CN110344198A - A kind of method of cleaning fabric - Google Patents

Abstract

The embodiment of the present application provides a kind of method of cleaning fabric, washing and Dewatering processing are carried out to washings, it include: to treat washings in washing storehouse to carry out carrying out washing treatment, obtain the first washings, before being rinsed, first washings is carried out dehydrating, the first dehydrate is obtained, first dehydrate is successively rinsed and is dehydrated, the second dehydrate is obtained.By carrying out being dehydrated textile between washing process and rinse cycle, the textile into rinse cycle is made only to carry a small amount of sewage, this mode carries out that Clean- water is few, wash degree is high.

Description

A kind of method of cleaning fabric

Technical field

This application involves textile cleaning applications more particularly to a kind of methods of cleaning fabric.

Background technique

The easy absorption of textile is dirty, and therefore, this has expedited the emergence of the generation of textile cleaning industry, in order to improve cleaning effect Rate produces the washing dragon of tunnel type batch processing at this stage, and this washing dragon has multiple warehouses, and principle is by each warehouse As a station link, to treat the cleaning that washings carries out flowing water standing posture, wherein the cleaning for treating washings can wrap Include several links such as washing, rinsing and dehydration.

Summary of the invention

This specification embodiment provides a kind of method of cleaning fabric, cleans to solve textile in the prior art The problem that water consumption is big in journey, wash degree is low.

This specification embodiment provides a kind of method of cleaning fabric, carries out at washing and Dewatering to washings Reason, comprising:

Washings is treated in washing storehouse and carries out carrying out washing treatment, obtains the first washings；

Before being rinsed, first washings is carried out dehydrating, the first dehydrate is obtained；

First dehydrate is successively rinsed and is dehydrated, the second dehydrate is obtained.

It is optionally, described that washings progress carrying out washing treatment is treated in washing storehouse, comprising:

To after the water filling of washing storehouse, applies compressed gas from the bottom in washing storehouse using aeration mechanism and carry out aeration washing.

Optionally, there is ozone in the compressed gas.

Optionally, further includes: agitate device in washing orlop portion setting microwave；

It is described that washings progress carrying out washing treatment is treated in washing storehouse, comprising:

To after the water filling of washing storehouse, applies microwave using microwave surge device, carry out microwave washing.

Optionally, further includes: in washing orlop portion setting aeration mechanism；

It is described that washings progress carrying out washing treatment is treated in washing storehouse, comprising:

Apply compressed gas from the bottom in washing storehouse using aeration mechanism and carries out aeration washing.

It is optionally, described that first dehydrate is successively rinsed and is dehydrated, comprising:

Rinsing and drying and dewatering are carried out to first dehydrate.

Optionally, the washings for the treatment of carries out carrying out washing treatment, comprising:

Before treating washings and carrying out microwave washing and aeration washing, prewashing is dusted to washings to described.

Optionally, before carrying out the aeration washing and microwave washing, washing storehouse is added to after water and detergent are mixed In.

It is optionally, described to be added in washing storehouse after water and detergent mixing, comprising:

Setting detergent feed inlet is gone after water supply start by described on the tube wall of the water inlet pipe in detergent washing storehouse Dirty agent feed inlet applies detergent to the water inlet pipe.

Each embodiment that this specification is recorded, which passes through, to be carried out being dehydrated textile between washing process and rinse cycle, The textile into rinse cycle is set only to carry a small amount of sewage, Clean- water is few, wash degree in this way, this mode carries out It is high.

The optinal plan that this specification is recorded realizes cold washing, reaches due to applying ozone washing and microwave washing To energy-efficient purpose.

Detailed description of the invention

The drawings described herein are used to provide a further understanding of the present application, constitutes part of this application, this Shen Illustrative embodiments and their description please are not constituted an undue limitation on the present application for explaining the application.In the accompanying drawings:

Fig. 1 is the side view that embodiment one proposes a kind of textile cleaning systems；

Fig. 2 is the top view that embodiment one proposes a kind of textile cleaning systems；

Fig. 3 is the structural schematic diagram that a kind of aeration that example IV provides washs storehouse；

Fig. 4 is the structural schematic diagram that a kind of aeration that embodiment five provides washs storehouse；

Fig. 5 is a kind of schematic illustration of the method for cleaning fabric that this specification embodiment provides.

Specific embodiment

Existing textile cleaning mode is mostly one or more washing storehouse of setting, injects water and washing into washing storehouse Liquid is washed, and the textile after washing is sent to rinsing storehouse and is rinsed, the textile after rinsing is sent to drainage bin It is dehydrated, dries textile as early as possible.

It has been found that a small amount of sewage is carried during drying textile, in textile, after moisture evaporation, in sewage Solute still stay on the textile, therefore, the essence of rinsing be by textile carry liquid diluting, thus drying or When sunning, after rinsing the moisture evaporation finally carried in object, only a small amount of dirt residual, therefore, water injection rate and rinsing times Often affect last cleaning effect.Directly setting rinses storehouse to existing cleaning mode after washing storehouse, so that in textile The concentration of cleaning solution and dirt is relatively high, is directly rinsed in this way, and in the lesser situation of water injection rate, dilution effect compares Difference, and water injection rate can generate waste greatly, therefore, this mode has that water consumption is big or wash degree is low, in this regard, Shen It asks someone to propose, first can carry out primary dewatering after wash, then carry out rinsing and second dehydration, washing before dehydration can be with It sees washing of deciding, is detached from textile the purpose is to the dirt on textile and enters in the liquid of washing, in this way, carrying out after dewatering When rinsing, it is only necessary to a small amount of sewage that textile carries is diluted, in the case where same rinsing times and water injection rate, The wash effect of this mode is more preferable, and wash degree is higher, in the case where reaching same wash effect, water that this mode needs Amount is few, more water-saving.

It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase Mutually combination.The present invention will be described in detail below with reference to the accompanying drawings and embodiments.

In order to make those skilled in the art more fully understand the present invention program, below with reference to attached in the embodiment of the present invention Figure, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is only this The embodiment of a part is invented, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art The model of the present embodiment protection all should belong in all other embodiment obtained without making creative work It encloses.

It should be noted that description and claims of this specification and term " first " in above-mentioned attached drawing, " Two " etc. be to be used to distinguish similar objects, without being used to describe a particular order or precedence order.It should be understood that using in this way Data be to be interchangeable under appropriate circumstances, so as to the embodiment of the present invention described herein.In addition, term " includes " and " tool Have " and their any deformation, it is intended that cover not exclusively include, for example, comprising a series of steps or units process, Method, system, product or equipment those of are not necessarily limited to be clearly listed step or unit, but may include not arranging clearly Other step or units out or intrinsic for these process, methods, product or equipment.

Embodiment one:

The embodiment of the present application provides a kind of textile cleaning systems, de- by being arranged first between washing storehouse and rinsing storehouse Sump is dehydrated between washing and rinsing, so that the textile for entering rinsing storehouse is only carried a small amount of sewage, this mode can It is more environmentally friendly to reduce rinsing times or reduce the water injection rate of single rinsing.

Fig. 1 is the side view that embodiment one proposes a kind of textile cleaning systems, and Fig. 2 is that embodiment one proposes a kind of The top view of textile cleaning systems.

The system includes washing storehouse 101, the first drainage bin 102, rinsing storehouse 103 and the second drainage bin combined with Figure 1 and Figure 2, 104；

Wherein, washing storehouse 101 has textile feed inlet, and f indicates the direction of textile transmission；

First drainage bin 102 has textile feed inlet and textile discharge port；

There is conveyer between the textile feed inlet of first drainage bin 102 and the textile discharge port in the washing storehouse Structure；

There is transport mechanism between the textile discharge port of first drainage bin 102 and the textile feed inlet for rinsing storehouse 103；

Rinsing has transport mechanism between the textile discharge port in storehouse 103 and the textile feed inlet of the second drainage bin 104.

Wherein, the first drainage bin 102 can reduce textile using the extruding to textile for press type drainage bin Gap, the sewage for carrying it are detached from textile；First drainage bin may be that rotary dehydration storehouse utilizes sewage when rotated Inertia and the mobility that has of liquid, separate sewage with textile, by the removing more as far as possible of the sewage in textile, so as to Practice every conceivable frugality the energy during flash baking, and certainly, the first drainage bin may be squeezing rotary dehydration storehouse, does not do herein It is specifically described.

Wherein, the second drainage bin 104 can be press type drainage bin, or rotary dehydration storehouse or drying type dehydration Storehouse etc. mode, in addition, the second drainage bin may be multiple, for example, drainage bin and a drying by press type The drainage bin of formula forms, and is not specifically described herein.

Fig. 1 shows that the system carries out rotary dehydration after rinsing storehouse 103 and drying and dewatering, drying and dewatering pass through drying Drainage bin 107 is implemented.

Fig. 1 is also shown, and has transport mechanism between each storehouse of the system.

Wherein, the transport mechanism between the first drainage bin 102 and rinsing storehouse 103 is first to wear rib transport mechanism 105, second Tool wears rib transport mechanism 106 by second between drainage bin 104 and drying and dewatering storehouse 107.

Wear rib transmission can be the platform or telescopic rod to shuttle between warehouse, door open when, transport mechanism from The discharge port of the warehouse of a upper link takes out textile and send to the feed inlet of next link warehouse, and the feed inlet for writing a link can With with multiple, at this moment, wearing rib transport mechanism can have transverse conveyor, for textile to be transmitted to specific charging Mouthful, and then realize batch processing, it is not specifically described herein.

Embodiment two:

Washing storehouse 101 in embodiment one can have diversified forms, in terms of this can be embodied in following two:

In a first aspect, washing storehouse 101 can be the washing storehouse of different washing process.

Second aspect washing storehouse 101 can be single washing storehouse, is also possible to multiple washing storehouses and connects the multistage string to be formed Connection washing storehouse, the washing process that plural serial stage washs each washing storehouse in storehouse may be the same or different.

For in a first aspect, washing process have it is following several:

Pretreatment washing, into washing storehouse, injection water takes away dirt dust；

Detergent washing injects water and detergent into washing storehouse, generates foam；

Aeration washing injects compressed gas to washing storehouse from the bottom in washing storehouse, bubble, bubble floating is generated under liquid level To liquid level, dirt impurity is taken away, and forms foam on liquid level；

Ozone washing injects compressed gas ozoniferous when being aerated washing；

Microwave washing applies microwave into washing storehouse, makes to wash textile fabric, bubble and foam in storehouse and generates concussion.

Corresponding with the washing process of first aspect, embodiment two proposes the concrete form in washing storehouse 101:

Pretreatment washing storehouse, aeration washing storehouse, ozone washing storehouse, microwave wash storehouse.

Certainly, washing storehouse 101 is also possible to wash three kinds of washers with detergent washing, ozonation aerated washing and microwave The washing storehouse of skill.

Therefore, plural serial stage washing storehouse can have pretreatment washing storehouse, aeration washing storehouse, ozone washing storehouse, microwave are washed Wash two or more in storehouse.

In a kind of specific embodiment in embodiment 1, washing storehouse 101 is that plural serial stage washs storehouse, comprising: detergent Wash storehouse and aeration washing storehouse.For the specific structure in each washing storehouse, will be illustrated below in an example.

Embodiment three:

Storehouse is washed out in various in embodiment two, can have water inlet or detergent feed inlet, therefore, embodiment three is right The mode of various washing storehouses injection water or detergent is illustrated.

For pretreatment storehouse, water inlet can have.

Storehouse is washed for detergent washing storehouse, aeration washing storehouse, ozone washing storehouse and microwave, it can be with water inlet and decontamination Agent feed inlet is described with detergent washing storehouse.

Further, on this basis, detergent washing storehouse can also have water inlet pipe and detergent pipe；

Water inlet pipe is connected to detergent washing storehouse, forms water inlet on the bulkhead in detergent washing storehouse；

Detergent pipe is connected to water inlet pipe, forms detergent feed inlet in the tube wall of water inlet pipe.

Further, in order to may be larger due to the hydraulic pressure in water inlet pipe, it can be arranged in detergent feed inlet unidirectional Valve prevents aqueous reflux into detergent pipe.

Example IV:

Example IV is described the structure in the aeration washing storehouse with aeration washing process.

Fig. 3 is the structural schematic diagram that a kind of aeration that example IV provides washs storehouse.

In Fig. 3, aeration washing storehouse 1011 includes interior warehouse 10111, outer warehouse 10112 and aeration mechanism 10113；

There is through-hole, the inner and outer of interior warehouse 10111 is penetrated through by through-hole on interior warehouse 10111；

Aeration mechanism 10113 is fixed on the bottom of outer warehouse 10112；

Being aerated mechanism 10113 has venthole；

The venthole of 10113 aeration mechanisms is towards interior warehouse 10111.

In this way, aeration mechanism provides compressed gas, bubble is formed, bubble floating takes away the impurity in sewage.

Fig. 1 shows sewage to penetrate through the inner and outer of interior warehouse 10111 by through-hole, and is aerated the generation of mechanism 10113 Bubble, which is also floated by the outside of interior warehouse 10111 by through-hole, spills into the inside of interior warehouse 10111.

Wherein, compressed gas can contain ozone, be washed in this way, can use ozone, while ozone also has and kills The function of bacterium and bleaching, therefore can achieve the effect that sterilization and bleaching while washing, realize clean purpose.

Further, the aeration mechanism in example IV is illustrated.

Being aerated mechanism 10113 has aspiration pump and aeration plate；

Aeration plate has air inlet and venthole, and the venthole of aeration plate forms the venthole of aeration mechanism 10113；

The gas outlet of aspiration pump is connected to the air inlet of aeration plate.

In this way, aeration mechanism, which can use aspiration pump, injects compressed gas into washing storehouse.

Wherein, it can have gas compressor on aspiration pump.

Further, ozone inlet and air inlet be can have on aspiration pump, there is valve on ozone inlet, use In injection of ozone.

The air inlet of aspiration pump is connected to by pipeline with the top of the outer warehouse in aeration washing storehouse.

In this way, aeration mechanism can recycle the gas in washing storehouse.

The oxygen atom content in water for cleaning can be improved in ozone, this will improve the validity and reductionization of chemical detergent Learn detergent requirement.Ozone can aoxidize dirt, remove in the slave water for cleaning for allowing to be more easier.Ozone can be reduced For the requirement of the high pH value chemical detergent of stimulation, traditionally alkaline detergent is all for removing fat, oils and oil Rouge FOG destroys the molecular link of FOG by these detergent so that it becomes simple carbon-based molecular compound, makes chemical detergent Dosage about reduces 25% to 50%.Certainly, practical reduction amount will depend on the wash type of used clothes washing system, temperature, Current washing flow and the mentality of designing of whole system etc., also can achieve the effect of sterilization and bleaching using ozone.

Ozone improves the service efficiency of chemical detergent, reduces the needs to high-temperature wash, makes washing process low Still there is preferable washing effect under temperature.Since chemical detergent is attached on the fiber of textile, thus need centainly Drying time, and drying time can be made to reduce 20% using ozone washing.

Embodiment five:

Embodiment five is to be illustrated to the washing storehouse with microwave washing function, with the aeration washing in example IV Microwave surge device is added on storehouse to be illustrated.

Fig. 4 is the structural schematic diagram that a kind of aeration that embodiment five provides washs storehouse.

In Fig. 4, also there is microwave to agitate device in aeration washing storehouse 1011, and microwave agitates the outer storehouse that device is located at aeration washing storehouse The bottom of body 10112.

The high frequency microwave energy that vibration excitor generates penetrates textile fabric, can generate " cavitation " effect, this " cavitation " effect in water Nanoscale bubble should be able to be generated.Simultaneously as the generation of " cavitation " effect, so that being washed the dirt " being smashed " of fabric and being taken off It falls and soluble in water and the water surface is taken out of by bubble.Simultaneously as " cavitation " effect, the maximum ozone decomposition of energy generate big The elemental oxygen O of amount." cavitation " effect has also further played smelly other than the impacting with high pressure power of itself is to the physical action of fabric The chemical functional of oxygen washing achievees the purpose that improve washability.

High-frequency oscillation signal is issued by high-frequency microwave vibration excitor, generates high frequency machinery oscillation and to travel to medium-cleaning molten In agent, the identical forward directed radiation of exciting wave density in cleaning solution, makes that liquid flows and to generate ten hundreds of nanoscales micro- Minute bubbles.These bubbles are formed in the negative pressuren zone of exciting wave longitudinal propagation, growth, and in zone of positive pressure rapid closing.In this quilt Referred to as during " cavitation " effect, the micro-bubble of closure can form over the instantaneous pressure of 1000 atmospheric pressure, continuously not Instantaneous pressure is generated disconnectedly as a succession of small " explosion " constantly Ground shock waves textile surface, makes the dirt in its surface and gap Rapid deterioration, to achieve the purpose that object surface purifies.Its mechanism of action mainly has the following aspects: because cavitation bubble is vanished When generate powerful shock wave, a part of schmutzband is stripped, disperse, emulsifies, falls off under shock wave.Because The bubble that cavitation phenomenon generates is permeated by the gap impacted between the schmutzband formed and surface layer and gap, due to this minute bubbles Expansion synchronous with wave pressure, shrinks, and the physical force as peeling is iteratively operating on schmutzband, and schmutzband is stripped from level to level, gas Bubble continues to permeate inwards, until schmutzband is fully exfoliated.This is cavitation quadratic effect.

Embodiment six:

On the basis of washing storehouse 101 of the above-mentioned each embodiment to embodiment one, two is described, embodiment six is to upper The plural serial stage washing storehouse stated in embodiment two is illustrated.

Plural serial stage washing storehouse can regard the washing unit that multiple basic washing storehouse warehouses are sequentially communicated as.

As one such embodiment, washing storehouse is that plural serial stage washs storehouse, comprising: detergent washs storehouse and aeration Wash storehouse；

The detergent washing storehouse is connected to form plural serial stage washing storehouse with aeration washing storehouse.

Detergent washs storehouse and the concrete form in aeration washing storehouse can be with reference to the discussion of above-mentioned each embodiment.

Certainly, aeration washing storehouse here can be the aeration washing storehouse for having both microwave washing function.

Therefore, which can also have microwave to agitate device, and the microwave surge device is fixed on aeration washing storehouse The bottom of outer warehouse.

Further, it can will pre-processed before washing, in this way, pretreatment washing storehouse is set in the system, this Sample, pretreatment washing storehouse, detergent washing storehouse are connected to the multistage to form textile processing with aeration washing storehouse Series connection washing storehouse.

Further, for each washing storehouse in plural serial stage washing storehouse, interior warehouse and outer warehouse, interior storehouse be can have Body is respectively positioned in respective outer warehouse, and interior warehouse is rotatable, and then realizes overturning when washing；

The rotation axis of each interior warehouse is parallel, meanwhile, in order to realize transmission of the textile in plural serial stage washing storehouse, There can be transport mechanism between two adjacent washing storehouses in the washing storehouse that the plural serial stage washs storehouse.

Adjacent washing storehouse has a door, and when door is opened, adjacent warehouse connection, transport mechanism is just by upper one Textile in warehouse is sent to next warehouse.

Embodiment seven:

In order to realize that the effect being the same as example 1, this specification embodiment provide a kind of method of cleaning fabric, By carrying out being dehydrated textile between washing process and rinse cycle, carry the textile into rinse cycle only few The sewage of amount, in this way, this mode can reduce rinsing times or reduce the water injection rate of single rinsing, it is more environmentally friendly.

Fig. 5 is a kind of schematic illustration for the method for cleaning fabric that this specification embodiment provides, and this method can be with Include:

S501: washings is treated in washing storehouse and carries out carrying out washing treatment, obtains the first washings.

Specifically, carrying out carrying out washing treatment to washings is treated in washing storehouse, one of above-mentioned washing storehouse can use Or it is a variety of washed, in a kind of embodiment wherein, this may include one or more of S5011-S5014:

S5011: it is washed using pretreatment washing storehouse.

Before treating washings and carrying out microwave washing and aeration washing, prewashing is dusted to washings to described.It washes When washing, textile slides into pretreatment washing storehouse by bell mouth, is wetted rapidly, and take the dust in textile out of, sandy soil etc., Based on wash and prepare.

S5011 can be set before S5012-S5014 as a kind of optional mode of washing.

S5012: to after the water filling of washing storehouse, aeration is carried out from the bottom application compressed gas in washing storehouse using aeration mechanism and is washed It washs.

In S5012, ozone can have in compressed gas.

S5013: if agitating device in washing orlop portion setting microwave, S501 may include: to infuse to washing storehouse

After water, applies microwave using microwave surge device, carry out microwave washing.

In S5013, aeration washing and microwave washing can be carried out, and hence it is also possible in washing orlop portion setting aeration Mechanism, in this way, S5103 can also include: to apply compressed gas from the bottom in washing storehouse using aeration mechanism to carry out aeration washing.

S5104: when being washed using detergent, can before carrying out aeration washing and microwave washing, by water with It is added to after detergent mixing in washing storehouse.This can by detergent wash storehouse water inlet pipe tube wall on setting detergent into Material mouth applies detergent to the water inlet pipe from the detergent feed inlet and realizes.

It is alternatively possible to which timer is arranged, the time to washing storehouse water delivery and detergent is controlled, in this way, by water and decontamination It is added to after agent mixing in washing storehouse, may include:

Setting detergent feed inlet is gone after water supply start by described on the tube wall of the water inlet pipe in detergent washing storehouse Dirty agent feed inlet applies detergent to the water inlet pipe.

S5015: comprehensive washing.

Water and detergent are injected into washing storehouse；

Compressed gas ozoniferous is injected to washing storehouse from the bottom in washing storehouse, bubble, tool in bubble are generated under liquid level There is ozone, bubble floating to liquid level takes away dirt impurity, and forms foam on liquid level, and detergent is not easily broken foam, because And can be enriched in liquid level, make impurity enriched in liquid level, and then will not be mingled in textile again；

Start microwave and agitate device, generates microwave, " cavitation " effect can be generated in water, this " cavitation " effect, which can generate, to be received The bubble of meter level so that dirt " being smashed " on textile and fall off and soluble in water and the water surface is taken out of by bubble, meanwhile, by In " cavitation " effect, the maximum ozone decomposition of energy generates a large amount of elemental oxygen O.

The activity of conventional detergent is related with temperature, therefore, when unilaterally using standard detergent by being washed, It needs to heat in water before to the water filling of washing storehouse, and the clean method that this specification embodiment is recorded, due to applying ozone washing It is washed with microwave, so that requirement of the washing to temperature is low, in this embodiment it is not even necessary to heat, it is thereby achieved that cold washing, reduces Energy consumption, simultaneously as being washed using microwave, ozone and detergent various ways, cleaning process is more efficient, therefore this side Method has the effect of energy-efficient.

S502: before being rinsed, first washings is carried out dehydrating, the first dehydrate is obtained.

Certainly, other cleaning treatments except S502 can also be rinsed, it might even be possible to be washed again, specifically Mode of washing can not be specifically described herein with reference to the step in S501.

S503: first dehydrate is successively rinsed and is dehydrated, the second dehydrate is obtained.

By carrying out being dehydrated textile between washing process and rinse cycle, make the textile into rinse cycle A small amount of sewage is only carried, in this way, this mode can reduce rinsing times or reduce the water injection rate of single rinsing, it is more environmentally friendly.

Embodiment eight:

On the basis of embodiment seven, increase batch facility, the marrow of batch processing is, also due to different wiper rings Time required for saving may be different, for example, the time of washing is longer than the time of rinsing, this allows for rinsing storehouse for some time Be it is idle, waste production capacity, be that multiple warehouses are arranged in identical cleaning link to enhance textile cleaning, it is multiple with phase The textile for cleaning link to upper one simultaneously respectively with the warehouse of cleaning function is handled.

S501 in embodiment seven can be used as a kind of mode of the first batch processing, and S503 can be used as the second batch processing A kind of mode, successively for be illustrated batch processing time control.

This method can also include:

Control the scavenging period of each cleaning link, comprising:

Scavenging period according to the number of the warehouse of each cleaning link than each cleaning link is arranged.

This can be, and the number of each scavenging period for cleaning link and the warehouse of each cleaning link is proportional.

For example, the system has a washing storehouse, washing storehouse needs 120s to be washed, and rinses the number 2 in storehouse, this When, the time of rinsing can be set to 120*2, i.e. 240s, the transmission one that the washing every 120s in storehouse is rinsed in storehouse to two A textile washed, is rinsed；After 120s, a weaving washed is transmitted in another rinsing storehouse thereto Product are rinsed.In this way, the utilization efficiency of production capacity can be improved.Certainly, this is one kind and concrete form of batch processing, This is not specifically described.

All the embodiments in this specification are described in a progressive manner, same and similar portion between each embodiment Dividing may refer to each other, and each embodiment focuses on the differences from other embodiments.

The above description is only an example of the present application, is not intended to limit this application.For those skilled in the art For, various changes and changes are possible in this application.All any modifications made within the spirit and principles of the present application are equal Replacement, improvement etc., should be included within the scope of the claims of this application.

Claims (9)

1. a kind of method of cleaning fabric, which is characterized in that carry out washing to washings and Dewatering is handled, comprising:

Washings is treated in washing storehouse and carries out carrying out washing treatment, obtains the first washings；

Before being rinsed, first washings is carried out dehydrating, the first dehydrate is obtained；

First dehydrate is successively rinsed and is dehydrated, the second dehydrate is obtained.

2. the method according to claim 1, wherein described treat washings progress washup in washing storehouse Reason, comprising:

To after the water filling of washing storehouse, applies compressed gas from the bottom in washing storehouse using aeration mechanism and carry out aeration washing.

3. according to the method described in claim 2, it is characterized in that, there is ozone in the compressed gas.

4. the method according to claim 1, wherein further include: device is agitated in washing orlop portion setting microwave；

It is described that washings progress carrying out washing treatment is treated in washing storehouse, comprising:

To after the water filling of washing storehouse, applies microwave using microwave surge device, carry out microwave washing.

5. according to the method described in claim 4, it is characterized by further comprising: in washing orlop portion setting aeration mechanism；

It is described that washings progress carrying out washing treatment is treated in washing storehouse, comprising:

Apply compressed gas from the bottom in washing storehouse using aeration mechanism and carries out aeration washing.

6. according to the method described in claim 5, it is characterized in that, described successively rinsed and taken off to first dehydrate Water, comprising:

Rinsing and drying and dewatering are carried out to first dehydrate.

7. according to the method described in claim 6, it is characterized in that, the washings for the treatment of carries out carrying out washing treatment, comprising:

Before treating washings and carrying out microwave washing and aeration washing, prewashing is dusted to washings to described.

8. the method according to the description of claim 7 is characterized in that before carrying out aeration washing and microwave washing, by It is added in washing storehouse after water and detergent mixing.

9. according to the method described in claim 8, it is characterized in that, it is described will water and detergent mix after be added in washing storehouse, Include:

Detergent feed inlet is set on the tube wall of the water inlet pipe in detergent washing storehouse, after water supply start, by the detergent Feed inlet applies detergent to the water inlet pipe.