CN109730611A - A kind of washing methods of washing system - Google Patents
A kind of washing methods of washing system Download PDFInfo
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- CN109730611A CN109730611A CN201811597785.XA CN201811597785A CN109730611A CN 109730611 A CN109730611 A CN 109730611A CN 201811597785 A CN201811597785 A CN 201811597785A CN 109730611 A CN109730611 A CN 109730611A
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Abstract
The invention discloses a kind of washing methods of washing system.Washing methods includes electrolyte washing process, and electrolyte washing process includes: solution formation stages, is passed through clear water, into lysing chamber to form electrolyte solution；The solution discharge stage will be formed by electrolyte solution and be emitted into electrolyte chamber；Electrolyte formation stages are electrolysed to form the electrolyte of setting ion concentration electrolyte solution；The electrolyte for being formed by setting ion concentration is emitted into washing cavities by electrolyte discharge phase；The electrolyte washing stage washs the article in washing cavities using the electrolyte of the setting ion concentration.The full automation of washing methods washing easy to accomplish improves detersive efficiency, promotes user experience；In addition, this method can guarantee that electrolyte ion concentration is in predictable stability range in each washing process, ensure that the stability of washing effect, improves the predictability of washing effect.
Description
Technical field
The present invention relates to kitchen technical fields, and in particular to a kind of washing methods of washing system.
Background technique
With the improvement of living standards, people are higher and higher to the health and safety requirements of tableware and food materials.To tableware and
The cleaning of food materials is generally included to impregnate, washing, be rinsed, and is sterilized by means of high temperature or ozone, to reach cleaning, removal agriculture
The effect of the nuisances such as medicine or hormone.However, high temperature to some tablewares or food materials there may be destruction, ozone can destroy food materials battalion
It supports, and is also contemplated that processing and absorption to residual ozone.In the prior art, occur some using electrolyte such as chlorination
The wash mill that sodium electrolyte cleans tableware and food materials.When carrying out the cleaning of tableware or food materials using such wash mill,
It needs that electrolyte is added into wash mill.In order to generate the electrolyte of needs, electrolysis unit is generallyd use to electrolyte solution
It is electrolysed.But for wash mill in the prior art, the washing methods of tableware or food materials is not carried out fully automated
Change, needs artificial operation in washing process, not only seriously affected detersive efficiency, but also reduce user experience.Also, it is every
It is secondary when carrying out washing work, it not can guarantee the stability of concentration of electrolyte, cause each washing effect unpredictable, so that user
It can not feel at ease using the article after washing.
Summary of the invention
The purpose of the embodiment of the present invention is that a kind of washing methods of washing system is provided, to realize the complete of washing process
Automation improves washing effect, promotes user experience, improves the stability and predictability of washing effect.
In order to solve the above-mentioned technical problems, the present invention provides a kind of washing methods of washing system, the washing system
Including lysing chamber, electrolyte chamber and washing cavities, solute is accommodated in the lysing chamber, the lysing chamber is connected to the electrolyte chamber, institute
It states electrolyte chamber to be connected to the washing cavities, the washing methods includes electrolyte washing process, the electrolyte washing process packet
It includes:
Solution formation stages are passed through clear water in Xiang Suoshu lysing chamber, and solute dissolves in the lysing chamber to form setting concentration
Electrolyte solution；
The electrolyte solution for being formed by setting concentration is emitted into institute to set discharge amount by solution discharge stage, the lysing chamber
State electrolyte chamber；
Electrolyte formation stages are electrolysed to form the electrolysis of setting ion concentration the electrolyte solution in the electrolyte chamber
Liquid；
The electrolyte for being formed by setting ion concentration is emitted into the washing cavities by electrolyte discharge phase, the electrolyte chamber；
The electrolyte washing stage carries out electrolyte to the article in the washing cavities using the electrolyte of the setting ion concentration
Washing.
The washing methods for the washing system that the embodiment of the present invention proposes, washing system includes the lysing chamber being sequentially communicated, electricity
Chamber and washing cavities are solved, accordingly, electrolyte washing process includes continuous five stages, this five stages are continuous continual
Therefore stage in electrolyte washing process, does not need artificial operation, the full automation of washing easy to accomplish, raising is washed
Efficiency is washed, user experience is promoted.In addition, the washing methods that the embodiment of the present invention proposes, using the electrolyte of setting ion concentration
Electrolyte washing is carried out to the article in washing cavities, due to using the electrolyte of setting ion concentration in electrolyte washing process,
It thereby may be ensured that electrolyte ion concentration is in predictable stability range in each washing process, ensures that wash in this way
The stability of effect is washed, improves user to the predictability of washing effect, after the use washing that user is more felt at ease
Article.
Optionally, the washing system further includes the row pipeline that helps being connected to the electrolyte chamber, and the electrolyte discharges rank
Section include:
It is described help in electrolyte chamber described in comb road direction to be passed through help bank fluid so that the electrolyte chamber to the washing cavities discharge be electrolysed
Liquid.
This method for making electrolyte chamber to washing cavities discharge electrolyte, using the interaction force between fluid by electrolyte
It is emitted into washing cavities by electrolyte chamber, helping bank fluid that electrolyte is pushed to be emitted into washing cavities by electrolyte chamber is one slow, uniform
Process, the vibration of washing system will not be caused, avoid help between bank fluid and electrolyte generate turbulent flow or flow-disturbing, thus,
It helps bank fluid that can all be emitted into electrolyte in washing cavities, electrolyte is avoided to remain in electrolyte chamber.
Optionally, described to help row pipeline include clear water pipeline, and described to help bank fluid include clear water, and the electrolyte discharges rank
Section specifically:
The clear water pipeline is passed through clear water into the electrolyte chamber, so that the electrolyte chamber discharges electrolyte to the washing cavities.
It is used as using clear water pipeline and helps row pipeline, and facilitated subsequent into washing cavities using clear water as bank fluid is helped
It is passed through clear water, moreover, pollution of the bank fluid to electrolyte can also be helped to avoid other types as bank fluid is helped using clear water.
Optionally, the clear water amount that the clear water pipeline is passed through into the electrolyte chamber is greater than the electrolyte chamber to the washing
The electrolyte content of chamber discharge.
It is easily understood that the amount of liquid needed when washing cavities wash article is greater than the electrolyte that electrolyte chamber is formed
Amount, thus, when the clear water amount that clear water pipeline is passed through into the electrolyte chamber is greater than what the electrolyte chamber was discharged to the washing cavities
When electrolyte content, can directly it be carried out the electrolyte washing stage after completing electrolyte discharge phase, it is no longer necessary to additional pipe
Road direction washing cavities are passed through clear water, improve detersive efficiency, simplify the piping connection of washing system.
Optionally, the washing system further includes water injecting pipeline, and the water injecting pipeline is to select one form to the dissolution
Clear water is passed through in chamber or the clear water pipeline.Such structure can simplify the piping connection of washing system.
Optionally, in the solution formation stages, the water or water flowing duration being passed through in the lysing chamber are controlled, with control
Electrolyte solution is set to form setting concentration；
In the solution discharge stage, set amount clear water is passed through into the lysing chamber by continuing, so that the electrolyte is molten
Liquid is squeezed into the electrolyte chamber to set discharge amount by the lysing chamber；
In the electrolyte formation stages, electrolysis time is controlled to form the electrolyte of setting ion concentration.
In such solution discharge stage, the physical characteristic of liquid is taken full advantage of, ensure that electrolyte solution discharge process
Stability, the discharge process avoided when discharging electrolyte solution using valve mode is unstable, ensure that electrolyte solution
Enter electrolyte chamber to set discharge amount by lysing chamber.
Optionally, before the electrolyte discharge phase, the washing system further includes pre-washing process, the prewashing
The process of washing includes:
Clear water is passed through the stage, is passed through clear water in Xiang Suoshu washing cavities；
The stage is pre-washed, clear water is carried out to the article in the washing cavities and is pre-washed.
Article is pre-washed using clear water, the bulky grain dirt carried on article can be removed, avoid bulky grain dirty
It is turbid that article surface is blocked, thus, when carrying out electrolyte washing process, the surface of article all exposed can be electrolysed
In liquid, is conducive to electrolyte removal article harmful substance remained on surface, improves electrolyte washing effect.
Optionally, while pre-washing the stage described in the progress, carry out the solution formation stages, the solution discharge stage and
Electrolyte formation stages.In this way, wash time can be saved.
Optionally, after the electrolyte washing process, the washing methods further includes flushing process, described flushed
Journey includes:
The stage is discharged in electrolyte, and the electrolyte in the washing cavities is discharged；
Flushing liquor is passed through the stage, is passed through flushing liquor in Xiang Suoshu washing cavities；
Rinse stage is rinsed liquid to the article in the washing cavities and rinses.
Flushing process can remove remaining electrolyte ion on article, guarantee the cleaning of article after washing.
Optionally, the electrolyte washing process further include:
Above-mentioned five stages at least circuit sequentially two-wheeled, while carrying out the electrolyte washing stage of previous round circulation, carry out
Solution formation stages, solution discharge stage and the electrolyte formation stages of epicycle circulation.
Such electrolyte washing process can carry out the electrolyte washing stage of two-wheeled or more to article, so as to
More efficiently remove article on the Harmful Residue, improve washing effect, guarantee article using safe.
Other features and advantages of the present invention will be illustrated in the following description, also, partly becomes from specification
It obtains it is clear that understand through the implementation of the invention.The objectives and other advantages of the invention can be by specification, right
Specifically noted structure is achieved and obtained in claim and attached drawing.
Detailed description of the invention
Attached drawing is used to provide to further understand technical solution of the present invention, and constitutes part of specification, with this
The embodiment of application technical solution for explaining the present invention together, does not constitute the limitation to technical solution of the present invention.
Fig. 1 is the flow diagram of the washing methods of first embodiment of the invention washing system；
Fig. 2 is the structural schematic diagram of washing system in first embodiment of the invention；
The liquid of electrolyte discharge phase flows to schematic diagram in Fig. 3 first embodiment of the invention；
Fig. 4 is the flow diagram of the washing methods of second embodiment of the invention washing system；
Fig. 5 is that the liquid of electrolyte discharge phase in third embodiment of the invention flows to schematic diagram；
Fig. 6 is the structural schematic diagram of washing system in fourth embodiment of the invention.
Description of symbols:
| 10-lysing chambers； | 11-the first liquid outlet； | 12-water inlets； |
| 20-electrolyte chambers； | 21-the second liquid outlet； | 30-washing cavities； |
| 40-the second water valve； | 41-the first water outlet； | 42-the second water outlet； |
| 43-water inlets； | 50-tapping valves； | 100-water injecting pipelines； |
| 101-the first water valve； | 102-water amount detection devices； | 200-clear water pipelines； |
| 300-collateral branch water routes； | 301-third water valves. |
Specific embodiment
To make the objectives, technical solutions, and advantages of the present invention clearer, below in conjunction with attached drawing to the present invention
Embodiment be described in detail.It should be noted that in the absence of conflict, in the embodiment and embodiment in the application
Feature can mutual any combination.
The contents of the present invention will be discussed in detail by specific embodiment below.
First embodiment:
Fig. 1 is the flow diagram of the washing methods of first embodiment of the invention washing system.Fig. 2 is first embodiment of the invention
The structural schematic diagram of middle washing system.Washing system includes lysing chamber 10, electrolyte chamber 20 and washing cavities 30 combined with Figure 1 and Figure 2,.
Lysing chamber 10 forms electrolyte solution for accommodating solute and dissolving solute.Electrolysis electrode, electrolyte chamber are provided in electrolyte chamber 20
20 for being electrolysed electrolyte solution to form electrolyte.Article to be washed is contained in washing cavities 30, it is right in washing cavities 30
Article is washed.Lysing chamber 10 is connected to electrolyte chamber 20, and electrolyte chamber 20 is connected to washing cavities 30.Washing methods includes electrolyte
Washing process, electrolyte washing process include:
S11: solution formation stages are passed through clear water in Xiang Suoshu lysing chamber 10, and solute dissolves in the lysing chamber 10 to be formed
Set the electrolyte solution of concentration；
S12: the electrolyte solution for being formed by setting concentration is set discharge amount row by solution discharge stage, the lysing chamber 10
It puts to the electrolyte chamber 20；
S13: electrolyte formation stages are electrolysed to form setting ion concentration the electrolyte solution in the electrolyte chamber 20
Electrolyte；
S14: the electrolyte for being formed by setting ion concentration is emitted into described wash by electrolyte discharge phase, the electrolyte chamber 20
Wash chamber 30；
S15: the electrolyte washing stage carries out the article in the washing cavities 30 using the electrolyte of the setting ion concentration
Electrolyte washing.
The embodiment of the present invention propose washing system washing methods, washing system include the lysing chamber 10 being sequentially communicated,
Electrolyte chamber 20 and washing cavities 30, accordingly, electrolyte washing process include continuous S11 ~ S15, and S11 ~ S15 is continuous uninterrupted
Stage therefore in electrolyte washing process, do not need artificial operation, the full automation of washing easy to accomplish improves
Detersive efficiency promotes user experience.In addition, the washing methods that the embodiment of the present invention proposes, using the electrolysis of setting ion concentration
Liquid carries out electrolyte washing to the article in washing cavities, due to using the electrolysis of setting ion concentration in electrolyte washing process
Liquid thereby may be ensured that electrolyte ion concentration is in predictable stability range in each washing process, can thus protect
The stability of washing effect is demonstrate,proved, improves user to the predictability of washing effect, the use that user is more felt at ease is washed
Article after washing.
When being washed using electrolyte to the article in washing cavities, the ion concentration of electrolyte will be enough to remove article
On nuisance residual, therefore, in the present embodiment, using setting ion concentration electrolyte in washing cavities article carry out electricity
When solving liquid washing, the nuisance residual on article can be removed, that is to say, that set the concentration of the electrolyte of ion concentration as energy
Enough remove the remaining concentration of nuisance on article.In order to obtain the electrolysis of setting ion concentration after being electrolysed electrolyte solution
Liquid needs the concentration of electrolyte solution to reach set amount, therefore, in the present embodiment, carries out to the electrolyte solution of setting concentration
After electrolysis, the electrolyte of setting ion concentration can be obtained, that is to say, that set the concentration of the electrolyte solution of concentration as can
Obtain the concentration of the electrolyte of setting ion concentration.
It can control and be passed through in lysing chamber 10 in solution formation stages to obtain the electrolyte solution of setting concentration
Water or water flowing duration, so that the concentration of the electrolyte solution formed is setting concentration.
In order to enable electrolyte solution is emitted into electrolyte chamber to set discharge amount by lysing chamber, it, can in the solution discharge stage
To be passed through set amount clear water into lysing chamber 10 by lasting, so that lysing chamber 10 is molten by the electrolyte for being formed by setting concentration
Liquid is emitted into electrolyte chamber 20 with setting discharge amount.
In electrolyte formation stages, electrolysis time can control to form the electrolyte of setting ion concentration.
As shown in Fig. 2, the first liquid outlet 11 for discharging electrolyte solution to electrolyte chamber 20 is provided on lysing chamber 10,
The top of lysing chamber 10 is arranged in first liquid outlet 11, and the lower part of lysing chamber 10 is provided with water inlet 12.Washing system further includes
Water injecting pipeline 100 is provided with the first water valve 101 and water amount detection device 102 on water injecting pipeline 100.
Fig. 2 shows the liquid in solution discharge stage flow directions.In solution formation stages, clear water passes through water injecting pipeline 100, the
One water valve 101, water amount detection device 102 and water inlet 12 enter in lysing chamber 10.It can be obtained by water amount detection device 102
Enter the water in lysing chamber 10.When the water entered in lysing chamber 10 reaches set amount so that being formed in lysing chamber 10
Electrolyte solution when reaching setting concentration, the first water valve 101 can be closed, to stop being passed through into lysing chamber 10 clear
Water.In another embodiment, water amount detection device can also be not provided on water injecting pipeline 100, but being arranged has stationary flow
The water valve of speed controls the water entered in lysing chamber by controlling the turn-on time of water valve and reaches set amount so that dissolution
The electrolyte solution formed in chamber reaches setting concentration.
In the present embodiment, as shown in Fig. 2, the top of lysing chamber 10 is arranged in the first liquid outlet 11.In solution discharge rank
Section, water injecting pipeline 100 continues to be passed through clear water into lysing chamber 10, when the liquid level in lysing chamber 10 reaches the first liquid outlet 11
Position when, superposed liquid will be expelled in electrolyte chamber 20 from the first liquid outlet 11 in lysing chamber 10.In order to electricity
The electrolyte solution for inputting set amount in chamber 20 is solved, can continue to be passed through set amount clear water into lysing chamber 10, thus, set amount
Clear water can force the electrolyte solution amount to match with clear water amount to be expelled in electrolyte chamber 20 from the first liquid outlet 11, in this way
Electrolyte solution is achieved that set discharge amount by lysing chamber 10 and be squeezed into electrolyte chamber 20.
It is easily understood that in the prior art, it will usually use and be set on the connecting line between lysing chamber and electrolyte chamber
Valve is set, realizes that electrolyte solution is emitted into electrolyte chamber to set discharge amount by lysing chamber by being switched on or off valve.It adopts
With the mode of valve, it is easy to cause electrolyte solution discharge process unstable, to affect the electrolysis being emitted into electrolyte chamber
The discharge amount of matter solution cannot achieve electrolyte solution to set discharge amount and be emitted into electrolyte chamber.In the present embodiment, by continuing
The mode of set amount clear water is passed through into lysing chamber, so that electrolyte solution is squeezed into institute to set discharge amount by the lysing chamber
Electrolyte chamber is stated, such mode takes full advantage of the physical characteristic of liquid, ensure that the stabilization of electrolyte solution discharge process
Property, the discharge process avoided when discharging electrolyte solution using valve mode is unstable, ensure that electrolyte solution to set
Discharge amount enters electrolyte chamber by lysing chamber.
In order to which electrolyte is discharged into washing cavities 30 from electrolyte chamber 20, washing system can also include helping row pipeline, the row of helping
Pipeline is connected to electrolyte chamber 20, and electrolyte discharge phase includes:
It helps in comb road direction electrolyte chamber 20 to be passed through and helps bank fluid, so that electrolyte chamber 20 discharges electrolyte to washing cavities 30.
The liquid of electrolyte discharge phase flows to schematic diagram in Fig. 3 first embodiment of the invention.In the present embodiment, the row of helping
Pipeline is passed through from the bottom of electrolyte chamber 20 to electrolyte chamber 20 and helps bank fluid, is provided on electrolyte chamber 20 for discharging to washing cavities 30
Second liquid outlet 21 of electrolyte, the second liquid outlet 21 are located at the top of electrolyte chamber 20.When help bank fluid from the bottom of electrolyte chamber 20
When portion enters electrolyte chamber 20, helps bank fluid to squeeze or push electrolyte and moving up, when the liquid level in electrolyte chamber reaches the
When two liquid outlets 21, electrolyte can be flow in washing cavities 30 from the second liquid outlet 21.
It is easily understood that in order to enable electrolyte chamber discharges electrolyte to washing cavities, it will usually use in electrolyte chamber and wash
The mode that valve is set between chamber is washed, by opening valve come so that electrolyte chamber discharges electrolyte to washing cavities.Using valve
Mode needs manual operation using manually-operated gate, cannot achieve the complete of washing process it is necessary to use manually-operated gate or electric control valve
It is full-automatic；The vibration of washing system is easily caused in the moment of valve opening and shutdown using electric control valve, causes to flow
It is unstable, and there is also shut off and the problem of the service life electric control valve.In the present embodiment, it is helped by being passed through into electrolyte chamber 20
Bank fluid, under extruding or the pushing effect for helping bank fluid, the electrolyte in electrolyte chamber 20 is emitted into washing cavities 30.It is such
Electrolyte is emitted into washing cavities 30 by electrolyte chamber 20 using the interaction force between fluid, is helped by electrolyte discharging modes
It is a slow, uniform process that bank fluid, which pushes electrolyte to be emitted into washing cavities by electrolyte chamber, will not cause washing system
Vibration avoids and helps generation turbulent flow or flow-disturbing between bank fluid and electrolyte, thus, help bank fluid can be by electrolyte whole
It is emitted into washing cavities, electrolyte is avoided to remain in electrolyte chamber.
As shown in figure 3, in the present embodiment, helping row pipeline includes clear water pipeline 200, helping bank fluid is clear water, water pipe
Road 200 is connected to the bottom of electrolyte chamber 20.Electrolyte discharge phase specifically: clear water pipeline 200 is logical to the bottom of electrolyte chamber 20
Enter clear water, under extruding or the pushing effect of clear water, electrolyte chamber 20 discharges electrolyte to washing cavities 30.
It is easily understood that in general, the amount of liquid needed when washing cavities wash article is greater than what electrolyte chamber was formed
Electrolyte content, so, after the electrolyte of formation is emitted into washing cavities by electrolyte chamber, it is also necessary to be passed through into washing cavities additional
Clear water, to be washed to article.It in the present embodiment, is used as using clear water pipeline and helps row pipeline, and use clear water conduct
Help bank fluid, facilitate it is subsequent clear water is passed through into washing cavities, can also be to avoid it moreover, using clear water as helping bank fluid
Its type helps pollution of the bank fluid to electrolyte.
In order to further save follow-up process, in the present embodiment, the clear water that clear water pipeline 200 is passed through into electrolyte chamber 20
Amount is greater than the electrolyte content that electrolyte chamber 20 is discharged to washing cavities 30.To after clear water pipeline is passed through clear water into electrolyte chamber, not only
So that the electrolyte formed enters washing cavities, and clear water pipeline also passes through electrolyte chamber and is passed through additional clear water into washing cavities,
To, after clear water pipeline stops being passed through clear water into electrolyte chamber, washing cavities directly can carry out electrolyte washing to article,
It no longer needs additional pipeline to be passed through clear water to washing cavities, improves detersive efficiency, simplify the piping connection of washing system.
In order to be further simplified pipeline, as shown in Figures 2 and 3, water inlet 12, the clear water of water injecting pipeline 100 and lysing chamber
The second water valve 40 is provided between pipeline 200.Second water valve 40 has water inlet 43, the first water outlet 41, the second water outlet 42.
Water inlet 43 is connected to water injecting pipeline 100, and the first water outlet 41 is connected to water inlet 12, the second water outlet 42 and clear water pipeline
200 connections.When providing the first signal to the second water valve 40, water inlet 43 is connected to the first water outlet 41, so that water injecting pipeline
100 are passed through clear water to lysing chamber 10, to carry out solution formation stages；When providing second signal to the second water valve 40, water inlet
43 are connected to the second water outlet 42, so that water injecting pipeline 100 is passed through clear water to electrolyte chamber 20 by clear water pipeline 200, to carry out
Electrolyte discharge phase.Therefore, in the present embodiment, water injecting pipeline is to select one form to lysing chamber 10 or clear water pipeline 200
In be passed through clear water, further simplify the piping connection of washing system.
It is easily understood that usually having biggish dirty particle before clean for the first time to article, on article, it is
The washing effect of electrolyte washing process is further increased, the washing methods of the present embodiment can also include pre-washing process.
The process of pre-washing includes:
Clear water is passed through the stage, is passed through clear water into washing cavities 30；
The stage is pre-washed, clear water is carried out to the article in washing cavities 30 and is pre-washed.
Article is pre-washed using clear water, the bulky grain dirt carried on article can be removed, avoid bulky grain dirty
It is turbid that article surface is blocked, thus, when carrying out electrolyte washing process, the surface of article all exposed can be electrolysed
In liquid, is conducive to electrolyte removal article harmful substance remained on surface, improves electrolyte washing effect.
In the present embodiment, water injecting pipeline 100 is passed through clear water into washing cavities 30 by clear water pipeline 200, electrolyte chamber 20,
It is pre-washed with carrying out clear water to article.In other embodiments, it can also be directly passed through clearly to washing cavities by other pipeline
Water is pre-washed.
In the present embodiment, it in order to further save time of washing, can be carried out while carrying out pre-washing the stage
Solution formation stages, solution discharge stage and electrolyte formation stages.Which offers a saving the wash times of washing system, improve
Detersive efficiency.In other embodiments, can be after completing to pre-wash process, then carry out electrolyte washing process.
After pre-washing process, the waste liquid discharge stage is carried out the waste liquid in washing cavities is discharged, to carry out electrolyte
Washing process.Due in the stage that pre-washes while having carried out solution formation stages, solution discharge stage and electrolyte formation stages,
Therefore, after waste liquid elimination phase, electrolyte discharge phase and electrolyte washing stage is carried out, it is washed that electrolyte is completed
Journey.In other embodiments, after pre-washing process, the waste liquid in washing cavities can not also be discharged, directly progress electrolyte
Discharge phase and electrolyte washing stage.
After electrolyte washing process, in order to remove remaining electrolyte ion on article, washing methods can also be wrapped
Flushing process is included, flushing process includes:
The stage is discharged in electrolyte, and the electrolyte in the washing cavities 30 is discharged；
Flushing liquor is passed through the stage, is passed through flushing liquor in Xiang Suoshu washing cavities 30；
Rinse stage is rinsed liquid to the article in the washing cavities and rinses.
After flushing process, it is rinsed the liquid discharge stage, takes out article after washing.
In the present embodiment, as shown in Figures 2 and 3, the lower part of washing cavities 30 is provided with the tapping valve 50 for drain, when
When needing to be discharged the liquid in washing cavities, tapping valve 50 is opened, and the liquid in washing cavities is discharged by tapping valve 50.
In the present embodiment, flushing liquor is clear water.It is passed through the stage in flushing liquor, water injecting pipeline 100 passes through detergent line
200, electrolyte chamber 20 is passed through clear water into washing cavities；In rinse stage, clear water flushing is carried out to the article in washing cavities 30, is taken out
Remaining electrolyte on article.
After flushing process, tapping valve 50 is opened, the flushing liquor in washing cavities is discharged, takes out object after washing
Product.
In other embodiments, after washing process, can also carry out solution formation stages, the solution discharge stage and
Electrolyte formation stages, thus, the electrolyte of setting ion concentration is formed in electrolyte chamber, in case washing work next time uses.
It is easily understood that effective component in electrolyte can decompose with the time, therefore, once washing work instantly and this
When washing operation range time is such as 1 week ~ 4 weeks too long, need to be electrolysed program again, it is electric to be carried out again to the solution in electrolyte chamber
Solution, to form the electrolyte of setting ion concentration.
Second embodiment:
Fig. 4 is the flow diagram of the washing methods of second embodiment of the invention washing system.Different from the first embodiment
In the present embodiment, as shown in figure 4, during pre-washing, clear water, which is passed through the stage and pre-washes the stage, at least circuits sequentially two
Wheel.In electrolyte washing process, solution formation stages, solution discharge stage, electrolyte formation stages, electrolyte discharge phase
Two-wheeled is at least circuited sequentially with the electrolyte washing stage.During the rinsing process, flushing liquor be passed through stage and rinse stage sequentially into
Two-wheeled is recycled less.
In order to further save wash time, during pre-washing, can carry out last wheel pre-wash the stage
While, solution formation stages, solution discharge stage and electrolyte formation stages are carried out, to carry out standard for electrolyte washing process
It is standby, save wash time.
In electrolyte washing process, while carrying out the electrolyte washing stage of previous round circulation, this can be carried out
Solution formation stages, solution discharge stage and the electrolyte formation stages of circulation are taken turns, so as to shorten electrolyte washing process
Time, further increase washing work efficiency.
In the present embodiment, it is set by judging that clear water is passed through the stage and pre-washes the number that the stage circuits sequentially and whether reach
Number is determined, to judge to pre-wash whether process terminates；By judging that solution formation stages, solution discharge stage, electrolyte are formed
Whether the number that stage, electrolyte discharge phase and electrolyte washing stage circuit sequentially reaches setting number, to judge to be electrolysed
Whether liquid washing process terminates；Whether reach setting by the number for judging that flushing liquor is passed through the stage and rinse stage circuits sequentially
Number, to judge whether flushing process terminates.
Although in the present embodiment, each stage during pre-washing at least recycles two-wheeled, in electrolyte washing process
Each stage at least recycles two-wheeled, and each stage in flushing process at least recycles two-wheeled, it will be readily appreciated, however, that in other realities
It applies in example, can according to need some or certain each phase sets during two therein to carry out a wheel.Such as
Each stage during pre-washing carries out a wheel, and each stage in electrolyte washing process at least recycles two-wheeled, flushed
Each stage in journey carries out a wheel.
3rd embodiment:
Fig. 5 is that the liquid of electrolyte discharge phase in third embodiment of the invention flows to schematic diagram.It is different from the first embodiment
It is that in the present embodiment, helping row pipeline includes lysing chamber 10, helping bank fluid includes electrolyte solution, electrolyte discharge phase tool
Body are as follows:
Water injecting pipeline 100 is passed through clear water into lysing chamber 10 by water inlet 12, so that lysing chamber 10 is passed through into electrolyte chamber 20
Electrolyte solution, so that electrolyte chamber discharges electrolyte to washing cavities.
In the present embodiment, after carrying out electrolyte discharge phase, water injecting pipeline 100 is needed to pass through clear water pipeline 200, electrolysis
Chamber 20 is passed through clear water into washing cavities, to cooperate electrolyte to complete electrolyte washing.
Fourth embodiment:
Fig. 6 is the structural schematic diagram of washing system in fourth embodiment of the invention.Different from the first embodiment in this implementation
In example, washing system further includes the collateral branch water route 300 for being passed through clear water to washing cavities, is provided with third on collateral branch water route 300
Water valve 301, clear water water source directly can be passed through clear water into washing cavities 30 by collateral branch water route 300, to carry out pre-washing process
Or flushing process.The connection or disconnection in collateral branch water route 300 are controlled by control third water valve 301.
In the present embodiment, it is passed through the stage in clear water, collateral branch water route 300 is passed through clear water into washing cavities.
In the present embodiment, it is passed through the stage in flushing liquor, collateral branch water route 300 is passed through clear water into washing cavities as flushing
Liquid.
In the present embodiment, washing system includes the collateral branch water route for being passed through clear water to washing cavities, collateral branch water route independently of
Electrolyte wash module.When carrying out pre-washing stage and rinse stage, clear water no longer passes through electrolyte chamber and enters in washing cavities, keeps away
Exempt to pre-wash stage and rinse stage and clear water is remained in electrolyte chamber and interferes electrolyte wash module, ensure that electrolyte
The stability of wash module.
In the description of the embodiment of the present invention, it is to be understood that term " middle part ", "upper", "lower", "front", "rear",
The orientation or positional relationship of the instructions such as "top", "bottom", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only
For the convenience of describing the present invention and simplifying the description, rather than the device or element of indication or suggestion meaning must have specific side
Position is constructed and operated in a specific orientation, therefore is not considered as limiting the invention.
In the description of the embodiment of the present invention, it should be noted that unless otherwise clearly defined and limited, term is " even
It is logical " it shall be understood in a broad sense, for example, it may be being directly connected to, two elements can also be can be by intermediary indirect communication
Internal connection.For the ordinary skill in the art, it can understand above-mentioned term in the present invention with concrete condition
Concrete meaning.
Although disclosed herein embodiment it is as above, the content only for ease of understanding the present invention and use
Embodiment is not intended to limit the invention.Technical staff in any fields of the present invention is taken off not departing from the present invention
Under the premise of the spirit and scope of dew, any modification and variation, but the present invention can be carried out in the form and details of implementation
Scope of patent protection, still should be subject to the scope of the claims as defined in the appended claims.
Claims (10)
1. a kind of washing methods of washing system, which is characterized in that the washing system includes lysing chamber, electrolyte chamber and washing
Chamber, the lysing chamber is interior to accommodate solute, and the lysing chamber is connected to the electrolyte chamber, and the electrolyte chamber and the washing cavities connect
Logical, the washing methods includes electrolyte washing process, and the electrolyte washing process includes:
Solution formation stages are passed through clear water in Xiang Suoshu lysing chamber, and solute dissolves in the lysing chamber to form setting concentration
Electrolyte solution；
The electrolyte solution for being formed by setting concentration is emitted into institute to set discharge amount by solution discharge stage, the lysing chamber
State electrolyte chamber；
Electrolyte formation stages are electrolysed to form the electrolysis of setting ion concentration the electrolyte solution in the electrolyte chamber
Liquid；
The electrolyte for being formed by setting ion concentration is emitted into the washing cavities by electrolyte discharge phase, the electrolyte chamber；
The electrolyte washing stage carries out electrolyte to the article in the washing cavities using the electrolyte of the setting ion concentration
Washing.
2. washing methods according to claim 1, which is characterized in that the washing system further includes connecting with the electrolyte chamber
Logical helps row pipeline, and the electrolyte discharge phase includes:
It is described help in electrolyte chamber described in comb road direction to be passed through help bank fluid so that the electrolyte chamber to the washing cavities discharge be electrolysed
Liquid.
3. washing methods according to claim 2, which is characterized in that described to help row pipeline include clear water pipeline, described to help
Bank fluid includes clear water, the electrolyte discharge phase specifically:
The clear water pipeline is passed through clear water into the electrolyte chamber, so that the electrolyte chamber discharges electrolyte to the washing cavities.
4. washing methods according to claim 3, which is characterized in that the clear water pipeline was passed through into the electrolyte chamber
Clear water amount is greater than the electrolyte content that the electrolyte chamber is discharged to the washing cavities.
5. washing methods according to claim 3, which is characterized in that the washing system further includes water injecting pipeline, described
Water injecting pipeline is passed through clear water into the lysing chamber or the clear water pipeline in the form for selecting one.
6. washing methods according to claim 1, which is characterized in that
In the solution formation stages, the water or water flowing duration being passed through in the lysing chamber are controlled, keeps electrolyte molten with control
Liquid forms setting concentration；
In the solution discharge stage, set amount clear water is passed through into the lysing chamber by continuing, so that the electrolyte is molten
Liquid is squeezed into the electrolyte chamber to set discharge amount by the lysing chamber；
In the electrolyte formation stages, electrolysis time is controlled to form the electrolyte of setting ion concentration.
7. washing methods described according to claim 1 ~ any one of 6, which is characterized in that in the electrolyte discharge phase
Before, the washing system further includes pre-washing process, and the process that pre-washes includes:
Clear water is passed through the stage, is passed through clear water in Xiang Suoshu washing cavities；
The stage is pre-washed, clear water is carried out to the article in the washing cavities and is pre-washed.
8. washing methods according to claim 7, which is characterized in that while pre-washing the stage described in the progress, carry out
The solution formation stages, solution discharge stage and electrolyte formation stages.
9. washing methods described according to claim 1 ~ any one of 6, which is characterized in that in the electrolyte washing process
Later, the washing methods further includes flushing process, and the flushing process includes:
The stage is discharged in electrolyte, and the electrolyte in the washing cavities is discharged；
Flushing liquor is passed through the stage, is passed through flushing liquor in Xiang Suoshu washing cavities；
Rinse stage is rinsed liquid to the article in the washing cavities and rinses.
10. washing methods described according to claim 1 ~ any one of 6, which is characterized in that the electrolyte washing process
Further include:
Above-mentioned five stages at least circuit sequentially two-wheeled, while carrying out the electrolyte washing stage of previous round circulation, carry out
Solution formation stages, solution discharge stage and the electrolyte formation stages of epicycle circulation.
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