CN107663734A - Laundry apparatus - Google Patents
Laundry apparatus Download PDFInfo
- Publication number
- CN107663734A CN107663734A CN201710468538.9A CN201710468538A CN107663734A CN 107663734 A CN107663734 A CN 107663734A CN 201710468538 A CN201710468538 A CN 201710468538A CN 107663734 A CN107663734 A CN 107663734A
- Authority
- CN
- China
- Prior art keywords
- mentioned
- washing
- washings
- air
- acarid
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F25/00—Washing machines with receptacles, e.g. perforated, having a rotary movement, e.g. oscillatory movement, the receptacle serving both for washing and for centrifugally separating water from the laundry and having further drying means, e.g. using hot air
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61L—METHODS OR APPARATUS FOR STERILISING MATERIALS OR OBJECTS IN GENERAL; DISINFECTION, STERILISATION OR DEODORISATION OF AIR; CHEMICAL ASPECTS OF BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES; MATERIALS FOR BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES
- A61L2/00—Methods or apparatus for disinfecting or sterilising materials or objects other than foodstuffs or contact lenses; Accessories therefor
- A61L2/02—Methods or apparatus for disinfecting or sterilising materials or objects other than foodstuffs or contact lenses; Accessories therefor using physical phenomena
- A61L2/04—Heat
- A61L2/06—Hot gas
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F58/00—Domestic laundry dryers
- D06F58/20—General details of domestic laundry dryers
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F58/00—Domestic laundry dryers
- D06F58/20—General details of domestic laundry dryers
- D06F58/26—Heating arrangements, e.g. gas heating equipment
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F58/00—Domestic laundry dryers
- D06F58/30—Drying processes
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61L—METHODS OR APPARATUS FOR STERILISING MATERIALS OR OBJECTS IN GENERAL; DISINFECTION, STERILISATION OR DEODORISATION OF AIR; CHEMICAL ASPECTS OF BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES; MATERIALS FOR BANDAGES, DRESSINGS, ABSORBENT PADS OR SURGICAL ARTICLES
- A61L2202/00—Aspects relating to methods or apparatus for disinfecting or sterilising materials or objects
- A61L2202/20—Targets to be treated
- A61L2202/26—Textiles, e.g. towels, beds, cloths
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F2103/00—Parameters monitored or detected for the control of domestic laundry washing machines, washer-dryers or laundry dryers
- D06F2103/02—Characteristics of laundry or load
- D06F2103/08—Humidity
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F58/00—Domestic laundry dryers
- D06F58/32—Control of operations performed in domestic laundry dryers
- D06F58/34—Control of operations performed in domestic laundry dryers characterised by the purpose or target of the control
- D06F58/36—Control of operational steps, e.g. for optimisation or improvement of operational steps depending on the condition of the laundry
- D06F58/38—Control of operational steps, e.g. for optimisation or improvement of operational steps depending on the condition of the laundry of drying, e.g. to achieve the target humidity
Abstract
The present invention provides the removing of the acarid, excrement that carry out woollen blanket, bed clothes class etc. in a effective manner and box sizes will not become large-scale laundry apparatus.In laundry apparatus, controlling organization overheats mechanism and Air Blast fan to perform baking operation using air, and controlling organization overheats mechanism and Air Blast fan to perform the hot blast treatment process heated to dry clothing after washing procedure using air.
Description
Technical field
The present invention relates to laundry apparatus.
Background technology
Exist allergic dermatitis, asthma patient family in, in order to exclude anaphylactogen, not only pay attention to frequently carry out
The cleaning in room, it is also noted that ensureing directly to contact the cleaning such as clothing or woollen blanket, bed clothes of skin.Due to woollen blanket, bed clothes for a long time
Directly contacted with people, so dirt, scalp etc. turn into the material abundance of the food of acarid, and because quality thickness is so having turns into
The place in dwelling, so as to as the environment suitable for acarid existence.Typically using daylight dry it is caused heating, reduction humidity and
The suction of dust catcher removes the acarid class in woollen blanket, bed clothes.But because acarid is present in inside more compared to surface,
Internal temperature will not fully rise in the case of being dried using daylight, and because of quality thickness and in the case of using dust catcher
It is difficult to suction up to inside etc., so being not easy to remove acarid class.Therefore, to ensure to clean, woollen blanket, bed clothes etc. it is expected mostly
Large piece article is also strongly washed at oneself, dried.Newest laundry apparatus just develops high capacity, even and if preparing
The environment of woollen blanket, bed clothes also can be relatively easily washed, dried in the family.
Prior art literature
Patent document 1：Japanese Unexamined Patent Publication 5-123491 publications
Patent document 2：Japanese Unexamined Patent Application Publication 2010-502357 publications
Non-patent literature 1：Ji Chuancui, the ecology of survivability acarid class and the research on preventing and kill off (1) in house~
(8), house insect, Vol.13~Vol.18, (1991 years~nineteen ninety-five)
According to the species and its composition of investigation to the acarid for surviving bedding or tatami, flannelette blanket, wood bed etc. in house
The result of ratio, dust mite section account for more than 70%, and in addition, Tarsonemidae, Tyroglyphidae, cheyletidae, Qin Ci mites section etc. are percentage
Several degree.As injury of the acarid to human body, the known fash because caused by being bitten by the acarid of cheyletidae is fallen ill, because of mite
Asthma, allergic rhinitis morbidity caused by the dead bones of the body of worm, excrement.Particularly, the excrement of the acarid of most dust mite section is accounted for
Activity it is especially high, not only acarid in itself, excrement removing and it is important.But excrement be also not only present in woollen blanket,
The surface of bed clothes and be present in inside more, excrement can be removed by tapping surface and carrying out suction with dust catcher, but do not allow
Easily fully it is removed.
By improving temperature acarid can be made dead, and published most within doors if being kept for 20 minutes with 50 DEG C
Dust mite section the dead experimental result of acarid 100%.Also, washing can be utilized by being attached to the acarid of relatively thin sheet etc.
Current, mechanism are come 99% and are removed with Shangdi, but in the case of woollen blanket, bed clothes, acarid is present in inside, so as to wash
Current, mechanism is difficult to reach, it is believed that be difficult by washing to remove.But the excrement as the acarid of anaphylactogen is
It is water miscible, by flowing through water in the inside of woollen blanket, bed clothes, can be removed.Therefore, in order that acarid is dead and from washing
Wash thing and remove the dead bones of the body of acarid, excrement, it is necessary to keep the method for washings and the Combination of Methods of washing by high temperature.
As the washing methods of the bed clothes carried out using rinsing maching, the movement of the cotton inside suppressing be present and prevent shape
The drum-type washing machine of shape avalanche.Also, the drying for the contact surface for promoting roller and bed clothes is deposited, shortens drying time or reduces dry
Dry uneven laundry apparatus.It additionally, there are to have to sink and supply warm water, make the acarid for being attached to washings is dead to kill
The rinsing maching of acarid function.
Fig. 7 show to set washing and drying program in laundry apparatus in the case of one of flow of operating control
Example.If switching on power switch, control device carries out state confirmation and performs the initial setting (S101) of laundry apparatus.If
User selects washing and drying program and pressed to start to switch (S102), then control device performs washing procedure and (carried out successively clear
Wash, rinse, be dehydrated) (S103).Baking operation (drying carried out using high speed dewatering, hot blast) is performed if washing procedure knot
(S104), if detecting the drying of clothing or have passed through the pre-determined time, baking operation is completed, and terminate to operate.
So, washing, drying are performed successively.
Using such laundry apparatus, if carrying out the operating of washing and drying program, acarid is removed using washing
Excrement, and it is dead come the acarid for making to live using drying, but after the drying in the dead bones of the body of washings residual acarid.Therefore, if making
With washings (woollen blanket, bed clothes), then the dead bones of the body of acarid gently crush and become finely particulate, expand from washings into air
Dissipate, the reason for sucked and asthma, allergic rhinitis can be become.That is, if only performing common washing and drying program, whether there is
The problem that method will remove as anaphylactogen the reason for allergy.Also, do not dried using laundry apparatus and without dried in the air
It is dry also more come the people that dries.As described above, in the case where carrying out the drying outside room, the acarid for the survival that can not make to be in the suds
It is completely dead, so as to which the excrement of acarid increases in washings in use afterwards.
In above-mentioned patent document 1, possesses the hot-water supply for having used water suction exothermic material (synthetic zeolite), in short time
The warm water of 50~60 DEG C of generation simultaneously supplies to sink.But 15L water is being heated to 50 DEG C of conjunctions for needing 10kg from 15 DEG C
Into zeolite.In the invention of patent document 1, in order to carry out the acarid removing of woollen blanket, bed clothes class, and woollen blanket, bed clothes are integrally soaked
In warm water, so as to need 50L or so water.Therefore, it is necessary to 30~40kg synthetic zeolite, if by built in hot-water supply
In rinsing maching, then box sizes become large-scale, so as to have problem in terms of the setting of family.Also, above-mentioned patent document 2
The middle washing facility and control method recorded on the anaphylactogen of washings can be removed.However, it is desirable to set in addition
Steam generator, so as to the worry for thering are box sizes to become large-scale.
The content of the invention
Therefore, it is an object of the present invention to provide a kind of acarid, excrement that can carry out woollen blanket, bed clothes class etc. in a effective manner
Just removing and box sizes will not become large-scale laundry apparatus.
In order to solve such problem, for the laundry apparatus of the present invention, as an example, in washing and drying
In machine, controlling organization overheats mechanism and Air Blast fan to perform baking operation using air, and controlling organization is in washing procedure
Mechanism and Air Blast fan are overheated using air to perform the hot blast treatment process heated to dry clothing afterwards.
The effect of invention
In accordance with the invention it is possible to provide the removing of the acarid, excrement that carry out woollen blanket, bed clothes class etc. in a effective manner and case
Body size will not become large-scale laundry apparatus.
Brief description of the drawings
Fig. 1 is the outside drawing of the laundry apparatus of embodiments of the present invention.
Fig. 2 is the in-built sectional view for the laundry apparatus for showing embodiments of the present invention.
Fig. 3 is the block diagram of the control device of the laundry apparatus of embodiments of the present invention.
Fig. 4 be set in the laundry apparatus of embodiments of the present invention acarid remove program in the case of it is basic
Control flow.
Fig. 5 is the one of the detailed control flow that the acarid of embodiments of the present invention removes the Hot-blast Heating process of program
Individual example.
Fig. 6 is to cut casing to show the internal structure of the heat-pump-type laundry apparatus of embodiments of the present invention
The top view of a part.
Fig. 7 is that the basic control flow in the case of washing and drying program is set in existing laundry apparatus.
Fig. 8 is that the entirety in the case that acarid removes program is set in the laundry apparatus of embodiments of the present invention
Activity list.
In figure：
1-casing, 2-guidance panel, 3-power switch, 4,5-Operation switch, 6-display, 7-washing and dewatering
Groove, 8-water jacket, 9-door, 10-motor, 11-bellows, 12-discharge outlet, 13-scupper hose, 14-draining valve, 15-
Overfall, 16-suspension, 17-detergent container, 18-water supply hose connector, 19-air-supply path, 20-air entry,
21-bellows, 22-drying filter, 23-opening portion, 24-blowing unit, 25-drive motor, 26-fan leaf
Wheel, 27-heater, 28-hot air duct, 29-corrugated pipe connector, 30-anterior blow-off outlet, 31-temperature sensor, 32-
Clothing, 33-control device, 50-microcomputer, 51-operation button input circuit, 57-buzzer, 61-compressor,
62-evaporator, 63-condenser, 64-expansion mechanism.
Embodiment
Hereinafter, based on accompanying drawing, one embodiment of the present of invention is illustrated in detail.
Fig. 1 is the outside drawing of roller washing and drying machine, and Fig. 2 is the sectional view for the construction for showing inside.
In each figure, symbol 1 is the casing for forming exterior contour, and casing 1 is mounted on the pedestal 1h of quadrangle form, by
Cover body 1f structures before side plate 1a, 1b (not shown) of left and right, above cover body 1c, back side cover body 1d, upper mask body 1e and bottom
Into.
Side plate 1a, 1b of left and right by the upper reinforcer, preceding reinforcer, rear reinforcer of "U" shape (not shown above) and
With reference to, including pedestal 1h and form the casing 1 of box-like, there is enough intensity as casing.
Symbol 9 is that central located above cover body 1c is used to take out the door for being put into the input port of clothing and being blocked,
And by being to be opened and closed located at the hinge support of preceding reinforcer.By pulling door to open wide action bars 9a to unlock mechanism (not
Diagram), so as to open door 9, locked by the way that door 9 is urged into above cover body 1c, so as to closing the door.Preceding reinforcer have with
The opening portion of water jacket described later is with one heart and for taking out the circular opening portion for being put into clothing.
Symbol 2 is provided at the guidance panel of the center upper portion of casing 1, possesses power switch 3, Operation switch 4,5, Yi Jixian
Show device 6, guidance panel 2 electrically connects with the control device 33 located at the bottom of casing 1.
Symbol 7 is the cylindric washing and dewatering groove (rotating cylinder) for being supported for rotating, its periphery wall with
And bottom wall has multiple through holes for water flowing and ventilation, it is provided with anterior end surface and is used to take out the opening portion for being put into clothing
7a。
Possesses the fluid balancer 7b with the one of washing and dewatering groove 7 on the outside of the 7a of opening portion.In the inner side of periphery wall
Provided with multiple lifting parts 7c axially extended, if rotating washing and dewatering groove 7 in washing, drying, clothing is with because carrying
Ascending part 7c and centrifugal force and circumferentially wall is lifted and action is repeated in the mode that is fallen by gravity by upper.Washing and dewatering groove 7
Pivot axle it is horizontal or tilted in a manner of making opening portion 7a sides higher.
Symbol 8 is cylindric water jacket, the interior bag washing and dewatering groove 7 coaxial, front openings, and in back end surface
Outside center installation motor 10.The rotary shaft insertion water jacket 8 of motor 10, and combined with washing and dewatering groove 7.
Water jacket cover body 8a is provided with opening portion above, water can be stored in water jacket.In water jacket cover body 8a front side
Centre, have and be used to take out the opening portion 7a for being put into clothing.This opening portion 7a passes through rubber system with the opening portion located at preceding reinforcer
Bellows 11 connect, carry out water-stop by closing door 9 come external groove 8.
Discharge outlet 12 is provided with the bottom surface foot of water jacket 8, and is connected with scupper hose 13.Set in the midway of scupper hose 13
There is draining valve 14, by closing draining valve and supplying water to store water in water jacket 8, open draining valve and water jacket 8 is discharged to outside equipment
Interior water.There is overfall 15 in water jacket cover body 8a front side peripheral part, and using overflow hose and in the downstream of draining valve 14
Side is connected with scupper hose 13.
The downside of water jacket 8 is by being fixed on pedestal 1h suspension 16 (being made up of helical spring and damper) in a manner of vibrationproof
Support.Also, the upside of water jacket 8 prevents water jacket 8 forward by the secondary spring for being installed on top strengthening part support (not shown)
Rear to topple over.
Symbol 17 is provided at the detergent container of the upper left-hand in casing 1, from the washing of front opening assembling drawing and pulling type
Agent pallet.Detergent container 17 is fixed on the upper reinforcer of casing 1.
In the rear side of detergent container 17, set with water supply electromagnetic valve 18, water for bathing supply-water pump, level sensor (more than
It is not shown) etc. the related part that supplies water.In upper mask body 1e, set with the water supply hose connector 18a of tap, bathtub it is residual
The soft suction hose connector 18b of remaining hot water.Water supply electromagnetic valve 18 has main water supply electromagnetic valve, softener water supply electromagnetic valve, cooling
Water water supply electromagnetic valve etc..The side of detergent container 17 is connected with main water supply electromagnetic valve and water for bathing supply-water pump, opposite side with
Water jacket 8 connects, and by opening main water supply electromagnetic valve, or operates water for bathing supply-water pump, and to water jacket 8 and washing and dewatering
Groove 7 supplies washings and input to the detergent in detergent container 17.Also, by opening softener water supply electromagnetic valve, to
Water jacket 8 supplies washings and input to the soft softener in detergent container 17.
Symbol 19 is the air-supply path on the inside of the back side of casing 1 along longitudinal direction, and the bottom for path of blowing utilizes rubber system
Bellows 21 and be connected with the air entry 20 of the lower rear located at water jacket 8.Water cooling dehumidifying is built-in with air-supply path 19
Mechanism (not shown), cooling water magnetic valve and water-cooled dehumidifier structure are connected using cooling water flexible pipe, cooled down by opening
Water water supply electromagnetic valve, cooling water is supplied to water-cooled dehumidifier structure.
Enter water jacket 8 under wall flow of the cooling water along air-supply path 19 and from air entry 20, so as to be discharged from discharge outlet 12.
Also, it is different from water cooling dehumidifying, connect main water supply electromagnetic valve and air-supply using the washing hose blown for cleaning in path
Path 19, rinse water is supplied into air-supply path 19 by opening main water supply electromagnetic valve.Wall of the rinse water along air-supply path
The dust for being attached to wall is set to drop.
The filter pipes 35 of upper right of the top of air-supply path 19 with being located at along the longitudinal direction in casing 1 are connected.
The connecting portion being connected with filter pipes 35 on air-supply path 19 top has wind path switching valve.Before filter pipes 35
Face has opening portion, and in drying filter 22 of the opening portion inserted with drawing and pulling type.
The gauze filter 22a that air to the drying filter 22 of filter pipes 35 are entered from air-supply path 19 is flowed into
And the end of a thread is removed.Drying filter 22 sweeps across pull-out drying filter 22 and takes out gauze filter 22a to enter
OK.Also, it is provided with opening portion 23, the opening portion 23 and air-breathing in the inside of the drying insertion section of filter 22 of filter pipes 35
Valve 23a connections, the inlet valve 23a other end are connected with the air entry of blowing unit 24.
Blowing unit 24 is made up of the motor 25, blast fan 26 and blower-casting 24a of driving.In blower-casting
Having heaters 27 built in 24a, the air sent from blast fan 26 is heated.
Heater 27 can carry out input switching, and the heater of the present embodiment has strong mode and weak pattern.Blowing unit
24 are connected with hot air duct 28.Hot air duct 28 via bellows 28a, the corrugated pipe connector 29 of rubber system and with located at water jacket cover
Body 8a anterior blow-off outlet 30 connects.
In the present embodiment, due to upper right of the blowing unit 24 in casing 1, so anterior blow-off outlet 30 is located at outer
Groove cover body 8a the right side tiltedly on position, the distance untill anterior blow-off outlet 30 strongly is foreshortened to, so that the pressure loss, heat
Dissipation be Min..
Temperature sensor 34 is provided with the outlet of discharge outlet 12, temperature sensor 32 is provided with the entrance of blowing unit 24,
And it is provided with temperature sensor 31 in the outlet of heater 27.
The flowing of wind during drying operating is as described below.If operating blowing unit 24, and heater 27 is set to be powered, then
Hot blast is blown into washing and dewatering groove 7 from anterior blow-off outlet 30, is brushed to the clothing of humidity and heats laundry, moisture is from clothing
Evaporation.In drying operates, due to making the positive and negative rotation of washing and dewatering groove 7, lifted upwards using lifting parts 7e so being repeated
Clothing and the action for being allowed to fall using gravity, so as to which hot blast is equably throughout to clothing.Become the air of high temperature and humidity from setting
Flowed in the through hole of washing and dewatering groove 7 to water jacket 8, and air-supply path 19 is sucked into from air entry 20, from bottom to top
Flow in air-supply path 19.Cooling water from water-cooled dehumidifier structure is under the wall flow of air-supply path 19, the sky of high temperature and humidity
Gas is by contacting the Cryogenic air for and cooled dehumidifying, becoming dry and entrance drying filter 22 with cooling water.Located at baking
The gauze filter 22a of dry filter 22 is flowed through and the end of a thread is removed, and is inhaled into blowing unit 24.Moreover, single by air-supply
After the pressurization of member 24, heated by heater 27, and sucked into washing and dewatering groove 7 again, circulated in the above described manner.In netted mistake
Temperature sensor 32 is provided between filter 22a and blowing unit 24, the temperature of the air of circulation is measured.
Fig. 3 is the block diagram of the control device 33 of the roller washing and drying machine of the present embodiment.50 be microcomputer, with connecting
Operation button input circuit 51, level sensor, the temperature sensor connection of each operation button 4,5 are connected to, to receive user
Push-botton operation, washing procedure, the various information signals in baking operation.Output and drive circuit from microcomputer 50
54 connections, and be connected with water supply electromagnetic valve 1, draining valve 14, motor 10, blowing unit 24, heater 27 etc., to open them
Close, rotate, being powered is controlled.Also, with 7 segmentations luminous two of the operating state for notifying laundry apparatus to user
The display 6 of pole pipe or liquid crystal, buzzer 57 connect.
For above-mentioned microcomputer 50, if pushing power switch 3 and switch on power, perform as shown in Figure 4
Washing and drying control process.Fig. 4 is the action that acarid, excrement " acarid removing program " are removed from woollen blanket, bed clothes
One example of flow.
If user is put into washings to washing and dewatering groove 7, is herein woollen blanket, bed clothes, door 9 is closed, and press voltage source
Switch 3, the then state confirmation of the progress of microcomputer 50 laundry apparatus and initially setting (S110).Make guidance panel 2
Display 6 is lighted, and is inputted according to the instruction from operation button 5 and removed program (S111) to set acarid.
After the start button 4 of guidance panel 2 is pressed, implement washing procedure 1 (S112).In washing procedure 1, implement
Until cleaning, rinsing, rinsing dehydration.Washing procedure 1 is identical with the situation for cleaning common washings, and water is supplied into water jacket 8
And detergent, rotate with making the low speed of washing and dewatering groove 7 to perform cleaning, discharge rinse water, make washing and dewatering groove 7 at high speed
Rotation illustrates in no detail to perform dehydration to this.Afterwards, washings are supplied into water jacket 8, makes washing and dewatering groove
Rotated to perform rinsing 7 low speed, discharge washings, and execution makes the dehydration that washing and dewatering groove 7 rotates at high speed.
In washing procedure 1, cleaning, the water of rinsing enter inside washings, and the excrement of internal acarid is dissolved in water simultaneously
It is washed out.Also, a part for the dead bones of the body of acarid because clean, rinse, be dehydrated in mechanism and also pin, hair drop sometimes,
But body will not crush.The dead bones of the body of acarid and the water entered inside washings are removed to outside washings together.In order to efficiently
The dead bones of the body, the excrement of acarid are removed, increase cleaning, the water of rinsing are more preferable compared with the situation of common cleaning washings.Due to
The water content increase of washings, so the dead bones of the body, excrement easily move in rinse water, washings.In addition, the one of the acarid to live
Partly be in the suds death, or is removed to together outside washings with washings, but the acarid to live is tightly sought connections with mostly
In the inside of the washings such as woollen blanket, bed clothes, so as to can not fully be excluded in washing, rinsing.
Therefore, next, implementing hot blast treatment process (S113).In hot blast treatment process, operate blowing unit 24,
And motor 25 and blast fan 26 is set to rotate (S113A).Next, making heater 27 be powered (S113B), make washing and dewatering groove
7 rotate (S113C) with pre-determined rotating speed, and blow hot blast to washings, the temperature of washings is increased.In heater
In the 27 strong and weak variable heater of output, heater is set to weak pattern, so that the temperature of washings will not excessively rise.This
Outside, in hot blast treatment process, in order that the temperature of the aqueous washings after dehydration rises and shortens the time, will can also add
Hot device 27 is set to strong mode.But in order that washings surface temperature will not become too high and damage is produced because of temperature, also may be used
To set temperature sensor 31 between heater 27 and anterior blow-off outlet 30 to detect the temperature of hot blast, if hot blast temperature is for example
More than 70 DEG C, then heater 27 is set to weak pattern (or Disconnected mode).The stream of wind when hot blast dries operating described above
It is dynamic to circulate like that, but in hot blast treatment process S113, because of the purpose of rapid heating washings, it is not necessary to removed using cooling water
It is wet.
The direction of rotation of washing and dewatering groove 7 can be that positive and negative rotation can also be repeated in a direction.Also, such as
Can also make the rotating speed of washing and dewatering groove 7 by per minute 40 turn left it is right and 100 turn left it is variable in a manner of the right side.Due to woollen blanket, quilt
The volume of cotton-padded mattress is larger, so it is foldedly put into washing and dewatering groove 7, but occupies the big of the volume of washing and dewatering groove 7
Part, therefore acted as being lifted by lifting parts 7c and being fallen upwards less.Therefore, if improving the rotating speed of washing and dewatering groove 7
And the wall of washing and dewatering groove 7 is pushed on using centrifugal force, then it can be difficult to the center of washings that reaches in hot blast
Portion produces space, and hot blast enters from the space, so as to efficiently improve the overall temperature of washings.
Acarid has the habit tightly sought connections with if by external force in the fiber of washings.Therefore, washing and dewatering is made
Groove 7 rotates, so as to tightly seek connections with the state in fiber as acarid.But as described above, woollen blanket, bed clothes are due to volume
Action that is larger and falling is less, if rising so as to the temperature of washings, the shade for the water jacket 8 that acarid is difficult to reach to hot blast
The mobile and remaining possibility in the relatively low place of equitemperature.Therefore, (fan leaf is made by the way that blowing unit 24 is set into high-voltage type
Wheel rotates at a high speed), and the area of anterior blow-off outlet 30 is reduced, height is discharged into washing and dewatering groove 7 from anterior blow-off outlet 30
The hot blast of speed.So, to washings, acarid will not be blown to fly and tightly seeks connections with washings high speed wind waved.In addition, at a high speed
The hot blast folding that is easily accessible washings gap between, the temperature inside washings can be made to increase rapidly and substantially evenly
Rise, it is efficiently dead so as to make tightly to seek connections with acarid in washings.Because the dead bones of the body of the acarid of death lose tightly
The power in washings is tightly sought connections with, so as to be efficiently excluded from washings.Also, the hot blast of Wind Volume can also be blown
Deliver to washings.In this case, hot blast, easily throughout each several part to washings, the temperature of washings being capable of generally uniform ground
Rise, so as to make acarid efficiently dead.After acarid death, can also improve hot blast wind speed and by the dead bones of the body of acarid from
Washings excludes.Therefore, the changeable mechanism of the area of anterior blow-off outlet 30 is set.That is, in Wind Volume, anterior blow-off outlet is increased
30 area, and reduce in the case where improving wind speed the area of anterior blow-off outlet 30.Also, blowing unit 24 can also be made
Rotation speed change.In this case, improving the temperature of washings, and the rotating speed of blowing unit 24 is reduced before acarid death, in mite
After worm death, improve rotating speed and improve wind speed.
The time of hot blast treatment process is dead to woollen blanket, the acarid in bed clothes is hidden in.Specifically, such as non-patent
Described in document 1 like that, if acarid of the existence in house is placed 20 minutes with 50 DEG C, 100% is dead, so as in washings
The temperature of minimum part is minimum after reaching 50 DEG C to be also required to 20 minutes.For the temperature of washings, with directly brushing heat
The surface of wind rises slowly compared to inside, and on the other hand, being difficult to the temperature for detecting inside.Therefore, investigation in advance is relative to washing
The heat blow time of thing (considering most thick washings) and the relation of internal (the rising most slow part of temperature) temperature, lead to
Experiment is crossed to obtain the time T that the internal temperature after the energization of heater 27 is made reaches 50 DEG C.Moreover, add on the basis of the time
More than the 30 minutes time for being used as hot blast treatment process is added if upper 20 minute, consideration are abundant.Time, T was by heater
27 capacity, the air quantity of blowing unit 24 influence, so as to be set certainly according to the style of laundry apparatus.
If the elapsed time from being powered of heater 27 is, for example, T+30 more than minute (S113D), stop to heating
The energization of device 27 and blowing unit 24, the rotation of washing and dewatering groove 7, terminate hot blast treatment process, and perform washing procedure 2
(S114).Washing procedure 2 immediately implemented by washing procedure 1.Washings are supplied into water jacket 8, with making the low speed of washing and dewatering groove 7
Rotate to perform rinsing, discharge washings, and execution makes the dehydration that washing and dewatering groove 7 rotates at high speed.Work is handled in hot blast
The dead bones of the body of dead acarid crush because of the mechanism in rinsing, being dehydrated in sequence, and enter washings inside water together by
Exclude to outside washings.Also, the excrement of the acarid remained in washing procedure 1 is also removed.The rinsing, dehydration can be carried out
Once, but in order to more remove the dead bones of the body of acarid, carry out more preferable more than twice.
The method of the dead bones of the body to efficiently removing the acarid for residuing in washings in washing procedure 2 illustrates.Initially
Method be compared with washing procedure 1 increase washings water.Because the aqueous quantitative change of washings is more, so the dead bones of the body of acarid
Become easily to move in washings.Also, the circulation pump machanism of washings will accumulate in the washings of the bottom of water jacket 8 from outer
Groove cover body 8a front side shape spray into washing and dewatering groove 7 washings injection, with such laundry apparatus
In, increase the water content of washings also by the water of the circulating pump of increase washings.In this case, even if rinsing is not increased
Water, also the dead bones of the body of acarid can be efficiently made to be moved in washings.Next, the time of rinsing can also be extended.The party
In method, the dead bones of the body that can will also residue in the acarid of washings remove.Also, it is to wash by the speed setting of washing and dewatering groove 7
Washing the height of fall of thing becomes maximum (mechanical force is maximum).So, act on beating for washings to wash effect and become maximum, so as to hold
The dead bones of the body of acarid are easily removed from washings.Method above can be performed individually, if but perform all methods, it can maximize
The dead bones of the body that ground carries out acarid remove.
In the present embodiment, the example for carrying out the rinsing of washing procedure 2 twice is described, but at least carry out once above-mentioned fortune
Turn.Preferably, performed in last rinsing more preferable.Because in order to which before last rinsing washings will be residued in
The dead bones of the body of acarid remove, and it is effective to increase water or increase mechanical force in last rinsing.It is of course also possible in whole
Rinsing in perform.In addition, by carrying out the operating, not only for the removing of the dead bones of the body of acarid, removed for the excrement of acarid
Go and effective.
In the case where setting washing and drying program, last dehydration can also terminate in the short time.Also, in hot blast
In treatment process (S113), not only washings, also heats the parts such as washing and dewatering groove 7, water jacket 8, so as in washing procedure 2
(S114) washings come are supplied in rinsing because washings, part are heated and water temperature rising.In washings (bed clothes, hair
Blanket) surface attachment have dirt, scalp etc. and be attached with sebum secretion thing, the clean sebum that do not dropped in washing procedure 1 point
Secretion is risen by water temperature to soften, and so as to being easily removed in rinsing, therefore also has what the cleaning performance of washings uprised
Advantage.
After washing procedure 2 is terminated, baking operation (S115) is performed.In baking operation, first, with it is pre-determined when
Between perform high speed dewatering.After dehydration terminates, blowing unit 24 is operated, heater 27 is powered, and make washing and dewatering groove 7
Rotation, and blow hot blast to washings.In baking operation, because washings contains moisture, so being made using Hot-blast Heating
Moisture evaporation, so as to become the air of high temperature and humidity.In order to remove the moisture, cooling water is flowed to water-cooled dehumidifier structure.Examining
After the end for measuring drying, terminate baking operation, and terminate to operate.
At the time of washing procedure 2 terminates, the excrement of the acarid in washings is almost removed, but is had and also remained acarid
The situation of the dead bones of the body.Accordingly, it is considered to the dead bones of the body that acarid can be also removed in baking operation are more preferable.In order to remove the dead bones of the body of acarid,
The wind speed for improving hot blast is most effective fruit.The dead bones of the body of the acarid remained in washing procedure 2 are the pin and washings of acarid
The state of fiber tangle up., can be by the dead bones of the body of acarid from washings using wind-force caused by the wind waved clothing of high speed
Peel off.Also, if dry promote if also remove moisture from the dead bones of the body of acarid, and if being dried pin, hair easily from acarid
The dead bones of the body drop, be more prone to drop by brushing the wind of high speed.Therefore, the dead bones of the body easily are occupied from washings exclusion acarid
Most body part.
Also, the time for extending drying is also effective.But if continue to brush heat in the state of washings drying
Wind, then the temperature of washings becomes too high, so as to intermittently carry out the energization of heater 27 in baking operation.
The dead bones of the body and hot blast of the acarid detached in baking operation from washings are dried when operating described above together
The flowing of wind circulates like that.Therefore, if the mesh size for the gauze filter 22a for drying filter 22 is not set as comparing mite
The size of worm is smaller, then the dead bones of the body of acarid circulate and are again attached to washings.As the acarid of dust mite section the reason for allergy
Size for 0.1~0.4mm or so.Therefore, the mesh size of gauze filter is set as below 0.1mm.But if
Make mesh size too small, then have the problem of pressure loss increase.The pin to be dropped from the dead bones of the body of acarid is also contemplated for, gauze filter
The minimum 0.05mm of mesh size is with regard to enough.Also, in the case where having used water cooling dehumidification mode as dehumidification mode, energy
Enough utilize is flowed in the water filtration effect of the cooling water from water-cooled dehumidifier structure of air-supply path 19, is removed from the flowing of hot blast
The dead bones of the body of acarid are removed, and are discharged together to outside equipment with cooling water.
In addition it is also possible to do not perform baking operation, and without, interior dry washings.In this case it is also identical, washing
At the end of washing 2 processes, acarid is dead, major part, the excrement of acarid of the dead bones of the body of acarid is removed from washings, so as to exclude
The reason for allergy material.
Also, in washing procedure 1, after cleaning, dehydration is performed, even if carrying out hot blast processing work without rinsing
Sequence, it can also make acarid dead.But, it is also considered that following possibility：Washings is added in the state of containing detergent ingredients
Heat is to more than 50 DEG C, so as to which detergent ingredients are possible to have a negative impact to washings.Therefore, as described above, cleaning
Afterwards, at least once rinsed to dilute detergent ingredients, it is more preferable to perform hot blast treatment process afterwards.
Hereinafter, an example of the detection method terminated to drying illustrates.In the steaming from moisture caused by washings
It is more with the heat exchange amount of cooling water during sending out more, so as to which the temperature of the cooling water after heat exchange becomes to compare supplying temperature
It is high.If drying promotes, the moisture evaporated is reduced, and is tailed off with the heat exchange amount of cooling water, is reduced so as to the temperature of cooling water.Separately
On the one hand, by the temperature of the hot blast after path 19 of blowing during the evaporation of moisture is more it is nearly constant, if but drying push away
The amount of moisture for entering and evaporating is reduced and then uprised.The water temperature of the cooling water after heat exchange is detected using temperature sensor 34,
And the temperature by the hot blast after path 19 of blowing is detected using temperature sensor 32, so as to be examined according to both
The temperature difference measured detects the end of drying.Or it can also be set between drying filter 22 and blowing unit 24 wet
Sensor is spent, is detected by the humidity of the hot blast to circulation to detect the end of drying.
At the end of baking operation, the temperature of washings turns into the temperature close to the temperature of the hot blast from anterior blow-off outlet 30
Degree.As described above, the maximum temperature of hot blast is set to 70 DEG C, also risen to close to 70 DEG C so as to the temperature of washings.Therefore,
Also there is the bacteria-eliminating efficacy of washings.
As described above, according to the present embodiment, initially it is rinsed and rinses, by the one of the excrement of acarid and the dead bones of the body of acarid
Part removes, and next makes woollen blanket, bed clothes etc. straight as the thick washings of the quality in the dwelling of acarid in hot blast treatment process
It is high temperature to deep inside, so as to make acarid dead.Afterwards, by being rinsed, the mite inside washings can be washed out
The dead bones of the body of worm.In such manner, it is possible to provide a kind of laundry apparatus, there is the surface that can not only make woollen blanket, bed clothes etc. totally to go back for it
The removing of the acarid, excrement that can be survived internally, degerming special washing and drying program.
In Fig. 4 motion flow, hot blast treatment process is judged with the elapsed time from making heater 27 be powered
Terminate.Elapsed time is based on thinking that temperature rises the thick washings of quality at the latest and reach 50 DEG C of time T to set.But
Washings it is sleazy in the case of, if washings excessive temperature rise, have the possibility for making washing material injury.Cause
This, shows in Fig. 5 in order that the temperature of washings will not excessively rise and use the hot blast treatment process of temperature sensor
(S120) example of motion flow.It is identical action with Fig. 4 identical symbols, so as to omit the description.
It will be handled with whether have passed through the stipulated time (such as 20 minutes) from initially stopping after the energization of heater 27
Branch (S123).End processing (S130) is performed in the case of having exceeded in the elapsed time 20 minutes, and terminates hot blast processing work
Sequence.Terminate in processing S130, perform and stop the energization to heater 27 and out-of-blast unit 24 and washing and dewatering groove 7
Rotation processing.Enter ensuing S124 in the case of within the elapsed time is 20 minute.
Whether it is that for example more than 78 DEG C of threshold value will processing branch (S124) with the detection temperature of temperature sensor 31.78
In the case of more than DEG C, in the state of blowing unit 24 is operated, stop the energization (S131) of heater 27, and stop in energization
The stipulated time (such as 5 minutes) is have passed through after only afterwards (S132), S113C is returned and heater is powered.78 DEG C of given threshold is come
Prevent the hot blast of high temperature from brushing to washings so as to which washings is damaged.By stopping the energization to heater 27 and making blowing unit
24 operatings, to make the reduction of the temperature of the air of circulation.
Branch (S125) will be handled so that whether the detection temperature of temperature sensor 32 has exceeded such as 55 DEG C of threshold value.Small
In the case of 55 DEG C, return to S113C and heater 27 is powered.Enter S126 in the case of more than 55 DEG C.
Whether have passed through threshold value (such as 90 minutes) with the time after since the hot blast treatment process will handle branch
(S126).In the case where have passed through 90 minutes, end processing (S130) is performed, and terminate hot blast treatment process.Fig. 5 action
In flow, the end of hot blast treatment process is judged according to temperature.But according to circumstances, and have and become Infinite Cyclic so as to nothing
Method terminates the possibility of hot blast treatment process.Therefore, the maximum duration of hot blast treatment process is set to 90 points in the present embodiment
Clock, after more than the threshold value, forcibly terminate hot blast treatment process.In addition, the maximum duration be preferably set to even in
Washings is 50 under worst condition (washings is difficult to heating and low temperature and drying plugged filter and situation that air quantity reduces)
State more than DEG C is also more than 20 minutes.
In the case where the elapsed time is less than 90 minutes, in the state of blowing unit 24 is operated, stop to heating
The energization (S127) of device 27.
Whether have passed through 20 minutes from after the initial energization stopped to heater 27 by processing branch (S128).
In the case that elapsed time has exceeded 20 minutes, perform end processing (S130), and terminate hot blast treatment process, 20 minutes with
Enter S129 in the case of interior.
Branch (S129) will be handled so that whether the detection temperature of temperature sensor 32 is less than such as 45 DEG C of threshold value.At 45 DEG C
In the case of above, S128 is returned, continues to blow in the state of not making heater 27 be powered.In the case of less than 45 DEG C,
Return to step S113C simultaneously makes heater 27 be powered.
The basic concept of this motion flow is illustrated.In the present embodiment, when the inspection of temperature sensor 32 in S125
When testing temperature is more than 50 DEG C, the temperature of washings is also 55~60 DEG C in minimum place, is the temperature for being enough to make acarid dead
Degree.Therefore, stop the energization to heater 27 in S127, and operate blowing unit 24, so that the hot blast after heating follows
Ring.Therefore, the temperature of the hot blast of circulation is gradually lowered, but due to washings, washing and dewatering groove 7, water jacket 8 sensible heat, wash
Washing the temperature of thing will not be dramatically reduced, even if so as to not make heater 27 be powered, can also maintain more than 50 DEG C states
More than 20 minutes.Therefore, after the energization stopped to heater 27 from initial have passed through 20 minutes after (S128), terminate hot blast
Treatment process.That is, at the time of S127, the temperature of washings is more than 50 DEG C, if having passed through from that point on 20 minutes when
To carve and terminate hot blast treatment process S120, then washings is that the state of more than 50 DEG C of temperature maintains more than 20 minutes, so as to
Make acarid completely dead.So, the energization to heater 27 is stopped in the midway of hot blast treatment process, so as to without using unnecessary
Electric power can just maintain to the state more than temperature 50 C of washings.Also, the temperature of washings is not over needs
Ground excessively uprises, so as to make washing material injury.
In addition, in common action, it will not detect that the detection temperature of temperature sensor 32 is less than 45 DEG C in S129.
But because it is some will thus in the case that the temperature of air that circulates reduces, in order to prevent the temperature of washings to be less than 50
DEG C, heater 27 is powered again.
The threshold value of temperature discussed above is an example, according to the set location of temperature sensor, laundry apparatus
Construction etc. suitably set.
In the present embodiment, it is illustrated by taking roller washing and drying machine as an example but it is also possible to be washing and dewatering groove
The substantially vertical vertical laundry apparatus of rotary shaft.In the case of vertical laundry apparatus, with roller washing and drying machine phase
More different than construction, clothes inlet is vertically arranged in washing and dewatering groove upper opening, washing and dewatering groove, and around vertical
Axle is rotated.Also, it is provided with stirring vane in the bottom of washing and dewatering groove.Generally, in cleaning, rinsing, come self-driven
The rotation of motor is transferred to stirring vane via planetary gear reducing mechanism, rotates stirring vane.In dehydration, carry out self-powered
The rotation of dynamic motor is transferred directly to washing and dewatering groove, washing and dewatering groove and stirring vane is integratedly rotated.Therefore, have
The clutch mechanism of the standby power transfer path for switching drive motor in cleaning, rinsing and during dehydration.
In the case where acarid removes program, washings is the large piece articles such as woollen blanket, bed clothes, if making in cleaning, rinsing
Stirring vane rotates, then the part with rotating vane contact sustains damage.Therefore, in washing procedure, hot blast treatment process, drying
In process, washing and dewatering groove and stirring vane is set integratedly to rotate.Acarid removes the motion flow and drum type washing of program
It is identical to wash dryer, identical effect can be obtained, but this is omitted the description.
Also, be illustrated as dehumidification mode by taking water cooling dehumidification mode as an example but it is also possible to be air cooling dehumidification mode,
It is vented dehumidification mode.Motion flow in the case of air cooling dehumidification mode is identical with Fig. 4, Fig. 5.
In the case where being vented dehumidification mode, after being heated by blowing unit suction extraneous air and by heater
Hot blast heats to washings, heats the hot blast after washings and discharges to outside equipment.Thus, it is always necessary to extraneous air
Heated, compared with endless form as water cooling dehumidification mode, the temperature of washings is difficult to rise.If also, washing
The temperature of thing becomes to stop the energization of heater at the time of more than 50 DEG C, then extraneous air is blowed to washings, so as to washings
Temperature at once reduce.Therefore, in dehumidification mode is vented, before the temperature of washings reaches substantially 50 DEG C, heater is made
The temperature for being operated with strong mode and accelerating washings rises, and afterwards, heater is switched into weak pattern, thus to the temperature of washings
The state that more than 50 DEG C of degree is maintained.In such manner, it is possible to realize and hot air circulation mode phase as water cooling dehumidification mode
Same anaphylactogen removes effect.
More than, show as the thermal source of drying and used the example of heater, but the heat of heat-pump-type can also be used
Source.
Fig. 6 is the one embodiment for showing to be equipped with the roller washing and drying machine of the thermal source of heat-pump-type.Cut casing
A part and understand internal structure.Same section is shown with Fig. 1, Fig. 2 identical symbol, so as to omit the description.
Air supply duct 19 is vertically arranged with the inside of the back side of casing 1, air supply duct bottom utilizes the ripple of rubber system
Air entry connections of the Guan Eryu located at the lower rear of water jacket 8.The top of air supply duct 19 with being located in casing 1 along the vertical direction
Top on rear side of filter pipes 35 connect.In drying filter of the filter pipes 35 inserted with drawing and pulling type.In filter
The downstream of pipeline 35 is provided with evaporator 62, and is connected with aspirating air pipe 38 in side downstream.The other end of aspirating air pipe 38
It is connected with the air entry of blowing unit 24.
Blowing unit 27 is made up of the motor 25, blast fan and blower-casting 24a of driving.In blower-casting 24a
Condenser 63 is built-in with, the air sent from blast fan is heated.Blowing unit 24 is connected with hot air duct 28.Hot blast
Pipeline 28 is connected via bellows 28a, the corrugated pipe connector 29 of rubber system with located at water jacket cover body 8a anterior blow-off outlet 30.
Compressor 61 is located at the corner of the lower backside of casing 1.The refrigerant piping come out from compressor 61 is with from condenser
63 modes for returning to compressor 61 via evaporator 62 connect.Refrigerant piping between condenser 63 and evaporator 62 is set
There is expansion mechanism 64.
The flowing of the refrigerant of heat pump cycle is as described below.Make the high temperature after being compressed by compressor 61 in condenser 63
Gases at high pressure carry out heat exchange with air.Afterwards, evaporate in evaporator 62 refrigerant after being depressurized by expansion mechanism 64, and
Low-pressure gas is set to return to compressor 61.Herein, when refrigerant evaporates in evaporator 62, the how wet of filter pipes 35 is flowed through
The cooled dehumidifying of air, and be heated again in condenser 63.
The flowing of air during drying operating is as described below.By operating blowing unit 24, and make the compression of heat pump
Machine 61 operates, and to make condenser 63 generate heat, is blown into hot blast into washing and dewatering groove 7 from anterior blow-off outlet 30, brushes to humidity
Clothing, heats laundry make moisture from clothing evaporate.Become the air of high temperature and humidity from the through hole located at washing and dewatering groove 7
Flowed to water jacket 8, be inhaled into air supply duct 19 from air entry, and flow from bottom to top in air supply duct 19, hence into mistake
Filter pipeline 35.Flow through located at filter pipes 35 gauze filter and the end of a thread is removed, and enter evaporator 62.High temperature is more
Wet air contacts the Cryogenic air for and cooled dehumidifying, becoming dry by the evaporator 62 with low temperature and enters aspirating air pipe
38, so as to be inhaled into blowing unit 24.Moreover, to be heated from the condenser 63 of high temperature and be blown into washing and dewatering groove 7 again
The mode entered circulates.
The basic motion flow of heat-pump-type is also identical with the motion flow shown in Fig. 4.Heat-pump-type compared with Heater-type,
Heat pump cycle, which is set up, needs the time, slow so as to the temperature rising of hot blast.Therefore, in washing procedure 1, make compressor 61 and send
Operate the low speed of wind unit 24, heat pump cycle is preheated into Rob Roy.Moreover, in hot blast treatment process, in the temperature of hot blast
Degree reaches fixed temperature, before such as 60~70 DEG C, keeps the rotation of compressor 61 higher.In such manner, it is possible to shorter
Time in make washings temperature be more than 50 DEG C.Afterwards, rotating to be low speed and adjusting caloric value for compressor 61 is made.This is
Because in heat pump cycle, if stopping compressor 61, even if making compressor start again, can not also export hot blast at once, so as to
After hot blast turns into fixed temperature, make compressor 61 more preferable to continue the operating of compressor for low speed.
In heat pump mode, due to also the state that the temperature of washings is more than 50 DEG C can be kept for more than 20 minutes,
So as to identical with Heater-type make acarid dead, afterwards, can be by acarid, mite by carrying out washing procedure 2, drying
The anaphylactogens such as the excrement of worm remove.Also, heat-pump-type just has higher heating energy compared with Heater-type, with relatively low input
Power, so as to excellent certainly in terms of energy saving.
Next, using Fig. 8, program is removed to setting acarid in the laundry apparatus of embodiments of the present invention
In the case of overall activity list illustrate.
Using Fig. 4 washing procedure 1 (S112) as flushing process (S112-1) and rinsing process 1 (S112-2).Also,
Using Fig. 4 washing procedure 2 (S114) as rinsing process 2 (S114-2) and final dewatering process (S114-2), S11, S12's
Hot blast treatment process is corresponding with Fig. 4 S113.
First, this process is performed if setting acarid removes program.In the case where have selected standardization program, heat is not performed
Wind treatment process (S113).
In detergent dissolving water process (S2), control device 33 makes detergent water supply electromagnetic valve is (not shown) to open,
To detergent input room supply running water (not shown).The running water of pallet is injected into while dissolving detergent, while passing through
From corrugated flexible hose (not shown), water jacket water supply joint and injected into water jacket 8.
In rotation water process (S3), control device 33 in the state of the valve opening of detergent water supply electromagnetic valve is maintained,
While rotating washing and dewatering groove 7, one side driving cycle pump P, make washings (detergent solution of high concentration) circulation
Washings are sprayed on clothing and supplied.In addition, herein, washing and dewatering groove 7 is set to be rotated with defined rotary speed.Pre- clear
Wash in process (S4), control device 33 cleans clothing using the detergent solution of high concentration.
In moisturizing process (S5), private water supply of the control device 33 to water jacket 8.For example, if towel quality etc. absorbs water
The higher article of property, then feed washings in moisturizing process.In formal matting (S6), the one side of control device 33 makes to wash
Wash and dehydration groove 7 rotates while cleaning clothing in forward and reverse direction.
In rinsing process 1 (S112-1) drainage procedure (S7), control device 33 opens draining valve, makes in water jacket 8
Washings are discharged.In dehydration procedure 1 (S8), control device 33 makes washing and dewatering groove 7 rotate at high speed after draining terminates
Deviate from the washings contained by clothing.In addition, the rotary speed of the inside groove 10 during dehydration is for example set as 1000rpm.
In rotary spray process (S9), control device 33 closes draining valve V, and opens water jacket water supply electromagnetic valve, outwards
Groove 8 supplies washings.Also, while rotating washing and dewatering groove 7, one side driving cycle pump P, washings are made to be sprayed on washing
And the clothing in dehydration groove 7.
In dehydration procedure 2 (S10), the one side of control device 33 makes washing and dewatering groove 7 rotate at high speed, while stopping following
Ring pump P, washings are made to deviate from from clothing.
After dehydration procedure 2 (S10), control device 33 makes heater 27 connect to perform hot blast treatment process
(S113).Afterwards, rinsing process 2 (S114-1) is performed.
So, hot blast treatment process is performed between rinsing process 1 (S112-1) and rinsing process 2 (S114-1)
(S113).In the stage that rinsing process 1 (S112-1) terminates, acarid is removed from laundry rinse to certain degree.In the state
Under, carry out hot blast and handle the acarid death for the depths for making to be hidden in clothing, and be rinsed in rinsing process 2 (S114-1),
So as to more efficiently remove acarid.If also, blowed at a high speed to clothing in the state of clothing contains more cleaning solution
Wind, then there is the worry that cleaning solution dances in the air in groove, but hot blast treatment process is carried out after rinsing process 1, so as to there is this
The worry of sample.
Next rinsing process 2 (S114-1) is illustrated.In water process (S13), control device 33 closes row
Water valve V, and groove cleaning water supply electromagnetic valve is opened, supply washings to water jacket 8.
In softener water process (S14), control device 33 opens softener water supply electromagnetic valve, contains to the supply of water jacket 8
There are the washings of softener.Control device 33 closes softener water supply electromagnetic valve after softener water supply terminates.
Supplied water, in moisturizing process (S15) in rotation, control device 33 opens water jacket water supply electromagnetic valve, is supplied into water jacket 8
Washings.In addition, in the higher clothing of input water imbibition and in the case of water-supply shortages, washings are fed.Stirred in rinsing
In process (S16), control device 33 makes the rotation of washing and dewatering groove 7 stir clothing in the state of washings lodge in water jacket 8
Thing and rinsed.
In final dewatering process (S114-2), control device 33 carries out draining (S17).After draining terminates, make washing
And dehydration groove 7 rotates and the washings contained by clothing is deviate from (S17) at high speed.In addition, the rotation of the inside groove 10 during dehydration
Speed is for example set as 1000rpm.
Moreover, perform baking operation (S19).
In addition, after prerinse process (S4) and before formal matting (S6) (moisturizing process (S5)), also may be used
Not perform hot blast treatment process (S113).Also, after formal matting (S6) (that is, the dehydration work of rinsing process 1
After sequence (S8)) and before rotary spray process (S9), hot blast treatment process (S113) can not also be performed.In this case,
The detergent of high concentration contained by heats laundry is allowed to activation to improve cleaning force, and can be removed using washings
Acarid.
Also, after drainage procedure (S7 either S17) and before dehydration procedure (S8 or S18), it can not also hold
Row hot blast treatment process (S113).Thereby, it is possible to the centrifugal force using dehydration procedure in a effective manner by the acarid of death from clothing
Remove.
Also, if the mechanical force applied to clothing is stronger, in terms of the removing of acarid effectively, so as to have selected acarid
Remove program in the case of, can also compared with standardization program, increase matting, rinsing process circulating pump recycle stream
Amount accelerates groove rotary speed (such as 50rpm).
Also, in Fig. 8, show to be roughly divided into rinsing process 1 (S112-2) and rinsing process 2 (S114-1) to implement to close
The example of rinsing process twice is counted, but the present invention is not limited to this.For example, it is also possible to implement rinsing process 1, rinsing process 2,
Total rinsing process three times of rinsing process 3, and performed after the dehydration procedure of rinsing process 2 between rinsing process 3
Hot blast treatment process.Thus, further make to be hidden in clothing from laundry rinse in the state of removing acarid, to carry out hot blast processing
The acarid of the depths of thing is dead, and is rinsed in rinsing process 3, so as to more efficiently remove acarid.
As described above, according to the present embodiment, the acarid of washings can be made dead, the reason for additionally being able to as allergy
The dead bones of the body of acarid, excrement removes.However, the excrement of acarid is dissolved in washings and turns into ovule outside equipment.But drying
After dry process, the dead bones of the body of acarid by drying filter traps, in addition also have be attached to washing and dewatering groove, in water jacket can
Can property.If washed in this condition next time, the dead bones of the body of acarid can be attached to washings, so as to not recommend.Therefore, exist
After baking operation terminates, the process for cleaning sink can also be carried out.The cleaning process is with being equipped on existing washing and drying
The groove cleaning procedure identical operating of machine.But not for the purpose of the dirt for washing out sink, and to be discharged to outside equipment
For the purpose of the dead bones of the body of acarid, so as to rotate after rinse water lodges in washing and dewatering groove (water jacket), washing and dewatering groove,
When cleaning water jacket inner surface with rinse water, just the dead bones of the body of acarid can be simply made to be moved in rinse water, so as to which the time is shorter
.
Claims (9)
1. a kind of laundry apparatus, possesses：
Water jacket；Washing and dewatering groove, it is rotatably configured in above-mentioned water jacket and accommodates washings；Drive mechanism, it is wrapped
Include the motor being driven to above-mentioned washing and dewatering groove；Casing, it supports above-mentioned water jacket and forms exterior；Air-supply path,
It has outlet air, towards above-mentioned washing and dewatering channel opening for being used for that drying to be conveyed to above-mentioned washing and dewatering groove
With the entrance towards above-mentioned outer channel opening；Air heating arrangements, it adds located at the midway of above-mentioned air-supply path and to air
Heat；And Air Blast fan, it is located at the midway of above-mentioned air-supply path,
Possess the controlling organization being controlled to above-mentioned drive mechanism, above-mentioned air heating arrangements and above-mentioned Air Blast fan, and
And possess washing procedure, rinsing process, final dewatering process,
Above-mentioned laundry apparatus is characterised by,
Above-mentioned controlling organization overheats mechanism and above-mentioned Air Blast fan to perform baking operation using above-mentioned air,
Above-mentioned controlling organization overheats mechanism and above-mentioned Air Blast fan to perform pair after above-mentioned washing procedure using above-mentioned air
The hot blast treatment process that dry clothing is heated.
2. laundry apparatus according to claim 1, it is characterised in that
Above-mentioned washing procedure has prerinse process and formal matting,
Above-mentioned controlling organization performs above-mentioned hot blast processing after above-mentioned prerinse process and before above-mentioned formal matting
Process.
3. laundry apparatus according to claim 1, it is characterised in that
Above-mentioned rinsing process at least has the first rinsing process and the second rinsing process,
Above-mentioned controlling organization performs after the dehydration procedure of above-mentioned first rinsing process and before above-mentioned second rinsing process
Above-mentioned hot blast treatment process.
4. according to the laundry apparatus described in any one of claims 1 to 3, it is characterised in that
Possess the temperature testing organization detected to the temperature in above-mentioned casing,
Above-mentioned controlling organization to above-mentioned air heating arrangements and above-mentioned is sent according to the temperature detection result of said temperature testing agency
Wind fan is controlled.
5. according to the laundry apparatus described in any one of Claims 1 to 4, it is characterised in that
Above-mentioned air heating arrangements are formed by heater, the heater has strong mode and weak pattern,
Above-mentioned air heating arrangements make above-mentioned heater be operated with above-mentioned strong mode in above-mentioned hot blast treatment process.
6. according to the laundry apparatus described in any one of Claims 1 to 4, it is characterised in that
Above-mentioned controlling organization performs above-mentioned hot blast treatment process, minimum in washings so as in above-mentioned hot blast treatment process
Temperature, which is that more than 50 DEG C of state is minimum, to be kept for 20 minutes.
7. laundry apparatus according to claim 2, it is characterised in that
Said temperature testing agency detect it is higher than defined threshold value in the case of, above-mentioned controlling organization disconnects above-mentioned air
Heating arrangements or decrease heating function.
8. laundry apparatus according to claim 4, it is characterised in that
Said temperature testing agency detect it is higher than defined threshold value in the case of, above-mentioned controlling organization disconnects above-mentioned air
Heating arrangements,
In the case where have passed through the stipulated time from being disconnected above-mentioned air heating arrangements, above-mentioned controlling organization terminates above-mentioned hot blast
Treatment process.
9. according to the laundry apparatus described in any one of claim 1~8, it is characterised in that
Above-mentioned controlling organization controls above-mentioned drive mechanism, in above-mentioned hot blast treatment process, to make above-mentioned washing and dewatering groove
Rotated with the rotary speed higher than the rotary speed in above-mentioned baking operation.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2016-147964 | 2016-07-28 | ||
| JP2016147964A JP6626795B2 (en) | 2016-07-28 | 2016-07-28 | Washing and drying machine |
Publications (2)
| Publication Number | Publication Date |
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| CN107663734A true CN107663734A (en) | 2018-02-06 |
| CN107663734B CN107663734B (en) | 2020-05-15 |
Family
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710468538.9A Active CN107663734B (en) | 2016-07-28 | 2017-06-20 | Washing and drying machine |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP6626795B2 (en) |
| CN (1) | CN107663734B (en) |
| TW (1) | TWI648450B (en) |
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| CN108686231A (en) * | 2018-05-30 | 2018-10-23 | 王加山 | A kind of medical pillow high temperature dried disinfecting equipment |
| CN110004633A (en) * | 2018-01-04 | 2019-07-12 | 青岛海尔滚筒洗衣机有限公司 | Anti-mite control method and clothes treatment device for clothes treatment device |
| CN110117885A (en) * | 2018-02-07 | 2019-08-13 | 青岛海尔滚筒洗衣机有限公司 | A kind of method for removing acarid and washing-drying integral machine of washing-drying integral machine |
| CN110117893A (en) * | 2018-02-07 | 2019-08-13 | 青岛海尔洗衣机有限公司 | A kind of method and dryer of dryer drying sterilization |
| CN110117887A (en) * | 2018-02-07 | 2019-08-13 | 青岛海尔滚筒洗衣机有限公司 | A kind of method for removing acarid and washing-drying integral machine of washing-drying integral machine |
| CN110359256A (en) * | 2018-04-11 | 2019-10-22 | 青岛海尔滚筒洗衣机有限公司 | Control method and clothes treatment device for clothes treatment device |
| CN110359258A (en) * | 2018-04-11 | 2019-10-22 | 青岛海尔滚筒洗衣机有限公司 | Control method and clothes treatment device for clothes treatment device |
| CN110607673A (en) * | 2019-09-06 | 2019-12-24 | 青岛海尔滚筒洗衣机有限公司 | Mite removing method of clothes drying equipment |
| CN111411477A (en) * | 2020-03-02 | 2020-07-14 | 珠海格力电器股份有限公司 | Mite killing control method and device, storage medium and washing machine |
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| CN110117893A (en) * | 2018-02-07 | 2019-08-13 | 青岛海尔洗衣机有限公司 | A kind of method and dryer of dryer drying sterilization |
| CN110359258A (en) * | 2018-04-11 | 2019-10-22 | 青岛海尔滚筒洗衣机有限公司 | Control method and clothes treatment device for clothes treatment device |
| CN110359256A (en) * | 2018-04-11 | 2019-10-22 | 青岛海尔滚筒洗衣机有限公司 | Control method and clothes treatment device for clothes treatment device |
| CN110359258B (en) * | 2018-04-11 | 2021-11-26 | 青岛海尔洗涤电器有限公司 | Control method for laundry treatment apparatus and laundry treatment apparatus |
| CN110359256B (en) * | 2018-04-11 | 2022-01-04 | 青岛海尔洗涤电器有限公司 | Control method for laundry treatment apparatus and laundry treatment apparatus |
| CN108686231A (en) * | 2018-05-30 | 2018-10-23 | 王加山 | A kind of medical pillow high temperature dried disinfecting equipment |
| CN108686231B (en) * | 2018-05-30 | 2021-04-23 | 河南省肿瘤医院 | Medical pillow core high temperature drying and sterilizing equipment |
| CN113228123A (en) * | 2018-12-20 | 2021-08-06 | 青岛海尔洗衣机有限公司 | Method for collecting use fee of laundromat |
| CN110607673A (en) * | 2019-09-06 | 2019-12-24 | 青岛海尔滚筒洗衣机有限公司 | Mite removing method of clothes drying equipment |
| CN114245835A (en) * | 2019-09-20 | 2022-03-25 | 松下知识产权经营株式会社 | Washing machine |
| CN111411477A (en) * | 2020-03-02 | 2020-07-14 | 珠海格力电器股份有限公司 | Mite killing control method and device, storage medium and washing machine |
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Also Published As
| Publication number | Publication date |
|---|---|
| TWI648450B (en) | 2019-01-21 |
| JP6626795B2 (en) | 2019-12-25 |
| JP2018015251A (en) | 2018-02-01 |
| CN107663734B (en) | 2020-05-15 |
| TW201804048A (en) | 2018-02-01 |
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