CN107142662A - The application method of intelligent power saving washing machine - Google Patents
The application method of intelligent power saving washing machine Download PDFInfo
- Publication number
- CN107142662A CN107142662A CN201710513782.2A CN201710513782A CN107142662A CN 107142662 A CN107142662 A CN 107142662A CN 201710513782 A CN201710513782 A CN 201710513782A CN 107142662 A CN107142662 A CN 107142662A
- Authority
- CN
- China
- Prior art keywords
- suspension bucket
- agitator
- controller
- bucket
- electromagnet
- 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
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- 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
- D06F23/00—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
- D06F23/04—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 rotating or oscillating about a vertical axis
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- 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
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- 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
- D06F37/00—Details specific to washing machines covered by groups D06F21/00 - D06F25/00
- D06F37/30—Driving arrangements
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- D06F2202/085—
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- D06F2204/06—
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- D06F2204/084—
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- D06F2204/086—
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- D06F2204/10—
Abstract
The application method of intelligent power saving washing machine, intelligent power saving washing machine includes shell, stirring wheel, bung, suspension bucket, drainage arrangement, entering water electromagnetic valve, motor, gear train, magnetic levitation system, detergent box and controller, and suspension bucket includes cover tire and interior bucket；In use, when controller controlled motor drives stirring wheel rotation, the opposite direction that motor drives suspension bucket to be rotated by stirring wheel by gear train is rotated, and the clothing of interior bucket is followed stirring wheel to rotate, washed using the water impact clothing of opposite direction；When controller controlled motor drives stirring wheel rotation, controller control electromagnet is powered, electromagnet is produced and fixed magnet identical polarity, suspension bucket is in the presence of electromagnet and fixed magnet same polarity repulsive force, suspension bucket rises suspension along motor shaft and got up, the upper surface of electromagnet and the lower surface of fixed magnet is in contactless state, reduce the frictional force of suspension bucket rotation.
Description
Technical field
The present invention relates to a kind of application method of washing machine, particularly a kind of application method of intelligent power saving washing machine.
Background technology
At present, traditional washing machine, during laundry, the continuous rotating of motor, the clothing for driving water slug to be washed, due to motor
Continuous main story and reversion, not only power consumption, and have bad influence to the service life of motor, one kind avoids motor positive and inverse
The need for the application method of the intelligent power saving washing machine of operation has turned into people's improvement washing machine performance.
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 power saving washing machine, is changed
The performance of kind washing machine.
The technical solution adopted in the present invention is：Intelligent power saving washing machine include shell, agitator, bung, suspension bucket,
Drainage arrangement, entering water electromagnetic valve, motor, gear train, magnetic levitation system, detergent box and controller；Bung by hinge with
Cage connection, agitator is installed in suspension bucket, and entering water electromagnetic valve is connected by its water inlet pipe with detergent box, and detergent box leads to
Its adjutage is crossed to connect with suspension bucket；Drainage arrangement includes draining axle, drainage seat and drain solenoid valve, and gear train includes
Driving gear, the first idler gear, the second idler gear, the 3rd idler gear and driven gear, the support and shell of motor
Connection, the motor shaft of motor is fixedly connected with draining axle, and draining axle passes through the lower shaft hole of drainage seat and the upper shaft hole of suspension bucket
Be fixedly connected with agitator, the upper shaft hole of the lower shaft hole and suspension bucket of draining axle and drainage seat is dynamic to be connected, draining axle with
The lower shaft hole of drainage seat and the upper shaft hole of suspension bucket are tightly connected；Drainage seat shell is fixedly connected, and draining axle is provided with upper draining
Hole, drainage seat is provided with lower osculum, and the upper osculum of draining axle is connected with the lower osculum of drainage seat；Motor shaft and driving gear
Connection, driving gear is engaged with the first idler gear, and the first idler gear is engaged with the second idler gear, and the second idler gear leads to
Cross electromagnetic clutch to be connected with the 3rd idler gear, the 3rd idler gear is engaged with driven gear, driven gear and suspension bucket are same
Axle is connected；Magnetic levitation system includes electromagnet and fixed magnet, and electromagnet is fixedly connected with shell, and fixed magnet is with suspending
Bucket is fixedly connected, and fixed magnet is located at the opposite of electromagnet；Agitator is provided with washing hole, the outer barrel between suspension bucket and agitator
Die cavity is connected by washing hole with the interior barrel shape chamber of agitator；The lower osculum connection of drain solenoid valve and drainage seat, draining axle
Upper osculum connected with interior barrel shape chamber and outer barrel die cavity；Controller includes control panel and level sensor, control
Panel is provided with starting switch, and level sensor is in the outer barrel die cavity of suspension bucket, and level sensor is installed on adjutage, control
Device processed is connected by control line with level sensor；The original state of suspension bucket is：Fixed magnet is supported in electromagnetism by electromagnet
The upper surface of iron, the lower surface of fixed magnet is contacted with the upper surface of electromagnet, under the upper surface and fixed magnet of electromagnet
The area equation of end face.
The application method of intelligent power saving washing machine is：In use, opening bung, the interior barrel shape chamber of agitator is put the laundry into
Closing bucket-lid, and open detergent box afterwards, detergent is put into after detergent box and closes detergent box；Opened using starting switch
After dynamic, controller control entering water electromagnetic valve water inlet, running water enters detergent box by entering water electromagnetic valve through water inlet pipe, by detergent
Detergent in box is poured in suspension bucket by adjutage, and by the scrubbed hole of suspension bucket enter agitator interior barrel shape chamber；When
The water level of the washings of suspension bucket reaches behind the position of level sensor that level sensor is transferred to controller through its signal, control
Device control entering water electromagnetic valve processed is closed, and water inlet stops；After water inlet stops, controller controlled motor drives agitator to rotate, simultaneously
Motor drives the rotation of suspension bucket by gear train, and it is in opposite direction that the direction and agitator that suspension bucket is rotated are rotated；In agitator
The clothing of barrel shape chamber follows agitator to rotate, and the washings opposite direction of suspension bucket driving outer barrel die cavity is rotated, and utilizes opposite direction
Water impact clothing is washed；Wash time is arrived, and controller controlled motor stops operating；After motor stalls, controller
Drain solenoid valve is controlled to open, upper osculum of the washings through draining axle, the lower osculum of drainage seat and row in suspension bucket
Water solenoid valve is drained；After washings in suspension bucket are drained, controller controlled motor drives agitator to rotate, meanwhile, controller
Electromagnetic clutch is controlled to be powered, electromagnetic clutch separation, the 3rd idler gear does not follow the second idler gear to rotate, and suspension bucket is not
Follow motor to rotate, drive agitator to rotate using motor and be dehydrated, after dehydration is finished, controller controlled motor stops operating, together
When, controller control drain solenoid valve is closed and control electromagnetic clutch power-off, and electromagnetic clutch resets.
The beneficial effects of the invention are as follows：Intelligent power saving washing machine includes shell, agitator, bung, suspension bucket, draining dress
Put, entering water electromagnetic valve, motor, gear train, magnetic levitation system, detergent box and controller；In use, controller controlled motor
When driving agitator rotation, the opposite direction that motor drives suspension bucket to be rotated by agitator by gear train is rotated, agitator
Clothing follows agitator to rotate, and is washed using the water impact clothing of opposite direction；Controller controlled motor drives agitator
During rotation, controller controls electromagnet to be powered, and electromagnet is produced and fixed magnet identical polarity, and suspension bucket is in electromagnet and admittedly
In the presence of fixed magnet same polarity repulsive force, suspension bucket rises suspension along motor shaft and got up, and makes upper surface and the fixation of electromagnet
The lower surface of magnet is in contactless state, reduces the frictional force of suspension bucket rotation.
Brief description of the drawings
Fig. 1 is the structural representation of intelligent power saving washing machine.
Embodiment
The present invention is further detailed below in conjunction with the accompanying drawings：
The structural representation of intelligent power saving washing machine shown in Fig. 1, intelligent power saving washing machine includes shell 1, agitator 2, bucket
Lid 3, suspension bucket 4, drainage arrangement 5, entering water electromagnetic valve 6, motor 7, gear train 8, magnetic levitation system 9, detergent box 10 and control
Device 11 processed；Bung 3 is connected by hinge with shell 1, and agitator 2 is installed in suspension bucket 4, and entering water electromagnetic valve 6 is intake by it
Pipe 12 is connected with detergent box 10, and detergent box 10 is connected by its adjutage 13 with suspension bucket 4；Drainage arrangement 5 includes row
Water axle 14, drainage seat 15 and drain solenoid valve 16, gear train 8 include in driving gear 17, the first idler gear 18, second
Between gear 19, the 3rd idler gear 20 and driven gear 21, the support of motor 7 is connected with shell 1, the motor shaft 22 of motor 7
It is fixedly connected with draining axle 14, upper shaft hole 25 and stirring of the draining axle 14 through the lower shaft hole 24 and suspension bucket 4 of drainage seat 15
Bucket 2 is fixedly connected, draining axle 14 and the lower shaft hole 24 of drainage seat 15 and the dynamic mating connection of the upper shaft hole 25 of suspension bucket 4, draining
Axle 14 is tightly connected with the lower shaft hole 24 of drainage seat 15 and the upper shaft hole 25 of suspension bucket 4；The shell 1 of drainage seat 15 is fixedly connected,
Draining axle 14 is provided with upper osculum 26, and drainage seat 15 is provided with lower osculum 27, upper osculum 26 and the drainage seat 15 of draining axle 14
Lower osculum 27 connect；Motor shaft 22 is connected with driving gear 17, and driving gear 17 is engaged with the first idler gear 18, and first
Idler gear 18 is engaged with the second idler gear 19, and the second idler gear 19 passes through the idler gear 20 of electromagnetic clutch 23 and the 3rd
Connection, the 3rd idler gear 20 is engaged with driven gear 21, and driven gear 21 and suspension bucket 4 are coaxially connected；Magnetic levitation system 9 is wrapped
Electromagnet 28 and fixed magnet 29 are included, electromagnet 28 is fixedly connected with shell 1, fixed magnet 29 is fixed with suspension bucket 4 to be connected
Connect, fixed magnet 29 is located at the opposite of electromagnet 28；Agitator 2 is provided with washing hole 30, outer between suspension bucket 4 and agitator 2
Barrel shape chamber 31 is connected by washing hole 30 with the interior barrel shape chamber 32 of agitator 2；The lower draining of drain solenoid valve 16 and drainage seat 15
Hole 27 is connected, and the upper osculum 26 of draining axle 14 is connected with interior barrel shape chamber 32 and outer barrel die cavity 31；The original state of suspension bucket 4
It is：Fixed magnet 29 is supported in the upper surface 41 of electromagnet 28, the lower surface 40 of fixed magnet 29 and electromagnet by electromagnet 28
28 upper surface 41 is contacted, the area equation of the upper surface 41 of electromagnet 28 and the lower surface 40 of fixed magnet 29.
In order to implement the control of the water level of suspension bucket 4, controller 11 includes control panel 33 and level sensor 34, control
Panel 34 processed is provided with starting switch 35, and level sensor 34 is in the outer barrel die cavity 31 of suspension bucket 4, and level sensor 32 is installed
In on adjutage 13, controller 11 is connected by control line with level sensor 34；Level sensor 34 includes water level biography
Sensor 36, middle level sensor 37, lower level sensor 38 and discharge level sensor 39, upper level sensor 36 is located at outer
The top of barrel shape chamber 31, middle level sensor 37 is located at the middle part of outer barrel die cavity 31, and lower level sensor 38 is located at outer barrel die cavity
31 bottom, discharge level sensor 39 is located at the bottom of outer barrel die cavity 31, the water level for controlling suspension bucket 4；Adjutage 13
Gap is left between suspension bucket 4 and agitator 2, in order to avoid adjutage 13 rubs with suspension bucket 4 and agitator 2, water level is passed
Sensor 34 leaves gap with suspension bucket 4 and agitator 2, in case level sensor 34 rubs with suspension bucket 4 and agitator 2.
In order to drive the water of suspension bucket 4 to rotate, the inwall of suspension bucket 4 is provided with blade 42, for driving the outer barrel die cavity of suspension bucket 4
31 water is rotated；The axis of motor 7 is identical with the axis of suspension bucket 4 and agitator 2, axis and the motor 7 of driven gear 21
Axis it is identical；Agitator 2 is located in suspension bucket 4, and the axis of agitator 2 is identical with the axis of motor 7.
The application method of intelligent power saving washing machine is：In use, opening bung 3, the interior barrel shape of agitator 2 is put the laundry into
Closing bucket-lid 3 after chamber 32, and detergent box 10 is opened, detergent is put into closing detergent box 10 after detergent box 10；Profit
After being started with starting switch 35, the control entering water electromagnetic valve 6 of controller 11 is intake, and running water is by entering water electromagnetic valve 6 through water inlet pipe 12
Into detergent box 10, the detergent in detergent box 10 is poured in suspension bucket 4 by adjutage 13, and passed through by suspension bucket 4
Washing hole 30 enters the interior barrel shape chamber 32 of agitator 2；When the water level of the washings of suspension bucket 4 reaches the position of level sensor 34
Afterwards, level sensor 34 is transferred to controller 11 through its signal, and the control entering water electromagnetic valve 6 of controller 11 is closed, and water inlet stops；Enter
After water stops, the controlled motor 7 of controller 11 drives agitator 2 to rotate, while motor 7 drives 4 turns of suspension bucket by gear train 8
Move, it is in opposite direction that the direction and agitator 2 that suspension bucket 4 is rotated are rotated；The clothing of barrel shape chamber 32 follows agitator in agitator 2
2 rotations, the washings opposite direction of the driving outer barrel of suspension bucket 4 die cavity 31 is rotated, and is washed using the water impact clothing of opposite direction
Wash；Wash time is arrived, and the controlled motor 7 of controller 11 stops operating；After motor 7 stops operating, the control draining electromagnetism of controller 11
Valve 16 is opened, upper osculum 26 of the washings in suspension bucket 4 through draining axle 14, the lower osculum 27 of drainage seat 15 and draining
Magnetic valve 16 is drained；After washings in suspension bucket 4 are drained, the controlled motor 7 of controller 11 drives agitator 2 to rotate, meanwhile, control
The control of device 11 electromagnetic clutch 23 processed is powered, and electromagnetic clutch 23 is separated, and the 3rd idler gear 20 does not follow the second idler gear
19 rotate, and suspension bucket 4 does not follow motor 7 to rotate, and drive agitator 2 to rotate using motor 7 and are dehydrated, after dehydration is finished, controller
11 controlled motors 7 stop operating, meanwhile, the control drain solenoid valve 16 of controller 11 closes and controlled electromagnetic clutch 23 to break
Electricity, electromagnetic clutch 23 resets；After electromagnet 28 is powered, the polarity of the magnetic pole that electromagnet 28 is produced and the magnetic pole of fixed magnet 29
Identical, the polarity of the magnetic pole of upper surface 41 of electromagnet 28 is identical with the polarity of the magnetic pole of lower surface 40 of fixed magnet 22, fixed magnetic
Iron 29 produces mutually exclusive repulsive force with electromagnet 28；Suspension bucket 4 is in fixed magnet 29 and the mutually exclusive row of electromagnet 28
Repulsion acts on low suspension above electromagnet 28, and the upper surface 41 of electromagnet 28 is in non-connect with the lower surface 40 of fixed magnet 29
The state of touching, reduces the frictional force of the rotation of suspension bucket 4.
In order to avoid the water leakage in suspension bucket 4, the upper shaft hole 25 of suspension bucket 4 is provided with the first sealing ring 43, the first sealing
Ring 43 is tightly connected with upper shaft hole 25 and draining axle 14, the first sealing ring 43 and the dynamic mating connection of draining axle 14；Drainage seat 15
Lower shaft hole 24 be provided with the second sealing ring 44 and the 3rd sealing ring 45, the second sealing ring 44 and the 3rd sealing ring 45 and draining
The lower shaft hole 24 and draining axle 14 of seat 15 are tightly connected, and the second sealing ring 44 and the 3rd sealing ring 45 are moved with draining axle 14 and matched somebody with somebody
Close connection；During suspension 4 rotary dehydration of bucket, suspension bucket 4 rotates around draining axle 14, and the washings in suspension bucket 4 are by the heavy of suspension bucket 4
Hole 50 enters upper inlet opening 46, centre feed hole 47 and the lower apopore 48 of draining axle 14, then enters draining by lower apopore 48
The lower osculum 27 of seat 15, then discharged by lower osculum 27 through drain solenoid valve 16；During suspension 4 rotary dehydration of bucket, the first sealing
Ring 43 is maintained at the state being tightly connected with the upper shaft hole 25 of suspension bucket 4.
In order to implement to drain the water in suspension bucket 4, the upper osculum 26 of draining axle 14 include inlet opening 46, in lead
Hole 47 and lower apopore 48, upper inlet opening 46 and lower apopore 48 are provided with multiple, and upper inlet opening 46 is connected with centre feed hole 47,
Centre feed hole 47 is connected with lower apopore 48, and lower apopore 48 is connected with the lower osculum 27 of drainage seat 15, and lower osculum 27 is ring
Shape hole, each lower apopore 48 is connected with centre feed hole 47 and lower osculum 27；The drainage joint 49 of drain solenoid valve 16 with
Lower osculum 27 is connected；Lower osculum 27 is located between the second sealing ring 44 and the 3rd sealing ring 45；The upper shaft hole 25 of suspension bucket 4
Provided with counterbore 50, the aperture of counterbore 50 is more than the external diameter of draining axle 14, and the axis of counterbore 50 is identical with the axis of draining axle 14, sinks
Hole 50 is connected with the upper inlet opening 46 of draining axle 14；After the water of the counterbore 50 of suspension bucket 4 is drained, the row located at the bottom of suspension bucket 4
Its signal is transferred to controller 11 by water level sensor 39, and the control drain solenoid valve 16 of controller 11 is closed, drain solenoid valve
16 stop draining.
In order to implement the resistance for reducing the rotation of suspension bucket 4, the loss of electric energy is reduced, the controlled motor 7 of controller 11 drives and stirred
When mixing the rotation of bucket 2, the control electromagnet 28 of controller 11 is powered, and electromagnet 28 is produced and the identical polarity of fixed magnet 29, suspension
Bucket 4 is in the presence of electromagnet 28 and the same polarity repulsive force of fixed magnet 29, and suspension bucket 4 rises along motor shaft 22, makes electromagnet
28 upper surface 41 is in contactless state with the lower surface 40 of fixed magnet 29, reduces the frictional force of the rotation of suspension bucket 4；Suspend
Bucket 4 is provided with Splashproof cover 51, and Splashproof cover 51 is located at the top of suspension bucket 4, and Splashproof cover 51 is fixedly connected with shell 1, suspension bucket 4 and splashproof
Gap is provided between lid 51, it is to avoid suspension bucket 4 rubs with Splashproof cover 51；The upper surface of suspension bucket 4 is provided with spin 52, suspension bucket 4
When not rotating, spin 52 is in contactless state with Splashproof cover 51, and spin 52 is provided with gap with Splashproof cover 50；Suspension bucket 4 rotates
When, due to the effect of centrifugal force, rise when suspension bucket 4 rotates, be in rolling contact using the spin 52 and Splashproof cover 51 of suspension bucket 4,
Reduce the frictional force that agitator 2 is contacted with Splashproof cover 51.
In order to implement to drive agitator 2 and suspension bucket 4 to rotate using motor 7, the motor shaft 22 and driving gear of motor 7
17 gear shaft is fixedly connected, and the gear shaft of driving gear 17 is fixedly connected with draining axle 14；Gear train 8 is provided with pinion stand 53,
Pinion stand 53 is fixedly connected with shell 1, and the gear shaft of the first idler gear 18 and the second idler gear 19 passes through bearing and tooth
Wheel seat 53 is connected, and the gear shaft of the second idler gear 19 is connected with the input shaft of electromagnetic clutch 23, electromagnetic clutch 23 it is defeated
Shaft is connected with the gear shaft of the 3rd idler gear 20, and the support of electromagnetic clutch 23 is fixedly connected with shell 1.
In order to implement the safe handling of intelligent power saving washing machine, bung 3 is provided with safe proximity switch 54, when bung 3 is closed
When, safe proximity switch 54 is close to agitator 2；When motor 7 drives the rotation of agitator 2, when bung 3 is opened, bung 3 leaves safety
Its signal is transferred to controller 11 by proximity switch 54, safe proximity switch 54, and the controlled motor 7 of controller 11 stops operating.
In order to which by clothes washing, totally, interior bucket 2 is evenly equipped with many washing holes 30, the inwall of agitator 2 is provided with many convex balls
Face 55, convex spherical 55 is located between washing hole 30；When motor 7 drives the rotation of agitator 2, the water of suspension bucket 4 is entered by washing hole 30
Enter the clothing in agitator 2, impact agitator 2, meanwhile, the convex spherical 55 of clothing and agitator 2 in agitator 2 rubs, will
Clothes washing is clean；When motor 7 drives the rotation of agitator 2, suspension bucket 4 moves in the direction of the clock, and agitator 2 is by side counterclockwise
To rotation；Or, suspension bucket 4 is rotated counterclockwise, and agitator 2 moves in the direction of the clock.
Claims (9)
1. intelligent power saving washing machine application method, intelligent power saving washing machine includes shell（1）, agitator（2）, bung（3）, it is outstanding
Keg float（4）, drainage arrangement（5）, entering water electromagnetic valve（6）, motor（7）, gear train（8）, magnetic levitation system（9）, detergent box
（10）And controller（11）；Entering water electromagnetic valve（6）With detergent box（10）Connection, detergent box（10）With suspension bucket（4）Even
It is logical；Drainage arrangement（5）Include draining axle（14）, drainage seat（15）And drain solenoid valve（16）, gear train（8）Include master
Moving gear（17）, the first idler gear（18）, the second idler gear（19）, the 3rd idler gear（20）And driven gear
（21）, motor（7）Motor shaft（22）With draining axle（14）Connection, draining axle（14）Through drainage seat（15）Lower shaft hole（24）
And suspension bucket（4）Upper shaft hole（25）With agitator（2）Connection, draining axle（14）With drainage seat（15）And suspension bucket（4）
It is dynamic to be connected；Draining axle（14）Upper osculum（26）With drainage seat（15）Lower osculum（27）Connection；Motor shaft（22）
With driving gear（17）Connection, driving gear（17）With the first idler gear（18）Engagement, the first idler gear（18）With second
Idler gear（19）Engagement, the second idler gear（19）Pass through electromagnetic clutch（23）With the 3rd idler gear（20）Connection, the
Three idler gears（20）With driven gear（21）Engagement, driven gear（21）With suspension bucket（4）It is coaxially connected；Magnetic levitation system
（9）Include electromagnet（28）And fixed magnet（29）, electromagnet（28）With shell（1）Connection, fixed magnet（29）With hanging
Keg float（4）Connection, agitator（2）Provided with washing hole（30）Controller（11）Include control panel（33）And level sensor
（34）, control panel（34）Provided with starting switch（35）, level sensor（34）Located at suspension bucket（4）Outer barrel die cavity（31）
It is interior, controller（11）Pass through control line and level sensor（34）Connection；It is characterized in that：Described intelligent power saving washing machine
Application method is：In use, opening bung（3）, put the laundry into agitator（2）Interior barrel shape chamber（32）Closing bucket-lid afterwards（3）,
And open detergent box（10）, detergent is put into detergent box（10）After close detergent box（10）；Utilize starting switch
（35）After startup, controller（11）Control entering water electromagnetic valve（6）Water inlet, running water is by entering water electromagnetic valve（6）Through water inlet pipe（12）
Into detergent box（10）, by detergent box（10）Interior detergent passes through adjutage（13）Pour suspension bucket（4）It is interior, and by hanging
Keg float（4）Scrubbed hole（30）Into agitator（2）Interior barrel shape chamber（32）；When suspension bucket（4）The water levels of washings reach
Level sensor（34）Position after, level sensor（34）Controller is transferred to through its signal（11）, controller（11）Control
Entering water electromagnetic valve（6）Close, water inlet stops；After water inlet stops, controller（11）Controlled motor（7）Drive agitator（2）Rotate,
While motor（7）Pass through gear train（8）Drive suspension bucket（4）Rotate, suspension bucket（4）The direction of rotation and agitator（2）Rotate
It is in opposite direction；Agitator（2）Interior barrel shape chamber（32）Clothing follow agitator（2）Rotation, suspension bucket（4）Drive outer barrel die cavity
（31）Washings opposite direction rotate, washed using the water impact clothing of opposite direction；Wash time is arrived, controller（11）
Controlled motor（7）Stop operating；Motor（7）After stopping operating, controller（11）Control drain solenoid valve（16）Open, suspension bucket
（4）Interior washings are through draining axle（14）Upper osculum（26）, drainage seat（15）Lower osculum（27）And draining electromagnetism
Valve（16）Drain；Suspension bucket（4）After interior washings are drained, controller（11）Controlled motor（7）Drive agitator（2）Rotate,
Meanwhile, controller（11）Control electromagnetic clutch（23）It is powered, electromagnetic clutch（23）Separation, the 3rd idler gear（20）Not with
With the second idler gear（19）Rotate, suspension bucket（4）Do not follow motor（7）Rotate, utilize motor（7）Drive agitator（2）Turn
Dynamic dehydration, after dehydration is finished, controller（11）Controlled motor（7）Stop operating, meanwhile, controller（11）Control drain solenoid valve
（16）Close and control electromagnetic clutch（23）Power-off, electromagnetic clutch（23）Reset.
2. the application method of intelligent power saving washing machine according to claim 1, it is characterised in that：Described electromagnet（28）
After energization, electromagnet（28）The magnetic pole and fixed magnet of generation（29）Magnetic pole polarity it is identical, electromagnet（28）Upper surface
（41）The polarity and fixed magnet of magnetic pole（22）Lower surface（40）The polarity of magnetic pole is identical, fixed magnet（29）With electromagnet
（28）Produce mutually exclusive repulsive force；Suspension bucket（4）In fixed magnet（29）With electromagnet（28）Mutually exclusive repulsive force
Low suspension is acted in electromagnet（28）Above, electromagnet（28）Upper surface（41）With fixed magnet（29）Lower surface（40）Place
In contactless state, suspension bucket is reduced（4）The frictional force of rotation.
3. the application method of intelligent power saving washing machine according to claim 1, it is characterised in that：Described suspension bucket（4）
During rotary dehydration, suspension bucket（4）Around draining axle（14）Rotation, suspension bucket（4）Interior washings are by suspension bucket（4）Counterbore（50）
Into draining axle（14）Upper inlet opening（46）, centre feed hole（47）And lower apopore（48）, then by lower apopore（48）Enter
Enter drainage seat（15）Lower osculum（27）, then by lower osculum（27）Through drain solenoid valve（16）Discharge；Suspension bucket（4）Rotation
During dehydration, the first sealing ring（43）It is maintained at and suspension bucket（4）Upper shaft hole（25）The state being tightly connected.
4. the application method of intelligent power saving washing machine according to claim 3, it is characterised in that：Described suspension bucket（4）
Counterbore（50）Water drain after, located at suspension bucket（4）The discharge level sensor of bottom（39）Its signal is transferred to control
Device（11）, controller（11）Control drain solenoid valve（16）Close, drain solenoid valve（16）Stop draining.
5. the application method of intelligent power saving washing machine according to claim 1, it is characterised in that：Described controller（11）
Controlled motor（7）Drive agitator（2）During rotation, controller（11）Control electromagnet（28）It is powered, electromagnet（28）Produce with
Fixed magnet（29）Identical polarity, suspension bucket（4）In electromagnet（28）With fixed magnet（29）The effect of same polarity repulsive force
Under, suspension bucket（4）Along motor shaft（22）Rise, make electromagnet（28）Upper surface（41）With fixed magnet（29）Lower surface
（40）In contactless state, suspension bucket is reduced（4）The frictional force of rotation.
6. the application method of intelligent power saving washing machine according to claim 1, it is characterised in that：Described suspension bucket（4）
During rotation, due to the effect of centrifugal force, when suspension bucket（4）Rotation rises, and utilizes suspension bucket（4）Spin（52）With suspension bucket
（4）Splashproof cover（51）It is in rolling contact, reduces agitator（2）With Splashproof cover（51）The frictional force of contact.
7. the application method of intelligent power saving washing machine according to claim 1, bung（3）Provided with safe proximity switch
（54）, it is characterised in that：Described motor（7）Drive agitator（2）During rotation, bung（3）During opening, bung（3）Leave peace
Full proximity switch（54）, safe proximity switch（54）Its signal is transferred to controller（11）, controller（11）Controlled motor（7）
Stop operating.
8. the application method of intelligent power saving washing machine according to claim 1, it is characterised in that：Described interior bucket（2）
It is furnished with many washing holes（30）, agitator（2）Inwall be provided with many convex sphericals（55）, convex spherical（55）Positioned at washing hole（30）
Between；Motor（7）Drive agitator（2）During rotation, suspension bucket（4）Water by washing hole（30）Into agitator（2）, impact stirs
Mix bucket（2）Interior clothing, meanwhile, agitator（2）Interior clothing and agitator（2）Convex spherical（55）Friction, by clothes washing
Totally.
9. the application method of intelligent power saving washing machine according to claim 1, it is characterised in that：Described motor（7）Band
Dynamic agitator（2）During rotation, suspension bucket（4）Move in the direction of the clock, agitator（2）Rotate counterclockwise；Or, hang
Keg float（4）Rotate counterclockwise, agitator（2）Move in the direction of the clock.
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| CN107142662B (en) | 2020-06-12 |
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Effective date of registration: 20201211 Address after: No.1, East Sichuan Road, Shenghe village, Fanchuan Town, Jiangdu District, Yangzhou City, Jiangsu Province 225200 Patentee after: Yangzhou Shuanglong industrial equipment installation Co.,Ltd. Address before: Room 405, No. 5, Xingshu South Road, Pushoe Street, Lucheng District, Wenzhou City, Zhejiang Province Patentee before: Zhang Xiangcheng |