CN107142653A - The application method of intelligent squeezing type washing machine - Google Patents
The application method of intelligent squeezing type washing machine Download PDFInfo
- Publication number
- CN107142653A CN107142653A CN201710511273.6A CN201710511273A CN107142653A CN 107142653 A CN107142653 A CN 107142653A CN 201710511273 A CN201710511273 A CN 201710511273A CN 107142653 A CN107142653 A CN 107142653A
- Authority
- CN
- China
- Prior art keywords
- controller
- control
- clothing
- interior bucket
- stripper plate
- 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.)
- Pending
Links
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
- D06F15/00—Washing machines having beating, rubbing or squeezing means in receptacles stationary for washing purposes
-
- 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
- D06F18/00—Washing machines having receptacles, stationary for washing purposes, and having further drying means
-
- 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
- D06F33/00—Control of operations performed in washing machines or washer-dryers
-
- D06F2202/085—
-
- D06F2204/06—
Landscapes
- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Control Of Washing Machine And Dryer (AREA)
- Accessory Of Washing/Drying Machine, Commercial Washing/Drying Machine, Other Washing/Drying Machine (AREA)
Abstract
The application method of intelligent squeezing type washing machine, intelligent squeezing type washing machine includes outer barrel, interior bucket, bung, pressurizing unit, drainage arrangement, electromagnetism entering water electromagnetic valve, air energy drying device, control cabinet and controller；Pressurizing unit includes electric pushrod, stripper plate and elasticity laundry pad, drainage arrangement（5）Include dewatering box, ball float, drain solenoid valve, vacuumize magnetic valve and vavuum pump, controller is provided with level sensor, limit switch and dehydration sensor；During washing flow, put the laundry into interior bucket, extruding washing is carried out to clothing first with stripper plate and washings, after washings are drained, extruding cleaning is carried out to clothing using stripper plate and cleaning running water, after clothes cleaning is clean, cleaning running water is drained, recycles vavuum pump to carry out vacuum dehydration to clothing；Solve conventional laundry apparatus it is washed when the problem of mutually pull and mutually wind, it is to avoid clothing off-line or deformation in washing process.
Description
Technical field
The present invention relates to a kind of application method of washing machine, particularly a kind of application method of intelligent squeezing type washing machine.
Background technology
At present, common washing machine is during washing, and the clothing in bucket is mutually pullled and mutually wound, and is easily made
It is a kind of to avoid washing the application method of intelligent squeezing type washing machine that clothing is mutually pullled into clothing off-line and deformation, into
For people it is washed the need for.
The content of the invention
The purpose of the present invention is to overcome the deficiencies in the prior art there is provided a kind of application method of intelligent squeezing type washing machine,
Solve the problem of clothing is mutually pullled in conventional laundry apparatus laundry processes.
The technical solution adopted in the present invention is：Intelligent squeezing type washing machine includes outer barrel, interior bucket, bung, extruding dress
Put, drainage arrangement, electromagnetism entering water electromagnetic valve, air energy drying device, control cabinet and controller, one end of bung passes through hinge
It is connected with interior bucket, the other end of bung is provided with mechanical cover buckle and connected with interior bucket, and interior bucket is installed in outer barrel, outer barrel and control
Case is connected, and entering water electromagnetic valve is connected by pipeline with interior bucket；Bung includes extruding cushion and heating box, and heating box is provided with
Air inlet, heating outlet, upper electromagnetism shutter and lower electromagnetism air inlet valve, upper electromagnetism shutter are installed on air inlet, lower electromagnetism
Air inlet valve is installed on heating outlet；Pressurizing unit includes electric pushrod, stripper plate and elasticity laundry pad, and stripper plate is located at interior
In bucket, electric pushrod is installed in control cabinet, and the power rail of electric pushrod is connected with stripper plate；Drainage arrangement includes dehydration
Case, ball float, drain solenoid valve, magnetic valve and vavuum pump are vacuumized, vavuum pump is connected by vacuumizing magnetic valve with dewatering box,
The discharge outlet of interior bucket is connected with dewatering box, and drain solenoid valve is installed on the bottom of dewatering box, and ball float is in dewatering box；Air energy
Drying device includes compressor, evaporator, exhaust fan, expansion valve, Energy-saving box and radiator, and compressor is located at control cabinet
Interior, Energy-saving box is connected by energy recovery magnetic valve with dewatering box, and evaporator is in Energy-saving box, and Energy-saving box is provided with exhaust outlet,
Exhaust fan is located at exhaust outlet, and radiator is in heating box；Controller is provided with level sensor, limit switch and dehydration sensing
Device；Level sensor is in interior bucket, the water level for controlling interior bucket；Limit switch is located at the side of electric pushrod lower end, uses
In the stroke of control electric pushrod, to reach the purpose of control stripper plate stroke；Dehydration sensor is in dewatering box, for examining
The position of ball float is surveyed, to reach the purpose for controlling vavuum pump to vacuumize.
The washing flow of the application method of intelligent squeezing type washing machine is：Startup → water inlet → clothing extruding → draining → is entered
Water → cleaning extruding → draining → is vacuumized；In use, opening bung puts the laundry into the interior of interior bucket, bung is then shut off；Beat
The lid of sink is opened, detergent is poured into after sink, lid is closed；Wash switch is pressed, wash switch passes its signal
Controller is defeated by, controller control entering water electromagnetic valve is opened, and running water is entered in interior bucket by entering water electromagnetic valve；Meanwhile, running water
Enter sink through jet water spout by the delivery port of entering water electromagnetic valve, the detergent in sink is poured into interior bucket using running water
It is interior, detergent and running water are mixed into washings；When the water level of interior bucket reaches the control position of level sensor, water level
Its signal is transferred to controller by sensor, and controller control entering water electromagnetic valve is closed, and water inlet stops；After water inlet stops, control
Device control electric pushrod drives stripper plate to be moved up and down in interior bucket, and the clothing of internal bucket carries out cycle extrusion, when stripper plate declines,
The clothing of interior bucket absorbs washings, and when stripper plate rises extruding clothing, the washings that clothing absorbs are extruded, and are so constantly followed
Ring, using washings and stripper plate by the dirt washes clean of clothing；After the time that extrusion time reaches setting, controller control
Drain solenoid valve processed is opened, and sewage is drained by drain solenoid valve；After the completion of draining, controller control drain solenoid valve is closed；Row
After water solenoid valve is closed, controller control entering water electromagnetic valve water inlet, when the water level of interior bucket reaches the control position of level sensor
When, its signal is transferred to controller by level sensor, and controller control entering water electromagnetic valve is closed, and water inlet stops；Water inlet stops
Afterwards, controller control electric pushrod drives the clothing of the internal bucket of stripper plate to carry out cycle extrusion, to being entered using running water to clothing
Row extruding cleaning, so constantly circulation, using washings and stripper plate by the dirt washes clean of clothing；Extrude scavenging period
Arrive, controller control drain solenoid valve is opened, and the clean water of interior bucket is drained；After the clean water of interior bucket is drained, controller control
Drain solenoid valve is closed, after drain solenoid valve is closed, and controller control vacuumizes magnetic valve and opened and control vacuum pump operation,
The water for being sealed in interior bucket undergarment is taken away, vacuum dehydration is carried out using the internal bucket undergarment of vavuum pump, the vacuum dehydration time arrives,
Controller control vavuum pump is out of service；After vavuum pump is out of service, opens bung and take out clothing.
The drying process of the application method of intelligent squeezing type washing machine is：Startup → water inlet → clothing extruding → draining → is entered
Water → clothing extruding → draining → is vacuumized → dried；In use, open bung is placed on stripper plate by first elasticity laundry pad
On, first clothing is put in elasticity laundry pad, then second elasticity laundry pad is put in first layer clothing, then at second
Second layer clothing is put on elastic pad of doing washing, is so constantly circulated, more pieces of resilient laundry pad and multilayer clothing are stacked in extruding
On plate；Clothing and elasticity laundry pad are put into after interior bucket, closing bucket-lid；The lid of sink is opened, detergent is poured into and washed
Wash after box, close lid；Dry switch is pressed, switch is dried and its signal is transferred on controller, controller control electromagnetic lock
Lock, the second locking bolt of electromagnetic lock inserts the second lockhole of bung, meanwhile, the second locking bolt latches sensor close to lock sensor
Its signal is transferred to controller, controller control entering water electromagnetic valve is opened, and running water is entered in outer barrel by entering water electromagnetic valve；Together
When, running water enters sink by the delivery port of entering water electromagnetic valve through jet water spout, using running water by the detergent in sink
Pour in interior bucket, detergent and running water are mixed into washings；When the water level of interior bucket reaches the control bit of level sensor
When putting, its signal is transferred to controller by level sensor, and controller control entering water electromagnetic valve is closed, and water inlet stops；Water inlet stops
After only, controller control electric pushrod drives stripper plate to be moved up and down in interior bucket, and the clothing of internal bucket carries out cycle extrusion washing,
When stripper plate declines, the clothing of interior bucket absorbs washings, and when stripper plate rises extruding clothing, the washings that clothing absorbs are squeezed
Go out, so constantly circulation, using washings and stripper plate by the dirt washes clean of clothing；Extruding wash time reaches setting
Time after, controller control drain solenoid valve is opened, and sewage drained by drain solenoid valve；After the completion of draining, controller control
Drain solenoid valve is closed；After drain solenoid valve is closed, controller control entering water electromagnetic valve water inlet, when the water level of interior bucket reaches water level
During the control position of sensor, its signal is transferred to controller by level sensor, and controller control entering water electromagnetic valve is closed, entered
Water stops；After water inlet stops, controller control electric pushrod drives the clothing of the internal bucket of stripper plate to carry out cycle extrusion washing, right
Extruding cleaning is carried out to clothing using running water, so constantly circulation, washed the dirt of clothing using washings and stripper plate
Wash clean；After the time that extruding scavenging period reaches setting, controller control drain solenoid valve is opened, and the clean water of interior bucket is arranged
Walk；After the clean water of interior bucket is drained, controller control drain solenoid valve is closed, after drain solenoid valve is closed, and controller control is taken out
Vacuum solenoid is opened and control vacuum pump operation, and the water for being sealed in interior bucket undergarment is taken away, the internal bucket of vavuum pump is utilized
Undergarment carry out vacuum dehydration, after the time that the vacuum dehydration time reaches setting, controller control vavuum pump it is out of service and
Control vacuumizes closed electromagnetic valve；After vavuum pump is out of service, controller control air energy drying device work, controller control
Energy recovery magnetic valve, upper electromagnetism shutter and lower electromagnetism air inlet valve are opened, and controller control air energy drying device
Work, control compressor and exhaust fan operation, extraneous air enters heating box by the upper electromagnetism shutter of bung, in heating box
Heating is turned into by radiators heat, heating enters the clothing of bucket in interior bucket, heat drying through lower electromagnetism air inlet valve, and moisture is by interior bucket
Into dewatering box, discharged by exhaust outlet of the dewatering box through Energy-saving box；When the cloth drying of interior bucket, located at the humidity sensor of interior bucket
Its signal is transferred to controller by device, and controller control air energy drying device is stopped, control compressor and exhaust fan
It is out of service, and control energy recovery magnetic valve, upper electromagnetism shutter, the closing of lower electromagnetism air inlet valve；Meanwhile, controller control
Electromagnetic lock is opened, and the second locking bolt of electromagnetic lock, which resets, leaves the second lockhole, and the second locking bolt leaves lock sensor；Electromagnetic lock is beaten
After opening, open bung and take out clothing and elasticity laundry pad.
The beneficial effects of the invention are as follows：Intelligent squeezing type washing machine includes outer barrel, interior bucket, bung, pressurizing unit, draining
Device, electromagnetism entering water electromagnetic valve, air energy drying device, control cabinet and controller；During washing flow, interior bucket is put the laundry into
It is interior, extruding washing is carried out to clothing first with stripper plate and washings, after washings are drained, using stripper plate and cleaning originally
Water carries out extruding cleaning to clothing, after clothes cleaning is clean, and cleaning running water is drained, and recycles vavuum pump to carry out clothing true
Sky dehydration；Solve conventional laundry apparatus it is washed when the problem of mutually pull and mutually wind, it is to avoid clothing is in washing process
Middle off-line or deformation；During drying process, elasticity laundry pad and clothing are folded within the inner barrel layer by layer, washing flow is complete
Cheng Hou, controller control air energy drying device work, the clothing after washes clean can be dried using air, radiator
When the air of heating passes through Energy-saving box, evaporator absorbs the circulation and stress for being implemented heat by the heat of the air of radiators heat,
Effectively save the dry energy.
Brief description of the drawings
Fig. 1 is the structural representation of intelligent squeezing type washing machine.
Embodiment
The present invention is further detailed below in conjunction with the accompanying drawings：
The structural representation of intelligent squeezing type washing machine shown in Fig. 1, intelligent squeezing type washing machine include outer barrel 1, interior bucket 2,
Bung 3, pressurizing unit 4, drainage arrangement 5, electromagnetism entering water electromagnetic valve 6, air energy drying device 7, control cabinet 8 and controller 9,
One end of bung 3 is connected by hinge with interior bucket 2, and the other end of bung 3 is provided with mechanical cover buckle 33 and connected with interior bucket 2, interior
Bucket 2 is installed in outer barrel 1, and outer barrel 1 is connected with control cabinet 8, and entering water electromagnetic valve 6 is connected by pipeline with interior bucket 2；Bung 3 includes
There are extruding cushion 10 and heating box 11, extruding cushion 10 is provided with heating through hole 73, and heating box 11 is provided with air inlet 12, warmed up
Gas outlet 13, upper electromagnetism shutter 14 and lower electromagnetism air inlet valve 35, upper electromagnetism shutter 14 are installed on air inlet 12, lower electromagnetism
Air inlet valve 35 is installed on heating outlet 13；Pressurizing unit 4 includes electric pushrod 15, stripper plate 16 and elasticity laundry pad 17,
Stripper plate 16 is located in interior bucket 2, and electric pushrod 15 is installed in control cabinet 8, and power rail and the stripper plate 16 of electric pushrod 15 connect
Connect；Drainage arrangement 5 includes dewatering box 18, ball float 19, drain solenoid valve 20, vacuumizes magnetic valve 21 and vavuum pump 22, very
Empty pump 22 is connected by vacuumizing magnetic valve 21 with dewatering box 18, and the discharge outlet 24 of interior bucket 2 is connected with dewatering box 18, draining electromagnetism
Valve 20 is installed on the bottom of dewatering box 18, and ball float 19 is in dewatering box 18；Air energy drying device 7 include compressor 25,
Evaporator 26, exhaust fan 27, expansion valve 28, Energy-saving box 29 and radiator 30, compressor 24 is in control cabinet 8, Energy-saving box
29 are connected by energy recovery magnetic valve 31 with dewatering box 18, and evaporator 26 is in Energy-saving box 29, and Energy-saving box 29 is provided with air draft
Mouth 32, exhaust fan 26 is located at exhaust outlet 32, and radiator 30 is in heating box 11；Controller 8 is provided with level sensor 34, spacing
Switch 36 and dehydration sensor 37；Level sensor 34 is in interior bucket 2, the water level for controlling interior bucket 2；Limit switch 36
Side located at the lower end of electric pushrod 15, the stroke for controlling electric pushrod 15, to reach the mesh of the control stroke of stripper plate 16
's；Dehydration sensor 37 is in dewatering box 18, the position for detecting ball float 19, controls what vavuum pump 22 was vacuumized to reach
Purpose.
During in order to overcome conventional washer to roll laundry, clothing is mutually pullled, and easily causes the defect of clothing deformation, is implemented
The nothing of clothing pulls extruding washing, and controller 9 is provided with control panel 38, and control panel 38 is dried provided with wash switch 39 and hand
Switch 40；Intelligent squeezing type washing machine is done washing by the way of extruding laundry, and the workflow of intelligent squeezing type washing machine includes
There are washing flow and drying process；Washing flow is：Startup → water inlet → clothing extruding → draining → water inlet → cleaning extruding
→ draining → vacuumize；Drying process：Startup → water inlet → clothing extruding → draining → water inlet → clothing extruding → draining → is taken out
Vacuum → drying.
In order to ensure the firm connection of bung 3 and interior bucket 2 and be tightly connected, bung 3 is provided with sealing ring 41, and bung 3 is closed
When closing, bung 3 is tightly connected by the bung 42 of sealing ring 41 and interior bucket 2；The mechanical cover buckle 33 of bung 3 provided with hand 43, the
One locking bolt 44 and spring 45, interior bucket 2 are provided with the first lockhole 46；When bung 3 is closed, work of first locking bolt 44 in the elastic force of spring 45
With in the first lockhole 46 of lower insertion, bung 3 is firmly connected with interior bucket 2；Bung 3 is provided with electromagnetic lock 47, and bung 3 is provided with the second lock
Hole 48 and lock sensor 49, the base of electromagnetic lock 47 is fixedly connected with interior bucket 2, and the second locking bolt 50 of electromagnetic lock 47 is against bucket
Second lockhole 48 of lid 3, lock sensor 49 is connected by latching sensing line with controller 9；When bung 3 is locked, electromagnetic lock 47
The second locking bolt 50 insert bung 3 the second lockhole 48, meanwhile, the second locking bolt 50 close to lock sensor 49；Second locking bolt 50
During close to lock sensor 49, electric pushrod 15 could be run, and when the second locking bolt 50 leaves lock sensor 49, controller 9 is cut
The power supply of disconnected electric pushrod 15.
In order to which the clothing for implementing internal bucket 2 is washed, it is to avoid washings are leaked, the original state of drain solenoid valve 20
It is：Drain solenoid valve 20 is in off-position, and when drain solenoid valve 20 is powered off, drain solenoid valve 20 is closed；In order to
By the washings discharge of die cavity in interior bucket 2, implement the internal clothing of bucket 2 and vacuumized and dried, vacuumize magnetic valve 21 with
And the original state of energy recovery magnetic valve 31 is：Vacuumize magnetic valve 21 and energy recovery magnetic valve 31 is in power-off shape
State, when vacuumizing magnetic valve 21 and energy recovery magnetic valve 31 in off-position, vacuumizes magnetic valve 21 and heat energy is returned
Magnetic valve 31 is received to be closed.
In order to which detergent is drained into interior bucket 2, interior bucket 2 is provided with detergent hole 51, and outer barrel 1 is provided with sink 52, washed
Box 52 is washed provided with lid 53, sink 52 is connected provided with jet water spout 54 with the delivery port of entering water electromagnetic valve 6, the bottom of sink 52
Provided with detergent floss hole 55, detergent floss hole 55 is connected by detergent pipeline 23 with the detergent hole 51 of interior bucket 2.
The washing flow of the application method of intelligent squeezing type washing machine is：Startup → water inlet → clothing extruding → draining → is entered
Water → cleaning extruding → draining → is vacuumized；In use, opening bung 3 puts the laundry into the interior of interior bucket 2, bung 3 is then shut off；
The lid 53 of sink 52 is opened, detergent is poured into after sink 52, lid 53 is closed；Wash switch 39 is pressed, washing is opened
Close 39 and its signal is transferred to controller 9, the control entering water electromagnetic valve 6 of controller 9 is opened, and running water is entered by entering water electromagnetic valve 6
In interior bucket 2；Meanwhile, running water enters sink 52 by the delivery port of entering water electromagnetic valve 6 through jet water spout 54, will be washed using running water
Wash the detergent in box 52 to pour in interior bucket 2, detergent and running water are mixed into washings；When the water level of interior bucket 2 reaches
During the control position of level sensor 34, its signal is transferred to controller 9 by level sensor 34, and controller 9 is controlled into water power
Magnet valve 6 is closed, and water inlet stops；After water inlet stops, the control electric pushrod 15 of controller 9 drives stripper plate 16 to be moved down on interior bucket 2
Dynamic, the clothing of internal bucket 2 carries out cycle extrusion, when stripper plate 16 declines, and the clothing of interior bucket 2 is absorbed on washings, stripper plate 16
When rising extruding clothing, the washings that clothing absorbs are extruded, so constantly circulation, using washings and stripper plate 16 by clothing
Dirt washes clean；After the time that extrusion time reaches setting, the control drain solenoid valve 20 of controller 9 is opened, and sewage is by arranging
Water solenoid valve 20 is drained；After the completion of draining, the control drain solenoid valve 20 of controller 9 is closed；After drain solenoid valve 20 is closed, control
The control entering water electromagnetic valve 6 of device 9 is intake, when the water level of interior bucket 2 reaches the control position of level sensor 34, level sensor 34
Its signal is transferred to controller 9, the control entering water electromagnetic valve 6 of controller 9 is closed, and water inlet stops；After water inlet stops, controller 9
Electric pushrod 15 is controlled to drive the clothing of bucket 2 in 16 pairs of stripper plate to carry out cycle extrusion, to being squeezed using running water to clothing
Pressure cleaning, so constantly circulation, using washings and stripper plate 16 by the dirt washes clean of clothing；Extrude scavenging period
Arrive, the control drain solenoid valve 20 of controller 9 is opened, and the clean water of interior bucket 2 is drained；After the clean water of interior bucket 2 is drained, controller
9 control drain solenoid valves 20 are closed, after drain solenoid valve 20 is closed, and the control of controller 9 vacuumizes magnetic valve 23 and opens and control
Vavuum pump 22 processed is run, and the water for being sealed in the interior undergarment of bucket 2 is taken away, and vacuum is carried out using the undergarment of bucket 2 in 22 pairs of vavuum pump
Dehydration, the vacuum dehydration time arrives, and the control vavuum pump 22 of controller 9 is out of service；After vavuum pump 22 is out of service, bung 3 is opened
Clothing is taken out.
It is different according to different clothings, or the soil conditions of clothing in order to which clothes washing is obtained into cleaner, water inlet →
The flow of extruding → draining is cleaned, includes progress once, or circulation is multiple；Circulation repeatedly includes circulation secondary, or
Circulation three times；In order to avoid washings are revealed and influence to vacuumize draining, mistake of the intelligent squeezing type washing machine in washing flow
Cheng Zhong, energy recovery magnetic valve 31 is maintained in off position all the time.
When not draining in order to avoid the washings or clean water of dewatering box 18, magnetic valve 23 and energy recovery are vacuumized
Magnetic valve 31 is opened；Interior bucket 2 and the first time of dewatering box 18 enter after washings, and the ball float 19 in dewatering box 18 is floating in washings
It is swung up in the presence of power, its signal is transferred to controller 9 by ball float 19 close to dehydration sensor 37, dehydration sensor 37,
The control of controller 9 vacuumizes magnetic valve 23 and energy recovery magnetic valve 31 is closed；The clean water row of interior bucket 2 and dewatering box 18
After walking, the ball float 19 of dewatering box 18 is to lower swing, and ball float 19 is left close to after the position of dehydration sensor 37, dehydration sensor 37
Its signal is transferred to controller 9, the delays time to control of controller 9 vacuumizes magnetic valve 23 and opened.
Intelligent squeezing type washing machine in use, electric pushrod 15 drive stripper plate 16 rise, the clothing on stripper plate 16 with
The extruding cushion 10 of bung 3 is contacted, and stripper plate 16 is extruded extruding cushion 10 by clothing, extrudes the quilt of cushion 10
Flatten, when stripper plate 16, which extrudes clothing, rises to the position that control rises, the control electric pushrod 15 of controller 9 stops；It is electronic
After push rod 15 stops, the controller 9 of controller 9 control electric pushrod 15 drives stripper plate 16 to decline, after stripper plate 16 declines, extruding
Cushion 10 restores in the presence of its elastic properties of materials power, and the lower end of electric pushrod 15 declines the position for resetting to lower position switch 36
When putting, its signal is transferred to controller 9 by lower position switch 36, and the control electric pushrod 15 of controller 9 stops.
Because the clothes amount of cleaning is different, the height that stripper plate 16 rises is different, in order to control the rising of stripper plate 16
Height and control stripper plate 16 extrude the extruding force of clothing；Because stripper plate 16 extrudes the extruding force and electric pushrod 15 of clothing
Electric current be directly proportional, controller 9 is provided with electric current relay 56, the circuit of electric current relay 56 and the circuit connected in series of electric pushrod 15
Connection；Electric current relay 56 is connected by excess current control line with controller 9；Electric pushrod 15 drives stripper plate 16 to rise to control
When making the position risen, the electric current of electric current relay 56 reaches the controlling value of setting, and its signal is transferred to by electric current relay 56
Controller 9, the control electric pushrod 15 of controller 9 stops rising, and stripper plate 16 stops rising；Electric pushrod 15 stops after rising,
The control electric pushrod 15 of controller 9 drives stripper plate 16 to decline, so constantly circulation；Electric pushrod 15 drives stripper plate 16 to extrude
The extruding force of clothing is equal to the maximum flexibility power of the extruding material of cushion 10；The extruding of stripper plate 16 driving clothing and extruding cushion
After 10 contacts, with the continuous rising of stripper plate 16, extruding cushion 10 is continuously increased to the elastic pressure of clothing, meanwhile, squeeze
Compression elasticity pad 10 is compressed continuously, when the pressure that stripper plate 16 extrudes clothing reaches the maximum flexibility power of the extruding material of cushion 10
When, the electric current of electric pushrod 15 reaches the controlling value of setting, and the control electric pushrod 15 of controller 9 stops rising.
Leaked in order to avoid the washings of interior bucket 2, the bucket bottom of interior bucket 2 is provided with axis hole 60, and the power rail of electric pushrod 15 is worn
Cross axis hole 60 to be fixedly connected with stripper plate 16, axis hole 60 is located at sealing ring 61, sealing ring 61 and axis hole 60 and electric pushrod 15
Power rail be tightly connected；In order to which the washings or clean water of interior bucket 2 are drained, the discharge outlet 24 of interior bucket 2 connects provided with discharging water
First 62, water-discharging joint 62 is connected by adjutage 63 with dewatering box 18；Vavuum pump 22 is provided with drainage joint 64, and drainage joint 64 leads to
The discharge outlet that drainage pipeline is crossed with drain solenoid valve 20 is connected, and drainage joint 64 is connected with blow-off pipe 65.
The washings or clean water that clothing is absorbed for convenience, which are squeezed out, drains, and stripper plate 16 is provided with spilled water hole
66；When stripper plate 16 extrudes clothing, washings or clean water are flowed out by spilled water hole 66；When vavuum pump 22 vacuumizes dehydration, it is
The sealing of bucket 2 in ensureing, it is to avoid extraneous air enters interior bucket 2 by jet water spout 54, entering water electromagnetic valve 6 provided with check valve 67 with
The interior bottom of bucket 2 connection, the conducting direction of check valve 67 is pointed to the interior die cavity of interior bucket 2 by entering water electromagnetic valve 6, and opposite direction is not turned on；
During washing flow, the running water of entering water electromagnetic valve 6 can enter in interior bucket 2, and when vavuum pump 22 vacuumizes dehydration, extraneous air can not
Entered by jet water spout 54 through check valve 67 in interior bucket 2.
In order to avoid clothes is packed together, so as to which more effectively the dirt of clothing is squeezed out, and increase clothing
Between gas permeability, be conducive to cloth drying, elasticity laundry pad 17 is made up of continuous deep-slotted chip breaker 68, whole elasticity laundry pad
17 are covered with deep-slotted chip breaker 68, and the bottom land of deep-slotted chip breaker 68, which is covered with, passage 69；Elasticity laundry pad 17 is provided with multiple, utilizes multiple elasticity
Clothing is cleaned in the extruding of pad 17 of doing washing.
In order to control the temperature and humidity of drying clothing, controller 9 is provided with temperature sensor 70 and humidity sensor
71；Temperature sensor 70 is in heating box 11, the temperature for controlling heating box 11；Humidity sensor 71 is located in interior bucket 2,
Humidity for controlling to dry clothing；Temperature sensor 70 and humidity sensor 71 are connected by control line with controller 9.
The drying process of the application method of intelligent squeezing type washing machine is：Startup → water inlet → clothing extruding → draining → is entered
Water → clothing extruding → draining → is vacuumized → dried；In use, open bung 3 is placed on extruding by first elasticity laundry pad 17
On plate 16, first clothing is put in elasticity laundry pad 17, then second elasticity laundry pad 17 is put in first layer clothing, then
In putting second layer clothing on second elastic laundry pad 17, so constantly circulate, by more pieces of resilient laundry pad 17 and multilayer
Clothing is stacked on stripper plate 16；Clothing and elasticity laundry pad 17 are put into after interior bucket 2, closing bucket-lid 3；Open sink 52
Lid 53, detergent is poured into after sink 52, closes lid 53；Press and dry switch 40, dry switch 40 and pass its signal
Controller 9 is defeated by, the control electromagnetic lock 47 of controller 9 is locked, and the second locking bolt 50 of electromagnetic lock 47 inserts the second lockhole of bung 3
48, meanwhile, its signal is transferred to controller 9, controller 9 by the second locking bolt 50 close to lock sensor 49, lock sensor 49
Control entering water electromagnetic valve 6 is opened, and running water is entered in outer barrel 1 by entering water electromagnetic valve 6；Meanwhile, running water is by entering water electromagnetic valve 6
Delivery port enters sink 52 through jet water spout 52, pours in interior bucket 2 detergent in sink 52 using running water, will wash
Agent is mixed into washings with running water；When the water level of interior bucket 2 reaches the control position of level sensor 34, level sensor
Its signal is transferred to controller 9 by 34, and the control entering water electromagnetic valve 6 of controller 9 is closed, and water inlet stops；After water inlet stops, controller
9 control electric pushrods 15 drive stripper plate 16 to be moved up and down in interior bucket 2, and the clothing of internal bucket 2 carries out cycle extrusion washing, extruding
When plate 16 declines, the clothing of interior bucket 2 absorbs washings, and when stripper plate 16 rises extruding clothing, the washings that clothing absorbs are squeezed
Go out, so constantly circulation, using washings and stripper plate 16 by the dirt washes clean of clothing；Extruding wash time, which reaches, to be set
After the fixed time, the control drain solenoid valve 20 of controller 9 is opened, and sewage is drained by drain solenoid valve 20；After the completion of draining, control
The control drain solenoid valve 20 of device 9 is closed；After drain solenoid valve 20 is closed, the control entering water electromagnetic valve 6 of controller 9 is intake, when interior bucket 2
Water level when reaching the control position of level sensor 34, its signal is transferred to controller 9, controller 9 by level sensor 34
Control entering water electromagnetic valve 6 is closed, and water inlet stops；After water inlet stops, the control electric pushrod 15 of controller 9 is driven in 16 pairs of stripper plate
The clothing of bucket 2 carries out cycle extrusion washing, to carrying out extruding cleaning to clothing using running water, so constantly circulates, using washing
Water and stripper plate 16 are washed by the dirt washes clean of clothing；After the time that extruding scavenging period reaches setting, controller 9 is controlled
Drain solenoid valve 20 is opened, and the clean water of interior bucket 2 is drained；After the clean water of interior bucket 2 is drained, the control draining electromagnetism of controller 9
Valve 20 is closed, after drain solenoid valve 20 is closed, and the control of controller 9 vacuumizes magnetic valve 23 and opens and control vavuum pump 22 to transport
OK, the water for being sealed in the interior undergarment of bucket 2 is taken away, vacuum dehydration, vacuum dehydration is carried out using the undergarment of bucket 2 in 22 pairs of vavuum pump
After the time that time reaches setting, the control vavuum pump 22 of controller 9 is out of service and control vacuumizes magnetic valve 23 and closed；Very
After empty pump 22 is out of service, the control air energy of controller 9 drying device 7 works, the control energy recovery of controller 9 magnetic valve 31,
Upper electromagnetism shutter 14 and lower electromagnetism air inlet valve 35 are opened, and the control air energy of controller 9 drying device 7 works, and controls
Compressor 25 and exhaust fan 27 are run, and extraneous air enters heating box 11 by the upper electromagnetism shutter 14 of bung 3, in heating box
11 are heated as heating by radiator 30, and heating enters the clothing of bucket in interior bucket 2, heat drying through lower electromagnetism air inlet valve 35, wet
Gas enters dewatering box 18 by interior bucket 2, is discharged by exhaust outlet 32 of the dewatering box 18 through Energy-saving box 29；When the cloth drying of interior bucket 2,
Its signal is transferred to controller 9 by the humidity sensor 71 located at interior bucket 2, and the control air energy of controller 9 drying device 7 stops work
Make, control compressor 25 and exhaust fan 27 are out of service, and control energy recovery magnetic valve 31, upper electromagnetism shutter 14,
Lower electromagnetism air inlet valve 35 is closed；Meanwhile, the control electromagnetic lock 47 of controller 9 is opened, and the second locking bolt 50 of electromagnetic lock 47, which resets, to be left
Second lockhole 48, the second locking bolt 50 leaves lock sensor 49；After electromagnetic lock 47 is opened, bung 3 is opened by clothing and elasticity
Laundry pad 17 takes out.
In order to implement the circulation and stress of heat, during the cloth drying of interior bucket 2, the control air energy of controller 9 drying device 7 is transported
OK, the heat of the absorption air of evaporator 26, the heat of the absorption air of evaporator 26 is transported to radiator 30 by refrigerant, radiating
The air for entering heating box 11 is heated as being transported to interior bucket 2 after hot-air by device 30, and the clothing in interior bucket 2 absorbs hot-air
The moisture of heat of vaporization clothing, the moisture that clothing is evaporated follows the air flow of circulation, moisture by interior bucket 2 discharge outlet 24
Enter Energy-saving box 29 through dewatering box 18, discharged by the exhaust outlet 32 of Energy-saving box 29；Meanwhile, the air that radiator 30 is heated is through celebrating a festival
During energy case 29, evaporator 26 absorbs the heat of the air heated by radiator 30, implements the circulation and stress of heat.
In order to implement the control for drying clothing temperature, when air energy drying device 7 works, radiator 30 is constantly to heating box
11 distribute heat, when heating box 11 temperature exceed temperature sensor 70 set temperature upper limit when, temperature sensor 70 by its
Signal is transferred to controller 9, and the control compressor 25 of controller 9 is out of service；When the temperature of heating box 11 is less than temperature sensor
At a temperature of 70 settings in limited time, its signal is transferred to controller 9 by temperature sensor 70, and the control compressor 25 of controller 9 recovers
Operation；So constantly circulation.
In order to which in the thermal current of interior bucket 2 formation circulation, during the cloth drying of interior bucket 2, the control exhaust fan 27 of controller 9 is transported
OK, circulation thermal current is formed；Hot blast by heating box 11 through lower electromagnetism air inlet valve 35 enter interior bucket 2 in, thermal current by clothing with
And the passage 69 of elasticity laundry pad 17, the clothing between elasticity laundry pad 17 and elasticity laundry pad 17 is heated using thermal current,
Moisture in heating evaporation clothing, the moisture of clothing evaporation enters dewatering box 18 by the discharge outlet 24 of interior bucket 2, is then returned through heat energy
Receive magnetic valve 31 and enter Energy-saving box 29, then be discharged to by the exhaust outlet 32 of Energy-saving box 29 in air.
In order to control the water level of outer barrel 1 and interior bucket 2, level sensor 34 includes lower level sensor 57, middle water level
Sensor 58 and upper level sensor 59, middle level sensor 58 be located at lower level sensor 57 and upper level sensor 59 it
Between, upper level sensor 59 is located at the top of interior bucket 2, and lower middle level sensor 57 is located at the bottom of interior outer barrel 2；Intelligent squash type
Washing machine is put into elasticity laundry pad 17 quantity of interior bucket 2 in use, the quantity according to washing clothing sets the water level of interior bucket 2
Set according to the quantity of washing clothing, the elasticity laundry quantity of pad 17 for being put into interior bucket 2 is directly proportional to washing the quantity of clothing；Intelligence
Energy squeezing type washing machine is in use, be first placed on the stripper plate 16 including an elasticity laundry pad 17 in bucket 2, then in elasticity
One layer of clothing is put on laundry pad 17, an elasticity laundry pad 17, so constantly circulation, by dummy block 17 are put on clothing
And clothing is stacked on stripper plate 16 layer by layer,
The intelligent squeezing type washing machine configuration elasticity laundry quantity of pad 17, matches somebody with somebody according to intelligent squeezing type washing machine maximum laundry amount
Put；During laundry, an elasticity laundry pad 17 is put into one layer of clothing, during by the elasticity laundry pad 17 all configured, by the control of interior bucket 2
Water level processed is arranged on water level position；When being put into 1/2nd elasticity laundry pad 17, during the controlling water level of interior bucket 2 is arranged on
Water level position；When being put into 1/3rd elasticity laundry pad 17, the controlling water level of interior bucket 2 is arranged on lower water level position；Control
Panel 38 provided with water level set button 72, water level set button 72 include upper water level set button, middle water level set button and
Lower water level sets button.
Intelligent squeezing type washing machine is in use, set the controlling water level of interior bucket 2 using water level setting button 72；Utilize control
The control entering water electromagnetic valve 6 of device 9 opens water inlet；When the controlling water level that controlling water level is arranged on upper water level position and interior bucket 2 reaches
On this during water level position, its signal is transferred to controller 9 by upper level sensor 59, and the control entering water electromagnetic valve 6 of controller 9 is closed
Close, water inlet stops；When the controlling water level that controlling water level is arranged on middle water level position and outer barrel 1 reaches water level position in this,
Its signal is transferred to controller 9 by middle level sensor 58, and the control entering water electromagnetic valve 6 of controller 9 is closed, and water inlet stops；Work as control
When the controlling water level that water level processed is arranged on lower water level position and interior bucket 2 reaches the lower water level position, lower level sensor 57 will
Its signal is transferred to controller 9, and the control entering water electromagnetic valve 6 of controller 9 is closed, and water inlet stops.
Claims (10)
1. the application method of intelligent squeezing type washing machine, intelligent squeezing type washing machine includes outer barrel（1）, interior bucket（2）, bung
（3）, pressurizing unit（4）, drainage arrangement（5）, electromagnetism entering water electromagnetic valve（6）, air energy drying device（7）, control cabinet（8）And
Controller（9）, interior bucket（2）It is installed on outer barrel（1）It is interior, entering water electromagnetic valve（6）Pass through pipeline and interior bucket（2）Connection；Bung（3）Bag
Extruding cushion is included（10）, pressurizing unit（4）Include electric pushrod（15）And stripper plate（16）, stripper plate（16）It is located at
Interior bucket（2）It is interior, electric pushrod（15）Power rail and stripper plate（16）Connection；Drainage arrangement（5）Include dewatering box（18）, it is floating
Ball（19）, drain solenoid valve（20）, vacuumize magnetic valve（21）And vavuum pump（22）, vavuum pump（22）By vacuumizing electromagnetism
Valve（21）With dewatering box（18）Connection, interior bucket（2）Discharge outlet（24）With dewatering box（18）Connection；Sink（52）Provided with bath
Pipe（54）With entering water electromagnetic valve（6）Delivery port connection, controller（8）Provided with level sensor（34）, limit switch（36）With
And dehydration sensor（37）；It is characterized in that：The washing flow of the application method of described intelligent squeezing type washing machine is：Start
→ water inlet → clothing extruding → draining → water inlet → cleaning extruding → draining → is vacuumized；In use, opening bung（3）By clothing
It is put into interior bucket（2）It is interior, be then shut off bung（3）；Open sink（52）Lid（53）, detergent is poured into sink
（52）Afterwards, lid is closed（53）；Press wash switch（39）, wash switch（39）Its signal is transferred to controller（9）, control
Device（9）Control entering water electromagnetic valve（6）Open, running water is by entering water electromagnetic valve（6）Into interior bucket（2）It is interior；Meanwhile, running water is by entering
Water solenoid valve（6）Delivery port through jet water spout（54）Into sink（52）, using running water by sink（52）Interior washing
Interior bucket is poured in agent（2）It is interior, detergent and running water are mixed into washings；When interior bucket（2）Water level reach level sensor
（34）Control position when, level sensor（34）Its signal is transferred to controller（9）, controller（9）Control water inlet electromagnetism
Valve（6）Close, water inlet stops；After water inlet stops, controller（9）Control electric pushrod（15）Drive stripper plate（16）In interior bucket
（2）Move up and down, internal bucket（2）Clothing carry out cycle extrusion, stripper plate（16）During decline, interior bucket（2）Clothing absorb wash
Wash water, stripper plate（16）When rising extruding clothing, the washings that clothing absorbs are extruded, so constantly circulation, utilize washings
And stripper plate（16）By the dirt washes clean of clothing；After the time that extrusion time reaches setting, controller（9）Control draining
Magnetic valve（20）Open, sewage is by drain solenoid valve（20）Drain；After the completion of draining, controller（9）Control drain solenoid valve
（20）Close；Drain solenoid valve（20）After closing, controller（9）Control entering water electromagnetic valve（6）Water inlet, when interior bucket（2）Water level
Reach level sensor（34）Control position when, level sensor（34）Its signal is transferred to controller（9）, controller
（9）Control entering water electromagnetic valve（6）Close, water inlet stops；After water inlet stops, controller（9）Control electric pushrod（15）Drive and squeeze
Pressing plate（16）Internal bucket（2）Clothing carry out cycle extrusion, to using running water to clothing progress extruding cleaning, so constantly follow
Ring, utilizes washings and stripper plate（16）By the dirt washes clean of clothing；Extruding scavenging period is arrived, controller（9）Control
Drain solenoid valve（20）Open, by interior bucket（2）Clean water drain；Interior bucket（2）Clean water drain after, controller（9）Control
Drain solenoid valve（20）Close, drain solenoid valve（20）After closing, controller（9）Control vacuumizes magnetic valve（23）Open and
Control vavuum pump（22）Operation, will be sealed in interior bucket（2）The water of undergarment is taken away, utilizes vavuum pump（22）Internal bucket（2）Underwear
Thing carries out vacuum dehydration, and the vacuum dehydration time arrives, controller（9）Control vavuum pump（22）It is out of service；Vavuum pump（22）Stop
After operation, bung is opened（3）Clothing is taken out.
2. the application method of intelligent squeezing type washing machine according to claim 1, it is characterised in that：Described water inlet → clear
The flow of clean extruding → draining, includes progress once, or circulation is multiple；Circulation includes circulation secondary repeatedly, or follow
Ring three times.
3. the application method of intelligent squeezing type washing machine according to claim 1, it is characterised in that：Described interior bucket（2）
And dewatering box（18）Enter for the first time after washings, dewatering box（18）Interior ball float（19）Washing water buoyancy in the presence of to
It is upper to swing, ball float（19）Close to dehydration sensor（37）, dehydration sensor（37）Its signal is transferred to controller（9）, control
Device（9）Control vacuumizes magnetic valve（23）And energy recovery magnetic valve（31）Close；Interior bucket（2）And dewatering box（18）It is clear
After clean water is drained, dewatering box（18）Ball float（19）To lower swing, ball float（19）Leave close to dehydration sensor（37）Position
Afterwards, dehydration sensor（37）Its signal is transferred to controller（9）, controller（9）Control vacuumizes magnetic valve（23）Open.
4. the application method of intelligent squeezing type washing machine according to claim 1, it is characterised in that：Described intelligence extruding
Formula washing machine is in use, electric pushrod（15）Drive stripper plate（16）Rise, stripper plate（16）On clothing and bung（3）Squeeze
Compression elasticity pad（10）Contact, stripper plate（16）By clothing to extruding cushion（10）Extruded, extrude cushion（10）Quilt
Flatten, work as stripper plate（16）When extruding clothing rises to the position that control rises, controller（9）Control electric pushrod（15）Stop
Only；Electric pushrod（15）After stopping, controller（9）Controller（9）Control electric pushrod（15）Drive stripper plate（16）Decline, squeeze
Pressing plate（16）After decline, cushion is extruded（10）Restored in the presence of its elastic properties of materials power, electric pushrod（15）Lower end under
Drop resets to limit switch（36）Position when, limit switch（36）Its signal is transferred to controller（9）, controller（9）Control
Electric pushrod processed（15）Stop.
5. the application method of intelligent squeezing type washing machine according to claim 4, it is characterised in that：Described controller
（9）Provided with electric current relay（56）, electric current relay（56）Circuit and electric pushrod（15）Circuit connected in series connection；Electric current after
Electrical equipment（56）Pass through excess current control line and controller（9）Connection.
6. the application method of intelligent squeezing type washing machine according to claim 5, it is characterised in that：Described electric pushrod
（15）Drive stripper plate（16）When rising to the position that control rises, electric current relay（56）Electric current reach the control of setting
Value, electric current relay（56）Its signal is transferred to controller（9）, controller（9）Control electric pushrod（15）Stop rising, squeeze
Pressing plate（16）Stop rising；Electric pushrod（15）Stop after rising, controller（9）Control electric pushrod（15）Drive stripper plate
（16）Decline, so constantly circulation.
7. the application method of intelligent squeezing type washing machine according to claim 1, it is characterised in that：Described vavuum pump
（22）Provided with drainage joint（64）, drainage joint（64）Pass through drainage pipeline and drain solenoid valve（20）Discharge outlet connection, row
Water swivel（64）With blow-off pipe（65）Connection.
8. the application method of intelligent squeezing type washing machine according to claim 1, sink（52）Provided with jet water spout（54）
With entering water electromagnetic valve（6）Delivery port connection, entering water electromagnetic valve（6）Provided with check valve（67）With interior bucket（2）Connection, its feature exists
In：During washing flow, entering water electromagnetic valve（6）Running water can enter interior bucket（2）It is interior, vavuum pump（22）When vacuumizing dehydration, outside
Portion's air can not be by jet water spout（54）Through check valve（67）Into interior bucket（2）It is interior.
9. the application method of intelligent squeezing type washing machine according to claim 1, it is characterised in that：Described electric pushrod
（15）Drive stripper plate（16）The extruding force for extruding clothing is equal to extruding cushion（10）The maximum flexibility power of material.
10. the application method of intelligent squeezing type washing machine according to claim 9, it is characterised in that：Described stripper plate
（16）Extruding driving clothing and extruding cushion（10）After contact, with stripper plate（16）Continuous rising, extrude cushion
（10）The elastic pressure of clothing is continuously increased, meanwhile, extrude cushion（10）It is compressed continuously, works as stripper plate（16）Extrude clothing
The pressure of thing reaches extruding cushion（10）During the maximum flexibility power of material, electric pushrod（15）Electric current reach the control of setting
Value, controller（9）Control electric pushrod（15）Stop rising.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710511273.6A CN107142653A (en) | 2017-06-29 | 2017-06-29 | The application method of intelligent squeezing type washing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710511273.6A CN107142653A (en) | 2017-06-29 | 2017-06-29 | The application method of intelligent squeezing type washing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107142653A true CN107142653A (en) | 2017-09-08 |
Family
ID=59784306
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710511273.6A Pending CN107142653A (en) | 2017-06-29 | 2017-06-29 | The application method of intelligent squeezing type washing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107142653A (en) |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108103721A (en) * | 2017-12-31 | 2018-06-01 | 柴文龙 | A kind of washing machine squeezed from top to bottom |
| CN108193429A (en) * | 2018-03-20 | 2018-06-22 | 魏大平 | Twin shaft gravity squeezes, sealed washing machine |
| CN108360208A (en) * | 2018-03-20 | 2018-08-03 | 魏大平 | Twin shaft gravity squeezing type washing machine |
| CN108411561A (en) * | 2018-02-26 | 2018-08-17 | 魏大平 | Low noise cleaning method is carried out to clothing using modes such as rotation, rolling, extruding |
| CN110219144A (en) * | 2019-06-21 | 2019-09-10 | 安徽宏润工业设备安装有限公司 | Squeezing dehydration device |
| WO2020038345A1 (en) * | 2018-08-21 | 2020-02-27 | 张清秀 | Drum compressing-type washing machine and method for using same |
| CN112048878A (en) * | 2019-06-06 | 2020-12-08 | 青岛海尔洗衣机有限公司 | Washing machine and control method |
| CN112411110A (en) * | 2019-08-21 | 2021-02-26 | 松下知识产权经营株式会社 | Washing machine |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102071551A (en) * | 2011-02-28 | 2011-05-25 | 过林华 | Washing machine |
| CN104975461A (en) * | 2014-04-04 | 2015-10-14 | 海尔集团公司 | Control method for reciprocating piston type washing machine and washing machine |
| CN204982419U (en) * | 2015-08-18 | 2016-01-20 | 上海艾斯维洗涤机械工程技术有限公司 | Wash imperial dewatering device |
-
2017
- 2017-06-29 CN CN201710511273.6A patent/CN107142653A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102071551A (en) * | 2011-02-28 | 2011-05-25 | 过林华 | Washing machine |
| CN104975461A (en) * | 2014-04-04 | 2015-10-14 | 海尔集团公司 | Control method for reciprocating piston type washing machine and washing machine |
| CN204982419U (en) * | 2015-08-18 | 2016-01-20 | 上海艾斯维洗涤机械工程技术有限公司 | Wash imperial dewatering device |
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108103721A (en) * | 2017-12-31 | 2018-06-01 | 柴文龙 | A kind of washing machine squeezed from top to bottom |
| CN108411561A (en) * | 2018-02-26 | 2018-08-17 | 魏大平 | Low noise cleaning method is carried out to clothing using modes such as rotation, rolling, extruding |
| CN108411561B (en) * | 2018-02-26 | 2020-06-23 | 中欧电器江苏有限公司 | Method for cleaning clothes in low noise by adopting rotating, rolling and extruding modes |
| CN108193429A (en) * | 2018-03-20 | 2018-06-22 | 魏大平 | Twin shaft gravity squeezes, sealed washing machine |
| CN108360208A (en) * | 2018-03-20 | 2018-08-03 | 魏大平 | Twin shaft gravity squeezing type washing machine |
| CN108193429B (en) * | 2018-03-20 | 2019-07-12 | 盛铁丰 | The extruding of twin shaft gravity, sealed washing machine |
| WO2020038345A1 (en) * | 2018-08-21 | 2020-02-27 | 张清秀 | Drum compressing-type washing machine and method for using same |
| CN112048878A (en) * | 2019-06-06 | 2020-12-08 | 青岛海尔洗衣机有限公司 | Washing machine and control method |
| CN110219144A (en) * | 2019-06-21 | 2019-09-10 | 安徽宏润工业设备安装有限公司 | Squeezing dehydration device |
| CN112411110A (en) * | 2019-08-21 | 2021-02-26 | 松下知识产权经营株式会社 | Washing machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN107142653A (en) | The application method of intelligent squeezing type washing machine | |
| CN107151890A (en) | Intelligent power saving squeezing type washing machine | |
| CN102206916B (en) | A kind of heat pump drying system for cylinder drying and control method | |
| CN104532526B (en) | Drying device | |
| CN105603681B (en) | Vacuum and low temperature boiling purging system, vacuum and low temperature boiling cleaning machine and bubbling -cleaning method | |
| EP3064629B1 (en) | Pulsator-type heat pump combined washer-dryer and drying method | |
| CN105506939A (en) | Clothes dryer self-cleaning filtering device and condensation clothes dryer | |
| CN106120238B (en) | A kind of roller washing machine | |
| CN215628794U (en) | Washing machine | |
| CN107142657B (en) | Washing machine and working method thereof | |
| CN106595156A (en) | Air conditioner evaporator cleaning control method and device, and air conditioner | |
| CN107320043A (en) | The cleaning cooling structure and its cleaning cooling means of a kind of dish-washing machine | |
| CN108239865A (en) | Washing-drying integral machine discharge structure, washing-drying integral machine and drying water discharge method | |
| CN108642826A (en) | A kind of smart home cloth drying processing unit | |
| CN110373878A (en) | A kind of clothes treatment device | |
| CN107142654A (en) | The application method of intelligent power saving squeezing type washing machine | |
| CN207130486U (en) | A kind of intelligent power saving squeezing type washing machine | |
| CN107177950A (en) | Intelligent squeezing type washing machine | |
| CN104532521B (en) | A kind of drying plant | |
| CN207109355U (en) | A kind of intelligent squeezing type washing machine | |
| CN105734939A (en) | Drainage structure of heat pump clothes dryer, heat pump clothes dryer and washing and drying integrated machine | |
| CN105637137B (en) | Scrubbing-and-drying unit | |
| CN206587204U (en) | The double-layer cabinet chamber steam discharging device of the mould proof disinfection cupboard of intelligence | |
| CN109440385A (en) | A kind of washing machine | |
| CN109518405A (en) | A kind of laundry drying system and its control method |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20170908 |
|
| RJ01 | Rejection of invention patent application after publication |