CN106637788A - Washing machine - Google Patents
Washing machine Download PDFInfo
- Publication number
- CN106637788A CN106637788A CN201610717501.0A CN201610717501A CN106637788A CN 106637788 A CN106637788 A CN 106637788A CN 201610717501 A CN201610717501 A CN 201610717501A CN 106637788 A CN106637788 A CN 106637788A
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- CN
- China
- Prior art keywords
- upper cover
- cover door
- washing
- motor
- washing drum
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F17/00—Washing machines having receptacles, stationary for washing purposes, wherein the washing action is effected solely by circulation or agitation of the washing liquid
- D06F17/06—Washing machines having receptacles, stationary for washing purposes, wherein the washing action is effected solely by circulation or agitation of the washing liquid by rotary impellers
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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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- 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
- D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00
- D06F39/12—Casings; Tubs
- D06F39/14—Doors or covers; Securing means therefor
Abstract
The invention discloses a washing machine, belonging to the technical field of the washing machine. The washing machine resolves the problems in the existing technologies, like unevenly loading and easily warping deformation in a covering door when the covering door was opened in an electrical machine unilateral drive. The washing machine comprises a shell. An impeller type washing tub is arranged in the shell. The covering door is connected with an opening of the impeller type washing tub in a hinged mode. A driving device is connected with the covering door. The driving device and the covering door are connected with at least two connection points. The driving device is capable of imposing the driving force to the covering door with at least the two connection points, making the covering door rotate between the opening and closed position. The washing machine is available for an automatic washing machine.
Description
Technical field
The present invention relates to washing machine technology field, more particularly to a kind of washing machine.
Background technology
Nowadays, with expanding economy and the continuous improvement of living standards of the people, requirement of the people to washing machine is
It is no longer limited to function of washing clothes, but the outward appearance to washing machine, human oriented design requirement, the Automation Design require more and more higher.
That is, the washing machine of a high-quality not only wants scourability excellent, while user experience is also satisfactory.It is existing
In people the outward appearance of washing machine is had begun to pay special attention to, upper cover door as washing machine door, even more consumer concern
Emphasis, each producer has also done the time in upper cover door one after another.
The washing machine of prior art is generally structure as depicted in figs. 1 and 2, including:Fuselage 01, is provided with fuselage 01
Clothes pick-and-place opening 02;Upper cover door 03, upper cover door 03 is arranged on the top of fuselage 01, to cover clothes pick-and-place opening 02, upper cover door side
Axle bearing mount portion 032 is provided with frame 031;Motor 033 and bearing part, bearing part one end is fixedly mounted on the axle of upper cover door
Hold in installation 032 and the other end is connected with motor 033, motor 033 drives upper cover door 03 around door by bearing part
Lid frame 031 is opened as pivotal axis.Wherein, bearing part be unilateral bearing 034, unilateral bearing 034 include interior axle portion and
Outer ring portion, the interior axle portion of unilateral bearing 034 is connected with motor 033, and the outer ring portion of unilateral bearing 034 is fixedly installed in door closure
In axle bearing mount portion 032 on frame 031, motor 033 and unilateral bearing 034 are one, and motor 033 and list
The left rear corner or right relief angle of fuselage roof are located to bearing 034.
During stating washing machine in realization, inventor has found that at least there are the following problems in prior art:Due to driving
Dynamic motor 033 and unilateral bearing 034 are one, and motor 033 and unilateral bearing 034 are located at the left rear corner of fuselage roof
Or right relief angle, the upper cover door 03 of washing machine is opened by unilateral driving of motor 033, then the torsion of motor 033
Square acts only on the side of upper cover door 03, and when such motor 033 opens upper cover door 03, the stress of upper cover door 03 can be uneven,
It is susceptible to buckling deformation.
The content of the invention
Embodiments of the invention provide a kind of washing machine, and when solving motor one side driving opening upper cover door, upper cover door is received
Power is uneven, is susceptible to the problem of buckling deformation.
To reach above-mentioned purpose, embodiments of the invention are adopted the following technical scheme that:
A kind of washing machine, including housing, are provided with impeller-type washing drum, the nozzle of the impeller-type washing drum in the housing
Place is hinged with upper cover door, and the upper cover door is connected with driving means, and the driving means and the upper cover door are at least through at two
Tie point connects, and the driving means can pass through the tie point at least two and apply driving force to the upper cover door, to drive
The upper cover door is rotated between the open and the closed positions.
Compared with prior art, washing machine provided in an embodiment of the present invention has the advantage that:Because driving means can lead to
Cross at least two tie point and apply driving force to upper cover door, stress will be than more uniform when such upper cover door is opened, it is to avoid on
The generation of lid door buckling deformation.
Description of the drawings
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
The accompanying drawing to be used needed for having technology description is briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is the structural representation of washing machine in prior art;
Fig. 2 is the structural representation of washing machine top case door in prior art;
Fig. 3 is the washing machine structure schematic diagram in the embodiment of the present invention one;
Fig. 4 is that the washing machine in the embodiment of the present invention one removes the structural representation after casing (above);
Fig. 5 is that the washing machine in the embodiment of the present invention one removes the structural representation after casing (below);
Fig. 6 is the structural representation of combined shock absorption device in the washing machine in the embodiment of the present invention one;
Fig. 7 is the structural representation of the main damper in the washing machine in the embodiment of the present invention one in combined shock absorption device;
Fig. 8 is the structural representation of the connector in the washing machine in the embodiment of the present invention one in combined shock absorption device;
Fig. 9 is that connector is another kind of with major and minor damper in combined shock absorption device in the washing machine in the embodiment of the present invention one
The explosive view of connected mode;
Figure 10 is that connector is another kind of with major and minor damper in combined shock absorption device in the washing machine in the embodiment of the present invention one
The structural representation of connector in connected mode;
Figure 11 is the structural representation of flexible connecting member in the washing machine in the embodiment of the present invention one;
Figure 12 is the sectional view of flexible connecting member in the washing machine in the embodiment of the present invention one;
Figure 13 is the structural representation of another kind of flexible connecting member in the washing machine in the embodiment of the present invention one;
Figure 14 is structural representation Fig. 1 of upper cover door component in the washing machine in the embodiment of the present invention one;
Figure 15 is structural representation Fig. 2 of upper cover door component in the washing machine in the embodiment of the present invention one;
Figure 16 is that motor output shaft is connected with hinged set in upper cover door component in the washing machine in the embodiment of the present invention one
Partial enlarged drawing;
Figure 17 is the structural representation of motor output shaft in upper cover door component in the washing machine in the embodiment of the present invention one;
Figure 18 is that one-way damper is connected with hinged set in upper cover door component in the washing machine in the embodiment of the present invention one
Partial enlarged drawing;
Figure 19 is the upper cover door modular construction with motor door-opening aid in the washing machine in the embodiment of the present invention one
Schematic diagram;
Figure 20 is the structural representation of motor door-opening aid in upper cover door in the washing machine in the embodiment of the present invention one;
Figure 21 be in the washing machine in the embodiment of the present invention one in upper cover door component the rotation of Motor drive upper cover door it is another
Plant structural representation;
Figure 22 is the transmission of Motor drive upper cover door rotation in upper cover door component in the washing machine in the embodiment of the present invention one
Section of structure;
Figure 23 is that upper cover door under special circumstances can be with the knot of manual unlocking in the washing machine in the embodiment of the present invention one
Structure schematic diagram;
Figure 24 is the structural representation of detergent feeding box in the washing machine in the embodiment of the present invention one;
Figure 25 is the structural representation of the washing machine in the embodiment of the present invention two;
Figure 26 is the internal structure schematic diagram of the washing machine in the embodiment of the present invention two;
Figure 27 is the structural representation of the inner side of the washing machine in the embodiment of the present invention two;
Figure 28 is the structural representation of detergent feeding box in the washing machine in the embodiment of the present invention two;
Figure 29 is the structural representation of heater in detergent feeding box in the washing machine in the embodiment of the present invention two;
Figure 30 is the knot of the heater with circulating pump in detergent feeding box in the washing machine in the embodiment of the present invention two
Structure schematic diagram;
Figure 31 shows for the structure of the washing machine middle and upper part washing drum in the embodiment of the present invention two and bottom washing drum drainpipe
It is intended to.
Specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than the embodiment of whole.It is based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of creative work is not made
Embodiment, belongs to the scope of protection of the invention.
Term " first ", " second " be only used for describe purpose, and it is not intended that indicate or imply relative importance or
The implicit quantity for indicating indicated technical characteristic.Thus, " first " is defined, the feature of " second " can be expressed or imply
Ground includes one or more this feature.In describing the invention, unless otherwise stated, " multiple " be meant that two or
Two or more.
Referring to Fig. 3, Fig. 4, Fig. 5, Figure 25, Figure 26 and Figure 27.Three washing machines in the present embodiment, including casing 1, casing
Laundry cartridge module 2 is provided with 1, the laundry cartridge module 2 includes a bottom washing drum 21 and be arranged side by side to wash in the bottom
Two top washing drums 22 above clothing cylinder, the bottom washing drum 21 is drum type washing cylinder, and the appearance of bottom washing drum 21
Capacity of the amount more than any one top washing drum 22.
Three washing machines provided in an embodiment of the present invention, due to being arranged side by side two tops in the top of bottom washing drum 21
Washing drum 22, thus can be placed on bottom laundry the big big part clothing of single wash amount, such as sheet, overcoat, quilt cover etc.
Clean in cylinder 21, the clothing that the washing frequency is high, single wash amount is little, such as the cotta that socks, infant clothes, summer wear
Deng, it is placed in two top washing drums 22 and cleans, more careful clothing classification cleaning can be so realized, meanwhile, on two
The volume of portion's washing drum 22 is relatively small, and small clothes are cleaned with it can save water power.
Embodiment one
As shown in Fig. 3, Fig. 4 and Fig. 5, two top washing drums 22 are disposed as into impeller-type washing drum in the present embodiment,
Thus, three washing machines can be caused to have taken into account the advantages of pulsator washing machine power saving saves time, can at any time add clothing and cylinder
Formula washing machine water-saving, the advantages of abrasion is little, wash degree is high, convenient user the condition such as requires according to the species of clothes, washing
Select which kind of washing drum to go cleaning with.
Due to being provided with two top washing drums 22 in the top of bottom washing drum 21, this structure causes cartridge module of doing washing
2 overall center of gravity is on the upper side.Therefore, in the course of the work, the local vibration of the top of two top washing drums 22 is larger, easily and machine
Shell 1 collides.It is therefore preferable that laundry cartridge module 2 is supported in into the base plate 11 of casing 1 by least one pair of combination shock absorber 3
On, specifically, each combination shock absorber 3 includes main damper 31 and secondary shock absorber 32, the first end and machine of main damper 31
The base plate 11 of shell 1 connects, and the second end of main damper 31 is connected with bottom washing drum 21, and first end and the master of secondary shock absorber 32 subtract
Shake device 31 middle part connection, the second end of secondary shock absorber 32 is connected with bottom washing drum 21.
Because in the course of the work, main damper 31 is mainly used for reducing laundry cartridge module 2 upper and lower, left and right directions
Vibration, swings in order to limit laundry cartridge module 2 around the left rotation and right rotation of main damper 31 and the tie point of bottom washing drum 21,
Connect a secondary shock absorber 32 on main damper 31, composition combines shock absorber 3, wherein, the first end of secondary shock absorber 32 and master subtract
Shake device 31 middle part connection, the second end is connected with bottom washing drum 21.When laundry cartridge module 2 is around bottom washing drum 21 and main vibration damping
When the tie point of device 31 produces rotary oscillation, secondary shock absorber 32 can be to cartridge module 2 of doing washing around secondary shock absorber 32 and bottom washing drum
The rotary oscillation of 21 tie points has certain restriction, can greatly reduce the left rotation and right rotation amplitude of fluctuation of laundry cartridge module 2, and then
The local vibration of the top of laundry cartridge module 2 can be reduced.
It should be noted that:The first end of secondary shock absorber 32 is connected with the middle part of main damper 31, wherein main damper 31
" middle part " not merely refer to the geometric center of main damper 31, the region between the two ends of main damper 31 belongs to main damper
31 middle part.In addition, combination shock absorber 3 not only can be applied in three washing machines for there are two top washing drums 22, also may be used
To apply in many washing machines for having at least one top washing drum 22, the number of its middle and upper part washing drum 22 can for 1,
3 etc., it is not limited thereto.
Wherein, main damper 31 can have various with the shape of secondary shock absorber 32, such as bell, taper etc., in addition, as schemed
Shown in 6, the shape of main damper 31 and secondary shock absorber 32 is alternatively shaft-like.Compare the other shapes such as bell, taper, it is shaft-like more just
It is connected with other parts in it, makes the assembling of combination shock absorber 3 and install more convenient.
Further, choosing multiple is fixedly connected mode between secondary shock absorber 32 and main damper 31, for example, can be by
Secondary shock absorber 32 is directly connected to main damper 31, such as weld or be integrally formed making.In addition, as shown in Figure 6, Figure 7, also may be used
To be detachably connected secondary shock absorber 32 with main damper 31 by connector 33, specifically, the first end of secondary shock absorber 32 is led to
Cross connector 33 to be connected with the middle part of main damper 31, the middle part of main damper 31 is provided with the first location structure, secondary shock absorber 32
First end be provided with the second location structure, be correspondingly provided with the first position limiting structure and the second position limiting structure on connector 33, first determines
Bit architecture coordinates with the first position limiting structure so that main damper 31 is relatively fixed with connector 33, the second location structure and the second limit
Bit architecture coordinates so that secondary shock absorber 32 is relatively fixed with connector 33.Thus, compared to the group for welding or being integrally formed making
Shock absorber 3 is closed, the combination shock absorber 3 connected by connector 33 is easy to disassemble, when both main damper 31 and secondary shock absorber 32
In any one when breaking down, the shock absorber that will be broken down can be easy to be removed for repair or replacement, so as to save maintenance cost.
Connector 33 and secondary shock absorber 32, the also choosing multiple connected mode of main damper 31, such as Fig. 6, Fig. 7, Fig. 8 institute
What is shown is a kind of preferred connected mode.Specifically, as shown in figure 8, the first location structure is the middle part for being opened in main damper 31
Limited ring groove 311 on shell, the first position limiting structure is the spacing hole 333 being opened on connector 33, spacing hole 333 with it is spacing
Annular groove 311 coordinates positioning so that main damper 31 is relatively fixed with connector 33;Second location structure is to be opened in secondary shock absorber
The positioning through hole (not shown) of 32 first end, the second position limiting structure is the limited post 334 being arranged on connector 33, limit
The two ends of position post 334 have stopper section 335, and limited post 334 is fitted through in positioning through hole, and the two ends of limited post 334 only
The both sides end face of stopper 335 and positioning through hole is against so that secondary shock absorber 32 is relatively fixed with connector 33.Wherein, limited post
334 and stopper section 335 structure can with as shown in figure 8, open up a rectangular channel 336 on connector 33, limited post 334
Two ends are fixedly connected with the two side walls of rectangular channel 336, and stopper section 335 is exactly the wall of the both sides of rectangular channel 336.Connector 33 with
Main damper 31, this connected mode of secondary shock absorber 32 can realize main damper 31 and secondary shock absorber 32 easily dismounting with
Install.Simultaneously as the limited post 334 that the positioning through hole of the secondary first end of shock absorber 32 is provided with connector 33 coordinates, so
It is designed to enable secondary shock absorber 32 to rotate around limited post 334, master can be easily adjusted by the rotation of secondary shock absorber 32
The angle of shock absorber 31 and secondary shock absorber 32 is without changing connector 33.
It is as shown in Figure 9, Figure 10 connector 33 and secondary shock absorber 32, another kind of optional connected mode of main damper 31,
Specifically, the first location structure that the middle part of main damper 31 is provided with is the ' of engaging lug 311 for arranging on its housing, the engaging lug
311 ' are provided with the ' of positioning through hole 312.The second location structure that the first end of secondary shock absorber 32 is provided with is the ' of positioning ring groove 321.Connection
The first position limiting structure for opening up on part 33, the second position limiting structure are respectively the ' of limited ring groove 333, the ' of limited post 334.Wherein, it is spacing
The two ends of the ' of post 334 have the ' of stopper section 335.The ' of limited ring groove 333 on connector 33 and determining that the secondary first end of shock absorber 31 is provided with
Position annular groove 321 ' coordinates to realize being relatively fixed for connector 33 and pair shock absorber 31.The ' of limited post 334 on connector 33 wears
In the ' of positioning through hole 312 that the ' of 32 middle part engaging lug of main damper 311 is provided with, and coordinate with the ' of positioning through hole 312, and limit
The both sides end face of the ' of stopper section 335 and the ' of engaging lug 311 at position post 334 ' two ends is against being achieved in connector 33 with main vibration damping
Device 32 is relatively fixed.With the connector 33 and main damper 31, the connected mode effect phase of secondary shock absorber 32 of Fig. 6, Fig. 7 description
Together, the connected mode described by Fig. 9, Figure 10 also can easily adjust according to the actual needs main damper 31 with secondary shock absorber
32 angle and without changing connector 33, simply both are using different connected modes.Can be selected according to different needs
Both different connected modes.
For the ease of connector 33 and main damper 31, the installation of secondary shock absorber 32 and dismounting, it is preferable that such as Fig. 8, Figure 10
It is shown, connector 33 is divided into the first half-connection part 331 and the second half-connection part 332, the first half-connection part 331 connects with the second half
The two ends of fitting 332 are detachably connected by screw.So, the limited ring groove 333 on connector 33 just has the first half-connection part
The semi-circular groove in semi-circular groove and the second half-connection part 332 on 331 is combined to form.Limited post 334 on connector 33 by
334 sections of limited post on 334 sections of limited post on first half-connection part 331 and the second half-connection part 332 is combined to form.Secondary vibration damping
When device 32 is connected with main damper 31, the positioning ring groove 311 at the middle part of main damper 31, the secondary first end of shock absorber 32 are determined
Semi-circular groove in any one of position through hole and two half-connection parts, 334 sections of limited post coordinate, then by two half-connection part buttons
It is combined, the most two ends of latter two half-connection part are fastened by screw.Can be with separately by the fastening of two half-connection parts
Make the easy accessibility of main damper 31 and secondary shock absorber 32.
Wherein, there be another kind of connected mode at the two ends of the first half-connection part 331 and the second half-connection part 332, specifically,
First half-connection part 331 and the one end of the second half-connection part 332 can be hinged, and the other end is fixedly connected by screw, wherein the first half
The half-connection part 332 of connector 331 and second can be rotated around pin joint.The connection behaviour of the scheme being all fastenedly connected with screw with two ends
Compare as process, the difference of this connection scheme is, before proceeding the first half-connection part 331 and the second half-connection part 332
Need to open certain angle with facilitate main damper 31, the secondary location structure of shock absorber 32 easily with one of half-connection part
The cooperation of position limiting structure, is then fastened two half-connection parts with the mode of rotation, the half-connection part snapped together at two
The other end fastened with screw.Connection scheme only one end screw of this two half-connection parts is fastenedly connected and can reduce master
The time of the dismounting of shock absorber 31 and secondary shock absorber 32.
In order that the left rotation and right rotation that secondary shock absorber 32 preferably limits cartridge module 2 of doing washing in the course of the work swings, preferably
The plane that the axis of main damper 31 and secondary shock absorber 32 is formed is vertical with the axis of bottom washing drum 21.So, do washing
The active force for a little producing to secondary shock absorber 32, Jiu Huiyan are connected thereto by secondary shock absorber 32 when the left rotation and right rotation of cartridge module 2 swings
The axis for secondary shock absorber 32 passes to main damper 31 by connector 33, and the secondary shock absorber 31 of such main damper 31 pairs is formed
One effectively supports, and is conducive to the balance and stability of laundry cartridge module 2.
In order to cartridge module 2 of doing washing stress balance with it is stable, it is preferable that as shown in Figure 4, Figure 5, multiple combination vibration dampings
Device 3 is symmetricly set in the both sides of bottom washing drum 21.The quantity of combination shock absorber 3 is even number, such as four, six etc., is combined
The quantity of shock absorber 3 should not be arranged too much, on the one hand due to the limited length of bottom washing drum 21, do not placed too many combination and subtracted
Shake device 3;On the other hand, arranging too many combination shock absorber 3 can increase the gross weight of washing machine, and also need to be done washing in bottom
The both sides of cylinder 21 arrange multiple tie points so as to which manufacture and assembling process become loaded down with trivial details.Therefore, it is flat in satisfaction laundry cartridge module 2
On the premise of weighing apparatus and stability, the quantity preferably four of shock absorber 3 is combined.
Referring to Fig. 6, the angle that main damper 31 and secondary shock absorber 32 are formed should be controlled between 10 °~60 °.Angle
It is that size is mainly determined by the installation site of main damper 31 and the secondary two ends of shock absorber 32 and directly influence and combine shock absorber 3
Effectiveness in vibration suppression, if angle is too small, the restriction effect of the rotary oscillation of so secondary 32 pairs of laundry left and right directions of cartridge module 2 of shock absorber
Can be bad;If angle is excessive, the left rotation and right rotation of cartridge module 2 of doing washing is easy to brokenly when swinging to the active force that secondary shock absorber 32 is produced
Bad connector 33, the balance and stability of the cartridge module 2 that is unfavorable for entirely doing washing.Therefore, in order that laundry cartridge module 2 balance with surely
It is fixed, allow secondary shock absorber 32 preferably to limit the rotary oscillation on the laundry left and right directions of cartridge module 2, its corner dimension is preferably at 10 °
Between~60 °.
It is varied from due to combining the stress of shock absorber 3 in three washing machine courses of work, is subjected to certain lateral
Radial load, therefore the material of main damper 31 and secondary shock absorber 32 is preferably made up of hard metal material, such as high-carbon steel, titanium
Alloy etc..
With reference to Fig. 4, Fig. 5 and Fig. 6, the second end of secondary shock absorber 32 is higher than the second end of main damper 31.Due to washing drum
The center of gravity of component 2 is on the upper side, if the second end of secondary shock absorber 32 can make combination shock absorber 3 less than the second end of main damper 31
Excessively on the lower side with the position of two tie points of bottom washing drum 21, this supporting way is unfavorable for the balance of laundry cartridge module 2
With it is stable.By the second end of secondary shock absorber 32 higher than the second end of main damper 31, so support and be not only advantageous to washing drum group
The balance of part 2, and the left rotation and right rotation that secondary shock absorber 32 preferably limits laundry cartridge module 2 is swung, and then can subtract
The little laundry top local vibration of cartridge module 2.
In order to further reduce the vibration of cartridge module 2 of doing washing in the course of work, it is preferable that as shown in figure 4, hanging the one of spring 4
End is connected on bottom washing drum 21, and the other end is connected to the middle part of casing 1.So design when cartridge module 2 of doing washing vibrates,
Coordinate several combination shock absorbers 3 of laundry cartridge module 2 bottom, hanging spring 4 can be to each side of laundry cartridge module 2 by elastic telescopic
To vibration play a part of further restriction.
Referring to Fig. 3 and Fig. 4, due to three washing machine upper spaces it is limited, if the one end for hanging spring 4 is connected to top and washes
Certain space can be taken on clothing cylinder 22, the capacity that can make top washing drum 22 diminishes, therefore extension spring 4 one end is connected to bottom and washes
On clothing cylinder 21, can indirectly increase the capacity of top washing drum 22.The other end for hanging spring 4 is connected with the middle part of casing 1, so
Uniform force on casing 1 can be made, is conducive to the balance and stability of casing 1.
Wherein, hanging the number of spring 4 should not be arranged excessively, and arranging excessive extension spring 4 needs in bottom washing drum 21 and casing 1
It is upper that multiple tie points are set, can so make the manufacture of three washing machines and assemble loaded down with trivial details, meanwhile, the number for hanging spring 4 is also unsuitable
Very little, the balance of laundry cartridge module 2 is unfavorable for very little, therefore, in the case where the requirement of vibration damping and stress balance is met, hang the number of spring 4
Amount preferably four.
Referring to Fig. 3 and Fig. 4, in order to balance the weight of the laundry fore-and-aft direction of cartridge module 2, laundry cartridge module 2 is further reduced
Center of gravity, reduce the local vibration above it, balancing weight 214 is preferably connected with below the nozzle of bottom washing drum 21.Due to
The portion's installation behind of motor 62 of the rotation of bottom washing drum 21 is driven, therefore balancing weight is set below the nozzle of bottom washing drum 21
214 are conducive to the fore-and-aft direction weight balancing of cartridge module 2 of entirely doing washing.Due to balancing weight 214 install more on the lower, be more conducive to drop
The center of gravity of low whole laundry cartridge module 2, therefore balancing weight 214 is arranged on into the lower section of the nozzle of bottom washing drum 21, it is so favourable
In the local vibration for reducing the top of laundry cartridge module 2.
Wherein, can be by being rigidly connected between two top washing drums 22 and bottom washing drum 21, it is also possible to by soft
Property connection, but, due to using easily transmission vibration between top washing drum 22 and bottom washing drum 21 when being rigidly connected, when upper
When portion's washing drum 22 and the close vibration frequency of bottom washing drum 21, laundry cartridge module 2 can resonate, and then easily produce very big
Vibration noise.It is therefore preferable that using scheme as shown in Figure 4, Figure 5, top washing drum 22 and bottom washing drum 21 are passed through
Coupling assembly 5 connects, and as shown in Figure 11, Figure 12 and Figure 13, coupling assembly 5 includes vibration-reducing connecting part 51, vibration-reducing connecting part 51
At least a portion is fabricated from a flexible material.
Due to being connected by vibration-reducing connecting part 51 between top washing drum 22 and bottom washing drum 21, and vibration-reducing connecting part
51 at least a portion is fabricated from a flexible material, and because flexible material has certain damping, when flexible material forced vibration
When, it produces violent interior friction, so as to produce reaction force, the kinetic energy of the generation of forced vibration is converted into heat energy, can
The amplitude of its forced vibration is significantly reduced in a short period of time, reaches the purpose of vibration damping, vibration isolation, therefore, in laundry
Machine top washing drum 22 and bottom washing drum 21 work simultaneously when, vibration-reducing connecting part 51 can weaken top washing drum 22 and wash with bottom
Vibration transmission between clothing cylinder 21, reduces the noise that vibration is produced.Further, since top washing drum 22 and bottom washing drum 21
Between vibration transmission separated by vibration-reducing connecting part 51, so make laundry cartridge module 2 easily avoid resonance region, top can be reduced and washed
There is the probability of vibration coupling with bottom washing drum 21 in clothing cylinder 22.
It should be noted that:Vibration-reducing connecting part 51 is not limited to apply three washing machines there is two top washing drums 22
In, it is also possible to apply in many washing machines for having at least one top washing drum 22, the number of its middle and upper part washing drum 22 can
Think 1,3 etc., be not limited thereto.
Wherein, vibration-reducing connecting part 51 can also all be fabricated from a flexible material, flexible material can for plastics, rubber etc.,
Because the material for being connected position between top washing drum 22 and bottom washing drum 21 needs certain intensity, it belongs to rigidity
Material, has very big difference with the property of flexible material, wants to be reliably connected together flexible material and rigid material, needs
They to be fixed together by certain technique, can so cause the inconvenience dismantled between them.
Therefore, for convenience vibration-reducing connecting part 51 and top washing drum 22, bottom washing drum 21 being vertically connected with and dismantling,
Preferably, vibration-reducing connecting part 51 includes two be rigidly connected portions and flexible anti-vibration portion, and flexible anti-vibration portion is fixed on two rigidity and connects
Between socket part, the portion that is rigidly connected on the upside of flexible anti-vibration portion is connected with top washing drum 22, positioned at flexible anti-vibration subordinate side
The portion that is rigidly connected be connected with bottom washing drum 21.Because flexible anti-vibration portion is fixed with one with two portions of being rigidly connected, this
When sample is installed with dismantling, it is only necessary to be connected two portions that are rigidly connected with upper and lower top washing drum 22 and bottom washing drum 21
Position connects and dismounting, very convenient.Simultaneously as top washing drum 22 is connected position with bottom washing drum 21
It is rigid material, rigid material is connected with certain bonding strength with rigid material, also ensure that the reliability of connection.
Further, compare with other materials, the rigidity of metal material is relatively good, therefore, the rigidity of vibration-reducing connecting part 51
Connecting portion preferred metal materials are made, for example, carbon steel, copper etc.;Compare with other flexible materials, rubber has wear-resisting well
Property, very high elasticity, be for the comparatively ideal material of vibration damping, vibration isolation, therefore, the material in the flexible anti-vibration portion of vibration-reducing connecting part 51
Expect then preferred rubber material.
Wherein, the be rigidly connected concrete structure of portion and flexible joint of two of vibration-reducing connecting part 51 has various, in order to enter
The bonding strength and security of the guarantee vibration-reducing connecting part 51 of one step, Figure 11, Figure 12 show a kind of alternative construction, specifically,
The portion of being rigidly connected on the upside of flexible anti-vibration portion is connection lid 511, is company positioned at the portion of being rigidly connected of flexible anti-vibration subordinate side
Acting flange 513, flexible anti-vibration portion is the rubber layer 512 being filled between connection lid 511 and adpting flange 513, connects lid 511
Middle part offers screwed hole, and connection lid 511 is connected by screwed hole with top washing drum 22, and the periphery of adpting flange 513 is opened up
There is installing hole, adpting flange 513 is connected by installing hole with bottom washing drum 21.Wash because vibration-reducing connecting part 51 not only will bear
The weight of clothing machine top washing drum 22 and clothes and water, still suffers from addition the vibration in the course of work, of long duration, and vibration damping connects
Fitting 51 is susceptible to fatigue failure, and it belongs to attrition component.For the ease of keeping in repair and changing, connection lid 511 by screwed hole with
Top washing drum 22 connects, and adpting flange 513 is connected by installing hole with bottom washing drum 21, and such vibration-reducing connecting part 51 can be with
Easily remove and install.In addition connection lid 511 wraps up rubber layer 512 inside it, can so protect rubber layer 512 to avoid
Be exposed in the environment of surrounding and occur it is aging so as to affect its performance, and connect lid 511, adpting flange 513 and between
Rubber layer 512 has larger contact area, being capable of preferably vibration damping and vibration isolation.
For ease of connecting the processing of the upper screwed hole of lid 511, as shown in Figure 11, Figure 12, preferably set at the middle part of connection lid 511
The connecting shaft 514 for extending downwardly is put, screwed hole is opened in connecting shaft 514.If connecting shaft 514 and connection lid 511 are one
The processing of so screwed hole be typically placed on part comparison operation processing rearward, plus man-hour requirement is installed workpiece to lathe
Fixture on, due to connect lid 511 be easily deformed when being installed, Integral design be unfavorable for middle part screwed hole processing, therefore,
Screw thread is first processed in connecting shaft 514, the middle part of connection lid 511 is then positioned in again and is fixedly connected, so can be made
The processing of screwed hole is easier, and then reduces the processing cost of connection lid 511.
Wherein, the portion that is rigidly connected of vibration-reducing connecting part 51 is preferably fixed with one with flexible anti-vibration portion by sulfuration process.
Specifically, as shown in figure 12, the connecting shaft 514, adpting flange at the connection lid 511 of shock absorber connector and the middle part of connection lid 511
513 are fixed with one with rubber layer 512 by sulfuration process.Due to shock absorber connector Main Function be in order to vibration damping every
Shake, also there is in addition certain bonding strength and connect lid 511 with rubber layer 512, adpting flange 513 and rubber layer 512
Between relative movement can not occur, therefore, need to be fixed with one between them.Due to rubber layer 512 and the chemistry knot of metal
Structure and mechanical performance have huge difference, make them be fixed with one by sulfuration process, can comprehensive rubber layer 512 it is high-elastic
Property and metal high intensity, so as to obtain more preferable intensity and durability, while having vibration damping, vibration isolation, the function such as wear-resisting.
Figure 13 show two of vibration-reducing connecting part 51 and is rigidly connected another kind of structure of portion and flexible joint.Specifically
Ground, the portion of being rigidly connected on the upside of flexible anti-vibration portion is the ' of the first attachment screw 511, positioned at the rigidity of flexible anti-vibration subordinate side
Connecting portion be the ' of the second attachment screw 513, flexible anti-vibration portion be the ' of rubber contiguous block 512, the head of screw of the ' of the first attachment screw 511
It is connected with the ' of rubber contiguous block 512 respectively with the head of screw of the ' of the second attachment screw 513, the screw rod of the ' of the first attachment screw 511 is used for
It is connected with top washing drum 22, the screw rod of the ' of the second attachment screw 513 is used to be connected with bottom washing drum 21.
Because the ' of rubber contiguous block 512 directly consolidates with the head of screw of the ' of the first attachment screw 511, the ' of the second attachment screw 513
Even, part used is less, makes the simple structure of vibration-reducing connecting part 51.In addition, the ' of the first attachment screw 511, the ' of the second attachment screw 513
Screw rod be connected with top washing drum 22, bottom washing drum 21 respectively, the dismounting of this connected mode is more convenient, and only needs clockwise
Or rotate counterclockwise vibration-reducing connecting part 51 can be achieved with its dismounting.Because the ' of rubber contiguous block 512 not only has high resiliency, have again
Have certain rigidity, therefore it both can guarantee that bonding strength, but can vibration damping and vibration isolation, and then top washing drum 22 can be avoided with
Portion's washing drum 21 resonates, and reduces vibration noise.
Referring to Fig. 4, Fig. 5, coupling assembly 5 also includes front contiguous block 52 and rear contiguous block 53, wherein, front contiguous block 52 is close
The nozzle of bottom washing drum 21 is arranged, and rear contiguous block 53 is arranged near the rear portion motor 211 of bottom washing drum 21.Due on two
Portion's washing drum 22 is impeller-type washing drum, and inevitably there is error the integral installation position of two impeller-type washing drums, forward
Or rearward all can affect do washing cartridge module 2 anterior-posterior balance, therefore, by the way that front contiguous block 52 and rear contiguous block 53 are configured into difference
Weight can make to keep balance before and after top washing drum 22.
In order that two stress balances of top washing drum 22 as shown in Figure 4, Figure 5, preferably connect multiple vibration dampings with stably
Part 51 is uniformly distributed between top washing drum 22 and bottom washing drum 21.Wherein, the quantity of vibration-reducing connecting part 51 can be four
It is individual, or six etc..The number of vibration-reducing connecting part 51 should not be excessive, and arranging excessive vibration-reducing connecting part 51 needs on top
Excessive tie point is set between washing drum 22 and bottom washing drum 21, is that the assembling process of laundry cartridge module 2 becomes loaded down with trivial details.Cause
This, on the premise of it ensure that two impeller-type washing drums are balanced, the quantity of vibration-reducing connecting part 51 preferably four.
Wherein, the unfolding mode of upper cover door 61 of three washing machines can be manual, or automatic, due to this
Three washing machines arrange two top washing drums 22 in the top of bottom washing drum 21 and two top washing drums are perpendicular for two
The impeller-type washing drum of arrangement, in order to ensure the capacity of two top washing drums 22, so its fuselage height is than common
Washing machine is high, when clothing is cleaned using two top washing drums 22, because two location comparisons of top washing drum 22 are top,
And it is not convenient during such subscriber switch upper cover door 61 for top cover-lifting type, it is therefore preferable that washing on two tops of the correspondence of casing 1
The tube port position of clothing cylinder 22 is hinged with upper cover door 61, and upper cover door 61 is connected with driving means, and driving means can drive upper cover door 61 to exist
Rotate between open position and closing position.
Because the tube port position in the two top washing drums 22 of correspondence of casing 1 is hinged with upper cover door 61, and upper cover door 61 connects
The driving means that upper cover door 61 can be driven to rotate between the open and the closed positions are connected to, thus can be by controlling to drive
Dynamic device makes corresponding action to realize the opening of upper cover door 61 and close, and solve that manual switching station brings is not convenient,
The automatization level of washing machine is improve, while also improving the experience of user.
It should be noted that:This driving means that upper cover door 61 can be driven to be opened and closed are not limited to be washed for two tops
Clothing cylinder 22 is three washing machines of impeller-type washing drum, it can also be used at least one top washing drum 22 and top washing drum 22
For many washing machines of impeller-type washing drum, wherein, the number of top washing drum 22 is not limited for 1,3 etc..In addition, should
Driving means can be additionally used in monotubular pulsator washing machine.
Wherein, open upper cover door 61 has various with the driving means closed, for example, cylinder, hydraulic motor etc..This enforcement
In mode, as shown in Figure 15, Figure 21 and Figure 22, driving means include motor 62, and drive shaft and the upper cover door 61 of motor 62 are driven
Connection.Compared with cylinder, hydraulic motor, with motor 62 drive make three washing machines structure it is simpler, compact, take up room
It is little, it is not necessary to increase air pump, hydraulic pump, pipeline, the control annex such as valve, in addition, the rotation of motor 62 is to use electric drive, with compared with
Quickly response speed, ensure that upper cover door 61 is opened in time, closed, not delayed.Additionally, motor 62 passes through motor driving shaft
621 are connected with upper cover door 61, and motor driving shaft 621 is separately designed with rotor, so when motor 62 breaks down
When, can easily remove and install.
Further, driving means can be accomplished in several ways the opening and closing of upper cover door 61.Such as driving means can be with
It is connected by tie point at upper cover door 61, now, driving means can be by applying to drive to this tie point to upper cover door 61
Power, to drive upper cover door 61 to rotate between the open and the closed positions.Specifically, as shown in figure 15, upper cover door 61 is led to
Cross the first hinged set 611 and the second hinged set 612 is hinged with casing 1, the hinged set 611 or the second of motor driving shaft 621 and first
Hinged set 612 is connected.It is connected in mode this, the hinged set of the right-hand member of motor driving shaft 621 and the body of upper cover door 61
It is engaged, left end is engaged with the output section of motor 62, is driven using straight drive, it is middle without other transmission devices, therefore, transmission effect
Rate is higher, ensure that the output torque of motor 62 is at utmost used for door opening action.
It should be noted that:Torque needed for due to opening upper cover door 61 be not it is very big, as shown in figure 17, motor driving shaft
621 preferably adopt aluminum alloy material, so ensure that part be easily worked, weight it is also less.
In order to reduce enabling or the buckling deformation of door body at closing time, the material of the material preferred high strength of door body, such as aluminium
Alloy, engineering plastics etc..Because motor 62 is positioned at the side of upper cover door 61, when upper cover door 61 is opened or closed, motor 62
Output torque first acts on side, transmits torque to opposite side hinge sleeve to realize the overall upset of upper cover door 61 by door body, so goes up
Easily there is buckling deformation because of unbalance stress in lid door 61, therefore, upper cover door 61 preferably is made up to resist this of high-strength material
Plant buckling deformation.
In order to slow down the closing speed of upper cover door 61, motor damping device is preferably set in motor 62.When upper cover door 61
When rotating to closing position, due to the collective effect of the torque of the self gravitation of upper cover door 61 and motor 62, speed is turned off more next
It is faster, therefore, motor damping device can provide reverse resistance to suppress the rotation of motor driving shaft 621 too fast, can reduce
The closing speed of upper cover door 61, it is to avoid the too fast damage for causing that collides with casing 1 of upper cover door 61 closing velocity.
In order to further slow down the closing speed of upper cover door 61, close upper cover door 61 soft slow, as shown in Figure 15, Figure 18,
It is preferred that being provided with unidirectional damping device 63 in the hinged place of upper cover door 61 and casing 1.Because unidirectional damping device 63 can be at one
The resistance of motion is provided on direction, resistance is not then provided in the other directions, therefore, when upper cover door 61 is opened, 62 grams of motor
Take the gravity acting of upper cover door 61 to realize that the upset of upper cover door 61 is opened, now, unidirectional damping device 63 does not provide the resistance of motion;
When upper cover door 61 is closed, upper cover door 61 can turn off excessive velocities under gravity and the collective effect of the torque of motor 62, now,
Motor damping device, unidirectional damping device 63 is coordinated to provide the resistance of motion to slow down the closing velocity of upper cover door 61, it is ensured that
Upper cover door 61 is closed soft slow.
In order that the stress balance when closed of upper cover door 61, it is preferable that as shown in figure 15, upper cover door 61 is hinged by first
The hinged set 612 of set 611 and second is hinged with casing 1, and the drive shaft of motor 62 is connected with the first hinged set 611, unidirectional damping
Device 63 is connected with the second hinged set 612;Or the drive shaft of motor 62 is connected with the second hinged set 612, unidirectional damping device
63 are connected with the first hinged set 611.Because when upper cover door 61 is closed, unidirectional damping device 63 and motor damping device are all provided
Resistance slow down the closing velocity of upper cover door 61, therefore, motor 62 and unidirectional damping device 63 be arranged on into upper cover door 61
Both sides, are conducive to the stress balance of upper cover door 61, it is to avoid upper cover door 61 side be subject to resistance and opposite side by caused
Buckling deformation.
In addition, driving means can also be connected with upper cover door 61 at least through tie point at two, driving means can be by extremely
Tie point applies driving force to upper cover door 61 at few two, to drive upper cover door 61 to rotate between the open and the closed positions.
Because driving means are to apply driving force to upper cover door 61 by tie point at least two, upper cover door 61 is subject to when opening
The effect of multiple driving forces, the stress of such upper cover door 61 is just than more uniform, it is to avoid what upper cover door 61 occurred because of unbalance stress
Buckling deformation.
Wherein, driving means should not be excessive with the tie point of upper cover door 61, if tie point is excessive, these tie points are just not
Easily coaxial, driving means are easy for jam occur when upper cover door 61 are opened and closed, and the opening and closing for making upper cover door 61 has some setbacks, drop
The low experience of user.Therefore, be avoided that upper cover door 61 occur buckling deformation on the premise of, driving means preferably with upper cover door
61 by tie point connection at two, and can by this at two tie point apply driving force to upper cover door 61.
Further, driving means are not unique to the structure that upper cover door 61 applies driving force by tie point at two.As schemed
21 show driving means passes through a kind of alternative construction that tie point at two applies driving force to upper cover door 61, specifically, motor
62 include motor driving shaft, and motor driving shaft is connected with upper cover door 61, and motor driving shaft includes the first drive shaft 622 and the
Two drive shafts 623, the first drive shaft 622 and the second drive shaft 623 are coaxially set and respectively positioned at the both sides of motor, first drives
The drive shaft 623 of moving axis 622 and second is connected respectively with upper cover door 61.Because the both sides of motor 62 are provided with two drive shafts simultaneously
And the two drive shafts are coaxial, and because two drive shafts are connected respectively with upper cover door 61, so, the output torque of motor 62
It is directly delivered at upper cover door 61 by two drive shafts of the both sides of motor 62, therefore, upper cover door 61 is opening or closing process
Middle both sides stress, easily keeps balance, it is to avoid motor 62 is unilateral to drive the warpage of the upper cover door 61 caused by upper cover door 61 to become
Shape, and then the requirement to the intensity of upper cover door 61 can be reduced.
Referring to Figure 21 and Figure 22, it is preferable that upper cover door 61 is by the first hinged set 611 and the second hinged set 612 and casing 1
It is hinged, motor 62 is located between the first hinged set 611 and the second hinged set 612, the first drive shaft 622 passes through the first hinged set
611 are connected with upper cover door 61, and the second drive shaft 623 is connected by the second hinged set 612 with upper cover door 61.Due to upper
Lid door 61 is hinged by the first hinged set 611 and the second hinged set 612 with casing 1, and such upper cover door 61 can be hinged around first
The hinged set 612 of set 611 and second is rotated with the pin joint of casing 1, the opening and closing of upper cover door 61 is not only facilitated, while also ensure that
Upper cover door 61 does not misplace during being opened and closed.In addition, two drive shafts are connected by two hinged sets with upper cover door 61,
Such connection not only simple structure, and transmission efficiency can also be improved, additionally, two hinged sets take up room it is smaller, can
So that the more compact structure of upper cover door 61.
It should be noted that:First drive shaft 622 is connected by the first hinged set 611 with upper cover door 61, and second drives
Moving axis 623 is connected with upper cover door 61 by the second hinged set 612 and refers to that two drive shafts coordinate respectively with two hinged sets,
Two hinged set synchronous axial systems can be driven when two drive shaft turns, and then drives upper cover door 61 around the first hinged set
611 and second hinged set 612 rotate with the pin joint of casing 1.
Because upper cover door 61 is to drive the hinged set of its both sides to rotate by two drive shafts by motor 62, such upper cover door
61 opening and closing when stress compare balance, when upper cover door 61 is closed, can by the motor damping device inside motor 62
So that upper cover door 61 is slowly closed.
In order to the installing space and two that ensure motor 62 drive load on axle to be evenly distributed, it is preferable that as shown in figure 22,
Motor 62 is arranged near the first hinged set 611, is supported by bearing 624 between the second drive shaft 623 and casing 1.Wherein, motor
62 positions for being arranged close to the first hinged set 611 are installed, and so ensure that motor 62 has enough installing spaces, are prevented
Interfere with the grade part of upper cover door 61 when being only arranged on two hinged set centre positions.Because motor 62 is near the one of upper cover door 61
Side is installed, and so makes the length of the second drive shaft 623 long, and a bearing is arranged between the second drive shaft 623 and casing 1
624, can so play a part of support to the second drive shaft 623, the load distribution in the second drive shaft 623 is optimized, prevent
Only the deformation of the other end of the second drive shaft 623 is excessive.Certainly, motor 62 can also be arranged near the second hinged set 612, and first drives
Supported by bearing 624 between axle 622 and casing 1, its effect is identical with the former.
Figure 19 show driving means and passes through another kind of alternative construction that tie point at two applies driving force to upper cover door 61,
Specifically, driving means include motor 62 and auxiliary door opening mechanism 64, and motor 62 includes motor driving shaft 621, motor driving shaft
621 are connected with upper cover door 61, and auxiliary door opening mechanism 64 is arranged in upper cover door 61 away from the side of motor 62, auxiliary door opening
Mechanism 64 can be to the provided auxiliary enabling torque of upper cover door 61.
Because auxiliary door opening mechanism 64 is arranged in upper cover door 61 away from the side of motor 62, and auxiliary door opening mechanism 64
All can be acted on by torque both sides when opening to the provided auxiliary enabling torque of upper cover door 61, such upper cover door 61, both sides hold
Balance is easily kept, and then the side when opening of upper cover door 61 can be avoided to be subject to torque, the upper cover door 61 that opposite side is not caused
Buckling deformation.
Referring to Figure 20, it is preferable that auxiliary door opening mechanism 64 includes being provided with rotatable first turn in housing 640, housing 640
Axle 643, first rotating shaft 643 is connected by transmission mechanism with upper cover door 61, and torsion spring 648 is arranged with first rotating shaft 643, is turned round
The first end of spring 648 is fixed with housing 640, and the second end of torsion spring 648 is fixed relative to first rotating shaft 643, on closing is described
During lid door 61, the rotating torque of upper cover door 61 can be passed to first rotating shaft 643 by transmission mechanism, rotate first rotating shaft 643, with
Torsion spring 648 is set to store power, when upper cover door 61 is opened, the righting moment of torsion spring 648 can be passed by first rotating shaft 643 and transmission mechanism
Upper cover door 61 is passed, with to the provided auxiliary enabling torque of upper cover door 61.
Because when upper cover door 61 is closed, the rotating torque of upper cover door 61 can be passed to first rotating shaft 643 by transmission mechanism,
Rotate first rotating shaft 643, so that torsion spring 648 stores power, torsion spring 648 stores the torsional moment produced by power can slow down upper cover door 61
Closing velocity, therefore, auxiliary door opening mechanism 64 can make the soft slow closing of upper cover door 61.When upper cover door 61 is opened, torsion spring 648
Righting moment upper cover door 61 can be passed to by first rotating shaft 643 and transmission mechanism, with to the provided auxiliary of upper cover door 61 open the door
Torque, and then the maximum enabling torque of motor 62 can be reduced, thus can replace high-torque using little torque motor 62
Motor 62, because auxiliary door opening mechanism 64 is frame for movement, reliability is higher, therefore, coordinate auxiliary to open with little torque motor 62
Door mechanism 64 can improve efficiency, reduces cost substituting electric motor with large torque 62.In addition, the enabling torque of motor 62 is reduced,
The both sides force unbalance of upper cover door 61 can be avoided to cause warping phenomenon.Additionally, the second end of torsion spring 648 is relative to first rotating shaft
643 fix, and so when first rotating shaft 643 is rotated, the second end of torsion spring 648 will rotate with first rotating shaft 643, due to
The first end of torsion spring 648 is fixed on casing will not be rotated with first rotating shaft 643, and the end of such torsion spring 648 second turns with respect to first end
It is dynamic, so that torsion spring 648 produces torsional moment or righting moment.
Wherein, transmission mechanism can be speed booster driving mechanism, and upper cover door 61 is connected with the high speed level of transmission mechanism, first turn
Axle 643 is connected with the slow speed turbine stage of transmission mechanism.In addition, as shown in figure 20, transmission mechanism can also be reduction gearing mechanism, upper lid
Door 61 is connected with the slow speed turbine stage of transmission mechanism, and first rotating shaft 643 is connected with the high speed level of transmission mechanism, compares step-up drive machine
Structure, transmission mechanism is reduction gearing mechanism, when upper cover door 61 is opened or closed, torsion spring 648 can produce one it is larger
Windup-degree, and then bigger righting moment or torsional moment can be provided reducing enabling torque or the reduction of motor 62
The closing speed of upper cover door 61.
It should be noted that:In the elastic limit of torsion spring 648, the windup-degree of torsion spring 648 is bigger, required twisting resistance
Square is bigger, and the provided righting moment that restPoses of torsion spring 648 is also bigger.
Further, transmission mechanism can be various, such as Chain conveyer, V belt translation etc., in addition, transmission mechanism can also be
Gear drive, specifically, as shown in figure 20, transmission mechanism includes the second rotating shaft 642 and the 3rd being rotationally connected with housing 640
Rotating shaft 641, between the rotating shaft 642 of first rotating shaft 643 and second by first gear 647 groups be connected, the second rotating shaft 642 and
Between three rotating shafts 641 by second gear 646 groups be connected, the 3rd rotating shaft 641 is relatively fixed with upper cover door 61.Compare chain biography
Dynamic, V belt translation etc., gear drive makes the more compact structure of auxiliary door opening mechanism 64, makes the gearratio of transmission mechanism more accurate, passes
Efficiency of movement is higher, and driving torque is bigger.In addition, passing through 647 groups of biographies of first gear between the rotating shaft 642 of first rotating shaft 643 and second
Dynamic connection, between the second rotating shaft 642 and the 3rd rotating shaft 641 by second gear 646 groups be connected, by two gear trains biographies
It is dynamic, so can reasonably distribute the gearratio of each gear train to avoid gearratio excessive or too small.Wherein, the 3rd rotating shaft
641 are relatively fixed with upper cover door 61, so will drive the synchronous rotary of the 3rd rotating shaft 641 when upper cover door 61 rotates.
It should be noted that:First rotating shaft 643, the second rotating shaft 642 and the 3rd rotating shaft 641 are to rotate to connect by bearing 649
It is connected in housing 640, six bearings 649 are symmetrically set in housing 640, and three rotating shafts are played a supportive role respectively.
Wherein, gear can be fixed in rotating shaft, such as gear is welded in rotating shaft, it is also possible to by gear and rotating shaft one
Body is designed, in addition, as shown in figure 20,647 groups of first gear includes intermeshing first gear 647 and second gear 646, the
One gear 647 is sheathed in first rotating shaft 643, and second gear 646 is sheathed in the second rotating shaft 642, and 646 groups of second gear includes
Intermeshing 3rd gear 645 and the 4th gear 644, the 3rd gear 645 is sheathed in the second rotating shaft 642, the 4th gear 644
It is sheathed in the 3rd rotating shaft 641.Compare gear be fixed on axle or with axle Integral design, four gears are sheathed in rotating shaft,
When so there is broken teeth, abrasion etc. and fail in gear, it is possible to easily disassemble from rotating shaft, without changing rotating shaft,
Reduce maintenance cost.Additionally, diameter of the diameter of first gear 647 less than second gear 646, the diameter of the 3rd gear 645
Less than the diameter of the 4th gear 644, such first rotating shaft 643 to the 3rd rotating shaft 641 belongs to double reduction transmission, reasonably distributes
Gearratio.
Further subtract for the output torque of motor 62 when preferably reducing opening upper cover door 61 or when closing upper cover door 61
The closing speed of little upper cover door 61, the speed reducing ratio preferably 1 of transmission mechanism:2.If speed reducing ratio is too small, when upper cover door 61 is closed or is beaten
When opening, the windup-degree of torsion spring 648 will be less, and the torsional moment or righting moment that torsion spring 648 is provided just correspondingly reduces, by
Reduce in the torsional moment of torsion spring 648, the resistance that is subject to will reduce when upper cover door 61 is closed, door closing speed accordingly understand block some;
Because the righting moment of torsion spring 648 reduces, required torque when motor 62 opens upper cover door 61 will become big, and then must select defeated
Go out the larger motor 62 of torque.If speed reducing ratio is excessive, when upper cover door 61 is opened or closed, the torsion gyration of torsion spring 648
Will be excessive, such torsion spring 648 is easily damaged.In addition, speed reducing ratio is excessive, the gearratio of each gear train will increase, so
Canine tooth size of wheel in each gear train will increase, and then increase the size of auxiliary door opening mechanism 64.
It should be noted that:The speed reducing ratio of transmission mechanism is 1:When 2, during 90 ° of 61 folding of upper cover door, torsion spring 648 is capable of achieving
180 ° are reversed storage power.
Referring to Figure 20, the second end of torsion spring 648 can be fixed in first rotating shaft 643, it is also possible to be fixed on first gear
On 647, compare and be fixed in first rotating shaft 643, the second end of torsion spring 648 is fixed in first gear 647, be not only easy to turn round
The installation of spring 648, also makes in addition the stress balance of torsion spring 648, is conducive to torsion storage power and the output of righting moment of torsion spring 648.
In order that casing and the stress balance of first gear 647, as shown in figure 20, it is preferable that torsion spring 648 is two, and point
Not Wei Yu first gear 647 both sides, the second end of two torsion springs 648 is individually fixed in the opposite end surface of first gear 647
On.If only arranging a torsion spring 648, an end face and the side casing of such first gear 647 are subject to reversing for torsion spring 648
Torque or righting moment, such casing is just uneven with the stress of first gear 647, for this purpose, two torsion springs 648 are set, and point
Not Wei Yu first gear 647 both sides, the second end of two torsion springs 648 is individually fixed in the opposite end surface of first gear 647
On, can thus make first gear 647 and casing stress balance.
In order to advantageously operate electrically operated gate, a normal eletric button is set preferably in front control board 12, the button does not receive power supply
Button control, switches on power by pressing the button, carries out switch gate action.So picking and placeing clothing just can individually be carried out,
It is very convenient and whether do not switched on power by washing machine is affected.
In order in power failure etc., in particular cases, upper cover door 61 still can be opened easily when motor 62 can not work automatically
Close, preferably make the front portion of upper cover door 61 stretch out the edge of front control board 12, specifically, as shown in figure 23, the side that the front portion of upper cover door 61 is stretched out
Edge can be used as handle for opening door, and user just manually can open or close upper cover door 61 to pick and place clothing.Meanwhile, in motor 62
Portion's structure can be rotated when also must be designed to power-off, and the rotatory force can not be excessive, and such user can easily be opened and closed
Lid door 61.
When clothing is cleaned, the detergent such as washing powder, liquid detergent with manual allocation and can be rendered in each washing drum,
Detergent can be put into detergent feeding box 7, be then automatically assigned to again in each washing drum, due to by people's work point
With detergent and render to it is very inconvenient in three washing drums, therefore, as shown in figure 24, it is preferable that in washing machine arrange
One detergent feeding box 7, detergent feeding box 7 includes multiple input chambers 72 independent of each other and a premix chamber 74, throws in
Chamber 72 includes that washing powder throws in chamber 722, liquid detergent and throws in chamber 721 and softener input chamber 723, and washing powder is thrown in chamber 722 and connected
There is the first water inlet control valve 77, and washing powder is thrown in chamber 722 and connected with bottom washing drum 21, liquid detergent input chamber 723 and submissive
Agent is thrown in chamber 721 and is connected with premix chamber 74 respectively, and liquid detergent is thrown in and be provided between chamber 723 and premix chamber 74 liquid detergent input pump
76, softener is thrown in and be provided between chamber 721 and premix chamber 74 softener input pump 73, and premix chamber 74 is connected with second and enters water management
Valve 78, premix chamber 74 is connected respectively by three distributive pipes 75 with drum type washing cylinder and two impeller-type washing drums, is divided per bar
Valve is equipped with water pipe 75.
Referring to Figure 24, due to washing powder throw in chamber 722 be connected with the first water inlet control valve 77 and washing powder throw in chamber 722 with
Bottom washing drum 21 is connected, and when the first water inlet control valve 77 is opened, washing powder may not pass through premix chamber 74, but straight by water
Connect and be punched into bottom washing drum 21 and dissolve.Due to liquid detergent throw in chamber 721 and softener throw in chamber 723 respectively with premix chamber
74 connections, liquid detergent is thrown in and be provided between chamber 723 and premix chamber 74 liquid detergent input pump 76, and softener throws in chamber 721 with premix
Softener is provided between chamber 74 and throws in pump 73, and premix chamber 74 is connected with the second water inlet control valve 78, and such liquid detergent is thrown in
Pump 76 and softener throw in the liquid detergent and softener that pump 73 will be thrown in liquid detergent in chamber 723 and softener input chamber 721
In being drawn into premix chamber 74, when the second water inlet control valve 78 is opened, water will with enter into premix chamber 74 with liquid detergent or
Softener mixes and is dissolved, then by the opening and closing of three valves of distributive pipe 75 of control, by liquid detergent and softener successively
In rendering to the washing drum for treating work, realize the automatic distribution of detergent and throw in, so as to improve the experience of user.
It should be noted that:The present embodiment middle and upper part washing drum 22 is impeller-type washing drum, and bottom washing drum 21 is cylinder
Formula washing drum.Because impeller-type washing drum is top cover-lifting type, washing powder is to render to impeller-type washing drum by manual type
In;Again because the nozzle of lower cylinder formula washing drum is towards front, thereto washing-powder feeding is very inconvenient, and is unfavorable for
It spreads apart in cylinder, therefore, it is that, by the washing-powder feeding thereto of detergent feeding box 7, and washing powder is directly by water
Rush in drum type washing cylinder.In addition, liquid detergent and softener are to be distributed automatically by detergent feeding box 7 and render to each
In impeller-type washing drum and drum type washing cylinder, wherein premix chamber 74 is liquid detergent, softener is mixed with water wherein, is promoted
Its dissolving, it is to avoid blocking point water when thick liquid detergent, softener are directly entered top washing drum 22 and bottom washing drum 21
Pipe 75.
Referring to Fig. 3, Fig. 4 and Fig. 5, in order to avoid the outer tube of two top washing drums 22 in the course of work is sent out because of vibration
Raw collision, top washing drum one outer tube of decision design, and two inner cores are arranged in the outer tube.Due to top washing drum 22
For top cover-lifting type, in order to take clothes facilitate that it highly can not design it is too high, so make three washing machine tops empty
Between it is limited.If the outer tube of two top washing drums 22 is separately designed, that is, design two outer tube, in order to increase capacity, two
The outer tube gap of top washing drum 22 can be designed to very little, and outer tube is in the course of the work because vibration is easy to interfere, touches
Hit, very big noise can be produced.Further, since the upper space is limited, if two splits of top washing drum 22 are designed, then
The outer tube of two top washing drums 22 can occupy a part of space, so that the space of extruding inner core makes its capacity diminish.Therefore,
Two top washing drums 22 are designed into an outer tube can also indirectly increase the inner core capacity of two top washing drums 22.
It should be noted that:If top washing drum 22 has multiple, the inner core of multiple top washing drums 22 can be arranged
In an outer tube.
Embodiment two
Referring to Figure 25, Figure 26 and Figure 27, three washing machines that the present embodiment is provided are with the difference of embodiment one:Two
Top washing drum 22 is disposed as drum type washing cylinder, and two upper cylinders are arranged side by side, respectively positioned at the left and right sides, so may be used
With preferably using the horizontal space of three casing of washing machine.In addition, with top washing drum 22 for impeller-type washing drum scheme
Compare, because the nozzle of two drum type washing cylinders is directed towards front, the fuselage of such three washing machines highly wants relatively low one
A bit, can be more more convenient when using two top washing drums 22 for the shorter user of height.
Referring to Figure 27, because the motor for driving two rotations of top washing drum 22 is all done washing installed in top in the present embodiment
The rear portion motor 221 of 22 rears of cylinder and two top washing drums 22 has certain quality, can so cause top washing drum
It is uneven before and after 22.Therefore, the nozzle by front contiguous block 52 near top washing drum 22 is arranged, and rear contiguous block 53 is washed near top
The rear portion motor 221 of clothing cylinder 22 is arranged, and the weight of front contiguous block 52 can so make two more than the weight of rear contiguous block 53
Individual top washing drum 22 fore-and-aft direction weight balancing, it is to avoid the inclination caused because rear is overweight.
Referring to Figure 26 and Figure 27, in order to further reduce the vibration of laundry cartridge module 2, it is preferable that top washing drum 22
The first extension spring 41 is connected between the inwall of outer tube and casing 1, is connected between the outer tube of bottom washing drum 21 and the inwall of casing 1
There is the second extension spring 42.Due to three washing machines in the course of the work, top washing drum 22 and the rotation of bottom washing drum 21 is produced
Very big centrifugal force, the unbalance loading for especially all producing when two only one of which of top washing drum 22 work, easily makes washing drum
Component 2 produces vibration, therefore first hangs several combination shock absorbers 3 that spring 41, second hangs the cooperation laundry cartridge module 2 of spring 42 bottom,
The vibration of the laundry all directions of cartridge module 2 can be reduced, wherein the first extension spring 41 is to reduce the vibration of bottom washing drum 21,
Second extension spring 42 is to reduce the vibration of two top washing drums 22.
In order to preferably reduce the vibration of laundry cartridge module 2 and make the inwall uniform force of casing 1, the first extension spring 41 is preferably made
It is connected with the upper inside wall of casing 1, the second extension spring 42 is connected with the inwall middle part of casing 1.It is in laundry cartridge module due to hanging spring 4
During 2 vibration, the vibration of laundry cartridge module 2 is reduced by stretching the resistance for producing, if first hangs the extension spring 42 of spring 41, second and machine
The inwall of shell 1 connects excessively top and is excessively all unfavorable on the lower hanging the stretching of spring 4, so that hang the effectiveness in vibration suppression of spring 4 weaken, together
When be also unfavorable for the inwall uniform force of casing 1, therefore the first extension spring 41 is connected with the upper inside wall of casing 1, the second extension spring 42
It is connected with the inwall middle part of casing 1, can makes extension spring 4 with the inwall connection end of casing 1 higher than cylinder outer tube connection end, is more beneficial for
Hang the vibration that spring 4 reduces laundry cartridge module 2 by stretching.
It should be noted that:It is all to be symmetricly set in top washing drum 22 and bottom is washed that first extension spring 41 and second hangs spring 42
The both sides of clothing cylinder 21.Wherein, the quantity that the first extension spring 41 and second hangs spring 42 can be 2,4,6 etc., as long as meet washing
The balance and damping requirements of clothing cartridge module 2, is not limited thereto.
Referring to Figure 25, Figure 26, because the nozzle of three washing machine top washing drums 22 is towards front, therefore, detergent
Feeding box 7 can be arranged at the upper housing 1 of two top washing drums 22, it is also possible to be placed on three washing machine fronts from two
Where the nozzle centre of individual top washing drum 22, as long as do not interfere with other parts can be to be not limited thereto.Separately
Outward, because the height of three washing machine bodies is not relatively high, the upper cover door 61 of two top washing drums 22 can be beaten manually
Open, it is also possible to automatically open up, here is also not construed as limiting.
In addition, the present embodiment additionally provides a kind of three washing machine water diversion systems and its control method, the water diversion system and
Its control method is not only applicable to three washing machines of two top washing drums 22, can equally be well applied to top washing drum 22 to
The many washing machines of rare one, its middle and upper part washing drum 22 can be impeller-type washing drum, or drum type washing cylinder,
Its number can be not limited thereto for 1,3 etc..Specifically, as shown in figure 28, a detergent is set in washing machine
Feeding box 7, detergent feeding box 7 includes multiple input chambers 72 independent of each other and a premix chamber 74, and at least one throws in chamber
Input pump is provided between 72 and premix chamber 74, main water inlet tube 71 is connected with premix chamber 74, premix chamber passes through 75 points of multiple distributive pipes
It is not connected with top washing drum 22 and bottom washing drum 21, on every distributive pipe 75 valve is equipped with.
Because detergent feeding box 7 includes multiple input chambers 72 independent of each other and a premix chamber 74, so can be
Different types of detergent, such as washing powder, liquid detergent, softener etc. are put into multiple input chambers 72 independent of each other, due to
The composition material of different clothings is different, selects different detergent to classify to it cleaning, can strengthen clean result.In addition,
Due to being provided with input pump between at least one input chamber 72 and premix chamber 74, main water inlet tube 71 is connected with premix chamber 74, is so thrown
Putting pump can just be drawn into liquid detergent, such as liquid detergent, softener etc. in premix chamber 74, with the water in main water inlet tube 71
Mix and dissolve, then by controlling the opening and closing of valve on each distributive pipe 75, it is possible to by the premix chamber of detergent feeding box 7
Detergent in 74 is assigned in the washing drum for treating work, thus can replace manually throwing in successively, is capable of achieving detergent
Automatically distribution and input, are very easy to the cleaning of user's clothing, improve the experience of user.
The number in chamber 72 is thrown in the detergent feeding box 7 should not be arranged too much, due to washing for placement in washing machine
The limited space of agent feeding box 7 is washed, the finite capacity of detergent feeding box 7, the too many input chamber 72 of setting is made each
The individual capacity of input chamber 72 is too small, and capacity is too small to make the amount of its detergent thrown in not enough, affect clothes washing effect.Therefore,
Under the requirement for meeting injected volume, the number preferably three in chamber 72 is thrown in.Specifically, as shown in figure 24, throwing in chamber 72 includes washing
Clothing powder throws in chamber 722, liquid detergent and throws in chamber 723 and softener input chamber 721, and main water inlet tube 71 throws in chamber 722 by washing powder
Connect with premix chamber 74, detergent is thrown in and be provided between chamber 72 and premix chamber 74 liquid detergent input pump 76, and softener throws in chamber 721
Softener is provided between premix chamber 74 and throws in pump 73.Because liquid detergent, softener are all liquid detergents, throw in liquid detergent
Chamber 723, softener is thrown in and arrange between chamber 721 and premix chamber 74 liquid detergent input pump 76, and softener throws in pump 73, can basis
Throw in working time control its injected volume of pump.Because washing powder is solid-state, it is impossible to enter into premix chamber 74 by throwing in pump,
Therefore main water inlet tube 71 is connected by washing powder input chamber 722 with premix chamber 74, and the water that can be allowed in main water inlet tube 71 is rushed
Enter to premix chamber 74 and dissolve, and then in the washing drum required for being entered into by distributive pipe 75 again.Wherein, detergent feeding box 7
In the amount rendered in premix chamber 74 of washing powder be that by manually operated, user is disposable in washing powder throws in chamber 722
Amount required for input, is then all punched into premix chamber 74 and dissolves by the water of main water inlet tube 71.
Referring to Figure 29, in order to accelerate dissolving of the detergent in premix chamber 74, preferably it is connected with premix chamber 74 plus hot charging
741 are put, heater 741 can be heated to the solution in premix chamber 74.When being worked due to multiple washing drums simultaneously, washing powder, wash
Clothing liquid, the input interval of softener are carried out, and washing powder, liquid detergent, the softener dissolving in premix chamber 74 exists uneven
Situation, exists when throwing in the washing drum for needing and excessively throws in or throw in not enough situation, such as allows detergent fully to dissolve, then need
The time wanted is longer, can so extend wash time.Therefore allow premix chamber 74 to be connected with heater 741 and lift detergent
Solubility, the clean result of clothing can be increased.Because the volume of premix chamber 74 is less, heating quickly, is compared in washing drum
Heating, premix chamber 74 is connected with heater 741 and cleans aspect in raising detergent solubility and clothing, and effect is more preferable.In addition,
Can be with using electricity wisely, shortening wash time.
Wherein, the heater 741 of the connection of premix chamber 74 has various, such as heating plate can be arranged outside premix chamber 74,
Heating plate heating power can be heated to the solution in premix chamber 74.In addition, as shown in figure 29, heater 741 can also be
The heater strip being arranged in premix chamber 74.Heating plate is compared, it is thus plus few because heater strip is located inside premix chamber 74
The loss of heat, improves the heat transfer efficiency of heater 741, while the heat time can also be shortened.
Referring to Figure 30, in order to further speed up dissolving of the detergent in premix chamber 74, preferably it is connected with premix chamber 74
Circulating line 743, wherein, circulating line 743 is serially connected with circulating pump 742, so that the solution in premix chamber 74 passes through circulating line
743 circulate.Due to detergent, particularly washing powder, the meltage of premix chamber 74 is exceeded when throwing in excessive, so held
The precipitation residual easily in premix chamber 74, therefore, circulating pump 742 can promote circulating for solution in premix chamber 74, be conducive to
Promotion has just enter into the water of premix chamber 74 and being sufficiently mixed for detergent, accelerates the dissolving of detergent, solves detergent appearance
The problem of residual is easily precipitated in premix chamber 74.
Referring to Figure 31, any one top washing drum 22 is respectively connected with outer row water pipe 222 and internal drainage pipe 223, outward
Water in top washing drum 22 can be discharged washing machine by portion's drainpipe 222, and internal drainage pipe 223 is connected with bottom washing drum 21,
For the water in top washing drum 22 to be entered in bottom washing drum 21, outer row water pipe 222 and internal drainage pipe 223 are all connected with
There is magnetic valve 224.Because any one top washing drum 22 is connected with outer row water pipe 222 and internal drainage pipe 223, outer row
The washings of top washing drum 22, washings etc. can be discharged washing machine by water pipe 222, and internal drainage pipe 223 can be by top
The washings of washing drum 22 are injected into bottom washing drum 21, for the washing or rinsing of bottom washing drum 21, so can be real
The recycling of the existing washings of top washing drum 22, saves the water consumption of washing machine.
It should be noted that:Because top washing drum 22 and bottom washing drum 21 are all to use downward draining, therefore,
Water just can be completely exhausted out under gravity in each washing drum.
For the ease of controlling the draining of top washing drum 22, it is preferable that as shown in figure 31, outer row water pipe 222 and inside
Drainpipe 223 is connected respectively with magnetic valve 224, and magnetic valve 224 can be in the first operating position, the second operating position and the 3rd work
Switch between position, when magnetic valve 224 switches to the first operating position, top washing drum 22 and outer row water pipe 222 and interior
Portion's drainpipe 223 disconnects;When magnetic valve 224 switches to the second operating position, top washing drum 22 and outer row water pipe 222
Connection, and disconnect with internal drainage pipe 223;When magnetic valve 224 switches to three operating positions, top washing drum 22 with it is internal
Drainpipe 223 is connected, and is disconnected with outer row water pipe 222.In top washing drum 22 such as washs, rinses at the course of work, by electricity
Magnet valve 224 switches to the first operating position, and top washing drum 22 disconnects with outer row water pipe 222 and internal drainage pipe 223, this
Water in sample course of work middle and upper part washing drum 22 would not flow out;When the washings in top washing drum 22, washings etc. are needed
When being expelled directly out washing machine, at this moment magnetic valve 224 switches to the second operating position, top washing drum 22 and outer row water pipe
222 connections, and disconnect with internal drainage pipe 223, the water of such top washing drum 22 just can be discharged by outer row water pipe 222
Washing machine;When the washings of top washing drum 22 need to be reused in bottom washing drum 21, at this moment magnetic valve 224 is switched to
3rd operating position, top washing drum 22 is connected with internal drainage pipe 223, and is disconnected with outer row water pipe 222, and such top is washed
The washings of clothing cylinder 22 inject bottom washing drum 21 by internal drainage pipe 223, can be used for its washing or rinse.
Embodiments providing a kind of water diversion system of washing machine carries out the control method of point water, including following step
Suddenly:
S1, the water intaking valve for opening main water inlet tube 71, the water for making main water inlet tube 71 enters washing powder input chamber 722, will wash
Detergent in clothing powder input chamber 722 pours premix chamber 74 and is dissolved;
S2, the valve for opening one of them corresponding distributive pipe 75 of washing drum for treating work, by the premix chamber 74
Washing powder solution is poured in the washing drum, realizes water filling and the input of washing powder to the washing drum;
S3, repeat step S1~S2, realizes the water filling and the input of washing powder of the washing drum to needed work.
Due to being provided with premix chamber 74, then after main water inlet tube 71 is intake, the washing powder in washing powder input chamber 722 is just
Premix chamber 74 can be poured by water, washing powder will be dissolved in premix chamber 74, to facilitate the washing of follow-up clothing.Then,
By the valve for opening one of them corresponding distributive pipe 75 of washing drum for treating work, the washing powder after premix chamber 74 dissolves is just
Can be poured in corresponding washing drum by water, complete an automatic distribution for treating work washing drum washing powder and throw in.Next repeat
Step S1~S2, the distribution of the water filling and washing powder that are sequentially completed needed work washing drum is thrown in, and is so achieved that laundry
The automatic distribution of powder and delivery, improve the experience of user.
It should be noted that:Step S1, S2 can be carried out simultaneously, i.e., when main water inlet tube 71 is opened, one is treated work
The valve for making the corresponding distributive pipe 75 of washing drum can also be while open, the washing powder that such washing powder is thrown in chamber 722 will
It is punched into the washing drum for treating work by the water Jing premix chambers 74, distributive pipe 75 in main water inlet tube 71, it is then molten in washing drum
Solution.
In order to accelerate dissolving of the detergent in premix chamber 74, after step S1, following step is also included before step S2
Suddenly:
S1 ', the unlatching heater 741, make heater 741 carry out adding to the washing powder solution in premix chamber 74
Heat, to accelerate the dissolving of washing powder.
When being worked due to multiple washing drums simultaneously, the input interval of washing powder is carried out, the washing powder in premix chamber 74
There is uneven situation in dissolving, excessively throw in or throw in not enough situation to existing when the washing drum of work is thrown in, and such as allows and washes
Clothing powder fully dissolves, then the time for needing is longer, can so extend wash time.Therefore premix chamber 74 is made to be connected with heater
741 solubility that can lift washing powder, and then the clean result of clothing can be increased.Due to the volume of premix chamber 74 it is less, plus
Thermal velocity quickly, can in the valve of main water inlet tube 71 and when the corresponding valve of distributive pipe 75 of work washing drum is opened simultaneously,
From premix chamber 74 is flowed into flowing out in this period, washing powder still can fully be dissolved into water the solution of washing powder and water.
The present embodiment additionally provides a kind of water diversion system of three washing machines and carries out the control method of point water, including following step
Suddenly:
N1, the control input pump throw in the liquid detergent and/or softener of set amount into premix chamber;
N2, the water intaking valve for opening main water inlet tube, the water for making main water inlet tube enters premix chamber, with to the liquid detergent in premix chamber
And/or softener is dissolved;
N3, the valve for opening the corresponding distributive pipe of washing drum for treating work, by the liquid detergent in the premix chamber and/or
Submissive agent solution is poured in the washing drum, realizes water filling and the input of detergent to the washing drum;
N4, repeat step N1~N3, realizes water filling and liquid detergent and/or the softener of the washing drum to needed work
Input.
Due to controlling to throw in liquid detergent from set amount to premix chamber 74 and/or softener that pump throws in, thus may be used
To avoid, liquid detergent and/or softener throw in very few impact laundry washing effects or input excessively causes liquid detergent and/or soft
Along the waste of agent.Then, water main water inlet dissolves liquid detergent and/or softener in premix chamber 74, then by distributive pipe 75
In being injected into the washing drum for treating work, a quantitative automatic input for treating work washing drum detergent is completed.Then, repeat
Step N1~N3, realizes the water filling and the input of detergent of the washing drum to needed work, facilitates the cleaning of user's clothes.
It should be noted that:It can be volume that liquid detergent and softener are the amounts of liquid, liquid detergent and softener,
Can be quality, volume and quality can formula mutually convert.
Wherein, set liquid detergent and/or the method for submissive dosage be not unique, such as user can directly set its consumption,
Alternatively, it is also possible to calculate the consumption of liquid detergent and/or softener by being weighed to washing drum undergarment.Compare user straight
It controls consumption to connect setting, calculates liquid detergent by the method weighed and/or softener consumption is more accurate, and washing machine being capable of root
According to the weight size of clothing automatically setting the consumption of liquid detergent and/or softener.
The method weighed to washing drum undergarment is not also unique, such as can arrange pressure sensor in the lower section of washing drum,
The weight for being placed on washing drum undergarment can be measured by pressure sensor.In addition it is also possible to the motor of washing drum in cylinder
Clothing is weighed, compared with pressure sensor is arranged in washing drum bottom, with the motor of washing drum to washing drum undergarment
Method is fairly simple, can solve the problems, such as that pressure sensor installs inconvenience, specifically, due in washing drum under certain rotating speed
The weight of clothing is directly proportional to the output torque of the motor of washing drum, and torque can pass through the motor coil electric current of washing drum
Size reacting, can by surveying certain rotating speed under the electric current of motor coil of washing drum clothing is being calculated to obtain by reduction formula
Weight.Because the method for the motor measuring clothes weight with washing drum also has a lot, said method is also not limited to, here is not made
Limit.
Further, throw in pump and throw in corresponding liquid detergent and softener into premix chamber 74, including:Control the input
The release time of pump, to realize the quantitative input of detergent.Because the discharge capacity for throwing in pump is certain, then throw in certain hour
The capacity for putting pump putting detergent is certain, therefore, the release time of pump is thrown in by control, it is possible to accurate to realize washing
Wash the quantitative input of agent.
In order to accelerate dissolving of the detergent in premix chamber 74, premix chamber 74 to be connected with heater 741, step N2 it
Afterwards, it is further comprising the steps of before step N3:
N2 ', unlatching heater 741, make heater 741 heat the detergent solution in premix chamber 74, with
Accelerate the dissolving of liquid detergent and softener.
All it is by opening heater 741, to accelerate detergent in premix because N2 ' steps are similar with S1 ' steps
Both dissolving in chamber 74, beneficial effect are also identical, repeat no more here.
In order to further speed up dissolving of the detergent in premix chamber 74, premix chamber 74 is connected with circulating line 743, circulation
Pipeline 743 is serially connected with circulating pump 742, further comprising the steps of before step N3 after step N2:
N2 ' ' open the circulation pumps 742, so that the solution in premix chamber 74 is circulated by circulating line 743.
Coordinate the heating of heater 741, circulating pump 742 that the solution in premix chamber 74 can be made to pass through circulating line 743
Circulate, further promote dissolving of the detergent in premix chamber 74.
The present embodiment additionally provides a kind of water diversion system of three washing machines and carries out the control method of water re-using, including with
Lower step:
The instruction of user input water re-using is detected, when needing to inject slurry to bottom washing drum 21, monitoring
The laundry operation of top washing drum 22, when top washing drum 22 has carried out rinsing at least one times, sends control magnetic valve 224 and cuts
The instruction changed, makes the magnetic valve 224 switch to the 3rd operating position.
Because when top washing drum 22 has carried out rinsing at least one times, magnetic valve 224 can be switched to the 3rd working position
Put, at this moment the washings in top washing drum 22 will be injected into bottom washing drum 21 by internal drainage pipe 223, so gone up
Washings in portion's washing drum 22 just can be used as slurry in bottom washing drum 21, it is achieved thereby that top washing drum 22
The recycling of washings.
It should be noted that:Whether above-mentioned water re-using control method will depend on the demand of user, and only user needs
When the washings of top washing drum 22 are used as into the slurry of bottom washing drum 21, and the instruction of water re-using is input into, this
When, the washing machine starts the laundry operation for monitoring top washing drum 22, when top washing drum 22 at least completes once to rinse, electricity
Magnet valve 224 is switched to the 3rd operating position, and at this moment the washings in top washing drum 22 will be injected by internal drainage pipe 223
To in bottom washing drum 21.If user is not input into the instruction of water re-using, the step is not then performed.
Further, above-mentioned steps are further comprising the steps of:
When needing to inject rinsing water to bottom washing drum 21, the laundry operation of top washing drum 22 is monitored, work as top
When washing drum 22 has carried out last time and rinses, the instruction of the control switching of magnetic valve 224 is sent, make magnetic valve 224 switch to the
Three operating positions.
Because the rinsing clothes of bottom washing drum 21 need to compare clear water, when top washing drum 22 has carried out last time
During rinsing, now the washings of top washing drum 22 are limpider, therefore, magnetic valve 224 can switch to the 3rd operating position,
Washings in top washing drum 22 will be injected into bottom washing drum 21 by internal drainage pipe 223, top washing drum 22
In last time washings at this moment can serve as the washings of bottom washing drum 21.
The present embodiment other structures are identical with embodiment one, and beneficial effect is also identical, will not be described here.
The above, the only specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, any
Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, all should contain
Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be defined by the scope of the claims.
Claims (14)
1. a kind of washing machine, it is characterised in that including housing, impeller-type washing drum is provided with the housing, the impeller-type is washed
The tube port position of clothing cylinder is hinged with upper cover door, and the upper cover door is connected with driving means, and the driving means are with the upper cover door extremely
Pass through tie point connection at two less, the driving means can pass through the tie point at least two and apply to drive to the upper cover door
Power, to drive the upper cover door to rotate between the open and the closed positions.
2. washing machine according to claim 1, it is characterised in that the driving means include motor, the motor includes
Motor driving shaft, the motor driving shaft is connected with the upper cover door, the motor driving shaft include the first drive shaft and
Second drive shaft, first drive shaft and the second drive shaft are coaxially set and respectively positioned at the both sides of the motor, described
First drive shaft and the second drive shaft are connected respectively with the upper cover door.
3. washing machine according to claim 2, it is characterised in that the upper cover door is hinged by the first hinged set and second
Set is hinged with the casing, and the motor is located between first hinged set and the second hinged set, and first drive shaft is led to
Cross first hinged set to be connected with the upper cover door, second drive shaft by second hinged set with it is described on
Lid door is connected.
4. washing machine according to claim 3, it is characterised in that the motor is arranged near first hinged set, institute
State and pass through between the second drive shaft and the casing bearings;Or
The motor is arranged near second hinged set, and bearings are passed through between first drive shaft and the casing.
5. washing machine according to claim 2, it is characterised in that motor damping device is provided with the motor, when described
Upper cover door to closing position rotate when, the motor damping device can slow down the closing speed of the upper cover door.
6. washing machine according to claim 1, it is characterised in that the driving means include motor and auxiliary door opening machine
Structure, the motor includes motor driving shaft, and the motor driving shaft is connected with the upper cover door, the auxiliary door opening mechanism
It is arranged in the upper cover door away from the side of the motor, the auxiliary door opening mechanism can open to the upper cover door provided auxiliary
Door torque.
7. washing machine according to claim 6, it is characterised in that the auxiliary door opening mechanism includes housing, the housing
Rotatable first rotating shaft is inside provided with, the first rotating shaft is connected by transmission mechanism with the upper cover door, described first
Torsion spring is arranged with rotating shaft, the first end of the torsion spring is fixed with the housing, the second end of the torsion spring is relative to described
One rotating shaft is fixed, and when the upper cover door is closed, the transmission mechanism can pass to the driving torque of the upper cover door described
First rotating shaft, rotates the first rotating shaft so that the torsion spring stores power, when the upper cover door is opened, the torsion spring it is extensive
Multiple torque can pass to the upper cover door by the first rotating shaft and the transmission mechanism, with to the upper cover door provided auxiliary
Enabling torque.
8. washing machine according to claim 7, it is characterised in that the transmission mechanism is reduction gearing mechanism, it is described on
Lid door is connected with the slow speed turbine stage of the transmission mechanism, and the first rotating shaft is connected with the high speed level of the transmission mechanism.
9. washing machine according to claim 8, it is characterised in that the transmission mechanism includes being rotationally connected with the housing
Interior the second rotating shaft and the 3rd rotating shaft, are connected between the first rotating shaft and second rotating shaft by first gear group,
It is connected by second gear group between second rotating shaft and the 3rd rotating shaft, the 3rd rotating shaft is relative with the upper cover door
It is fixed.
10. washing machine according to claim 9, it is characterised in that the first gear group includes intermeshing first
Gear and second gear, the first gear is sheathed in the first rotating shaft, and the second gear is sheathed on described second turn
On axle, the second gear group includes intermeshing 3rd gear and the 4th gear, and the 3rd geared sleeve is located at described the
In two rotating shafts, in the 3rd rotating shaft, the diameter of the first gear is less than the second gear to the 4th geared sleeve
Diameter, the diameter of the diameter of the 3rd gear less than the 4th gear.
11. washing machines according to claim 10, it is characterised in that first tooth is fixed at the second end of the torsion spring
On wheel.
12. washing machines according to claim 11, it is characterised in that the torsion spring is two, and it is located at described the respectively
The both sides of one gear, the second end of two torsion springs is individually fixed on the opposite end surface of the first gear.
13. washing machines according to claim 1, it is characterised in that be provided with the housing drum type washing cylinder and
Two impeller-type washing drums being juxtaposed on above the drum type washing cylinder, two ripples of the upper cover door correspondence
The tube port position of wheeled washing drum is arranged.
14. washing machines according to claim 13, it is characterised in that stretch out on the housing on the front edge of the upper cover door
The front on surface is along setting.
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Publication number | Priority date | Publication date | Assignee | Title |
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CN108149447A (en) * | 2018-02-28 | 2018-06-12 | 海信(山东)冰箱有限公司 | A kind of impeller washing machine door cover and washing machine |
CN111270470A (en) * | 2020-03-09 | 2020-06-12 | 海信(山东)冰箱有限公司 | Multi-drum washing machine |
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