CN105060414A - Method for changing quality of electrolyzed water through changing water flow flowing velocity of water electrolyzing device - Google Patents
Method for changing quality of electrolyzed water through changing water flow flowing velocity of water electrolyzing device Download PDFInfo
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- CN105060414A CN105060414A CN201510485888.7A CN201510485888A CN105060414A CN 105060414 A CN105060414 A CN 105060414A CN 201510485888 A CN201510485888 A CN 201510485888A CN 105060414 A CN105060414 A CN 105060414A
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Abstract
The invention relates to a method for changing quality of electrolyzed water through changing water flow flowing velocity of a water electrolyzing device. The method is characterized by being based on the principle of changing the flow velocity of water in the water electrolyzing device and electrolysis electrode gaps thereof or adopting the design scheme of a gap structure and a mounting manner therefor capable of affecting the flow velocity of the electrolyzed water in the electrolysis electrode gaps, wherein the quality, capable of being changed, of the electrolyzed water comprises electrolyzed water index, electrolyzed water bubble state or the like; or arranging a structure or throttling link for changing the water flow flowing velocity at an electrolyzed water gap water outlet or gap water outlet passage, so as to realize that the water in the gaps has certain mobility, the flow velocity of the water is subjected to certain change after the water flows through the gap or throttling link, the change of the flow velocity of the water in the gaps is affected, and the effect of changing the quality of the electrolyzed water is achieved. Electrolysis electrodes are mounted in such a manner that a water inlet passage connected with a gap water inlet does not affect the smoothness of gap inlet water; and a relatively-small-gap-distance structure, of which the electrode gap distance is greater than 0 and is smaller than 10mm, is adopted. The gap water outlet passage is narrower than a water inlet passage, so as to change the water flow flowing velocity.
Description
Technical field
The present invention changes electrolytic water device flow rate of water flow thus changes the method for brine electrolysis quality, belongs to brine electrolysis technical field.
Background technology
Electrolyzed water machine brings the anti-oxidant strong body Gospel of being castrated of brine electrolysis to the mankind, comes into huge numbers of families.In recent years, obtain revolutionary breakthrough without barrier film without film brine electrolysis technology, its have only make a kind of brine electrolysis, can former water, the remarkable advantage such as low in energy consumption of electrolysis arbitrary temp, promote that brine electrolysis is universal to be drunk further.But electrolyzed water machine, especially non-isolating film electrolytic water device, form the product producing high-quality brine electrolysis that can stand market close inspection, still treat further technological innovation, solve Related Technical Issues.The present inventor finds: the key index of brine electrolysis quality is redox potential ORP and hydrogen richness value, ORP negative value and hydrogen richness value comparatively Gao Weijia; The brine electrolysis perception quite associated with key index or have and mouthfeel are also important indicators, perception can be divided into normality two kinds of situations after electrolysis trend of work and electrolysis, electrolysis dynamic process, if visible bubble in bubble is fine and closely woven dense in brine electrolysis, electrolysis current Pentium curls up even to allow people see, people's eyeball can be given with powerful magnetism, allow people intuitively see: former water there occurs noticeable change really through electrolysis, fascinating, stimulation drink wish; And drink the brine electrolysis of band bubble foam or drink the coffee or water of infusing tea that rush with it, the other tool local flavor of mouthfeel; Electrolysis terminates and after dissipation of air bubbles, the limpid bright and clean and former water of brine electrolysis there is no difference, and this gives safety and comfort and drinks happily for fast thoughts and feelings; On the other hand, the popularization and application of brine electrolysis in washing advances fast, and bubble regime is the important functional technical indicator of cleaning, and brine electrolysis bubble regime controls to be the important topic that electrolytic scrubbing water makes.How can brine electrolysis technical scheme take into account above-mentioned many-sided demand for brine electrolysis quality? the present inventor is according to research experiment repeatedly, propose the present invention and change electrolytic water device flow rate of water flow thus the method changing brine electrolysis quality, better can take into account and solve above-mentioned several aspects technical requirements, Drinking appliance is popularized for electrolyzed water machine popularization and brine electrolysis significant, belong to innovation practical technique scheme, come out there are no similar scheme so far.
Summary of the invention
The present invention changes electrolytic water device flow rate of water flow thus changes the method for brine electrolysis quality, BROAD SUMMARY is: based on the flow velocity changing water in electrolytic water device and electrolysis electrode gap thereof, the principle that brine electrolysis quality comprises brine electrolysis index or brine electrolysis bubble regime etc. can be changed, or take to affect the interstitial structure of brine electrolysis at electrolysis electrode gap velocity and the design of mounting means thereof; Or water outlet in brine electrolysis gap or water exit, structure or throttling link that flow rate of water flow is changed are set, to realize: both having remained on gap Zhong Shui has certain fluidity, make again water after flowing through gap or throttling link, the flow velocity of water changes a lot, and the flow velocity affecting water in gap changes, and reaches the effect changing brine electrolysis quality.
Content of the present invention two for: described in take to affect the interstitial structure of brine electrolysis at electrolysis electrode gap velocity and the design of mounting means thereof, electrolysis electrode is installed and is made the water entry be connected with gap water-in not affect gap to intake smoothly; Electrode gap distance is adopted to be greater than zero, to be less than the comparatively small―gap suture distance structure of 10mm.This design, the current making flow velocity higher enter in electrolysis gap, can slow down to some extent, and water in smaller electrode gap by electrolysis, the gas of generation, the current higher to flow velocity can produce certain shock absorption, such current are extended to some extent by electrolysis time, and current flow out to water exit at gap exit, and flow velocity can change again, suitably can adjust flow rate of water flow by the design of gap outlet structure, make thus affect brine electrolysis quality; Generally speaking, gap water outlet water flowing area design have with water-in quite or larger or less three kinds select, for flow rate of water flow and brine electrolysis qualitative effects different, concrete selection can be needed according to quality.
Three of content of the present invention is: the flow velocity of water in described change electrolytic water device and electrolytic water electric clearance between poles, electrode gap water outlet or water exit are provided with throttling link, make gap water outlet or water exit than water-in or water entry narrow, therefore make current change flow velocity through throttling link and change the flow velocity of water in gap.
Four of content of the present invention is: the flow velocity of water in described change electrolytic water device and electrolytic water electric clearance between poles, the flow velocity of water in electrolytic water device and electrolytic water electric clearance between poles is changed described in electrode gap water outlet, the structure that electrode gap adopts water outlet narrower than water-in, make water high at the velocity ratio water-in flow velocity of gap water outlet, be formed with the brine electrolysis current of more visible bubble in bubble at the water out place in gap.
Five of content of the present invention is: the flow velocity of water in described change electrolytic water device and electrolytic water electric clearance between poles, the flow velocity of water in electrolytic water device and electrolytic water electric clearance between poles is changed described in electrode gap water outlet, the structure that electrode gap adopts water outlet narrower than water-in, make water high at the velocity ratio water-in water flow velocity of gap water outlet, and, affect gap water outlet flow direction by gap shape design, be formed with the directed brine electrolysis current of more visible bubble in bubble at water outlet.
The present invention is based on following four new discoveries of contriver:
First new discovery is: without the water of electrolysis, generally there is no naked eyes visible bubble in bubble, through the water of electrolysis, then generally have macroscopic oxygen, bubble hydrogen, and after electrolysis terminates, brine electrolysis visible bubble in bubble can keep short or long certain hour by manual control;
Second new discovery is: brine electrolysis visible bubble in bubble size number situation, and time length, has certain positive correlation with effective electrolysis strength of water or brine electrolysis index, generally speaking, under certain electrolysis electrode structure situation, electrolysis strength is large, and bubble is larger, more;
3rd new discovery is: when brine electrolysis passes through parts (the simplest as a throttling link or throttling valve) changing brine electrolysis flow velocity, comparatively noticeable change can be there is in brine electrolysis visible bubble in bubble state, such as can present the milk water state etc. as deep or light significant difference, this is because in water flow velocity change place, turbulent flow, the unhurried current of water clash into mutually, and underwater bubble state is collided by current and changed.Such as: restrictor ring flows greatly successively, the flow rate of water flow of throttling link and outlet thereof can significantly accelerate, underwater bubble is caused to be subject to current to collide aggravation, have more larger bubbles and collided into more smaller bubbles, the bubble regime of water can be made to it seems finer and closely woven denser, maybe can occur the perception as dense milk water; It can thus be appreciated that electrolysis underwater bubble number and size state, can affect current by bubble number fine and closely woven after throttling link, produce the different perceptions that visible bubble in bubble state is deep or light, brine electrolysis mouthfeel is also different;
4th new discovery is: change flow rate of water flow at brine electrolysis water outlet or water exit appropriate location, flow rate of water flow in electrolysis electrode gap can be affected conversely, change current and flow through gap by the time of electrolysis, affect brine electrolysis intensity and index, and then affect again the brine electrolysis bubble regime after changing flow rate of water flow.Such as: under water entry certain condition, the restrictor ring festival-gathering of water outlet or water exit forces flow rate of water flow in electrolyzer to decline, extend the time that current flow through electrolysis electrode gap, namely water is increased by the time of electrolysis and intensity, underwater bubble can increase, due to the 3rd new discovery reason, brine electrolysis is after throttling link, and micro bubble perception can be more remarkable.
In sum, the present invention changes electrolytic water device flow rate of water flow thus changes the method for brine electrolysis quality, both can control and improve brine electrolysis index and comprise bubble regime index, the perception improving brine electrolysis process can be taken into account again, brine electrolysis mouthfeel also makes moderate progress, brine electrolysis is promoted and drinks, be significant.Can be known by table 1 and table 2 and see and adopt unusual effect of the present invention.
Table 1 adopts and does not adopt comparable electrolytic water device brine electrolysis Indexes Comparison table of the present invention
Table 2 adopts and does not adopt comparable electrolytic water device brine electrolysis visible bubble in bubble state perception comparison sheet of the present invention
Basic technical scheme: based on the flow velocity changing water in electrolytic water device and electrolysis electrode gap thereof, the principle that brine electrolysis quality comprises brine electrolysis index or brine electrolysis bubble regime etc. can be changed, or take to affect the interstitial structure of brine electrolysis at electrolysis electrode gap velocity and the design of mounting means thereof; Or water outlet in brine electrolysis gap or water exit, structure or throttling link that flow rate of water flow is changed are set, to realize: both having remained on gap Zhong Shui has certain fluidity, make again water after flowing through gap or throttling link, the flow velocity of water changes a lot, and the flow velocity affecting water in gap changes, and reaches the effect changing brine electrolysis quality.
One of concrete technical scheme for: described in take to affect the interstitial structure of brine electrolysis at electrolysis electrode gap velocity and the design of mounting means thereof, electrolysis electrode is installed and is made the water entry be connected with gap water-in not affect gap to intake smoothly; Electrode gap distance is adopted to be greater than zero, to be less than the comparatively small―gap suture distance structure of 10mm.
Two of concrete technical scheme is: the flow velocity of water in described change electrolytic water device and electrolytic water electric clearance between poles, electrode gap water outlet or water exit are provided with throttling link, make gap water outlet or water exit than water-in or water entry narrow, therefore make current change flow velocity through throttling link and change the flow velocity of water in gap.
Three of concrete technical scheme is: the flow velocity of water in described change electrolytic water device and electrolytic water electric clearance between poles, the flow velocity of water in electrolytic water device and electrolytic water electric clearance between poles is changed described in electrode gap water outlet, the structure that electrode gap adopts water outlet narrower than water-in, make water high at the velocity ratio water-in flow velocity of gap water outlet, be formed with the brine electrolysis current of more visible bubble in bubble at the water out place in gap.
Four of concrete technical scheme is: the flow velocity of water in described change electrolytic water device and electrolytic water electric clearance between poles, the flow velocity of water in electrolytic water device and electrolytic water electric clearance between poles is changed described in electrode gap water outlet, the structure that electrode gap adopts water outlet narrower than water-in, make water high at the velocity ratio water-in water flow velocity of gap water outlet, and, by the flow direction that gap shape design impact is flowed out from gap water outlet, be formed with the directed brine electrolysis current of more visible bubble in bubble at water outlet.
Accompanying drawing explanation
Concrete structure of the invention process and principle of work is further illustrated below in conjunction with accompanying drawing.
Fig. 1 is that embodiment 1 changes electrolytic water device flow rate of water flow thus changes the method for brine electrolysis quality.
Fig. 2 is that embodiment 2 changes electrolytic water device flow rate of water flow thus changes the method for brine electrolysis quality.
Embodiment
Embodiment 1
Fig. 1 is that the present invention changes electrolytic water device flow rate of water flow thus changes the embodiment of the method 1 of brine electrolysis quality, in figure, 1 is electrolytic water device, comprise 2, 3, 4, 5, 6, 7, 8 parts, 9 is the signal gauging line of 1 inside, 3 is electrolysis electrode assembly, 2 is electrolysis electrode gap, the 6 road gaps similar to 2 are schematically drawn in Fig. 1, 4 be 2 water-in, 5 be 2 water outlet, the water flowing area that the water flowing area of 5 is less than 4, the water entry (space) 8 of 4 linkings 2, 6 is the water exit (space) in gap 2, 7 is the gap between 3 and 1 housing, in brine electrolysis working process, the water of 6 is by 7 to 8 flowings, so that the water of 8 flow to 6 through 2 electrolysis, 8 are flowed into again by 7, so persistent loop electrolysis repeatedly, improve electrolytic efficiency and brine electrolysis quality.The present embodiment working process: water enters in 2 from the water-in 4 of electrode gap 2, the brine electrolysis comprising big and small bubble is produced after electrolysis, bubble rises towards 5, drive current flow out from the water outlet 5 of 2, the water flowing area that water flowing area due to 5 is less than 4, brine electrolysis by 5 time flow velocity accelerate, collide at 5 and 6 joining places, in brine electrolysis, bubble regime changes by current collide, larger bubble is collided into more small bubbles, the current flowing out (or ejection) from 5 are fast made to comprise more comparatively fine and closely woven dense bubble, can be formed in water and around water have the current a fluid stream of remarkable different colours (can be oyster white), noticeable.Suitable selection gap 2 shape and water-in and water outlet water flowing area discrepancy, can better take into account: both kept gap Zhong Shui to have certain fluidity, the brine electrolysis flowed out from 5 is made again to reach certain index and have certain sight, according to its bubble regime, intuitively can also roughly differentiate the effect of water electrolysis; This Fig. 1 is visible: gap 2 structure and mounting means thereof, also have the space width of 8 and 6 can have an impact at electrolysis electrode gap velocity and brine electrolysis quality parameter to brine electrolysis, such as: if 8 is too narrow, be unfavorable for water electrolysis process from 8 to 2 to 6 in above-mentioned 1, the persistent loop electrolysis of from 6 to 7 to 8 again, can produce serious detrimentally affect to electrolytic efficiency and brine electrolysis quality.
Embodiment 2
Fig. 2 is that the present invention changes electrolytic water device flow rate of water flow thus changes the embodiment of the method 2 of brine electrolysis quality, in figure, 1 is electrolytic water device, comprise 2,3,4,5,6,7 parts, 2 is electrolysis electrode assembly, and 6 is electrolysis electrode gap, the 6 road gaps similar to 6 are schematically drawn in Fig. 2,3 is the water exit be connected with gap 2 water outlet 6,5 be 3 water outlet section, 7 (are illustrated as a throttling valve for throttling link, if fixed restriction, one section of choker-line etc. can be adopted), embodiment 2 is based on the flow velocity changing water in electrolytic water device and electrolysis electrode gap thereof, the principle of brine electrolysis quality can be changed, at the water out passage 5 in gap 2, there are throttling link and throttling valve 7 that flow rate of water flow is changed, when water flow to 2 from 4, through 6 by after electrolysis, 5 are flow to by 3, through throttling valve 7, if the aperture of throttling valve 7 is suitably narrow, can make the flow velocity of water that comparatively noticeable change occurs, on the one hand, 7 exit flow rate of water flow increase than the water inlet flow velocity from 4, the torrent of 7 exit current, unhurried current impacts mutually, in brine electrolysis, many larger bubbles are broken down into comparatively tiny bubble, brine electrolysis visible bubble in bubble state is strengthened, on the other hand, 7 for the throttling obstructive action of current, from 5,3, water conducts to water in gap 6, the flow velocity of water in 6 is caused to change, in gap the water inlet flow velocity of the velocity ratio of water from 4 have ease up (certain fluidity still keeping water gap), this makes current extend to some extent through the time of electrode gap 6, electrolysis effect is strengthened, brine electrolysis index improves, brine electrolysis bubble increases, therefore can produce more micro bubbles after 7 throttlings, the visible bubble in bubble state of brine electrolysis is more strengthened, thus reaches the net effect changing brine electrolysis quality.
The present invention changes electrolytic water device flow rate of water flow thus changes the method for brine electrolysis quality; embodiment and array mode are not limited to above-described embodiment; generally speaking; every the present invention of meeting changes electrolytic water device flow rate of water flow thus changes the technical scheme of the method feature of brine electrolysis quality, all belongs to scope.
Claims (5)
1. change electrolytic water device flow rate of water flow thus the method for change brine electrolysis quality, be characterized as: based on the flow velocity changing water in electrolytic water device and electrolysis electrode gap thereof, the principle that brine electrolysis quality comprises brine electrolysis index or brine electrolysis bubble regime etc. can be changed, or take to affect the interstitial structure of brine electrolysis at electrolysis electrode gap velocity and the design of mounting means thereof; Or water outlet in brine electrolysis gap or water exit, structure or throttling link that flow rate of water flow is changed are set, to realize: both having remained on gap Zhong Shui has certain fluidity, make again water after flowing through gap or throttling link, the flow velocity of water changes a lot, and the flow velocity affecting water in gap changes, and reaches the effect changing brine electrolysis quality.
2. change electrolytic water device flow rate of water flow according to claim 1 thus the method for change brine electrolysis quality, be characterized as: described in take to affect the interstitial structure of brine electrolysis at electrolysis electrode gap velocity and the design of mounting means thereof, electrolysis electrode is installed and is made the water entry be connected with gap water-in not affect gap to intake smoothly; Electrode gap distance is adopted to be greater than zero, to be less than the comparatively small―gap suture distance structure of 10mm.
3. change electrolytic water device flow rate of water flow according to claim 1 thus the method for change brine electrolysis quality, be characterized as: the flow velocity of water in described change electrolytic water device and electrolytic water electric clearance between poles, electrode gap water outlet or water exit are provided with throttling link, make gap water outlet or water exit than water-in or water entry narrow, therefore make current change flow velocity through throttling link and change the flow velocity of water in gap.
4. change electrolytic water device flow rate of water flow according to claim 1 thus the method for change brine electrolysis quality, be characterized as: the flow velocity of water in described change electrolytic water device and electrolytic water electric clearance between poles, the flow velocity of water in electrolytic water device and electrolytic water electric clearance between poles is changed described in electrode gap water outlet, the structure that electrode gap adopts water outlet narrower than water-in, make water high at the velocity ratio water-in flow velocity of gap water outlet, be formed with the brine electrolysis current of more visible bubble in bubble at the water out place in gap.
5. change electrolytic water device flow rate of water flow according to claim 1 thus the method for change brine electrolysis quality, be characterized as: the flow velocity of water in described change electrolytic water device and electrolytic water electric clearance between poles, the flow velocity of water in electrolytic water device and electrolytic water electric clearance between poles is changed described in electrode gap water outlet, the structure that electrode gap adopts water outlet narrower than water-in, make water high at the velocity ratio water-in water flow velocity of gap water outlet, and, by the flow direction that gap shape design impact is flowed out from gap water outlet, the directed brine electrolysis current of more visible bubble in bubble are formed at water outlet.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2016134613A1 (en) * | 2015-02-26 | 2016-09-01 | 罗民雄 | Multifunctional membraneless electrolytic boiled water machine |
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| CN203668073U (en) * | 2013-06-20 | 2014-06-25 | 罗民雄 | Simple and efficient electrolysis device capable of preparing purified water into electrolyzed water |
| CN104609514A (en) * | 2015-02-26 | 2015-05-13 | 罗民雄 | Novel electrolytic water equipment with bore-log-structured electrodes |
| CN104609513A (en) * | 2015-02-26 | 2015-05-13 | 罗民雄 | Novel membrane-free water electrolysis method capable of significantly improving electrolytic efficiency |
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2015
- 2015-08-09 CN CN201510485888.7A patent/CN105060414A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203668073U (en) * | 2013-06-20 | 2014-06-25 | 罗民雄 | Simple and efficient electrolysis device capable of preparing purified water into electrolyzed water |
| CN104609514A (en) * | 2015-02-26 | 2015-05-13 | 罗民雄 | Novel electrolytic water equipment with bore-log-structured electrodes |
| CN104609513A (en) * | 2015-02-26 | 2015-05-13 | 罗民雄 | Novel membrane-free water electrolysis method capable of significantly improving electrolytic efficiency |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2016134613A1 (en) * | 2015-02-26 | 2016-09-01 | 罗民雄 | Multifunctional membraneless electrolytic boiled water machine |
| US10626026B2 (en) | 2015-02-26 | 2020-04-21 | Minxiong Luo | Multifunctional membraneless boiled water electrolysis machine |
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