CN100532694C - Washer/dryer - Google Patents

Abstract

This washing/drying machine is provided with a circulating device 31 circulating air in a washing tub 11 through a duct 30, and a water injection device 35 injecting water into the duct 30 from the direction inverse to the air flow passing therethrough, performs a dust removal operation removing the dust carried by the circulation air thereby while rotating the washing tub 11 and finishes it independent from a dry detecting means. The rotation of the washing tub 11 thus removes the dust from the clothes and, when the removed dust is carried by the circulation air to pass through the duct 30, the dust is fallen and removed by the water injected from the inverse direction. The dust removal operation is finished independent from the dry detecting means so as to, even if the clothes are put therein without any moisture, prevent the dust removal operation from being immediately finished and perform sufficient dust removal operation. The invention removes dust attached to clothes without a trouble such as periodically cleaning a filter and to solve problems that the removed dust is inhaled by a user or stuck to the clothes of the user.

Description

Scrubbing-and-drying unit

Technical field

The present invention relates to remove the scrubbing-and-drying unit of the dust that adheres on the clothing.

Background technology

Up to now, in more season, when going out, can adhere to a large amount of pollen on the clothing at the pollen flight of China fir and Japan cypress or artemisiifolia (ragweed) etc., in addition, the spore of mould etc. are also attached on the clothing.If these pollen, spore etc. attached to directly bringing within doors on the clothing, will be brought bigger influence to those family members to allergy such as pollen, spores.In addition, even in doors, flat lice (tick) also can breed in mat (mat) and carpet (carpet) etc., and its corpse and ight soil etc. also have much to adhere to be stayed in the clothing.

Therefore, open as described in 2001-No. 789 communiques as the spy, put into drum (drum), pass through this drum of rotation by the clothing that will be attached with these dust, dust such as above-mentioned pollen are broken away from from clothing, delivery by dry cycle wind is taken out it in drum, catch this dust by filter at this dry cycle wind during by filter (filter).At this moment, filter is formed by the superfine nonwoven fabric of the hole that can catch these dust.In filter, also be added with allergy (allergy) fixed substance.

As mentioned above, the dust that breaks away from from clothing is taken out it from drum by the delivery of dry cycle wind, and when using filter to catch,, then catching the decreased performance of dust if filter is stopped up by the dust of being caught.Therefore, must the hand sweeping filter.This cleaning not only bothers, and when scavenge filter, exists the dust of removing from filter cleaning person to suck, to adhere again to the shortcoming on the clothing.

Summary of the invention

The present invention in view of the above problems, its purpose is, a kind of scrubbing-and-drying unit is provided, it can not use filter and removes attached to the dust on the clothing, and do not exist the dust that is removed to be absorbed, be adsorbed onto the problem on the clothing once more by the people once more yet, and can need not to use manually and just the dust that adsorbs on the filter is removed.

For achieving the above object, scrubbing-and-drying unit of the present invention has urceolus and inner core, and have the function of the clothing that washs above-mentioned inner core and make its dry function, when dry operating, can stop operation according to the testing result of dry detection method, it is characterized in that: described scrubbing-and-drying unit has when dry operating, circulation ventilation device by air in the above-mentioned tube of air flue circulation of regulation, in above-mentioned air flue to the water filling device of the direction water filling of the flowing opposite of circulated air, and the dedusting running of in the above-mentioned inner core of rotation, removing the dust that carries in the circulated air, when dedusting is turned round, stop the heater of heat cycles wind or reduce the heat that adds of this heater during than dry operating, and the end of this running does not rely on above-mentioned dry detection means.

According to said method, during the air flue of the transportation of the dust that breaks away from and break away from from clothing when the rotation of dust by inner core by circulated air by regulation, by described dust is adsorbed on its air flue in the water that injects of the direction of flowing opposite of circulated air to remove dust.In addition, do not carry out,, can not directly stop the dedusting running, thereby can carry out sufficient dedusting running even the clothing of drying is put into inner core because this dedusting running relies on dry detection means.Therefore, can not use filter to carry out removing attached to the dust on the clothing.Thereby do not need to carry out the regular cleaning of necessary filter.In addition, can eliminate cleaning during this filter dust by cleaning person suck, dust is attached to the problem on user's the clothing.

Description of drawings

Fig. 1: the vertical disconnected side view of expression the present invention the 1st embodiment integral body.

Fig. 2: whole front elevation.

Fig. 3: the profilograph of major part.

Fig. 4: the block diagram of electrical structure.

Fig. 5: the figure that is equivalent to expression the present invention the 2nd embodiment of Fig. 1.

Fig. 6: the amplification profilograph of major part.

Fig. 7: the figure that is equivalent to expression the present invention the 3rd embodiment of Fig. 1.

Description of reference numerals:

11 inner cores, 28 heaters, 30 conduits, 31 circulation ventilation devices, 35 water filling devices

42 temperature sensors, 51 static erasers, 64 inner cores, 71 conduits

76 circulation ventilation devices, 79 water filling devices

The specific embodiment

[the 1st embodiment]

Below, with reference to Fig. 1～Fig. 4 the 1st embodiment of the present invention is described.

At first, Fig. 1 represents from the observed state in the side of the internal structure of whole scrubbing-and-drying unit, in the front portion that forms whole casing 1, is fetching and delivering mouth near central portion formation washings, and this washings outlet 2 is by door 3 opening and closing.

Be provided with guidance panel (panel) 4 on the top of outer container 1 front portion.This guidance panel 4 is used for the user and carries out the various operations relevant with the running of scrubbing-and-drying unit.Fig. 2 represents the state from top view, and it comprises power switch (power switch), starting switch (start switch) and various selector switch (selection switch) etc., a plurality of console switch (operation switch) 5 and various display unit 6.In addition, in aforesaid operations switch 5, have " dedusting " process selector switch that is used for carrying out in special process (course) aftermentioned dedusting running, in addition, guidance panel 4 also has various display units 6.

Inboard (the inside, top of outer container 1 front portion) at guidance panel 4 is provided with operation circuit unit (operation circuit unit) 7.This operation circuit unit 7 is carried out corresponding action according to the operation of the various console switch 5 of above-mentioned " dedusting " process selector switch that comprises guidance panel 4.On the other hand, the downside in outer container 1 previous section is provided with control circuit unit (control circuit unit) 8.

Be provided with urceolus 9 in the inside of outer container 1.Urceolus 9 forms columnar drum type, and be set to it and axially be fore-and-aft direction (in Fig. 1, being left and right directions), and be to the skewed sloping shaft in front upper place (being upper right in Fig. 1), and support by (only illustrating one among the figure) elastic support apparatus 10 of pairing left and right.

In the inside of urceolus 9, be provided with the inner core 11 of accommodating clothing.This inner core 11 also forms the cylindrical shape drum type, and is set to coaxial direction (direction of principal axis is a fore-and-aft direction, and the sloping shaft that tilts to the front upper place) with urceolus 9.And this inner core 11 has the function as cylindric washer, dehydration tube and drying.Its relation is, almost Zone Full in main part has a plurality of apertures 12 as limbers or air vent (only illustrating a wherein part in Fig. 1), has the buffer board (buffle) 13 (only illustrating 1 in Fig. 1) that a plurality of agitator treating things are used in the interior circumferential portion of main part.

All have in any front portion of urceolus 9 and inner core 11 and to be used to fetch and deliver the opening portion 14,15 that washings is used, by bellows (bellows) 16, the opening portion 14 of urceolus 9 wherein is connected with the 2 watertightnesses ground, washings gateway of above-mentioned outer container 1, and makes the opening portion 15 of inner core 11 face the opening portion 14 of urceolus 9.

At the back of urceolus 9, be provided with the motor (motor) 17 that drives the drive unit of inner core 11 as rotation.Wherein, this motor 17 is the shape of outer rotor (outer rotor), stator (stator) 17a is installed in the back of urceolus 9, the rotating shaft 17c that is installed in rotor (rotor) 17b core passes urceolus 9, and the core at inner core 11 backs is installed in its fore-end.

In the bottom of urceolus 9, the accumulator 18 with urceolus 9 internal communication is installed, washings heater 19 (heater) is installed in the inside of this accumulator 18.At the rear portion of accumulator 18, drainpipe (drainage hose) 21 links together by draining valve 20, thereby the washings in urceolus 9 and the inner core 11 are discharged.

On the one hand, urceolus 9 is provided with pressure fan 22 and heater 23.Wherein, pressure fan 22 is provided with formation by following, and its inside at shell (casing) 24 is provided with wind feeding blades 25, and the motor 26 that rotation drives this wind feeding blades 25 is arranged on the outside of shell 24; On the other hand, heater 23 generates with heater (air-warming heater) 28 formation by hot blast is set in shell (case) 27 inside, and the inlet portion of shell 27 rear sides links to each other with the export department of pressure fan 22 shells 24 front sides.

In addition, the front portion on urceolus 9 is provided with air feed pipe 29.An end of this air feed pipe 29 links to each other with the exit portion of above-mentioned heater 23 shells 27 front sides, thereby connects in peristome 14 around the peristome of the other end and above-mentioned urceolus 9 14.

And, also be provided with the pipeline (duct) 30 that constitutes the regulation air flue at the back of urceolus 9.Above-mentioned pipeline 30 is arranged on a side (being seen as the left side from behind) of pipeline for avoiding said motor 17, as shown in Figure 3, all become hollow form, thereby end portion links to each other with the interior bottom of urceolus 9, and the upper part links to each other with the shell 24 of above-mentioned pressure fan 22.

Therefore, in this structure, if start pressure fan 22, shown in arrow A among Fig. 1, air in the inner core 11, and arrive in the pipeline 30 from the bottom of urceolus 9 by between urceolus 9 and the inner core 11 from aperture 12, from the bottom after this pipeline 30 is passed through on top, successively by pressure fan 22, heater 23, air feed pipe 29, turn back to the inner core 11 from the opening portion 14 of urceolus 9.Therefore, the air in the inner core 11 is realized circulation, by this pipeline 30, pressure fan 22, heater 23 and air feed pipe 29, constitutes circulation ventilation device 31.

In pipeline 30, be provided with injector 32 on top.This injector 32 is not shown specifically in the drawings, for example almost reaches the total length of pipeline 30 insied widths, and has a plurality of water jets at downside, and cardinal extremity partly is positioned at conduit 30 outsides.This cardinal extremity partly links to each other with feed water valve 34 by water filling tube connector 33, therefore, as shown by arrow B, in conduit 30, constitutes the water filling device 35 that injects water with the direction of the air flowing opposite that passes through this conduit.

And, feed water valve 34 can switch to any one of branch water route of a plurality of water from water source supplies such as running water, one of them branch water route is above-mentioned water filling tube connector 33, another minute, tube connector 36 was used for supplying water in the water route, and this water supply links to each other with the water supply shell (feed-water case) 37 of the top that is arranged on above-mentioned urceolus 9 front portions with the fore-end of tube connector 36.This water supply shell 37 is not shown specifically in the drawings, will be conducted to the urceolus 9 from the water that above-mentioned feed water valve 34 is sent with tube connector 36 by supplying water.

In addition, above-mentioned feed water valve 34 and the above-mentioned draining valve 20 electrodynamic type valve that all is to use electric driving forces such as electromagnet or motor to open circuit.

For foregoing, Fig. 4 shows control device 38.This control device 38 is included in the above-mentioned control circuit unit 8, and is used as the control device of whole actions of control scrubbing-and-drying unit.In this control device 38, from the various operation signals of switch input part (switch interface) 39 inputs.This switch input part 39 is formed by the various switches of aforesaid operations panel 4 and according to their the aforesaid operations circuit unit 7 of operation corresponding actions, and exports various operation signals based on the operation of various console switch.

In addition, in control device 38, level sensor (water-level sensor) the 40 input water level detecting signals that are provided with from being used to detect the storing water level (storing in the inner core 1 water level) of above-mentioned urceolus 9, and then, the turn-sensitive device (rotation sensor) that is provided with from being used to detect the rotation of said motor 17 41 input rotation detection signals, temperature sensor (temperature sensor) the 42 input temp detection signals that are provided with from the temperature that is used to detect the air (circulated air) by above-mentioned circulation ventilation device 31.

Based on control program (control program) these inputs and that store in advance, control device 38 is input to drive control signal in the negative circuit (inverter circuit) 43 that drives said motor 17, in addition, drive control signal is input to the heater 28 of the motor 26 that drives above-mentioned feed water valve 34, washings heater 19, pressure fan 22, heater 23 and driving in the drive circuit 44 of draining valve 20.

Below, the effect of the scrubbing-and-drying unit of said structure is described.

When the washing running, open door 3, put into inner core 11 from washings gateway 2 with washings (clothing), close door 3 then, the console switch of operating operation panel 4 is connected power supply, selects washing process, start-up operation.

If like this, control device 38 at first enters the process of washing of washing process, the water supply of open feed water valve 34 tube connector 36 sides.Like this, the water by feed water valve 34 is supplied with from waterings such as above-mentioned running water is conducted in the urceolus 9 with tube connector 36 from supplying water by water supply shell 37.In addition, be provided with washing agent in water supply shell 37, set washing agent is (and in inner core 11) in above-mentioned water supply is conducted to urceolus 9.

In the case, if control device 38 is exported by the detection of level sensor 40, judge that the water level that stores of (and in inner core 11) has reached fixing water level in the urceolus 9, then close feed water valve 34, termination in above-mentioned urceolus 9 (and in inner core 11) is supplied water.

Then, control device 38 starters 17.Thereby as one man rotate inner core 11 at the rotating shaft 17c with motor 17, agitator treating is housed in its inner washings.In addition, the rotation of inner core 11 is at this moment undertaken by switching on positive and negative both direction.

Then, control device 38 open row water valves 20.Thereby the water of (and in inner core 11) is discharged outside the machine through drainpipe 21 from draining valve 20 in the urceolus 9.

Then, control device 38 cuts out draining valve 20, stops the draining of in above-mentioned urceolus 9 (and in inner core 11).

In addition, also have rinse cycle in washing process except the process of cleaning, control device 38 carries out rinse cycle after the process of cleaning.This rinse cycle is not for using the cleaning running of washing agent.

After rinse cycle, carry out dehydration, dry run successively.Wherein, dehydration is under the state of opening water discharge valve 20, by rotating inner core 11 at a high speed, by centrifugal force the moisture content of washings in the inner core 11 is discharged from aperture 12 centrifugal dehydrations.

In dry run, switch low speed rotation inner core 11 by motor 17 at both forward and reverse directions, and move pressure fan 22 simultaneously, thereby the air in the inner core 11 circulates by circulation ventilation device 31.And at this moment, water filling by open feed water valve 34 is used pipe 33 sides with connecting, to send into the water-feed 32 with tube connector 33 via water filling from the water that waterings such as above-mentioned running water are supplied with by feed water valve 34, and from this injector 32 according to the direction injection of the flowing opposite of circulated air in pipeline 30.Thereby in pipeline 30, by cool cycles air dewetting.Air by heater 23 these dehumidifying of heating obtains hot blast, and it is sent in the inner core 11 successively, with the washings in the dry inner core 11.Therefore at this moment, the circulation ventilation device 31 that comprises motor 17, pressure fan 22 and heater 23 has the function as drying device.

In addition, in this dry run, judge the temperature of the air (circulated air) by circulation ventilation device 31 when the detection output of control device 38 by temperature sensor 42 and reach the temperature of regulation when above, be considered as drying and finish, stop dry run, finished a series of washing process.Therefore at this moment, temperature sensor 42 has the function as dry checkout gear.

The clothing that is attached with dust such as pollen is put into inner core 11, if " dedusting " process of selection, start running, control device 38, by motor 17 inner core 11 is switched and low speed rotation at positive and negative both direction, and move pressure fan 22 simultaneously, thereby the air in the inner core 11 is circulated by circulation ventilation device 31.And this moment, water filling tube connector 33 sides by open feed water valve 34, to send into the injector 32 with tube connector 33 from water filling from the water that waterings such as running water are supplied with through feed water valve 34, from this injector 32 according to pass through the opposite direction flow in pipes 30 of pipeline 30 flow air.That is, carry out with above-mentioned washing process in the independent identical content of dry run.

But in this turned round, when the rotation of passing through inner core 11, when the dust that dust breaks away from, breaks away from from clothing passed through pipeline 30 by the carrying of circulated air, dust was adsorbed to injector 32 and is removed according to the water of the direction injection opposite with circulated air.In addition, the dust that is come off arrives in the urceolus 9 with the bottom of water from pipeline 30, and at this moment (also being like this in the dry run of above-mentioned washing process) discharges outside the machine via drainpipe 21 from the draining valve 20 of open state.

In addition, in this " dedusting " process, the termination of dedusting running does not also rely on the testing result of temperature sensor 42 (dry checkout gear), and is for example undertaken by time set.By such setting, even the clothing of drying is put into inner core, can directly not stop the dedusting running yet, can carry out the dedusting running fully.And its time is set and for example carries out respectively according to different pattern (mode), is 30 minutes in simple mode (easymode), is 45 minutes in general mode (normal mode), is 60 minutes in fine pattern (elaborate mode).Thereby can be according to the dust degree of adhesion of clothing or the amount of clothing are carried out the dedusting running.

Therefore, can as existing rinsing maching, use filter to remove attached to the dust on the clothing.Therefore, do not need to carry out the regular cleaning essential to filter.And, can not produce owing to this filter of cleaning makes the dust that is removed be adsorbed onto the problem on user's the clothing once more by user's suction or dust.

In addition, in the scrubbing-and-drying unit of this structure, can according to the user the dedicated process (" dust removal process ") that may select carry out above-mentioned dedusting running, thereby can easily use, even those wools that can not wash (wool coat) also can remove the dust of attachment removal fully.But the dedusting running also can be carried out with other running combination.

And, in the scrubbing-and-drying unit of this structure, also can make inner core 11 around the rotation of inclined shaft direction, thereby can make dust releasing by more effectively stirring clothing, therefore can more effectively remove dust.But inner core 11 also can obtain this effect not around inclined shaft and center on the horizontal axis rotation.

In addition, in the scrubbing-and-drying unit of this structure, in the dedusting running, the water that is injected in the pipeline 30 is discharged to outside the machine, therefore, the dust of removing from clothing can not remain in the machine, thereby needn't maintain (maintenance) to it.

In addition, in the scrubbing-and-drying unit of this structure, circulation ventilation device 31 all can be used as dedusting running and dry operating with water filling device 35, like this, the device of other special uses can be do not needed to use, thereby the increase of product cost (product cost) can be suppressed.

Wherein, when above-mentioned dedusting is turned round, preferably when carrying out drying, further increase the air circulation of pressure fan 22.The air quantity of the circulation ventilation device 31 outside the machine will be sent from the dust that clothing breaks away from thereby can increase, and dust can be more effectively removed.In addition, the rotary speed that can pass through the motor 26 of increase pressure fan 22 increases air circulation, for example is increased to 4800rpm from 4000rpm when carrying out drying, and this air circulation can increase by 20%, thereby can more effectively remove dust.

In addition, when dedusting is turned round, reduce when the rotary speed of inner core 11 also can be than dry operating (for example being reduced to 50rpm).Therefore can avoid clothing to be attached on the face on every side of inner core 11, thereby can stir clothing effectively, dust is broken away from from clothing owing to centrifugal force.Wherein, the switching frequency of inner core 11 direction of rotation can also increase this frequency (for example 15 seconds each) than dry operating (for example 30 seconds each).Therefore, can increase the stirring frequency of clothing effectively, dust is come off from clothing.In addition, the rotation of the inner core 11 that makes for this dedusting running reduces rotary speed in the time of also can adopting dry operation simultaneously and the switching frequency of the direction of rotation of increase inner core 11 when drying move.

In addition, when dedusting is turned round, preferably use the heater 28 heat cycles wind of heater 23.Therefore, when clothing is moistened by rain and when containing moistures such as sweat, along with the drying of this clothing, dust can come off from this clothing.

On the other hand, when dedusting is turned round, also can stop the heater 28 of the heater 23 of heat cycles wind, reduce the heat that adds of heater 28 during perhaps than dry operating.Thereby can reduce power consumption, and energy savings (energy).

Therefore, the heating of 28 pairs of circulated airs of heater in the time of also can carrying out the dedusting running according to user's selection.

With respect to foregoing, because Fig. 5～Fig. 7 also represents the of the present invention the 2nd and the 3rd embodiment (the 2nd and the 3rd embodiment), therefore, in above-mentioned the 1st embodiment same section, the explanation of having omitted same-sign only is described different piece.

[the 2nd embodiment]

In Fig. 5 and the 2nd embodiment shown in Figure 6, be provided with the Destaticizing device 51 that when dedusting is turned round, destatics from clothing.This Destaticizing device 51 is arranged in for example air feed pipe 29 in the circulation ventilation device 31, specifically, by constituting: be set to the pipe (pipe) 53 that is communicated with air feed pipe 29 by the opening 52 that forms at air feed pipe 29 middle parts with lower member, between air feed pipe 29 1 sides and anti-air feed pipe 29 1 sides, should manage the 53 ventilation spaced walls 54 that form at interval, be arranged on pressure fan 55 from this ventilation spaced walls 54 to anti-air feed pipe 29 1 sides, be arranged on the needle electrode (needleelectrode) 56 of air feed pipe 29 1 sides of ventilation spaced walls 54, and be arranged on circle tube grounding electrode (earth electrode) 57 around it.

In this structure, when dedusting was turned round, running pressure fan 55 applied several kV high voltage E of high frequency simultaneously between needle electrode 56 and earth electrode 57.Thereby discharge between needle electrode 56 and earth electrode 57 produces anion (minus ion) and cation (plus ion).These ions are sent in the ajutage 29 by the wind that pressure fan 55 produces, it is included in the circulated air.Thereby in and the entrained electrostatic charge (charge) of clothing, eliminate the static of clothing, thereby dust can be removed from clothing.In addition, owing to can also place the dust that comes off from clothing, therefore can more effectively remove dust again attached on the clothing.

[the 3rd embodiment]

In the 3rd embodiment shown in Figure 7, the integral body of scrubbing-and-drying unit is longitudinal axis shape.Specifically, in the outer container 61 that is equivalent to above-mentioned outer container 1, by elastic support apparatus 63 support in the y direction setting form be equivalent to above-mentioned urceolus 9 round-ended cylinder shape urceolus 62 arranged, in urceolus 62, the inner core that the round-ended cylinder shape is arranged equally 64 that formation is equivalent to above-mentioned inner core 11 is set by y direction.In inner core 64, in the almost four corner of main part, have a plurality of apertures 65 (only showing a part among the figure) that are equivalent to above-mentioned aperture 12, circumferential portion is equipped with spin balancing device (rotation balancer) 66 in the upper end of main part.And,, be provided with the stirring body 67 that specially washing is used at the foot of inner core 64.

In the outer bottom of urceolus 62, be provided with the motor 68 that is equivalent to said motor 17.This motor 68 optionally rotates and drives inner core 64 and stirring body 67.In addition, in the outer bottom of urceolus 62, also be provided with draining valve 69 that is equivalent to above-mentioned draining valve 20 and the drainpipe 70 that is equivalent to above-mentioned drainpipe 21.

In the outside portion of urceolus 62, be provided with for example snake abdomen shape conduit 71 of the formation regulation air flue that is equivalent to above-mentioned conduit 30.The bottom of this conduit 71 links to each other with aspiration channel 72 (described aspiration channel 72 links to each other with the interior bottom of urceolus 62 from the water discharge outlet 72 of urceolus 62), its top link to each other with the air feed pipe 73 that is equivalent to above-mentioned air feed pipe 29 (described air feed pipe 73 from the top of above-mentioned urceolus 62 in the face of the inside of urceolus 62).In the inside of air feed pipe 73, be provided with pressure fan 74 that is equivalent to above-mentioned pressure fan 22 and the heater 75 that is equivalent to above-mentioned heater 28, thereby constitute the circulation ventilation device 76 that is equivalent to above-mentioned circulation ventilation device 31.

Above air feed pipe 73, be provided with the feed water valve 77 that is equivalent to above-mentioned feed water valve 34, the front end of the water filling tube connector 78 that is equivalent to above-mentioned water filling tube connector 33 that is attached thereto is inserted in the conduit 71, thereby constitutes the water filling device that is equivalent to above-mentioned water filling device 35 79 of water fillings in the conductive pipe 71.

In addition, in the top cover that is installed on above-mentioned outer container 61 topmosts (top cover) 80, be provided with the lid 81 that is equivalent to above-mentioned door 3.In the preceding inside of this top cover 80, be provided with the electronic unit 82 that is equivalent to aforesaid operations circuit unit 7 and control circuit unit 8.Front upper at top cover 80 also is provided with the guidance panel 83 that is equivalent to aforesaid operations panel 4.

In said structure, according to the mode identical turn round (on the washing of carrying out washings by stirring body 67 and rinsing this point is different) with the 1st embodiment.Therefore, the clothing that will be attached with dust such as pollen as the user puts into inner core 64, selects " dedusting " process, when starting running, not shown control device switches at both forward and reverse directions by motor 68, thereby low speed rotation inner core 64, move pressure fan 74 simultaneously, the air in the inner core 64 is circulated by circulation ventilation device 76.And at this moment, by the water filling tube connector 78 of open feed water valve 77, according to injecting by feed water valve 77 water via the opposite direction of pipeline 71 flow air from water source supplies such as running water with use tube connector 78 from water filling.

In addition, even in this longitudinal axis shape scrubbing-and-drying unit, the static eraser 51 of the 2nd embodiment can be set also.

In addition, the present invention also not only is confined to embodiment above-mentioned and shown in the drawings, can also carry out suitable change and implement the present invention in the scope that does not break away from purport of the present invention.

Claims (9)

1, a kind of scrubbing-and-drying unit, this scrubbing-and-drying unit has urceolus and inner core, and has the function of the clothing in washing and the dry above-mentioned inner core, and the testing result according to dry checkout gear when its dry operating stops running, it is characterized in that:

This scrubbing-and-drying unit have circulation ventilation device that the air that makes when dry operating in the above-mentioned inner core air flue by regulation circulates,

To the water filling device of the direction injection water opposite with the flow direction of circulated air in the above-mentioned air flue,

In the above-mentioned inner core of rotation, remove the dedusting running of the entrained dust of circulated air, when dedusting is turned round, stop the heater of heat cycles wind or reduce the heat that adds of this heater during than dry operating, and the termination of this dedusting running does not rely on above-mentioned dry checkout gear.

2, scrubbing-and-drying unit as claimed in claim 1 is characterized in that carrying out the dedusting running according to the dedicated process that the user selects.

3, scrubbing-and-drying unit as claimed in claim 1 is characterized in that inner core centers on transverse axis or the rotation of inclined shaft direction.

4, scrubbing-and-drying unit as claimed in claim 1 is characterized in that the water that is injected in the air flue is discharged from outside the machine when dedusting is turned round.

5, scrubbing-and-drying unit as claimed in claim 1 is characterized in that circulation ventilation device and water filling device can be used for dry operating.

6, scrubbing-and-drying unit as claimed in claim 1 is characterized in that when dedusting is turned round, and increases air circulation during than dry operating.

7, scrubbing-and-drying unit as claimed in claim 1 is characterized in that when dedusting is turned round, and reduces the rotary speed of inner core during than dry operating, increases the switching frequency of inner core direction of rotation during perhaps than dry operating.

8, scrubbing-and-drying unit as claimed in claim 1 is characterized in that when dedusting is turned round, by heater heat cycles wind.

9, scrubbing-and-drying unit as claimed in claim 1 is characterized in that being equipped with the Destaticizing device of eliminating static when dedusting is turned round from clothing.

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