connects, be provided with at least one pair of battery lead plate in the electrolyzer, between every counter electrode plate, be provided with ion-exchange membrane, the both sides of ion-exchange membrane are respectively first electrode vessel and second electrode vessel, the same end of first electrode vessel and second electrode vessel communicates and is connected with the electrolyzer water-in, the other end of first electrode vessel is connected with current potential water rising pipe, be connected with valve on the current potential water rising pipe, the other end of second electrode vessel is connected with an end of circulation tube, the other end of circulation tube is connected with distribution reservoir, and distribution reservoir is an open type; (2) add entry and salt in distribution reservoir, making the brinish specific conductivity is 300-10000 μ S/cm; (3) every counter electrode plate is communicated with the positive and negative electrode of direct supply respectively, the positive and negative polarity of every counter electrode plate is to switch by power switch; (4) battery lead plate in first electrode vessel and positive source are linked, battery lead plate and power cathode in second electrode vessel link, and open water pump, and part is opened the valve on the described current potential water rising pipe, can obtain electrolyzed-oxidizing water; Or battery lead plate in first electrode vessel and power cathode linked, battery lead plate and positive source in second electrode vessel link, and open water pump, partly open the valve on the current potential water rising pipe, can obtain alkaline current potential water.
The third current potential water preparation method, comprise the steps: a kind of current potential water preparation apparatus of (1) preparation, distribution reservoir by pipeline successively with water pump, the water-in of pretreater and electrolyzer is connected, be provided with at least one pair of battery lead plate in the electrolyzer, between every counter electrode plate, be provided with ion-exchange membrane, the both sides of ion-exchange membrane are respectively first electrode vessel and second electrode vessel, the same end of first electrode vessel and second electrode vessel communicates and is connected with the electrolyzer water-in, the other end of first electrode vessel is connected with current potential water rising pipe, be connected with valve on the current potential water rising pipe, the other end of second electrode vessel is connected with an end of circulation tube, the other end of circulation tube is connected with distribution reservoir, distribution reservoir is an open type, micro-chip by lead respectively with water pump, electrolyzer is connected with valve; (2) add entry and salt in distribution reservoir, making the brinish specific conductivity is 300-10000 μ S/cm; (3) every counter electrode plate is communicated with the positive and negative electrode of direct supply respectively, the positive and negative polarity of every counter electrode plate is to switch by micro-chip control; (4) battery lead plate in first electrode vessel and positive source are linked, battery lead plate and power cathode in second electrode vessel link, and micro-chip control is opened water pump, and micro-chip control is partly opened the valve on the current potential water rising pipe, can obtain electrolyzed-oxidizing water; Or battery lead plate in first electrode vessel and power cathode linked, battery lead plate and positive source in second electrode vessel link, micro-chip control unlatching water pump, and micro-chip control is partly opened the valve on the current potential water rising pipe, can obtain alkaline current potential water; Or the positive and negative electrode of the direct supply that links to each other with electrolyzer of cut-out, open water pump, because the setting of pretreater can be purified water.
The present invention is easy and simple to handle.When the user needed wherein a kind of water such as sour water, another kind of water such as alkaline water then were recycled in the system, and discharging maybe needs to be housed in the container no longer in vain, can not cause the waste of water, and in addition because the adding of recirculated water improves specific conductivity, energy consumption reduces.
Description of drawings
Fig. 1 is an electrode conversion corresponding relation synoptic diagram in electrolyzer and the electrolyzer;
Fig. 2 is a principle of work synoptic diagram of the present invention.
Embodiment
Below in conjunction with accompanying drawing the present invention is further described.
A kind of current potential water preparation apparatus, distribution reservoir 1 by pipeline successively with water pump 2, electrolyzer water-in 9 on the electrolyzer 4 connects, be provided with at least one pair of battery lead plate 5 in the electrolyzer 4, be provided with ion-exchange membrane 6 between every counter electrode plate, the both sides of ion-exchange membrane 6 are respectively first electrode vessel 7 and second electrode vessel 8, the same end of first electrode vessel 7 and second electrode vessel 8 communicates and is connected with electrolyzer water-in 9, the other end of first electrode vessel 7 is connected with current potential water rising pipe 10, the other end of second electrode vessel 8 is connected with an end of circulation tube 11, the other end of circulation tube 11 is connected with distribution reservoir 1, distribution reservoir 1 is the open type distribution reservoir, distribution reservoir communicates with atmosphere, enter the air from the gas that circulation line produces with assurance, and no longer enter in the circulation line.
The valve 12 of an adjustable water preferably is set on the current potential water rising pipe.
Between water pump 2 and electrolyzer 4, preferably be provided with pretreater 3.
Micro-chip 13 is connected with electrolyzer 4 with water pump 2 respectively by lead.Micro-chip 13 also can be connected with water pump 2, electrolyzer 4 and valve 12 respectively by lead.
Filtering material in the pretreater 3 can select gac or melt and spray filter material.
According to the requirement of producing sour water or alkaline water or pure water, the functional design of micro-chip 13 can be finished by computer company by claiming to computer company.
4 can be provided with pair of electrodes plate 5 in electrolyzer, and one of two to five right battery lead plates also can be set.
A kind of current potential water preparation method, comprise the steps: a kind of current potential water preparation apparatus of (1) preparation, distribution reservoir 1 by pipeline successively with water pump 2, electrolyzer water-in 9 on the electrolyzer 4 connects, be provided with at least one pair of battery lead plate 5 in the electrolyzer 4, be provided with ion-exchange membrane 6 between every counter electrode plate, the both sides of ion-exchange membrane 6 are respectively first electrode vessel 7 and second electrode vessel 8, the same end of first electrode vessel 7 and second electrode vessel 8 communicates and is connected with electrolyzer water-in 9, the other end of first electrode vessel 7 is connected with current potential water rising pipe 10, the other end of second electrode vessel 8 is connected with an end of circulation tube 11, the other end of circulation tube 11 is connected with distribution reservoir 1, distribution reservoir 1 is the open type distribution reservoir, distribution reservoir communicates with atmosphere, enters the air from the gas that circulation line produces with assurance, and no longer enters in the circulation line; Water pump 2 is surge pump or impeller pump or magnetic drive pump, and the lift of water pump 2 is 0.1-0.4Mpa, and the filtering material in the pretreater 3 is gac or melts and sprays filter material; (2) add entry and salt in distribution reservoir 1, making the brinish specific conductivity is 300-10000 μ S/cm, and adding salt can increase conductive capability, cuts down the consumption of energy, and adds the concentration of salt and requires (purposes) according to water quality, aquifer yield, the water outlet of water and decide; (3) every counter electrode plate 5 is communicated with the positive and negative electrode of direct supply respectively, the positive and negative polarity of every counter electrode plate is to switch by power switch; (4) 7 battery lead plate and positive source in first electrode vessel are linked, battery lead plate and power cathodes in second electrode vessel 8 link, and unlatching water pump 2 can obtain electrolyzed-oxidizing water; Or battery lead plate and the power cathodes in first electrode vessel 7 are linked, battery lead plate and positive sources in second electrode vessel 8 link, unlatching water pump 2; Can obtain alkaline current potential water.
Second kind of current potential water preparation method, comprise the steps: a kind of current potential water preparation apparatus of (1) preparation, distribution reservoir 1 by pipeline successively with water pump 2, electrolyzer water-in 9 on the electrolyzer 4 connects, be provided with at least one pair of battery lead plate 5 in the electrolyzer 4, between every counter electrode plate 5, be provided with ion-exchange membrane 6, the both sides of ion-exchange membrane 6 are respectively first electrode vessel 7 and second electrode vessel 8, the same end of first electrode vessel 7 and second electrode vessel 8 communicates and is connected with electrolyzer water-in 9, the other end of first electrode vessel 7 is connected with current potential water rising pipe 10, be connected with valve 12 on the current potential water rising pipe, the other end of second electrode vessel 8 is connected with an end of circulation tube 11, the other end of circulation tube 11 is connected with distribution reservoir 1, and distribution reservoir 1 is an open type; (2) add entry and salt in distribution reservoir, making the brinish specific conductivity is 300-10000 μ S/cm; (3) every counter electrode plate 5 is communicated with the positive and negative electrode of direct supply respectively, the positive and negative polarity of every counter electrode plate 5 is to switch by power switch; (4) battery lead plate and positive source in first electrode vessel 7 are linked, battery lead plate and power cathode in second electrode vessel 8 link, and open water pump 2, and part is opened the valve 12 that connects on the current potential water rising pipe 10, can obtain electrolyzed-oxidizing water; Or 7 battery lead plate and power cathode in first electrode vessel linked, battery lead plate and positive sources in second electrode vessel 8 link, and open water pump 2, partly open the valve 12 on the current potential water rising pipe 10, can obtain alkaline current potential water.
The third current potential water preparation method, comprise the steps: a kind of current potential water preparation apparatus of (1) preparation, distribution reservoir 1 by pipeline successively with water pump 2, the electrolyzer water-in 9 of pretreater 3 and electrolyzer 4 is connected, be provided with at least one pair of battery lead plate 5 in the electrolyzer 4, between every counter electrode plate, be provided with ion-exchange membrane 6, the both sides of ion-exchange membrane 6 are respectively first electrode vessel 7 and second electrode vessel 8, the same end of first electrode vessel 7 and second electrode vessel 8 communicates and is connected with electrolyzer water-in 9, the other end of first electrode vessel 7 is connected with current potential water rising pipe 10, be connected with valve 12 on the current potential water rising pipe 10, the other end of second electrode vessel 8 is connected with an end of circulation tube 11, the other end of circulation tube 11 is connected with distribution reservoir 1, distribution reservoir 1 is an open type, micro-chip 13 by lead respectively with water pump 2, electrolyzer 4 is connected with valve 12; (2) add entry and salt in distribution reservoir 1, making the brinish specific conductivity is 300-10000 μ S/cm; (3) every counter electrode plate is communicated with the positive and negative electrode of direct supply respectively, the positive and negative polarity of every counter electrode plate is to switch by micro-chip control; (4) battery lead plate and positive source in first electrode vessel 7 are linked, battery lead plate and power cathode in second electrode vessel link, and micro-chip control is opened water pump 2, and micro-chip control is partly opened the valve 12 on the current potential water rising pipe 10, can obtain electrolyzed-oxidizing water; Or battery lead plate and the power cathodes in first electrode vessel 7 are linked, battery lead plate and positive source in second electrode vessel link, micro-chip control unlatching water pump 12, and micro-chip control is partly opened the valve 12 on the current potential water rising pipe 10, can obtain alkaline current potential water; Or the positive and negative electrode of the direct supply that links to each other with electrolyzer of cut-out, open water pump 2, all open the valve 12 on the current potential water rising pipe 10, can be purified water.
External dc electric current on electrode carries out electrolysis to the water of flow through first electrode vessel 7 and second electrode vessel 8, activates H in the water at anode
2O, Cl
-, SO
4 2-Deng, form O
3, H
2O
2, OH, HClO, ClO
-, S
2O
8 2-Deng composition, form OH at negative electrode with oxidation disinfection ability
-When circulation loop water enters electrolyzer once more,, the conductive capability of water is strengthened, thereby help electrolysis because water intermediate ion concentration increases.
Paired battery lead plate in the current potential water preparation apparatus can control with power switch as required or monolithic processor controlled method aligns, negative supply carries out down the utmost point, by changing the positive and negative property of electrode, can remove the dirt of electrode surface.
Claims (10)
1. current potential water preparation apparatus, distribution reservoir by pipeline successively with water pump, the water-in of electrolyzer connects, be provided with at least one pair of battery lead plate in the electrolyzer, be provided with ion-exchange membrane between described every counter electrode plate, the both sides of described ion-exchange membrane are respectively first electrode vessel and second electrode vessel, the same end of described first electrode vessel and second electrode vessel communicates and is connected with described electrolyzer water-in, the other end of described first electrode vessel is connected with current potential water rising pipe, the other end of described second electrode vessel is connected with an end of circulation tube, the other end of described circulation tube is connected with described distribution reservoir, and described distribution reservoir is an open type.
2. a kind of current potential water preparation apparatus according to claim 1 is characterized in that described current potential water rising pipe is provided with valve.
3. a kind of current potential water preparation apparatus according to claim 1 is characterized in that being provided with pretreater between described water pump and the electrolyzer.
4. a kind of current potential water preparation apparatus according to claim 2 is characterized in that being provided with pretreater between described water pump and the electrolyzer.
5. a kind of current potential water preparation apparatus according to claim 3 is characterized in that micro-chip is connected with electrolyzer with water pump respectively by lead.
6. a kind of current potential water preparation apparatus according to claim 4 is characterized in that micro-chip is connected with water pump, electrolyzer and valve respectively by lead.
7. according to the described a kind of current potential water preparation apparatus of one of claim 3 to 6, it is characterized in that the filtering material in the described pretreater is gac or melts and sprays filter material.
8. a current potential water preparation method is characterized in that comprising the steps: (1) preparation current potential water preparation apparatus as claimed in claim 1; (2) add entry and salt in distribution reservoir, making the brinish specific conductivity is 300-10000 μ S/cm; (3) every counter electrode plate is communicated with the positive and negative electrode of direct supply respectively, the positive and negative polarity of described every counter electrode plate is to switch by power switch; (4) battery lead plate in first electrode vessel is linked to each other with positive source, the battery lead plate in second electrode vessel links to each other with power cathode, opens water pump, can obtain electrolyzed-oxidizing water; Or the battery lead plate in first electrode vessel linked to each other with power cathode, the battery lead plate in second electrode vessel links to each other with positive source, and the unlatching water pump can obtain alkaline current potential water.
9. a current potential water preparation method is characterized in that comprising the steps: (1) preparation current potential water preparation apparatus as claimed in claim 2; (2) add entry and salt in distribution reservoir, making the brinish specific conductivity is 300-10000 μ S/cm; (3) every counter electrode plate is communicated with the positive and negative electrode of direct supply respectively, the positive and negative polarity of described every counter electrode plate is to switch by power switch; (4) battery lead plate in first electrode vessel is linked to each other with positive source, the battery lead plate in second electrode vessel links to each other with power cathode, opens water pump, and part is opened the valve on the described current potential water rising pipe, can obtain electrolyzed-oxidizing water; Or the battery lead plate in first electrode vessel linked to each other with power cathode, the battery lead plate in second electrode vessel links to each other with positive source, opens water pump, partly opens the valve on the described current potential water rising pipe, can obtain alkaline current potential water.
10. a current potential water preparation method is characterized in that comprising the steps: (1) preparation current potential water preparation apparatus as claimed in claim 6; (2) add entry and salt in distribution reservoir, making the brinish specific conductivity is 300-10000 μ S/cm; (3) every counter electrode plate is communicated with the positive and negative electrode of direct supply respectively, the positive and negative polarity of described every counter electrode plate is to switch by micro-chip control; (4) battery lead plate in first electrode vessel is linked to each other with positive source, the battery lead plate in second electrode vessel links to each other with power cathode, and micro-chip control is opened water pump, and micro-chip control is partly opened the valve on the described current potential water rising pipe, can obtain electrolyzed-oxidizing water; Or the battery lead plate in first electrode vessel linked to each other with power cathode, the battery lead plate in second electrode vessel links to each other with positive source, micro-chip control unlatching water pump, and micro-chip control is partly opened the valve on the described current potential water rising pipe, can obtain alkaline current potential water; Or the positive and negative electrode of the direct supply that links to each other with electrolyzer of cut-out, open water pump, all open the valve on the current potential water rising pipe, can obtain current potential water.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200410072378 CN1274607C (en) | 2004-10-22 | 2004-10-22 | Electric potential water preparation equipment and electric potential water preparation method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200410072378 CN1274607C (en) | 2004-10-22 | 2004-10-22 | Electric potential water preparation equipment and electric potential water preparation method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1600701A CN1600701A (en) | 2005-03-30 |
| CN1274607C true CN1274607C (en) | 2006-09-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200410072378 Expired - Fee Related CN1274607C (en) | 2004-10-22 | 2004-10-22 | Electric potential water preparation equipment and electric potential water preparation method |
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| CN (1) | CN1274607C (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103723871B (en) * | 2012-12-28 | 2015-03-25 | 肖英 | Water purifier for kitchens |
| CN103435131B (en) * | 2013-08-13 | 2015-09-30 | 肖志邦 | A kind of device producing acidic electrolytic water |
| CN105727290A (en) * | 2016-02-04 | 2016-07-06 | 四川益我健康科技有限公司 | Preparation used for gynecological inflammation, gynecological internal vulva washing and vulva spraying and preparation method of preparation |
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- 2004-10-22 CN CN 200410072378 patent/CN1274607C/en not_active Expired - Fee Related
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| Publication number | Publication date |
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| CN1600701A (en) | 2005-03-30 |
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