CN101660258B - Washing machine, mist water feeding device and washing machine and drier with same - Google Patents
Washing machine, mist water feeding device and washing machine and drier with same Download PDFInfo
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- CN101660258B CN101660258B CN2009101715655A CN200910171565A CN101660258B CN 101660258 B CN101660258 B CN 101660258B CN 2009101715655 A CN2009101715655 A CN 2009101715655A CN 200910171565 A CN200910171565 A CN 200910171565A CN 101660258 B CN101660258 B CN 101660258B
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Abstract
The invention provides a washing machine capable of generating stable mist water without the effect of the set environment of the washing machine. A washing drier (1) has a rotary barrel (120) for housing a fibre texture body (2), and an ultrasonic unit (200) for forming the mist water to be supplied into the rotary barrel (120) by the supersonic wave.
Description
Technical field
The present invention relates to washing machine.And, the present invention relates generally to the washing machine that is used to supply with the device of spray water and has this device, and specifically relate to and form vaporific water and mist water feeding of supplying with and washing machine with this device through ultrasonic wave.And, the present invention relates to drying machine.
Background technology
In the past, the particle diameter through dwindling water was arranged and be sprinkled upon on the washings of clothing etc., improved the water imbibition of clothes thus, and made lotion be dissolved in water fully, thereby supply with the washing machine of spray water (spraying) to washings.
For example, in TOHKEMY 2001-276472 communique and TOHKEMY 2002-18187 communique, put down in writing in the water supply stroke main supply water to be lower than the water level of designated water level after, the washing machine of spraying and supplying water.Supply water through the spraying in this water supply stroke, washings immerses in the water, and the lotion that is attached to the washings surface is also dissolved.And this washing machine is in the water supply of spraying of washing stroke discontinuous, when washings floats through spraying supply water from above beat, prevent the come-up of washings thus.
In TOHKEMY 2005-73836 communique; Put down in writing for to washings trickle equably, made water and lotion immerse washings apace, in the initial stage of water supply stroke; When drenching spray water, through involving the washing machine that rotates the washing and dewatering groove lentamente from last direction washings.
In TOHKEMY 2006-25901 communique and TOHKEMY 2006-51324 communique, put down in writing the washing machine that carries out common water supply and warm water spraying (vaporific warm water) supply.
And, in the past, made horn (ホ one Application) (piezoelectric element) ultrasonic vibration, the device of thus liquid such as water and soup being sprayed.
For example, in No. 00/66277 document of International Publication, after having put down in writing soup and being fed in the spray chamber from ampoule (ア Application プ Le), the ultrasonic vibration of horn (piezoelectric element) begins, and carries out the liquid dispensing apparatus of medicine liquid spray on the top of horn.In this liquid dispensing apparatus, behind the medicine liquid spray of the top of horn, with this impetus in the ampoule to the spray chamber, through feed pipe sucking-off soup.
And in the past, useful drying machine was supplied with the drying machine of spray water (spraying) when being carried out drying by the drenched washings of water to washings in order to prevent super-dry.Through setting like this, suppress super-dry, prevent the fixing of fold, and feel is improved, improve the completion status of clothing thus.And, prevent that clothing from being rubbed under drying regime, suppress the generation of static.
For example, in the scrubbing-and-drying unit that TOHKEMY 2003-299898 communique is put down in writing, in dry trip, will be sprayed in the inside groove by the water of nozzle atomization, the limit brings the moisture limit dry to clothing.
Yet, in washing machine in the past, thereby by as shower, spraying the hole therefore sometimes because of obstruction water such as lotion or rubbish passed through through making water from less hole, pass through generation at this.
And, from less hole, pass through to need hydraulic pressure to a certain degree to produce spraying in order to make water.But, according to washing machine the difference of environment is set, can not obtain to be used for the stable required enough hydraulic pressure of spraying that produces sometimes.
And,, therefore can not adjust the size of spray particle diameter as required because the size of spray particle diameter is size and the hydraulic pressure decision in the hole passed through by water.
And the spraying straightline propagation property that produces through this kind method is stronger, and only the specific part of wetting washings just is through with sometimes.
At this, the object of the present invention is to provide a kind of influence that does not receive washing machine that environment is set, can produce the washing machine of stable spray water.
And, in washing machine in the past, in water supply stroke and washing stroke, before arriving designated water level in the middle of the total amount of the water that washings is supplied with, the water of ormal weight does not form vaporific and directly supplies with from water channel, the water of surplus forms vaporific supply.Thus, the longest time that arrives designated water level for water of the service time of spray water.So, after water arrives designated water level, then do not resupply in the washing machine of spray water, even water is fed into predetermined water level, at a part of washings under waterborne situation, sometimes can not fully wetting whole washings.And lotion remains in the surface from waterborne washings sometimes.If washings integral body is fully not wetting, or lotion do not dissolve, and then can not clean washings fully sometimes.
At this, another purpose of the present invention is to provide a kind of object that can make fully to absorb water to improve the washing machine of cleaning strength.
And in the International Publication liquid dispensing apparatus that No. 00/66277 document is put down in writing, the mode of the soup that is used to spray directly to contact with horn supplied in the spray chamber through feed pipe from ampoule.So, when soup directly contacted with horn, soup formed film on the surface of horn, thus spraying that can not be stable.
At this, another object of the present invention is to provide a kind of washing machine that can produce the mist water feeding of stable spray water and have this device.
And, in the scrubbing-and-drying unit that TOHKEMY 2003-299898 communique is put down in writing, make water atomization through nozzle, therefore need the hydraulic pressure of regulation in order to make water fogging.But according to scrubbing-and-drying unit the difference of environment is set, can not obtains to be used for the stable required abundant hydraulic pressure of spray water that produces sometimes.And the amount that sprays into the spray water in the inside groove is determined by hydraulic pressure, therefore is difficult to adjust the water yield that sprays in the inside groove, and can not adjusts the humidity in the inside groove.
And, stronger by the water straightline propagation property of nozzle atomization, therefore only wet the specific part of washings sometimes.So, be difficult to bring suitable moisture to the washings integral body in the inside groove.
At this, another purpose of the present invention is to provide a kind of influence that does not receive drying machine that environment is set, and can produce stable spray water, and can bring the drying machine of suitable moisture to object.
And; In washing machine in the past, the limit is sprinkled upon the washings top with spray water and rotates the washing and dewatering groove lentamente through involving, and can not make overlapped washings integral body fully wetting through spray water; Even therefore spill spray water, can not fully improve cleaning strength sometimes.
At this, another purpose of the present invention is to provide a kind of washing machine that can improve cleaning strength.
Summary of the invention
A washing machine that form relates to of the present invention has: the accepting groove that is used to accommodate object; Form water vaporific and supply to the mist water feeding in the accepting groove through ultrasonic wave.
Through ultrasonic wave water is formed vaporific situation, can adjust the particle diameter of the vaporific water yield, spray water, the opportunity that produces spray water through the adjustment frequency of ultrasonic.Owing to water is formed vaporific certain above hydraulic pressure that need not, therefore can not receive washing machine that ambient influnence ground is set and water formed vaporific.Owing to need not to improve hydraulic pressure,, also can produce spray water even therefore use the recirculated water that is difficult to improve the hydraulic pressure that is recycled through pony pump etc.
And; Vaporific for water is formed, therefore need not to make water from less hole, to pass through, even contain fiber or rubbish, such solids or the attachment of lotion in the washings; Do not worry that the hole is blocked yet and can not produce spray water, thereby can stably produce spray water.Thus, for example, in the washing machine of the water circulation in making accepting groove, even use the recirculated water contain lotion etc., generation spray water that also can be stable.And, even the surplus water of use bathing pool contains the water of rubbish such as dirt and hair, generation spray water that also can be stable like this.
And the straightline propagation property of the water that is atomized through ultrasonic wave is relatively poor, in the time of therefore in being fed into the accepting groove that contains object, and the specific part of wetting object only not, and can wetting object all.
Through setting like this, a kind of influence that does not receive washing machine that environment is set can be provided, and produce the washing machine of stable spray water.
In the washing machine that a form of the present invention relates to, preferred mist water feeding forms water vaporific and supplies in the accepting groove at least in the washing stroke of water and the clean object of lotion.
Through setting like this, can make object integral body be easy to merge, to improve cleaning strength with water and lotion.And it is vaporific through ultrasonic wave the water that contains lotion to be formed, and can make lotion water-soluble preferably through emulsification thus.Water through being dissolved with lotion preferably supplies in the accepting groove, can improve the cleaning strength of the water that is used to wash.And, because the molten slag of lotion is less, thereby can stably guarantee good rinsing performance, and be difficult in the accepting groove producing mouldy or bacterial dirt, also can guarantee cleaning thus in the accepting groove.
In the washing machine that a form of the present invention relates to, preferred mist water feeding forms water vaporific and supplies in the accepting groove in the rinsing stroke of object with water rinse that washing stroke is cleaned.
In the rinsing stroke, the water that mist water feeding will not contain lotion or not too contain lotion forms vaporific.Through setting like this, can clean mist water feeding self.
And, in the rinsing stroke,, can remove the lotion that is attached to object and accepting groove preferably thus through spray water is supplied in the accepting groove.
The washing machine that another form of the present invention relates to has: the accepting groove that is used to accommodate object; Be used to make the circulation waterway that leads to and return accepting groove from the current of accepting groove discharge; The water that is used for circulating in circulation waterway forms vaporific and supplies to the mist water feeding in the accepting groove.
Make the water of discharging in the accepting groove of accommodating object return the circulation waterway of accepting groove through having; The water that mist water feeding will circulate in circulation waterway forms vaporific; Stored designated water level even accommodate trough inner water, also can be made water circulation, in accepting groove, supplied with spray water.Form vaporific and supply in the accepting groove through the water that will circulate in circulation waterway, thus, need not to make water to increase to such an extent that be higher than designated water level, can at any time spray water be supplied in the accepting groove.
So, can not receive the influence of designated water level and water supply time, spray water is supplied in the accepting groove, so the object that water is bubbled through the water column when storing designated water level also can be wetting by spray water.
Through setting like this, can provide a kind of and object is fully absorbed water and improve the washing machine of cleaning strength.
In the washing machine that another form of the present invention relates to, preferred mist water feeding has the nozzle of discharging spray water, and nozzle is towards the accepting groove inner opening.
Because nozzle is directly towards the accepting groove inner opening; Therefore can suppress to combine gigantism between the spray water that mist water feeding produces; Or be attached to the wall etc. in water route and cause waste, can supply with the suitable mist of particle diameter to object thus not residually.
In the washing machine that another form of the present invention relates to, preferred mist water feeding forms water vaporific and supplies in the accepting groove at least in the washing stroke that object water and lotion is clean.
Through setting like this, object integral body is easy to merge with water and lotion, thereby can improve cleaning strength.And it is vaporific through ultrasonic wave the water that contains lotion to be formed, and can make lotion water-soluble preferably through emulsification thus.And, therefore better because the water particle of spray water is less for the permeability of object, supply in the accepting groove through the water that will be dissolved with lotion preferably, can improve the cleaning strength of the water that is used to wash thus.
In the washing machine that another form of the present invention relates to, preferred mist water feeding forms water vaporific and supplies in the accepting groove in the rinsing stroke of object with water rinse that washing stroke is cleaned.
In the rinsing stroke, the water that mist water feeding will not contain lotion or not too contain lotion forms vaporific.Through setting like this, can clean mist water feeding itself.
And through in the rinsing stroke, spray water being supplied in the accepting groove, water particle diminishes, and impregnability improves, and can remove the lotion that is attached to object and accepting groove preferably thus.
The mist water feeding that other forms of the present invention relate to has: be used to make the logical pipeline of current; Be used for the supply road of in pipeline, supplying water along the tangential direction of the inner peripheral surface of pipeline; Be disposed at the inside of pipeline, be used for water being formed vaporific atomizing portion through ultrasonic wave.
Tangential direction water through along the inner peripheral surface of pipeline is fed in the pipeline from supplying with the road, thus shipwreck be disposed at pipeline in atomizing portion directly contact.Because water is difficult for directly contacting with atomizing portion, therefore be difficult for forming the moisture film that covers atomizing portion surface.
Through setting like this, the mist water feeding that can produce stable spray water can be provided.
In the mist water feeding that other forms of the present invention relate to; Preferred atomizing portion has and forms tabular end; The end has the end face of long side and the end face of short brink; The mode that the direction that in pipeline, stores along water with the end face of end short brink is extended, atomizing portion is configured in the pipeline.
Spray water produces in the end that forms tabular atomizing portion.The mode that the direction that in pipeline, stores along water through the end face with the short brink of the end of atomizing portion is extended is configured, and atomizing portion atomizes through the water that pumping effect extracts ormal weight thus.
If the end face with the short brink of the end of atomizing portion disposes atomizing portion along the mode that horizontal plane extends, different according to the water yield that stores in the pipeline, bigger variation can take place in the mist amount of generation.
At this, atomizing portion has and forms tabular end, and the mode of extending with the direction that the end face of end short brink stores along water in pipeline, and atomizing portion is configured in the pipeline, even the water yield thus in the pipeline changes, also can stably produce spray water.
The mist water feeding that other forms of the present invention relate to preferably has the projection of giving prominence to the inside of pipeline from the inner peripheral surface of pipeline.
Through setting like this, be fed in the pipeline along the tangential direction of the inner peripheral surface of pipeline, and the water that flows along the inner peripheral surface of pipeline, weaken the impetus thereby conflict with projection, can prevent that thus water level is too high.And, when the current impetus is strong, can prevents that sealing leaves with atomizing portion from the inner peripheral surface of pipeline directly to contact, thereby can prevent that water level is too high that supersonic oscillations are undesired, can not water be formed vaporific situation.
The washing machine that other forms of the present invention relate to preferably has: the accepting groove of accommodating object; With above-mentioned any mist water feeding, mist water feeding supplies to spray water in the accepting groove.
Through setting like this, a kind of influence that does not receive washing machine that environment is set can be provided, can produce the washing machine of stable spray water.
The drying machine that another other forms of the present invention relate to has: the accepting groove that is used to accommodate object; Be used in the logical water supply stream of current of in accepting groove, supplying with water; Be used for forming the water in the water supply stream vaporific and supplying to the mist water feeding in the accepting groove through ultrasonic wave.
Water is being formed under the vaporific situation through ultrasonic wave, can supply water and frequency of ultrasonic, adjusting the particle diameter of the vaporific water yield, spray water, the opportunity that produces spray water through adjustment.Because in order water to be formed vaporific certain above hydraulic pressure that do not need, can not receive drying machine that the influence of environment is set thus, it is vaporific that water is formed.
And, being formed vaporific water through ultrasonic wave, straightline propagation property is poor, therefore when being fed in the accepting groove that contains object, the specific part of wetting object only not, thus can improve the humidity in the accepting groove.
And, vaporific through the flowing water in the water supply stream is formed, can make the water that does not contain bacterium etc. form vaporific thus and supply in the accepting groove.
Through setting like this, a kind of influence that can not receive drying machine that environment is set can be provided, stable spray water can be produced, and the drying machine of suitable moisture can be brought to object.
In the drying machine that another other forms of the present invention relate to; Preferred mist water feeding has the outlet of discharging spray water and non-spray water; Have the parts of inducing that are used to induce non-spray water, so that non-spray water is discharged to the outside of accepting groove from outlet.
Through setting like this, non-spray water is induced parts to induce and is not flowed into the inside of accepting groove, has only spray water to be fed in the accepting groove, the not wetted humidity that can improve in the accepting groove of the object that therefore is dried.
The drying machine that another other forms of the present invention relate to has the warm braw blow-off outlet that is used in accepting groove, blowing out warm braw, and preferred mist water feeding is configured in the position away from the warm braw blow-off outlet.
Through ultrasonic wave water is formed vaporific mist water feeding, at high temperature temperature characterisitic can change sometimes, can not carry out stable work.
At this, mist water feeding is disposed at the position away from the warm braw blow-off outlet that blows out warm braw, can make the temperature of mist water feeding be difficult to rise thus.
The washing machine that another other forms of the present invention relate to has: tank; In tank, around the rotation that extends horizontal direction or with respect to the rotation of the rotation of inclined, the accepting groove that carries out washing, rinsing and the dehydration of object in inside; Be used for water is formed vaporific and supplies to the mist water feeding in the accepting groove.
Accepting groove is in tank; Around the rotation that extends horizontal direction or with respect to the rotation of the rotation of inclined; Even overlapped between the object thus, the spray water that supplies in the accepting groove from mist water feeding also is easy to wetting object integral body.And, in accepting groove, supplying with the situation that lotion is arranged, lotion and water can soak into object rapidly equably.
Through setting like this, a kind of washing machine that can improve cleaning strength can be provided.
As implied above, according to the present invention, a kind of influence that does not receive washing machine that environment is set can be provided, can produce the washing machine of stable spray water.
Aforementioned and other objects of the present invention, characteristic, factor, advantage will be given clearly based on following description and accompanying drawing.
Description of drawings
Fig. 1 is as an embodiment of the present invention, roughly representes the stereogram of the overall appearance of washing dryer.
Fig. 2 is a cutaway view of roughly representing to observe from II-II line direction the cross section of washing dryer shown in Figure 1.
Fig. 3 is the guard shield of washing dryer shown in Figure 1 state when inner is observed in expression from the top figure.
Fig. 4 is the guard shield of washing dryer shown in Figure 1 state when inner is observed in expression from the right side figure.
Fig. 5 is the figure of expression state when inner from the guard shield of left sides washing dryer shown in Figure 1.
Fig. 6 is the front view of expression state when inner from the guard shield of top view washing dryer shown in Figure 1.
Fig. 7 A is the stereogram of the ultrasound unit overall appearance that has of expression washing dryer, and Fig. 7 B is the inner stereogram of ultrasound unit shown in perspective representation Fig. 7 A.
Fig. 8 A is the figure that direction shown in the arrow VIII is observed ultrasound unit from Fig. 7 A, and Fig. 8 B is that direction shown in the arrow VIII is observed the inner figure of ultrasound unit from Fig. 7 B.
Fig. 9 is the figure when direction shown in the arrow IX is observed ultrasound unit from Fig. 7 A.
Figure 10 is the cutaway view when the direction of X-X line shown in Fig. 8 A is observed ultrasound unit.
The specific embodiment
Below, based on accompanying drawing embodiment of the present invention is described.
As depicted in figs. 1 and 2, washing dryer 1 has: guard shield 101; Form the top panel 102 above the guard shield 101; Be installed in the tank 130 of guard shield 101 inside; Be used to accommodate accepting groove, rotatably supported swing roller 120 in tank 130 inside as a kind of fiber construct 2 of object; Be configured in the circulating pump 460 of guard shield 101 bottoms.The inner body of guard shield 101 and guard shield 101 is supported on the ground through rubber feet 103.
Fiber construct 2 so long as the article that fibers such as clothing, dry goods, rag, woollen blanket constitute get final product.And object also can be the article of can't help the fiber formation beyond the fiber construct 2 so long as the dry article of available washing dryer 1 washing get final product.
In the front of guard shield 101 external door 111 is installed.Installed inside at external door 111 has inside door 112.Through opening external door 111, open inside door 112, can take out with fiber construct 2 input swing rollers 120 or from swing roller 120 through being arranged at the input port 113 of guard shield 101 front sides.Through closing inside door 112, close external door 111, can block input port 113.Make the central portion of inside door 112 with visual modes of recognizing in the swing roller 120 by clear glass, and the vessel shape with depression is so-called washbowl shape.On the perisporium of the tank 130 of input port 113 sides, the door gasket 114 that is made up of elastomers such as rubber is embedded into and is fixed in liner cover 115.When closing inside door 112, door gasket 114 is adjacent to the periphery of inside door 112, and tank 130 is sealed.
Rear side at tank 130 is connected with cooling pipe 330.Do not contain water in the tank 130; When in swing roller 120, carrying out fiber construct 2 dry, swing roller 120 is discharged from from tank 130 through cooling pipe 330 with air in the tank 130, and is of the back; After being cooled (dehumidifying), heating, turn back in the tank 130.
Above tank 130, dispose function circuit 106.Below tank 130, dispose main circuit 107.For the user carries out the operation of washing dryer 1, function circuit 106 when the operating portion (not shown) of operative configuration on the outer peripheral face of guard shield 101, receive signal from operating portion after, transmit control signal to the main circuit 107 that is disposed at tank 130 belows.Main circuit 107 transmits control signal to each parts of cylinder rotary drive motor 140, circulating pump 460, draining valve 432, feed water valve, air supply motor etc., washing dryer 1, thereby controls the action of each parts.
Use Fig. 3 to Fig. 5, the mobile of water and air in the washing dryer 1 described.Flowing of the water that dashdotted arrow P is represented to be supplied to from water channel among the figure, the arrow Q of solid line is illustrated in the flowing of water of circulation in the washing dryer 1, and the arrow R of double dot dash line representes flowing of air.
At first, use Fig. 3 and Fig. 4, the mobile of air in the washing dryer 1 described.
Like Fig. 3 and shown in Figure 4, in the rear side of tank 130, cooling pipe 330 disposes with the mode of extending at above-below direction.Be connected with discharge duct 320 in the upper end of cooling pipe 330.In discharge duct 320, dispose the blowing fan 312 that is used to see off air, the air supply motor 313 that is used to make blowing fan 312 rotations, air-supply the end of a thread filter 314.Discharge duct 320 is connected with steam line 310.In steam line 310, dispose: (Positive Temperature Coefficient: positive temperature coefficient) heater 315 to be used to heat the PTC of the air in the steam line 310; The air that is used in steam line 310 is supplied with the H as cation
+(H
2O)
m(m is any natural number) and anion O
2 -(H
2O)
nThe ion feedway of (n is any natural number) is PCI (clean cluster ion ion) unit 316.On steam line 310, have the warm braw blow-off outlet 311 that blows out warm braw.Warm braw blow-off outlet 311 is towards the inside of tank 130.
When air supply motor 313 was made blowing fan 312 rotations by driving, the air in the tank 130 flowed in the cooling pipe 330 from the lower backside of tank 130.In cooling pipe 330, water is supplied to from cooling water supply hose 412, is cooled, dehumidifies from the tank 130 interior air that flow in the cooling pipe 330.Under the situation that there was dampness in the air in tank 130, malaria is cooled, dehumidifies in cooling pipe 330.Air in the cooling pipe 330 cooling pipe 330 in towards above flow, and in the inflow discharge duct 320.
In discharge duct 320, air is through air-supply the end of a thread filter 314, and the rubbish of the end of a thread etc. is removed.Air through air-supply the end of a thread filter 314 flows in the steam line 310.
In steam line 310, supply with cation and anion from PCI unit 316 to air.And; Washing dryer 1 also can not have the PCI unit 316 plasma feedwaies that are used for supplying with to air ion; Even in the situation with PCI unit 316, as long as carry out the driving of PCI unit 316 as required, also the air in steam line 310 is not supplied with ion.
In steam line 310, air is heated through ptc heater 315.Heated air is fed in tank 130 and the swing roller 120 (Fig. 2) from warm braw blow-off outlet 311.
In swing roller 120, heated air contacts with fiber construct 2 (Fig. 2), thereby makes moisture from fiber construct 2 evaporations, drying.Contain from the air of fiber construct 2 moisture evaporated, the aperture 121 (Fig. 2) through swing roller 120 flows out in the tank 130, and flows in the cooling pipe 330 from the bottom of tank 130 once more.
So, in the inside of washing dryer 1, air circulation in swing roller 120 and tank 130, cooling pipe 330, discharge duct 320, steam line 310.Swing roller 120 is examples of air flow path with tank 130, cooling pipe 330, discharge duct 320, steam line 310.
Secondly, use Fig. 3 and Fig. 5, the mobile of water in the washing dryer 1 described.
Like Fig. 3 and shown in Figure 5, disposing above the tank 130: be used to switch the feed water valve 401 that stops from water supply and the water supply of water channel in washing dryer 1; Water supply unit 410; Lotion box 470; Shunting nozzle 450; Ultrasound unit 200 as mist water feeding.The water yield of water supply unit 410 adjustment 410 outflows from the water supply unit.
Below tank 130, dispose circulating pump 460, be connected with internal drainage flexible pipe 430 in the bottom of tank 130.Internal drainage flexible pipe 430 is connected with externally drained flexible pipe 431 with loop hose 440 through circulating pump 460.Loop hose 440 is connected with shunting nozzle 450.
On water supply unit 410, be connected with: dry fog water supply hose 411, cooling water supply hose 412, water supply line 420, shunting nozzle 450.And dry fog water supply hose 411 is connected with water supply unit 410 with feed water valve 413 through dry fog.On shunting nozzle 450, be connected with wet fog water supply hose 451 and froth breaking water supply hose 452.Dry fog water supply hose 411 is connected with ultrasound unit 200 with wet fog water supply hose 451.
Supplied to the water in the washing dryer 1 from water channel, after from feed water valve 401, passing through, be fed into water supply unit 410.At this moment, according to the washing dry trip of washing dryer 1, water controlled from lotion box 470 through and supply to water supply unit 410 or not from lotion box 470 through and supply to water supply unit 410.Contain lotion in the water that from lotion box 470, passes through.
The water that does not contain lotion that from lotion box 470, does not pass through is supplied to dry fog water supply hose 411 and cooling water supply hose 412 from water supply unit 410.Be fed into the water of dry fog water supply hose 411, when ultrasound unit 200 drives, form by ultrasound unit 200 and to be fed in the swing roller 120 (Fig. 2) after vaporific, and from the aperture 121 (Fig. 2) of swing roller 120 through in the back inflow tank 130.The water that is fed into cooling water supply hose 412 flows into cooling pipe 330.Be fed into the water of water supply line 420, be fed in the tank 130.
The water that contains lotion that from lotion box 470, passes through after from the wet fog water supply hose that is connected with water supply line 420 or shunting nozzle 450 451 and froth breaking water supply hose 452, passing through, is supplied in the swing roller 120 from water supply unit 410.Be fed into the water of wet fog water supply hose 451, when ultrasound unit 200 drives, after ultrasound unit 200 formation are vaporific, be fed in the swing roller 120, and from the aperture 121 of swing roller 120, flow in the tank 130 through the back.Be fed into the water of froth breaking water supply hose 452, from cooling pipe 330, flow into cooling pipe 330, the bubble that elimination produces because of the stirring of lotion composition cooling pipe 330 in through the back.Directly supplied to the water in the swing roller 120 from the water spray outlet opening of shunting nozzle 450 through liner cover 115 (Fig. 2), from the aperture 121 of swing roller 120, flowed in the tank 130 through the back.
Water in the tank 130, when circulating pump 460 drove, scupper hose 430 returned shunting nozzle 450 through loop hose 440 internally.And the water in the tank 130 is at draining valve 432 (Fig. 2) when opening, by scupper hose 430 internally through externally drained flexible pipe 431 externally drained to washing dryer 1.
From loop hose 440 through after turn back to the water of shunting nozzle 450, be fed in wet fog water supply hose 451, froth breaking water supply hose 452, the swing roller 120.Be fed into the water of wet fog water supply hose 451, when ultrasound unit 200 drives, form by ultrasound unit 200 and to be fed in the swing roller 120 after vaporific, and from the aperture 121 of swing roller 120 through in the back inflow tank 130.The water that is fed into froth breaking water supply hose 452 flows in the cooling pipe 330, and cooling pipe 330 in, eliminates the bubble that the stirring because of the lotion composition produces, and in the bottom of cooling pipe 330 inflow tank 130.Directly supplied to the water in the swing roller 120 from the water spray outlet opening of shunting nozzle 450 through liner cover 115, from the aperture 121 of swing roller 120, flowed in the tank 130 through the back.
So, the water in the washing dryer 1 passes through from swing roller 120 and tank 130, internal drainage flexible pipe 430, loop hose 440, shunting nozzle 450, washing dryer 1 in, circulates.So will form recirculated water at the water of the inner loop of washing dryer 1.Swing roller 120 is examples of circulation waterway with tank 130, internal drainage flexible pipe 430, loop hose 440, shunting nozzle 450.Ultrasound unit 200 will form vaporific from the water that shunting nozzle 450 is supplied with and supply in the swing roller 120.And, the path of supplying water in swing roller 120 and tank 130 from water supply unit 410 through ultrasound unit 200, and the path of in swing roller 120 and tank 130, supplying water through shunting nozzle 450 be an example of water supply path.Ultrasound unit 200 will be from the water supply unit 410 water supplied with and form vaporific and supply in the swing roller 120 from the water that shunting nozzle 450 is supplied with.
As stated, being fed into the water of ultrasound unit 200 through dry fog water supply hose 411, is not the recirculated water in the inner loop of washing dryer 1, only is the running water of supplying with from water channel.In addition; Be fed into the water of ultrasound unit 200 through wet fog water supply hose 451; Sometimes being the running water that supplies to wet fog water supply hose 451 from water supply unit 410 through shunting nozzle 450, also is the recirculated water that supplies to wet fog water supply hose 451 from loop hose 440 through shunting nozzle 450 sometimes.Still supply with running water about supplying with recirculated waters to ultrasound unit 200, in the washing of washing dryer 1 or dry trip, select as required through wet fog water supply hose 451.
As shown in Figure 6, on the top of tank 130, above swing roller 120, dispose the warm braw blow-off outlet 311 of ultrasound unit 200 and steam line 310.Below the nozzle 250 of ultrasound unit 200, in the frame of liner cover 115 (Fig. 2), as inducing component configuration that stator 116 is arranged.The outside that stator 116 is positioned at the peristome of swing roller 120 is the inboard of the inner peripheral surface of tank 130.And the part that stator 116 also can be used as the shape of liner cover 115 forms.
Shown in the arrow R1 of double dot dash line, in swing roller 120, supply with warm braw from the warm braw blow-off outlet 311 of steam line 310.Shown in dotted line M, in swing roller 120, supply with spray water from the nozzle 250 of ultrasound unit 200.And, shown in arrow W, fall downwards from the nozzle 250 of ultrasound unit 200 and not form vaporific non-spray water.Non-spray water flows in the tank 130 fall between the inner peripheral surface of outer peripheral face and tank 130 of swing roller 120 along stator 116 after.
In swing roller 120, blow out the air in the steam line 310 through warm braw blow-off outlet 311 from the face side of washing dryer 1.Observe from the face side of washing dryer 1, warm braw blow-off outlet 311 is configured in the upper right of swing roller 120.On the other hand, observe from the face side of washing dryer 1, ultrasound unit 200 is configured in the upper left of swing roller 120.So, warm braw blow-off outlet 311 is left compartment of terrain separation configuration with ultrasound unit 200.
Shown in Fig. 7 A and Fig. 8 A, ultrasound unit 200 has nozzle 201 and housing 202.Nozzle 201 formations comprise: pipeline 220, wet fog water are supplied with road 230, the dry fog water is supplied with road 240.The wet fog water is supplied with road 230 and is connected with wet fog water supply hose 451 (Fig. 6), and the dry fog water is supplied with road 240 and is connected with dry fog water supply hose 411 (Fig. 6).The inside on road 230 and the internal communication that the dry fog water is supplied with road 240 are supplied with, wet fog water in the inside of pipeline 220.In pipeline 220, have nozzle 250 as outlet.The mode that ultrasound unit 200 tilts downwards from horizontal plane with nozzle 250 is configured in washing dryer 1 (Fig. 6).Nozzle 250 is in the swing roller 120 of washing dryer 1.
Shown in Fig. 7 B and Fig. 8 B, have in the internal configurations of ultrasound unit 200: as the horn 210 of atomizing portion; With engage with a side end of horn 210, be used to make horn 210 to carry out the vibrator 213 of ultrasonic vibration.In horn 210, form tabular with the end 211 of a side opposition side that engages vibrator 213.Be positioned at the mode of the nozzle 250 of nozzle 201 with the end 211 of horn 210, horn 210 is configured in the nozzle 201.The end 211 of horn 210 constitutes the end face 212 that comprises short brink and the end face 216 of long side.On vibrator 213, be connected with electrode 215 and mount plywood 214.
When vibrator 213 applied voltage, vibrator 213 carried out ultrasonic vibration through 2 electrodes 215.When vibrator 213 carried out ultrasonic vibration, transfer of vibration was to the horn 210 that engages with vibrator 213, and the end 211 of horn 210 vibrates with the frequency of ultrasonic of vibrator 213 vibrations.
As shown in Figure 9, on the nozzle 250 of ultrasound unit 200, dispose the end face (front end face) 212 of short brink of the end 211 (Fig. 7 B, Fig. 8 B) of horn 210 (Fig. 7 B, Fig. 8 B).End face 212 roughly extends vertical direction, on above-below direction, separates from the internal perisporium face of pipeline 220 predetermined distance is arranged (this embodiment approximately about 1mm).In the inside of pipeline 220, from the internal perisporium face of pipeline 220 towards the direction vertical with end face 212 bearing of trends, be the direction of approximate horizontal, be extruded with rib 222.
Shown in figure 10; With when the water that above wet fog water supply road 230, flows into wet fog water supply road 230 flows in the pipeline 220; Flow into the mode of the tangential direction of inner peripheral surfaces 221 along the inner peripheral surface of pipeline 220 221, the wet fog water is supplied with road 230 and is formed on nozzle 201.It is also the same with wet fog water supply road 230 that the dry fog water is supplied with road 240; With when the water that above dry fog water supply road 240, flows into dry fog water supply road 240 flows in the pipeline 220; Flow into the mode of the tangential direction of inner peripheral surfaces 221 along the inner peripheral surface of pipeline 220 221, the dry fog water is supplied with road 240 and is formed on nozzle 201.
Use Fig. 7 A to Figure 10, make water form the process of spraying from nozzle 250 vaporific back to ultrasound unit 200 through ultrasonic wave and describe.
The wet fog water is supplied with the water that flow into from the top in the road 230, supplies with road 230 in pipeline 220 from the wet fog water, on the tangential direction of the inner peripheral surface 221 of pipeline 220, flows into downwards.Flow into the water in the pipeline 220, along the inner peripheral surface 221 in the pipeline 220,, mobile to the foot of pipeline 220 with the counter clockwise direction of observing from the direction of nozzle 250.If it is stronger to flow into the impetus of the water in the pipeline 220; Water too much upwards flows along inner peripheral surface 221 through the foot of pipeline 220, but when flowing to the position of rib 222, thereby can contact with rib 222 impetus is weakened; With from nozzle 250 being seen clockwise directions, fall downwards.
On the other hand, the dry fog water is supplied with the water that flow into from the top in the road 240, supplies with road 240 in pipeline 220 from the dry fog water, on the tangential direction of the inner peripheral surface 221 of pipeline 220, flows into downwards.The water that flows in the pipelines 220 from dry fog water supply road 240, along the inner peripheral surface 221 and the rib 222 of pipeline 220,, mobile to the foot of pipeline 220 with the clockwise direction of observing from the direction of nozzle 250.The water that flow in the pipeline 220 are not recirculated water, but the running water of supplying with from water channel is strong excessively in order not make the impetus, comes regulating pondage through the control dry fog with feed water valve (Fig. 3).
So, supply with the water that road 240 flows in the pipelines 220 from wet fog water supply road 230 and dry fog water, mobile along the inner peripheral surface 221 of pipeline 220, therefore be difficult for and the contacts side surfaces that is disposed at the horn 210 in the pipeline 220.
At the foot of pipeline 220, the water surface of the water of circulation contacts with the lower end of the end 211 of horn 210 in pipeline 220.When horn 210 was carried out ultrasonic vibration, through pumping effect, a part of water in the pipeline 220 was drawn into horn 210.The water that is drawn into horn 210 forms vaporific through the ultrasonic vibration of horn 210.
Shown in dotted line M among Fig. 8 A, form vaporific water and sprayed to the outside of ultrasound unit 200 from nozzle 250.Because nozzle 250 disposes with the opposed mode in inside with the swing roller 120 of washing dryer 1, therefore form the inside that vaporific water is fed into swing roller 120.
At the foot of pipeline 220, shown in arrow W among Fig. 8 A, do not form vaporific non-spray water flows out to ultrasound unit 200 from nozzle 250 outside.Non-spray water falls downwards from nozzle 250 because of gravity.
Water as shown in Figure 6, as to fall downwards from nozzle 250, below the nozzle 250 with the frame of the inside door that is disposed at washing dryer 1 112 on stator 116 contact, and drop on along stator 116 between the inner peripheral surface of outer peripheral face and tank 130 of swing roller 120.
About the washing stroke, rinsing stroke, dehydration stroke and the dry trip that use as the washing dryer 1 of above-mentioned formation is carried out, below describe according to the stroke order.
At first, the user opens external door 111 and inside door 112, behind the 113 input fiber constructs 2 of input port, closes inside door 112 and external door 111.The user puts into lotion in lotion box 470, and the words that need are put into softener in softener box (not shown).Softener also can midway putting at washing stroke or rinsing stroke.
Secondly, user's operating operation panel is selected washing and dry condition.During user's operating operation panel, function circuit 106 transmits control signal to main circuit 107, each parts of main circuit 107 control washing dryers 1.Main circuit 107 carries out washing stroke, rinsing stroke, dehydration stroke and dry trip according to washing and dry condition that the user selects.According to washing and dry condition that the user selects, the part of each stroke is not carried out sometimes.Here, the situation to whole strokes of carrying out washing stroke, rinsing stroke, dehydration stroke and dry trip describes.
During the initiating key of user's push panel; Control through main circuit 107; Thereby when external door 111 and inside door 112 are lockable, open feed water valve 401, running water is fed in the tank 130 from water supply line 420 through water supply unit 410 and lotion box 470.The water that is mixed with the lotion that is contained in lotion box 470 is fed in the tank 130.Washing stroke begins like this.
When detecting the water level arrival setting in the tank 130 through level sensor (not shown), feed water valve 401 is closed.Then, thus control circulating pump 460 driven.And, thereby the electrode of controlling to ultrasound unit 200 215 applies voltage.
And main circuit 107 also can be controlled water supply unit 401, thereby with before the arrival of the water level in the tank 130 setting, uses the mode of the running water generation spray water of noncirculating water, through shunting nozzle 450 running water is supplied to ultrasound unit 200.
Be fed into the water in the tank 130,, after passing through in scupper hose 430 and the loop hose 440 internally, be fed into shunting nozzle 450 through circulating pump 460.Be fed into the part of the water of shunting nozzle 450, directly supplied in the swing roller 120 from shunting nozzle 450.Be fed into the remaining part of the water of swing roller 120, be fed into ultrasound unit 200 through wet fog water supply hose 451 from shunting nozzle 450.
In ultrasound unit 200, the water that contains lotion forms and is fed in the swing roller 120 after vaporific.The water that contains lotion is formed vaporific through ultrasonic wave, lotion is water-soluble preferably thus, and the water that contains lotion is permeable fiber structure 2 preferably.
Be fed into the water of swing roller 120, flow out in the tank 130 through aperture 121, and once more through circulating pump 460 circulations.
Circulating pump 460 is driven with official hour.So; Even after running water is fed into predetermined water level in tank 130; Use flows out in the tank 130 through aperture 121 in swing roller 120; And supplied to the recirculated water of ultrasound unit 200 once more through internal drainage flexible pipe 430 and shunting nozzle 450 from tank 130, spray water is supplied in the swing roller 120.Through behind the official hour, main circuit 107 controls stop the driving of circulating pump 460 and ultrasound unit 200, and draining valve 432 cuts out.
Secondly, the rotation diagram that swing roller 120 is used according to washing stroke through cylinder rotary drive motor 140 (chart) is rotated.
And; Rotation diagram about swing roller 120; According to stroke is washing stroke, rinsing stroke, dehydration stroke and dry trip; Or, preestablished a plurality of rotation diagrams that rotary speed, swing circle, returing cycle etc. have nothing in common with each other according to the kind of fiber construct 2 and the process of washing drying.Rotation diagram is by compiled program, thereby selected or selected automatically by the user.
During the positive and negative rotation of cylinder rotary drive motor 140, the positive and negative too rotation of swing roller 120.During swing roller 120 rotation, the action that falls downwards after the baffle plate 122 that is fixedly set in the internal perisporium face of swing roller 120 lifts fiber construct 2 is repeated.So, washing stroke utilizes so-called beating to wash effect and carry out.And, in washing stroke, also can drive circulating pump 460.Also can drive ultrasound unit 200 when driving circulating pump 460, thereby spray water is supplied in the swing roller 120.When driving ultrasound unit 200 accordingly with the action of swing roller 120, the molten slag of lotion reduces, and lotion improves the infiltration of fiber construct 2, can carry out the cleaning of better effect thus.
In washing stroke, sensed water level if water level is lower than designated water level, also can be mended water supply midway.And, when having carried out mending water supply, also can drive circulating pump 460, from ultrasound unit 200 spray water is supplied in the swing roller 120.In washing stroke, spray water for example amount to five minutes during in swing roller 120, be supplied to.
After washing stroke finished, draining valve 432 was opened, and water is discharged to outside the guard shield 101 through externally drained flexible pipe 431.After draining finished, the rotation diagram that swing roller 120 is used with centre dehydration stroke rotated at a high speed, thereby carried out centre dehydration stroke.In centre dehydration stroke, rotate the centrifugal force that is produced through the high speed of swing roller 120, make the water that is contained in the fiber construct 2, after passing through the aperture 121 from the perisporium that is arranged at swing roller 120, to the internal face ejection of tank 130.Water flows down downwards along the internal face of tank 130, and through draining valve 432, is discharged to outside the guard shield 101 through externally drained flexible pipe 431.
After middle dehydration stroke finished, program jump was to rinsing program.After draining valve 432 was closed, feed water valve 401 was opened, and running water is fed into tank 130 through water supply unit 410.Detect after water levels in the tank 130 have arrived setting through not shown level sensor, feed water valve 401 is closed.
After feed water valve 401 was closed, so that circulating pump 460 drives the mode of stipulated time, main circuit 107 was controlled.At this moment, ultrasound unit 200 also can drive the stipulated time.
After circulating pump 460 was driven with ultrasound unit 200, the water in the tank 130 circulated in circulation waterway, and is fed into ultrasound unit 200 from shunting nozzle 450 through wet fog water supply hose 451.In ultrasound unit 200, recirculated water be formed vaporific after, supply in the swing roller 120.
In the rinsing stroke, because after carrying out primary dewatering behind the washing stroke, supply with running water again, so the lotion that contains in the recirculated water and dirt composition are less.Through this recirculated water being supplied to ultrasound unit 200 and producing spray water, thus in washing stroke,, the wet fog water of ultrasound unit 200 is attached with lotion and dirt composition even supplying with on road 230 and pipeline 220, the horn 210, also can rinse out.So, flushing is attached to the dirt composition of horn 210 and the stroke of lotion, under the situation that has rinsing stroke repeatedly, can in each rinsing stroke, implement, but implementation result can be better in the cleaner last rinsing stroke of washings.
In the rinsing stroke, also can recirculated water not formed vaporificly, and after running water supplied to ultrasound unit 200 from water supply unit 410 through shunting nozzle 450, produce spray water.
After beginning to drive circulating pump 460 and ultrasound unit 200, through after the stipulated time or meanwhile, main circuit 107 index drum rotary drive motors 140, the rotation diagram that swing roller 120 is used according to the rinsing stroke through cylinder rotary drive motor 140 is rotated.After middle dehydration stroke and rinsing stroke are repeatedly repeated, transfer to final rinsing stroke.In final rinsing stroke, feed water valve 401 is opened, and puts into the softener of lotion box 470, is supplied to tank 130 as the water that contains softener from water supply line 420.
After final rinsing stroke finished, draining valve 432 was opened, and rinsing liquid is discharged to outside the guard shield 101 through externally drained flexible pipe 431.After draining finished, the rotation diagram that swing roller 120 is used according to the final dewatering stroke was rotated at a high speed, thereby carries out the final dewatering stroke.In the final dewatering stroke; The same with centre dehydration stroke, rotate the centrifugal force that is produced through the high speed of swing roller 120, make the rinsing liquid that is contained in the fiber construct 2; Through the aperture on the perisporium that is arranged at swing roller 120 121, be ejected into the internal face of tank 130.
The final dewatering stroke is transferred to dry trip after finishing.In dry trip, when making swing roller 120 rotations, drive ptc heater 315 and air supply motor 313.And, implementing continuously under the situation of washing, dry trip, also can drive ptc heater 315 through the final dewatering stroke.Through setting like this, the temperature in the swing roller 120 rises, thereby by better dehydration, and can effectively implement drying.
Through driving ptc heater 315 and air supply motor 313, by the air of ptc heater 315 heating, shown in the arrow of double dot dash line among Fig. 3 and Fig. 4, flow, and be blown in tank 130 and the swing roller 120 from warm braw blow-off outlet 311.After fiber constructs 2 in warm braw and the swing roller 120 contact, flow out to the outside of swing roller 120 through aperture 121, and after from the exhaust outlet that is formed at tank 130 bottoms, passing through, be discharged in the cooling pipe 330.Be discharged to the gas in the cooling pipe 330, because the moisture that the fiber construct 2 in the swing roller 120 is contained, and humidity uprises.Containing wetly air is cooled, dehumidifies at cooling pipe 330.Moisture by removing from gas is got back in the tank 130 from the below of cooling pipe 330, and after passing through in scupper hose 430 and draining valve 432 and the externally drained flexible pipe 432 internally, is discharged from guard shield 101.
At the air that cooling pipe 330 is dehumidified, get back to steam line 310 through discharge duct 320.In steam line 310, by ptc heater 315 heating.Through circulating repeatedly, carry out dry trip.
In dry trip, when beginning to drive behind the ptc heater 315 through official hour, to open feed water valve 401, the mode that drives ultrasound unit 200 is controlled.At this moment, ultrasound unit 200 high temperature driven, unstable for fear of the action that the variation because of temperature characterisitic causes, preferred main circuit 107 stops the driving of ptc heater 315.
After feed water valve 401 was opened, running water was supplied to ultrasound unit 200 through dry fog water supply hose 411 from water supply unit 410.In ultrasound unit 200, running water be formed vaporific after, supply in the swing roller 120.
At this moment, water supply unit 410 passes through dry fog with feed water valve 413 regulating pondages, so that more a spot of water is supplied to ultrasound unit 200.And main circuit 107 control water supply unit 410 and dry fog be with feed water valve 413 and ultrasound unit 200, so that carry out off and on to the vibration of ultrasonic wave of the horn 210 of ultrasound unit 200 water supply and ultrasound unit 200.So, in dry trip, a spot of spray water is supplied in the swing roller 120 off and on.Spray water in the dry trip is for example supplied with ten minutes in swing roller 120.
Also can in tank 130, have the Humidity Detection unit, control the driving of ultrasound unit 200 thus with the mode of adjustment humidity.For example, the situation of humidity below specified humidity through in the tank 130 of Humidity Detection unit detection also can drive ultrasound unit 200.
And, in ultrasound unit 200, do not form vaporific non-spray water, fall downwards under the effect of gravity from the nozzle 250 of ultrasound unit 200.Non-spray water from nozzle 250 falls contacts with stator 116, and is induced by stator 116, does not get into the inside of swing roller 120, and drops between the inner peripheral surface of outer peripheral face and tank 130 of swing roller 120.Thus, non-spray water can be not wetting fiber construct 2 in the swing roller 120.
So, in dry trip, through a spot of spray water is supplied in the swing roller 120 off and on, the humidity in the suitable thus adjustment swing roller 120, thus can prevent on the over-drying fiber construct that causes 2 with wrinkle.
After making ultrasound unit 200 drive the stipulated times, main circuit 107 to be stopping the driving of ultrasound unit 200, and the mode that drives ptc heater 315 is controlled.And through after the stipulated time, main circuit 107 stops the driving of ptc heater 315, only carries out the air-supply of the blowing fan 312 of stipulated time, carries out the cooling of fiber construct 2, and dry trip finishes the back and takes out fiber construct 2.
And, in dry trip, also can repeatedly spray water be supplied in the swing roller 120.
After carrying out the air-supply of blowing fan 312 of stipulated time, the driving of main circuit 107 out-of-blast motors 313.So, dry trip finishes.After dry trip finished, all washing dry trips finished.
As implied above, washing dryer 1 has: the swing roller 120 that is used to accommodate fiber construct 2; Be used for making water form vaporific and supplying to the ultrasound unit 200 in the swing roller 120 through ultrasonic wave.
Water is formed under the vaporific situation, can adjust the particle diameter of the vaporific water yield, spray water, the opportunity that produces spray water through the adjustment frequency of ultrasonic.Owing to need not form vaporific necessary certain above hydraulic pressure in order to make water, therefore can not receive washing dryer 1 that the influence of environment is set, it is vaporific that water is formed.Owing to need not improve hydraulic pressure, even therefore circulate, use the recirculated water that is difficult to improve hydraulic pressure through pony pump etc., also can produce spray water.
And; Vaporific for water is formed, therefore need not to make water from less hole, to pass through, even contain fiber and rubbish, such solids or the binding of lotion in the washings; Thereby not worrying also that the hole is blocked can not produce spray water, thereby can stably produce spray water.Thus, for example, in the washing dryer 1 of the water circulation in making swing roller 120,, also can stably produce spray water even use recirculated water.And,, also can stably produce spray water even use the surplus water of bathing pool to contain the water of rubbish such as dirt and hair like this.
And the straightline propagation property of the water that is atomized through ultrasonic wave is relatively poor, in the time of therefore in being fed into the swing roller 120 that contains fiber construct 2, and specific part that can only wetting fiber construct 2, and can wetting fiber construct 2 integral body.
Through setting like this, a kind of influence that does not receive washing dryer 1 that environment is set can be provided, can produce the washing dryer 1 of stable spray water.
And in washing dryer 1, ultrasound unit 200 makes water form vaporific and supplies in the swing roller 120 at least in the washing stroke that fiber construct 2 waters and lotion are cleaned.
Through setting like this, can make fiber construct 2 integral body be easy to merge, to improve cleaning strength with water and lotion.And it is vaporific through ultrasonic wave the water that contains lotion to be formed, and can make lotion water-soluble preferably through emulsification thus.And with regard to spray water, the particle of water is less, and is therefore better for the permeability of fiber construct 2, supplies in the swing roller 120 through the water that will be dissolved with lotion preferably, can improve the cleaning strength of the water that is used to wash.And, because the molten slag of lotion is less, thereby can stably guarantee good rinsing performance, and be difficult in the swing roller 120 producing mouldy or bacterial dirt, also can guarantee cleaning thus in the swing roller 120.
And in washing dryer 1, ultrasound unit 200 by in the rinsing stroke of the fiber construct 2 usefulness water rinses cleaned, makes water form vaporific and supplies in the swing roller 120 in washing stroke.
In the rinsing stroke, the water that ultrasound unit 200 will not contain lotion or not too contain lotion forms vaporific.Through setting like this, can clean ultrasound unit 200 self.
And in the rinsing stroke, through spray water being supplied in the swing roller 120, the particle of water is less, and permeability is better, can remove the lotion that is attached to fiber construct 2 and swing roller 120 preferably thus.
And as implied above, washing dryer 1 has: the swing roller 120 that is used to accommodate fiber construct 2; Be used to make the circulation waterway that leads to and return swing roller 120 from the current of swing roller 120 discharges; Be used for to form at the water that circulation waterway circulates vaporific and supply to the ultrasound unit 200 in the swing roller 120.
Make the circulation waterway that returns swing roller 120 from the swing roller 120 interior water of discharging of accommodating fiber construct 2 through having; It is vaporific that ultrasound unit 200 forms the water that in circulation waterway, circulates; After even water is stored designated water level in swing roller 120 thus; Also can make water circulation, spray water is supplied in the swing roller 120.Form vaporific and supply in the swing roller 120 through the water that will in circulation waterway, circulate, thus, need not to make water to increase to and be higher than designated water level, can at any time spray water be supplied in the swing roller 120.
So, can not receive the influence of designated water level and water supply time, spray water is supplied in the swing roller 120, so the fiber construct 2 that water is bubbled through the water column when storing designated water level also can be wetting by spray water.
Through setting like this, can provide a kind of fiber construct 2 that makes fully to absorb water to improve the washing dryer 1 of cleaning strength.
And in washing dryer 1, ultrasound unit 200 has the nozzle 250 of discharging spray water, and nozzle 250 is towards swing roller 120 inner openings.
Because nozzle 250 is directly towards swing roller 120 inner openings; Therefore can suppress to combine and gigantism between the spray water that ultrasound unit 200 produces; Or be attached to the wall etc. in water route and cause waste, can supply with the mist of suitable particle diameter thus to fiber construct 2 up hill and dale.
And in washing dryer 1, ultrasound unit 200 makes water form vaporific and supplies in the swing roller 120 at least in the washing stroke that fiber construct 2 waters and lotion are cleaned.
Through setting like this, fiber construct 2 integral body are easy to merge with water and lotion, thereby can improve cleaning strength.And it is vaporific through ultrasonic wave the water that contains lotion to be formed, and can make lotion water-soluble preferably through emulsification thus.And with regard to spray water, the particle of water is less, and is therefore better for the permeability of fiber construct 2, supplies in the swing roller 120 through the water that will be dissolved with lotion preferably, can improve the cleaning strength of the water that is used to wash thus.
And in washing dryer 1, ultrasound unit 200 makes water form vaporific and supplies in the swing roller 120 in the rinsing stroke of the fiber construct 2 usefulness water rinses that will be in washing stroke be cleaned.
In the rinsing stroke, ultrasound unit 200 makes the water that does not contain lotion or not too contain lotion form vaporific.Through setting like this, can clean ultrasound unit 200 itself.
And through in the rinsing stroke, spray water being supplied in the swing roller 120, water particle diminishes, and impregnability improves, and can remove the lotion that is attached to fiber construct 2 and swing roller 120 preferably thus.
And as implied above, ultrasound unit 200 has: be used to make the logical pipeline 220 of current; Be used for along the tangential direction of the inner peripheral surface 221 of pipeline 220, the wet fog water that in pipeline 220, supplies water is supplied with road 230 and is supplied with road 240 with the dry fog water; Be disposed at the inside of pipeline 220, be used for making water form vaporific horn 210 through ultrasonic wave.
Supplied with road 240 with the dry fog water and supplied in the pipeline 220 through supply with road 230 from the wet fog water along the tangential direction water of the inner peripheral surface 221 of pipeline 220, thus shipwreck be disposed at pipeline 220 in horn 210 directly contact.Because water is difficult for directly contacting with horn 210, therefore be difficult for forming the moisture film that covers horn 210 surfaces.
Through setting like this, a kind of ultrasound unit 200 that produces stable spray water can be provided.
And; In ultrasound unit 200; Horn 210 has and forms tabular end 211; End 211 has the end face 216 of long side and the end face 212 of short brink, the mode of the direction extension that pipeline 220 in, stores along water with the end face 212 of end 211 short brinks, and horn 210 is configured in the pipeline 220.
Spray water is 211 generations in the end that forms tabular horn 210.The mode that the direction that in pipeline 220, stores along water through the end face 212 with the short brink of the end 211 of horn 210 is extended is configured, and horn 210 atomizes through the water that pumping effect extracts ormal weight thus.
If the end face 212 with the short brink of the end 211 of horn 210 disposes horn 210 along the mode that horizontal plane extends, different according to the water yield that stores in the pipeline 220, bigger variation can take place in the mist amount of generation.
At this; Horn 210 has and forms tabular end 211; And the end face 212 with the short brink of end 211 stores the mode that direction is extended along water in pipeline 220; Horn 210 is configured in the pipeline 220, even the pipeline 220 interior water yields change thus, also can stably produce spray water.
And ultrasound unit 200 has the rib of giving prominence to the inside of pipeline 220 from the inner peripheral surface 221 of pipeline 220 222.
Through setting like this; Tangential direction along the inner peripheral surface 221 of pipeline 220 is fed in the pipeline, and the water that flows along the inner peripheral surface 221 of pipeline 220, thereby the impetus of conflicting with rib 222 weakens; Prevented that water level is too high; Can prevent that water level is too high, supersonic oscillations are undesired, can not make water form vaporific situation.And, when the current impetus is strong, can prevent that sealing leaves and directly contacts with horn 210 from the inner peripheral surface 221 of pipeline 220.
And washing dryer 1 has swing roller 120 and above-mentioned any ultrasound unit 200 of accommodating fiber construct 2, and ultrasound unit 200 supplies to spray water in the swing roller 120.
Through setting like this, a kind of influence that does not receive washing dryer 1 that environment is set can be provided, can produce the washing dryer 1 of stable spray water.
And as implied above, washing dryer 1 has: the swing roller 120 that is used to accommodate fiber construct 2; Be used in the logical water supply stream of current that in swing roller 120, supplies water; Be used for making water in the water supply stream form vaporific and supplying to the ultrasound unit 200 in the swing roller 120 through ultrasonic wave.
Water is formed under the vaporific situation, can supply water and frequency of ultrasonic, adjusting the particle diameter of the vaporific water yield, spray water, the opportunity that produces spray water through adjustment.Since need hydraulic pressure must be certain above can not receive washing dryer 1 that the influence of environment is set thus in order to make water form vaporific, it is vaporific that water is formed.
And it is relatively poor to be formed vaporific water straightline propagation property through ultrasonic wave, therefore when being fed in the swing roller 120 that contains fiber construct 2, and specific part that can only wetting fiber construct 2, thus can improve the humidity in the swing roller 120.
And, vaporific through flowing water in the water supply stream is formed, can make the water that does not contain bacterium etc. form vaporific thus and supply in the swing roller 120.
Through setting like this, a kind of influence that can not receive washing dryer 1 that environment is set can be provided, produce stable spray water, and bring the washing dryer 1 of suitable moisture can for fiber construct 2.
And in washing dryer 1, ultrasound unit 200 has the nozzle 250 of discharging spray water and non-spray water, and has the stator 116 that is used to induce non-spray water, so that non-spray water is discharged to swing roller 120 outsides from nozzle 250.
Through setting like this, non-spray water is induced by stator 116 and is not flowed into the inside of swing roller 120, has only spray water to be fed in the swing roller 120, and fiber construct 2 ground that therefore can nonwettingly be dried improve the humidity in the swing roller 120.
And washing dryer 1 has the warm braw blow-off outlet 311 that is used in swing roller 120, blowing out warm braw, and ultrasound unit 200 is configured in the position away from warm braw blow-off outlet 311.
Make water form vaporific ultrasound unit 200 through ultrasonic wave, at high temperature the temperature characterisitic of horn 210 can change sometimes, thereby can not carry out stable work.
At this, ultrasound unit 200 can make the temperature of ultrasound unit 200 be difficult to rise through being disposed at the position away from the warm braw blow-off outlet 311 that blows out warm braw thus.
And as implied above, washing dryer 1 has: tank 130; In tank 130, around the rotation that extends horizontal direction or with respect to the rotation of the rotation of inclined, the swing roller 120 that carries out washing, rinsing and the dehydration of fiber construct 2 in inside; Be used to make water to form vaporific and supply to the ultrasound unit 200 in the swing roller 120.
Through setting like this, a kind of washing dryer 1 that can improve cleaning strength can be provided.
With regard to above disclosed embodiment, be interpreted as all points and be illustration, and be not restriction.Scope of the present invention is not above embodiment, but represented by the scope of claim, and comprises the meaning that equates with the scope of claim and all modifications and the distortion in the scope.
Claims (1)
1. washing machine is characterized in that having:
Be used to accommodate the swing roller of fiber construct;
Form water vaporific and supply to the ultrasound unit in the above-mentioned swing roller through ultrasonic wave;
Be used to make the circulation waterway that leads to and return above-mentioned swing roller from the current of above-mentioned swing roller discharge,
Constitute above-mentioned circulation waterway by above-mentioned swing roller, tank, internal drainage flexible pipe, loop hose and shunting nozzle,
Behind above-mentioned internal drainage flexible pipe and above-mentioned loop hose, be fed into the part of the water of above-mentioned shunting nozzle, be fed into above-mentioned ultrasound unit from above-mentioned shunting nozzle,
Above-mentioned ultrasound unit,
At least in washing stroke, will form vaporific from the water that comprises lotion that above-mentioned shunting nozzle is supplied to and supply in the above-mentioned swing roller with lotion and the clean fiber construct of washing,
In the rinsing stroke of fiber construct that above-mentioned washing stroke is cleaned with water rinse, will form vaporific from the water that above-mentioned shunting nozzle is fed into above-mentioned ultrasound unit and supply in the above-mentioned swing roller,
In above-mentioned washing stroke, the water level in above-mentioned swing roller is lower than under the situation of designated water level of regulation water and, vaporific water is supplied in the above-mentioned swing roller during to above-mentioned swing roller by supply.
Applications Claiming Priority (15)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2008-221296 | 2008-08-29 | ||
| JP2008221298A JP4708461B2 (en) | 2008-08-29 | 2008-08-29 | Washing machine |
| JP2008221297A JP4610646B2 (en) | 2008-08-29 | 2008-08-29 | Dryer |
| JP2008-221298 | 2008-08-29 | ||
| JP2008221296 | 2008-08-29 | ||
| JP2008-221294 | 2008-08-29 | ||
| JP2008221297 | 2008-08-29 | ||
| JP2008-221295 | 2008-08-29 | ||
| JP2008221295 | 2008-08-29 | ||
| JP2008221296A JP4610645B2 (en) | 2008-08-29 | 2008-08-29 | Mist water supply device and washing machine provided with the same |
| JP2008221295A JP4613233B2 (en) | 2008-08-29 | 2008-08-29 | Washing machine |
| JP2008221298 | 2008-08-29 | ||
| JP2008-221297 | 2008-08-29 | ||
| JP2008221294A JP4613232B2 (en) | 2008-08-29 | 2008-08-29 | Washing machine |
| JP2008221294 | 2008-08-29 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101660258A CN101660258A (en) | 2010-03-03 |
| CN101660258B true CN101660258B (en) | 2012-05-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009101715655A Expired - Fee Related CN101660258B (en) | 2008-08-29 | 2009-08-28 | Washing machine, mist water feeding device and washing machine and drier with same |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP4613232B2 (en) |
| CN (1) | CN101660258B (en) |
Families Citing this family (13)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102433700B (en) * | 2011-09-13 | 2016-02-03 | 广东省均安牛仔服装研究院 | Ultrasonic atomization bleaching equipment |
| CN104894818A (en) * | 2014-03-03 | 2015-09-09 | 海尔集团技术研发中心 | Dry cleaning machine and dry cleaning solvent regeneration method used by dry cleaning machine |
| CN109688887A (en) * | 2016-09-16 | 2019-04-26 | Bsh家用电器有限公司 | Household appliance and its operating method with aerosol generator |
| CN110528238A (en) * | 2018-05-24 | 2019-12-03 | 青岛海尔滚筒洗衣机有限公司 | A kind of device for clothing processing and its control method |
| JP7371311B2 (en) * | 2018-05-24 | 2023-10-31 | 青島海爾洗滌電器有限公司 | Clothes processing device and its control method |
| CN110528239B (en) * | 2018-05-24 | 2022-09-23 | 青岛海尔洗涤电器有限公司 | Clothes treatment device and control method thereof |
| WO2020125613A1 (en) * | 2018-12-19 | 2020-06-25 | 青岛海尔滚筒洗衣机有限公司 | Laundry treatment apparatus |
| CN111411474A (en) * | 2018-12-19 | 2020-07-14 | 青岛海尔滚筒洗衣机有限公司 | Control method for laundry treatment apparatus and laundry treatment apparatus |
| CN111334968B (en) * | 2018-12-19 | 2022-05-06 | 青岛海尔洗涤电器有限公司 | Clothes treating apparatus |
| WO2020125612A1 (en) * | 2018-12-19 | 2020-06-25 | 青岛海尔滚筒洗衣机有限公司 | Laundry treating apparatus |
| CN111663292A (en) * | 2019-03-05 | 2020-09-15 | 青岛海尔洗衣机有限公司 | Control method of clothes treatment equipment and clothes treatment equipment |
| CN113249923B (en) * | 2020-02-11 | 2023-04-07 | 青岛海尔洗涤电器有限公司 | Ultrasonic steam generating device of clothes treatment equipment and clothes treatment equipment |
| CN112323337A (en) * | 2020-10-22 | 2021-02-05 | 陆植才 | Water-saving washing machine and control method thereof |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3723014B2 (en) * | 1999-07-16 | 2005-12-07 | 三菱電機株式会社 | Water supply method and water supply device for washing machine |
| JP2005198860A (en) * | 2004-01-16 | 2005-07-28 | Sanyo Electric Co Ltd | Washing machine |
| JP4066981B2 (en) * | 2004-06-23 | 2008-03-26 | 松下電器産業株式会社 | Atomizing device, dishwasher and washing machine |
-
2008
- 2008-08-29 JP JP2008221294A patent/JP4613232B2/en not_active Expired - Fee Related
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- 2009-08-28 CN CN2009101715655A patent/CN101660258B/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| JP4613232B2 (en) | 2011-01-12 |
| JP2010051661A (en) | 2010-03-11 |
| CN101660258A (en) | 2010-03-03 |
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