CN207672305U - A kind of flow-guiding channel and its speed-reducing clutch and water-conservation washing machine of water-saving rotation bucket - Google Patents
A kind of flow-guiding channel and its speed-reducing clutch and water-conservation washing machine of water-saving rotation bucket Download PDFInfo
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- CN207672305U CN207672305U CN201720677920.6U CN201720677920U CN207672305U CN 207672305 U CN207672305 U CN 207672305U CN 201720677920 U CN201720677920 U CN 201720677920U CN 207672305 U CN207672305 U CN 207672305U
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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
- D06F39/08—Liquid supply or discharge arrangements
- D06F39/083—Liquid discharge or recirculation 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
- D06F37/00—Details specific to washing machines covered by groups D06F21/00 - D06F25/00
- D06F37/26—Casings; Tubs
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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
- D06F37/26—Casings; Tubs
- D06F37/265—Counterweights mounted to the tub; Mountings therefor
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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
- D06F37/304—Arrangements or adaptations of electric motors
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B40/00—Technologies aiming at improving the efficiency of home appliances, e.g. induction cooking or efficient technologies for refrigerators, freezers or dish washers
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Centrifugal Separators (AREA)
- Main Body Construction Of Washing Machines And Laundry Dryers (AREA)
Abstract
The flow-guiding channel and its speed-reducing clutch and water-conservation washing machine of a kind of water-saving rotation bucket of the utility model, including water storage, function is eluted in the rotation bucket of one, the rotation bucket is fixedly mounted on the dehydrating shaft of speed-reducing clutch, on the top of speed-reducing clutch, water installations A was set, it crosses water installations A and passes through water inlet structure B and rotation bucket unicom, upper plane of the fixed position of the rotation bucket and dehydrating shaft less than rotation bottom of the barrel, water inlet structure B forms the lateral row mouth of a river in the second connection ring, and/or dehydrating shaft and the diameter of the fixed connection place of water inlet structure B are less than the diameter of water inlet structure B water inlet madial walls, drain hole is set on crossing water installations A, the tapping pipe is connected with the drain valve of external control rotation inner bucket water position.The flow-guiding channel is sealing drainage channel, easy to assembly, is applicable not only to new production washing machine, and in existing washing machine can reequip, cost is greatly saved.
Description
Technical field
The utility model is related to water-conservation washing machine technical fields, more particularly to rotate the flow-guiding channel of bucket.
Background technology
In conjunction with Fig. 1, the pulsator washing machine of mainstream on current market, the big water seal and laundry being arranged on speed-reducing clutch
The outer barrel press fit seal of machine combines, while lip is combined with dehydrating shaft periphery rotatory sealing, and rotation bucket connects with dehydrating shaft fastening
It connects.The rotation barrel side face setting of washing machine distributed many apertures, and it is that open space is connected to completely to rotate between bucket and outer barrel
Design.Such washing machine is used for a long time, and rusty stain, sundries and incrustation scale can be adhered on the bucket wall between bucket and outer barrel by rotating, and cause two
Secondary pollution, simultaneously because be connected to open architecture design between rotation bucket and outer barrel, when washing the retention of this space have a large amount of water,
There are certain water resource waste problems.
In conjunction with Fig. 2 section is developed in industry to solve the problems, such as the water-saving and secondary pollution of the wheeled washing machine of Full-automatic wave
Water environmental protection type washing machine, i.e., non-porous rotation barrel washing machine.Its basic structure is the rotation bucket of washing machine only close to bucket wall upper end
The position circle distribution of balance ring have row's water dumping hole, side lower middle portion is non-porous design, and it is solid that bucket bottom seals coaxial heart
Be scheduled on pedestal, dehydrating shaft of the pedestal close to centre and speed-reducing clutch is concentric to be fastenedly connected, connecting portion simultaneously
It is provided with osculum, while the concentric tensioning member for being provided with an inverted concave in center portion position junction lower face in the base,
The tensioning member of spill is integrated with concentric being fastenedly connected of pedestal；In outer barrel bottom centre upper surface, it is provided with one
Fulcrum bearing with sealing device；The water seal lip for the sealing device being arranged in the outer circle and fulcrum bearing of the tensioning member of inverted concave on pedestal
Mouth rotatory sealing cooperation.Fulcrum bearing is fastened and connected with outer barrel, while in the space that fulcrum bearing is combined with outer barrel fit sealing
In size range, it is provided with osculum on outer barrel bottom, this osculum is connected with the air chamber of drainpipe and water level sensor, row
The other end of water pipe is connect with drain valve.The water in bucket is rotated in this way, so that it may to pass through base drain aperture, fulcrum bearing seal chamber
Body, discharge outlet form a flow-guiding channel, realize and open drained rotation bucket in advance by controlling drain valve after washing operating mode
In water；After advance draining, restart dehydration procedure, the remaining water of clothing is rotated by high speed centrifugation from rotation
The water dumping hole on bucket top is thrown away, and realizes clothing drying functions.The structure washing machine rotates in bucket in washing process and fills water,
And rotating between bucket and outer barrel does not have water, may be implemented so water-saving and solves the problems, such as secondary pollution.The washing machine of this structure,
Due to mutually needing the several parts sealed to be respectively assembled on different components, the fulcrum bearing of such as fixed water seal is assemblied in outer barrel
On bottom, it is assemblied in rotation bucket lower part with the tensioning member of the inverted concave of water seal lip rotatory sealing cooperation, and it is assembly to rotate bucket
On speed-reducing clutch, such rotatory sealing fit system it is difficult to ensure that component assembly concentricity requirement, it is close in the running
Sealing lip is susceptible to greatly lip seal initial failure due to beating, and generates percolating water phenomenon.Especially wash at some
The washing machine that rotation bucket rotation is required when washing operating mode, such as two-power washing machine, three dynamical washing machines and the hand rubbing on current market
The washing machine of type, it is easier to generate lip rotatory sealing failure the phenomenon that leading to percolating water, thus lose it is water-saving with it is environmentally friendly
Function.
Patent application JP07250989A discloses a kind of washer-drier, and wave is rotatably mounted in portion of bottom centre
Washing machine/dehydration barrel of wheel（Hereinafter referred to as inner cylinder）, inner cylinder is rotatably installed in outer barrel, impeller by wash shaft with subtract
Speed clutch connects, and inner cylinder is by dehydrating shaft and wash shaft assembly connection, and installation diagram has connecting piece on inner cylinder and dehydrating shaft,
Vertical osculum is set on connecting piece, receiver is sealed corresponding to the setting of the position of the osculum below connector,
Water seal is arranged in the junction for sealing receiver and connecting piece, and the lower end for sealing receiver is arranged in the upper surface of outer barrel bottom,
Gasket is arranged in the junction for sealing receiver and outer barrel bottom, the draining of setting and sealing receiver unicom on outer barrel bottom
Mouthful.The program discloses a kind of washing tube that inner cylinder is non-porous, close by the way that a connector connection one is arranged in inner cylinder bottom
Receiver and inner cylinder are sealed, and osculum is set on the coupling, realizes the unicom of the washings and sealing receiver in inner cylinder.
But in this scenario, there is following technical problems：
1. connecting piece and clutch Upper shaft sleeve and flanged joint, the diameter for the osculum being arranged on connecting piece have to far
Much smaller than the spacing between sealing receiver end and clutch Upper shaft sleeve, cause the circulation area of osculum very small,
It is easy to be blocked by soft flocks or washings in washing process.
2. in assembling process, water seal is set with connecting piece it is difficult to ensure that phase in the junction of sealing receiver and connecting piece
Same concentricity, although possible in theory, in use, it is easy to mechanical wear is caused, so as to cause water seal
The seal failure due to abrasion at sealing makes its leak.
3. in order to increase the drainage efficiency of washings, to increase the diameter of connecting piece and expand the diameter of osculum, just
Have to increase and the size of oil sealing is set in the junction of sealing receiver and connecting piece, but in actual application, it should
The size for locating oil sealing is bigger, easier leak.
4. in the program, sealing receiver is arranged on the top of outer barrel bottom, to have to increase inner cylinder and outer barrel it
Between difference in height, it is larger to the change of final assembly, be unfavorable for the application of actual production, and inner cylinder height is raised, also not
Conducive to the stable connection of inner cylinder.
5. outer diameter is identical at connecting piece setting water seal, the displacement of washings how is improved, is this field
Technical staff's urgent problem to be solved.
Invention content
First purpose of the utility model is：A kind of flow-guiding channel of water-saving rotation bucket is provided, to solve water conservancy diversion among the above
The technical issues of channel is poorly sealed, easy leak.
Second purpose of the utility model is：A kind of speed-reducing clutch is provided, which is equipped with flow-guiding channel,
Not only facilitate draining, but also easy for installation, sealing effect is good.
The purpose of third of the utility model is：A kind of water-conservation washing machine is provided, which is equipped with flow-guiding channel, does not weigh
Facilitate draining, and sealing effect is good, it is at low cost.
According to above-mentioned first purpose, the technical solution of the utility model is：A kind of flow-guiding channel of water-saving rotation bucket, including
Water storage, elution function are in the rotation bucket of one, which is fixedly mounted on the dehydrating shaft of speed-reducing clutch, impeller and impeller
Axis is fixedly connected, and water installations A is arranged on the top of speed-reducing clutch, the water installations A excessively, which refers to, washes setting below rotation bucket
Water plant crosses water installations A by water inlet structure B and rotates bucket unicom, and the fixed position of the rotation bucket and dehydrating shaft is less than
The upper plane of bottom of the barrel is rotated, water inlet structure B forms the lateral row mouth of a river and/or dehydrating shaft in the second connection ring and tied with water inlet
The diameter of the fixed connection place of structure B is less than the diameter of water inlet structure B water inlet madial walls, drain hole is arranged on crossing water installations A, institute
The drain hole stated is equipped with external tapping pipe, and the tapping pipe is connected with the drain valve of external control rotation inner bucket water position.
Further, the dehydrating shaft is equipped with the dehydration shaft flange being connected with rotation bucket, in dehydration shaft flange
Lower section is arranged one and crosses water bowl, and the lower surface crossed among water bowl forms a second downward connection ring, and water inlet structure B exists
The lateral row mouth of a river is formed in second connection ring, formed water bowl channel between the inner wall and impeller shafts of the second connection ring, crosses water bowl
Channel and the flowing water chamber C unicom for crossing water installations A.
Further, the water bowl of crossing included water bowl first connecting portion, crosses water bowl first connecting portion and is configured as mistake
Water bowl is fixedly connected with dehydration shaft flange, is crossed water bowl and is arranged in the lower section of dehydration shaft flange, paracentral position is leaned on crossing water bowl
The second connection ring is formed, water bowl strengthening portion was set in the lower end of the second connection ring, is arranged for holding crossing water bowl strengthening portion
It receives the middle through-holes of impeller shafts, water bowl second connecting portion was set on crossing water bowl strengthening portion, and described crosses water bowl second connecting portion
Water bowl will be crossed by being configured as is fixedly connected with dehydrating shaft, and impeller shafts cross water bowl strengthening portion and the second connection ring by crossing water bowl
Bottom drain holes formed water bowl channel with water bowl lateral row water hole is crossed, and washings flowed into water installations A by crossing water bowl channel
Flowing water chamber C.
Further, the water bowl of crossing included water bowl first connecting portion, crosses water bowl first connecting portion and is configured as mistake
Water bowl is fixedly connected with dehydration shaft flange, is crossed water bowl and is arranged in the lower section of dehydration shaft flange, paracentral position is leaned on crossing water bowl
The second connection ring is formed, water bowl strengthening portion was set in the lower end of the second connection ring, is arranged for holding crossing water bowl strengthening portion
Receive the middle through-holes of impeller shafts, a strengthening portion flange is arranged in the position of through-hole in crossing water bowl strengthening portion and being formed.
The rotation bucket is that water-saving environmental-protection rotates bucket, is equipped with balance ring close to bucket wall upper end, the lower part of balance ring is justified
Water dumping hole is distributed with week, side lower middle portion and bottom are closed non-porous integral barrel-shaped.
The osculum is at least one.
Further, the dehydrating shaft be equipped with the dehydration shaft flange that is connected of rotation bucket, on the dehydration shaft flange
The radial boss equipped with content osculum and being conveniently connected with rotation bucket.
Further, the rotation bucket is connected by pedestal with dehydration shaft flange, the pedestal and dehydrating shaft
Gasket seal is provided between flange after the pedestal, dehydration shaft flange and gasket seal installation to be together connected with osculum
It is logical.
Further, the drain hole is arranged on a mounting board, in being equipped between the mounting plate and dehydrating shaft
Water seal, big water seal is equipped between the mounting plate and dehydration shaft flange, is formed between water seal and big water seal in this and is in water conservancy diversion
Seal chamber among channel round end and fixing end.
Further, middle water seal, big water seal and the dehydrating shaft for needing relative rotation to seal is assembled into bearing
On；Middle water seal is combined with the face that dehydrating shaft needs relative rotation to seal respectively with the lip of big water seal.
Further, the middle water seal can be integrally designed with big water seal, seperated can also be designed；It is preferred that fission is set
Meter.
Further, drain hole, the drain hole and drainpipe and level sensor are provided on the bearing
The air chamber of device is connected, and the other end of drainpipe is connected with drain valve.
Further, the drain valve is normally off when washing operating mode, needs to arrange after washing operating mode
It is opened when water, drains the water in rotation bucket in advance by above-mentioned flow-guiding channel；After pre-draining, restart dehydration journey
Sequence rotates the remaining water of clothing from the water dumping hole on rotation bucket top by high speed centrifugation and throws away, then by being arranged in outer barrel bottom
Osculum discharge.
Further, the bearing is seperated with mounting plate is connected to one or for whole integrated state.
Further, the dehydrating shaft is mounted on by least one bearing on bearing.
Further, the dehydration shaft flange is seperated with dehydrating shaft is connected to one or for whole integrated state.
Speed-reducing clutch made of a kind of flow-guiding channel using above-mentioned water-saving rotation bucket, it is rotatable in the dehydrating shaft
It is concentric be equipped with impeller shafts, axially stop block and sealing device are equipped between the impeller shafts and dehydrating shaft, water installations A is crossed and sets
Set in the upside of speed-reducing clutch mounting plate, or cross the flowing water chamber C of water installations A by the upper plane of speed-reducing clutch mounting plate or
The upper plane and vertical direction of person's speed-reducing clutch mounting plate are formed close to the side plane of dehydrating shaft, and it includes big to cross water installations A
Water seal, the mistake water installations A are fixed on speed-reducing clutch, and water bowl was arranged in the connection of dehydrating shaft flange base, is crossing water
The intermediate lower surface of bowl forms a second downward connection ring, the upper water seal groove of setting, upper water seal in the upper surface of big water seal
Groove was inserted on the ring on the peripheries water installations A, and big water seal is slided close to the lateral wall of the side of dehydrating shaft and the second connection ring
Drain hole is arranged on speed-reducing clutch mounting plate or directly forms drain hole for dynamic sealing.
The speed-reducing clutch is fastened and connected by outer barrel gasket seal and outer barrel press-fitting.
Further, the big water seal can be integrally designed with outer barrel gasket seal, seperated can also be designed；It is preferred that dividing
Body designs.
Further, the power of the speed-reducing clutch can be that motor passes to input shaft into action by belt pulley
Power inputs, and the straight drive mode that can also be motor be directly connected to input shaft is inputted into action edge.
Further, the speed-reducing clutch stated can be that existing full-automatic pulsator washing machine speed-reducing clutch is common
Type, hand rubbing type can also be hybrid speed-reducing clutch and three power type speed-reducing clutch.
A kind of water-conservation washing machine equipped with above-mentioned speed-reducing clutch, the impeller shafts are connected with impeller, described
The concentric interior bottom for being located at rotation bucket of impeller, further includes outer barrel, the outer barrel is connected with the mounting plate of speed-reducing clutch.
Compared with prior art, it the advantages of the utility model and has the beneficial effect that：
1, the flow-guiding channel of technical solutions of the utility model is sealing designated lane, and not only sealing is tight, is effectively prevented from
The generation of water leakage situation, and deceleration can be integrated in from device, it is easy to assembly；
2, technical solutions of the utility model be suitable for the speed-reducing clutch of various specifications and mode of washing currently on the market and
Washing machine, not only saves the cost of new production washing machine, and having washing machine can reequip, and allowing can not be due to
The existing washing machine of leak or impeded drainage becomes the convenient handy washing machine of draining, improves the use effect of existing washing machine
Cost is greatly saved in rate.
Description of the drawings
Fig. 1 is existing one structural schematic diagram of decelerating clutch of washing machine embodiment；
Fig. 2 is existing two structural schematic diagram of decelerating clutch of washing machine embodiment；
Fig. 3 is the utility model embodiment structural schematic diagram；
Fig. 4 is the assembling structure schematic diagram of water feed apparatus described in the utility model and rotating cylinder；
Fig. 5 is the overlooking structure diagram that water bowl is crossed in Fig. 4；
Fig. 6 is the side structure schematic view that water bowl is crossed in Fig. 4；
Fig. 7 is the schematic diagram described in the utility model for crossing water installations and water intake mechanism assembly；
Fig. 8 crosses water installations structural schematic diagram to be described in the utility model；
Fig. 9 is another side structure schematic view that water bowl is crossed in Fig. 4；
Figure 10 crosses water installations structural schematic diagram for second described in the utility model；
Figure 11 is that described in the utility model the third crosses water installations structural schematic diagram；
Figure 12 is 4th kind described in the utility model and crosses water installations structural schematic diagram；
Figure 13 is a kind of speed-reducing clutch structural schematic diagram disclosed by the utility model；
In figure：
1. outer barrel；101. discharge outlet；102. outer barrel gasket seal;103. outer barrel bottom groove；2. rotating bucket；201. balance
Ring；202. water dumping holes；210. pedestal；212. gasket seal；3. speed-reducing clutch；310. mounting plate；The first supporting walls of 310a.；
The second supporting walls of 310b.；310c. third supporting walls；The 4th supporting walls of 310d.；The 5th supporting walls of 310e.；310f. mounting plates hold
Receive slot；320. bearing；321. bearing；Water seal in 322.;The 5th lips of 322a.；323. big water seals；The first lips of 323a.；
The outer bucket portion lips of 323b.;The second lips of 323b-1.；323b-2. third lips；323c. third lips；324. drain hole；330.
Dehydrating shaft；331. osculum；332. dehydration shaft flanges；340. impeller shafts；341. impeller；342. small water seals；4. crossing water bowl；401.
Cross water bowl first connecting portion；402. cross water bowl second connecting portion；403. cross water bowl strengthening portion；404. cross water bowl channel；404a. crossing
Water bowl lateral row water hole；404b. crosses water bowl bottom osculum；Through-hole in 405.;406. second connection rings;407. strengthening portions are turned over
Side；5. cavity upper cover；501. cavity upper cover holding tanks；6. cavity lower cover；601. locating ring;A. water installations are crossed;B. water inlet structure.
Specific implementation mode
It is a kind of decelerating clutch of washing machine example structure signal of setting flow-guiding channel of the utility model in conjunction with Fig. 3
Figure, including mounting plate 310, bearing 320, bearing 321, middle water seal 322, big water seal 323, drain hole 324, dehydrating shaft 330, draining
Hole 331, dehydration shaft flange 332, impeller shafts 340, small water seal 342 and retarder and clutch etc..Impeller shafts 340 are mounted concentrically
In hollow dehydrating shaft 330, dehydrating shaft 330 is mounted on by bearing 321 on bearing 320, and bearing 320 is solid with mounting plate 310
Fixed connection, water seal 322,322 lip of middle water seal and dehydrating shaft during close 321 upper surface position of bearing is equipped on bearing 320
The sealing of 330 outer circles combines, and is sealed to bearing 321；The dehydrating shaft combined with rotation bucket 2 is provided on 330 top of dehydrating shaft
Flange 332, on 320 top of bearing, setting is equipped with big water seal 323, and 323 lip of big water seal and dehydration 332 periphery of shaft flange are close
Sealed knot closes, and is sealed to 330 flange excircle face of dehydrating shaft；Keep formation one between water seal 322 and big water seal 323 relatively close
The cavity of envelope.It is provided with osculum 331 on dehydration shaft flange 332, drain hole 324 is provided on bearing 320, this osculum
331 are connected with the air chamber of drainpipe and water level sensor, and the other end of drainpipe is connect with drain valve；Pedestal 210 and deceleration
It is provided with gasket seal 212 between the dehydration shaft flange 332 of clutch 3, osculum is also equipped on gasket seal 212, revolves
Turning barrel 2 be fastenedly connected dehydration shaft flange 332 on after, pedestal 210, speed-reducing clutch 3 dehydration shaft flange 332 and gasket
The osculum 331 being arranged on 212 3 parts of piece is connection；The middle water seal 322, big water seal 323, dehydrating shaft 330 need
The part that relative rotation seals is wanted to be assembled on 320 1 parts of bearing；Middle water seal 322 and the lip of big water seal 323 are distinguished
It is combined with the face that dehydrating shaft 330 needs relative rotation to seal, hollow space forms the cavity of opposing seal；It is set on bearing 320
It is equipped with drain hole 324, which is connected with the air chamber of drainpipe and water level sensor, the other end of drainpipe and row
Water valve connects；In this way rotate bucket 2 in water can along pedestal 210, gasket seal 212, dehydration shaft flange 332, bearing 320 this
The osculum 331 and middle water seal 322, big water seal 323 that are respectively set on a little parts is combined with 330 rotatory sealing of dehydrating shaft to be formed
It is drained in the flow-guiding channel of opposing seal, without leaking between rotation bucket 2, outer barrel 1, speed-reducing clutch 3 and outer barrel 1
It is fastenedly connected, by being connected to 102 press fit seal of outer barrel gasket seal.Drain valve is normally off when washing operating mode, is being washed
It needs to open when draining after washing operating mode, drains the water in rotation bucket 2 in advance by above-mentioned flow-guiding channel；It is drained in advance
After, restart dehydration procedure, the remaining water of clothing is rotated by high speed centrifugation from the water dumping hole 202 for rotating 2 top of bucket
It throws away in outer barrel 1 and is discharged along discharge outlet 101.
Embodiment 2：
In the prior art, otherwise being fixedly connected for dehydrating shaft 330 and rotation bucket 2 is direct one or is dehydration
Axis 330 is directly anchored to 1 bottom of outer barrel, but is more that a dehydration method of principal axes is arranged in 1 bottom of outer barrel to consider fixing intensity
Orchid 332, dehydrating shaft 330 and dehydration shaft flange 332 are fixed, the fixed part generally use of dehydrating shaft 330 and dehydration shaft flange 332
It is：Dehydrating shaft 330 and 332 fixed position of dehydration shaft flange are usually located on the horizontal plane of 1 bottom of outer barrel.In such case
Under, it is the place that can not find rotation 2 flowing water access of bucket anyway, unless, that mode as described in background technology：Its
Limbers 331 is limited by dehydrating shaft 330 and is dehydrated the diameter of shaft flange 332 or connecting piece, causes flowing water unsmooth.The prior art
In, although also there is 1 bottom of outer barrel to form a depressed area, these ways design for other purposes.This practicality
A novel mostly important structure design, be exactly by dehydrating shaft 330 and rotation bucket 2 fixed position or higher than 1 bottom of outer barrel,
Or it is less than 1 bottom of outer barrel, there are enough drainings and flowing water space, and/or dehydration to make this difference in height be formed by side
The diameter of the fixed connection place of axis 330 and water inlet structure B is less than the diameter of water inlet structure B water inlet madial walls.
As shown in Figure 4-8, the utility model discloses a kind of washing machine structure, including outer barrel 1, rotation bucket 2, dehydration shaft flange
332 and speed-reducing clutch 3, rotation bucket 2 is fixedly connected with dehydrating shaft 330, and impeller 341 is fixedly connected with impeller shafts 340, is being slowed down
Water installations A was arranged in the top of clutch 3, and the mistake water installations A, which refers to, washes the water plant that 2 lower section of rotation bucket is arranged, and is revolving
The lower part of turning barrel 2 does not set osculum, rotates the draining that the washings in bucket 2 flow to washing machine by flowing to water installations A
Structure crosses water installations A by water inlet structure B and rotation 2 unicom of bucket, is arranged one in the lower section of dehydration shaft flange 332 and crosses water bowl
4, the lower surface crossed among water bowl 4 forms a second downward connection ring 406, the rotation bucket 2 and dehydrating shaft 330
Higher than the upper plane of rotation bucket 2 bottom, water inlet structure B forms the lateral row mouth of a river in the second connection ring 406 for fixed position, and second
Water bowl channel 404 was formed between the inner wall and impeller shafts 340 of connection ring 406, crossed water bowl channel 404 and crosses the stream of water installations A
Drain hole 324, the discharge structure unicom of the drain hole 324 and washing machine is arranged in water cavity C unicom on crossing water installations A.
Embodiment 3：
As shown in Figure 4-8, as one embodiment of the utility model, the water inlet structure B for crossing water installations A included
Water bowl 4, the water bowl 4 of crossing included water bowl first connecting portion 401, crosses water bowl first connecting portion 401 and is configured as that water will be crossed
Bowl 4 is fixedly connected with dehydration shaft flange 332, is crossed water bowl 4 and is arranged in the lower section of dehydration shaft flange 332, is crossing water bowl 4 close to center
Position formed the second connection ring 406, the second connection ring 406 be arranged far from rotation bucket 2 side, in the second connection ring 406
Lower part water bowl lateral row water hole 404a was set, in the lower end of the second connection ring 406, water bowl strengthening portion 403 was set,
It crosses in water bowl strengthening portion 403 and water bowl bottom osculum 404b, the water bowl bottom osculum 404b excessively was set and cross water bowl
Lateral row water hole 404a unicom is crossing middle through-hole 405 of the setting of water bowl strengthening portion 403 for accommodating impeller shafts 340, is crossing water bowl
Water bowl second connecting portion 402 was set in strengthening portion 403, and the water bowl second connecting portion 402 of crossing is configured as that water bowl 4 will be crossed
It is fixedly connected with dehydrating shaft 330, the water bowl second connecting portion 402 of crossing is arranged in middle through-hole 405 and crosses the draining of water bowl bottom
Between the 404b of hole, the impeller shafts 340 cross water bowl strengthening portion 403 and the second connection ring 406 by crossing the draining of water bowl bottom
Hole 404b formed water bowl channel 404 with water bowl lateral row water hole 404a is crossed, so that washings were by flowing into water bowl
The flowing water chamber C of water installations A was flowed into channel 404 by bottom drain holes 404a and lateral row water hole 404b, to carry significantly
The flowing water area of the high water inlet structure B for crossing water installations A, the setting for crossing water bowl strengthening portion 403 ensure that water installations A and dehydration
Axis 330, the bonding strength for being dehydrated shaft flange 332, to ensure that the reliability of water installations A water inlet structures.
Using the water inlet structure B of the mistake water installations A of which, the outer surface of the second connection ring 406 with cross the of water installations A
One lip 404a is slidingly sealed, and the lower plane of big water seal 323 is arranged in the top for crossing water bowl lateral row water hole 404a, this sets
Setting the washings that ensure that in washing tube can be emptied completely, and also greatly improve the circulation efficiency of washings, avoid
During use, soft flocks or washings blocked the water inlet structure of water installations, to influence the normal use of washing machine；And
And under this scenario, connection ring and water installations contact surface excessively are smaller, to which sealing can be realized by smaller water seal, to
Reduce the excessive possibility row of washings.
Embodiment 4：
As shown in figure 9, one embodiment as the utility model, the water inlet structure B for crossing water installations A also uses another
A kind of outer water bowl 4 excessively, compared with embodiment 3, the program reduced the setting of water bowl second connecting portion 402, was directly crossing water
A strengthening portion flange 407 is arranged in the position of through-hole 405 during bowl strengthening portion 403 is formed, at this point, the middle through-hole 405 is one
A contained structure in short transverse with space, the strengthening portion flange 407 is towards close to the side for crossing water bowl first connecting portion 401
Setting, the water bowl 4 of crossing under the structure are connect by crossing water bowl first connecting portion 401 with dehydration shaft flange 332, impeller shafts 340 and
Middle through-hole 405 is fixedly connected by the way of interference fit, this arrangement reduces the flange being arranged on dehydrating shaft 330,
It eliminated water bowl 4 and was connect with the bolt of dehydrating shaft 330 and further ensured what water bowl structure and speed-reducing clutch 3 were installed
Leakproofness.
As the embodiments of the present invention, the water bowl 4 excessively of water inlet structure B and the assembly of speed-reducing clutch 3 can be
Water bowl 4 is bolted with dehydrating shaft 330, can also be that the middle through-hole 405 being arranged on water bowl 4 is interference fitted with impeller shafts 340,
It can also be that water bowl 4 is integrally formed with the top from dehydrating shaft 330, wide-mouth structure made into the upper end of dehydrating shaft 330.
Embodiment 5：
As shown in figures 4-9, it includes cavity upper cover 5, cavity lower cover 6 to disclose a kind of the water installations A, the mistake water installations A of crossing,
Cavity upper cover holding tank 501 is provided in cavity upper cover 5, the cavity upper cover holding tank 501 is configured as positioning and places
Big water seal 323, the big water seal 323 are two independent parts with cavity upper cover 8, and the other side of big water seal 323 is arranged
Have the first lip 323a, the first lip 323a match and with cross the second connection ring 406 being arranged on water bowl 4 slide it is close
Envelope, the water bowl 4 of crossing are fixedly connected with dehydration shaft flange 332, and the second connection ring 406 was formed in the following table among water bowl 4
Face, to avoid cross water installations A in washings it is excessive, the cavity upper cover 5 it is hollow and under the cavity equipped with drain hole 324
Lid 6 connects, and the drain hole 324 is arranged in the lowest point for crossing water installations A, under the cavity the lower surface among lid 6 be equipped with
The compatible locating ring 601 of speed-reducing clutch, water in being arranged between lid 6, locating ring 601 and speed-reducing clutch 3 under the cavity
Envelope 322, the middle water seal 322 refers to just the sealing being arranged between dehydrating shaft 330 and speed-reducing clutch 3 in the prior art, institute
State cavity upper cover 5 and cavity lower cover 6 by riveting, bolt, clamping, grafting, be bolted, dismountable connection type such as hook joint
It is fixed, the cavity upper cover 5 can be arranged between rotating cylinder 2, outer barrel 1, can also be arranged at 1 bottom of outer barrel of washing machine
The assembly of water installations and washing machine was convenient in portion, the setting, reduced the change to washing machine, to improve water installations application
Applicability.
Embodiment 6：
As shown in Figure 10, as one embodiment of the utility model, a kind of water installations excessively are disclosed, compared with embodiment 5,
The cavity upper cover 5 and big water seal 323 that water installations A is crossed described in Fig. 8 are all made of the plastic material of same material, in Fig. 10 greatly
Function of the water seal 323 directly instead of original Fig. 8 hollow cavities upper cover 5, the big water seal 323 it is hollow and with equipped with sluicing
The cavity lower cover 6 in hole 324 connects, and the space of water installations flowing water chamber C was formed between the big water seal 323 and cavity lower cover 6,
Lower surface among cavity lower cover 6 is equipped with locating ring 601 compatible with speed-reducing clutch 3, under the big water seal 323 and cavity
Lid 6 by riveting, bolt, clamping, grafting, be bolted, dismountable connection type such as hook joint is fixed.The program is the same as real
Applying example 5, difference lies in the function that big water seal 323 is directly replaced to original big water seal 323 and cavity upper cover 5, big water seals
323 components realize to squeeze and fix that big water seal 323 is connect with second by the second connection ring 406 of 1 bottom of outer barrel, water bowl 4 excessively
Ring 406 be slidingly sealed position be arranged the first lip 323a, the first lip 323a being arranged in big water seal 323 be configured as by
The washing water-stop in water installations A was entered by water inlet structure B, the water inlet structure B is configured as to rotate in bucket 2
Washings be flowed into water installations A, to reduce the excessive of washings, big water seal 323 connects with 1 bottom lower surface of outer barrel
It meets place and outer bucket portion lip 323b is set, the big water seal 323 of water installations A and/or cavity lower cover 6 on mounting plate 310 by setting excessively
The limiting section set limits the horizontal displacement for crossing water installations A, more preferably, crosses water installations A and the limit on mounting plate 310
The 4th lip 323c is arranged in portion position in sealing contact, and this arrangement reduces the moldings and assembly of 5 part of cavity upper cover, at this point,
Crossing water installations A only has cavity lower cover 6, flowing water chamber C to be formed by dehydrating shaft 330, big water seal 323, middle water seal 322, cavity lower cover 6,
By the second connection ring 406, mounting plate 310, outer barrel 1 to cross water installations A be supported positioning, reduce washings it is excessive can
Energy property ensure that the leakproofness for entirely crossing water installations and washing machine assembly.
Embodiment 7：
As shown in figure 11, as one embodiment of the utility model, a kind of water installations excessively are disclosed, compared with embodiment 6,
By the improvement to 310 structure of mounting plate, the function of cavity lower cover 6 is realized using mounting plate 310, cancels setting for cavity lower cover 6
It sets, the flowing water chamber C of the mistake water installations A is by 3 groups of big water seal 323, mounting plate 310, middle water seal 322 and speed-reducing clutch
At, wherein big water seal 323 is supported and is fixed by 1 bottom of outer barrel, mounting plate 310, water inlet structure B, the big water seal
323 be in step-like setting, wherein the inside of big water seal 323 carries out the limit of horizontal direction, big water seal 323 by water inlet structure B
Top and the second connection ring 406 of water inlet structure be slidingly sealed, in the contact position of big water seal 323 and the second connection ring 406
First lip 323a is set, and the first lip 323a is configured as to enter by water inlet structure B in water installations A
Wash water-stop, to reduce the excessive of washings, the big water seal 323 with the contact connectio of outer barrel 1 at the outer bucket portion of setting
Lip 323b, the big water seal 323 with the contact connectio of outer barrel 1 at typically refer to the following table of big water seal 323 and 1 bottom of outer barrel
Face/outer surface contact position, or also big water seal 323 and outer barrel 1 laterally attached contact position, outer bucket portion is arranged in big water seal 323
The assembly that the position of lip 323b coordinates with 1 contact position of corresponding outer barrel, said tub 1 are configured as carrying out big water seal 323
Vertical direction limits or carries out vertical direction to big water seal 323, horizontal direction limits, and crosses the big water seal 323 of water installations A
The formation to the positioning of big water seal 323, support and cooperation is realized by the limiting section being arranged on speed-reducing clutch mounting plate 310
The flowing water chamber C for crossing water installations A, in embodiment described in the utility model, the limiting section include the first supporting walls 310a,
Second supporting walls 310b, third supporting walls 310c and the 4th supporting walls 310d, the first supporting walls 310a is to close to outer barrel 1
The position of bottom is arranged, and the end of the first supporting walls 310a is connect with the second supporting walls 310b, and the second supporting walls 310b is configured
To be supported to 1 bottom of outer barrel, it is preferred that the second supporting walls 310b is horizontally disposed, is arranged in the other end of the second supporting walls 310b
Third supporting walls 310c, the third supporting walls 310c are arranged to the direction far from 1 bottom of outer barrel, third supporting walls 310c quilts
It is configured to limit the horizontal direction for crossing water installations A, the first supporting walls 310a, the second supporting walls 310b, third
The section of supporting walls 310c vertical directions is in " several " from the side far from dehydrating shaft 330 to the side approximation close to dehydrating shaft 330
Set up of character patt ern, as some embodiments of the utility model, the first supporting walls 310a, third supporting walls 310c are in vertical
Direction is arranged, and the 4th supporting walls 310d is arranged in the other end of third connection wall 310c, and the 4th supporting walls 310d replaces cavity lower cover
11 form the accommodation space of flowing water chamber C with big water seal 323, connect in the other end of the 4th supporting walls 310d and the 5th supporting walls 310e
It connects, the 5th supporting walls 310e is being equipped with mounting plate holding tank 310f close to the setting of the side of dehydrating shaft 330, and the mounting plate accommodates
The height of slot 310f is configured as water in assembly less than the height of plane on the 4th connection wall 310d in mounting plate holding tank 310f
Envelope 322, the middle water seal 322 refers to just the sealing element being arranged between dehydrating shaft 330 and clutch in the prior art, middle water
The 5th lip 322a is arranged in the other side of envelope 322, and the 5th lip 322a is connected with speed-reducing clutch, and described lets out
Water hole 324 is arranged between third supporting walls and mounting plate holding tank 310f, it is preferred that the setting of drain hole 324 is in the 4th support
The lowest point of wall, outer bucket portion lip 323b may include the third lip 323b- of vertical the second lip 323b-1 and/or level
2, the outside of big water seal 323 carries out big water seal 323 by the third supporting walls of limiting section the limit of horizontal direction, described big
The 4th lip 323c is arranged in the position of contact in water seal 323 and third supporting walls 310c.On the one hand the setting reduces parts
Setting, reduce the excessive probability of washings, on the other hand also improved the accommodation space of water installations, at this point, directly logical
It crosses and forms flowing water chamber C using mounting plate 310, dehydrating shaft 330, big water seal 323, middle water seal 322, pass through the second connection ring 406, peace
Loading board 310, outer barrel 1 are supported positioning to crossing water installations A, reduce as far as possible original to washing machine due to assembling water installations
The change of structure height.
Embodiment 8：
As shown in figure 12：As one embodiment of the utility model, a kind of water installations excessively are disclosed, compared with embodiment 7,
In outer barrel 1 close to the end set outer barrel bottom groove 103 of big water seal 323, the outer barrel bottom groove 103 is to close to rotation
The limiting section of the side recess of bucket 2,1 bottom of outer barrel and speed-reducing clutch mounting plate 310 forms step-like accommodation space, crosses water
The big water seal 323 of device A is in step-like setting, and what said tub bottom groove 103 coordinated with big water seal 323 position solid
It is fixed, also, outer bucket portion lip 323b is arranged in lower surface/outer surface of 1 bottom of outer barrel and the contact position of big water seal 323；In addition
, the outer barrel bottom groove 103 is also in step-like setting, and the upper surface of big water seal 323 is also disposed at outer barrel bottom groove
103 lower section, in this way, cross in the space that water installations A is completely in 1 bottom of outer barrel and mounting plate 310 is formed, also, mounting plate
310 are directly fixedly linked with 1 bottom of outer barrel, and this arrangement reduces the axial heights of outer barrel in washing machine, improve inner cylinder and are washing
Connective stability with when drying, also improves the stability of washing machine when in use, meanwhile, on the other hand also improve outer barrel
Bottom and the leakproofness for crossing water installations assembly, avoid the excessive of washings.
Embodiment 9：
As shown in figures 1-13, as one embodiment of the utility model, a kind of speed-reducing clutch structure is disclosed, is such as implemented
Mistake water installations A described in example 5 ~ 8 is arranged in the upside of speed-reducing clutch mounting plate 310, or the flowing water chamber C of water installations A excessively is leaned on
The upper plane of speed-reducing clutch mounting plate 310 or the upper plane and vertical direction of speed-reducing clutch mounting plate 310 are close to de-
The side plane of water axis 330 is formed, and it includes that big water seal 323 is fixed on speed-reducing clutch 3 to cross water installations A, by dehydration method of principal axes
Blue 332 bottoms connection was arranged water bowl 4, described to cross water bowl 4 and be fixedly connected with dehydrating shaft 330, and crossing water bowl 4 can also be with
Dehydration shaft flange 332 is fixedly connected with or crosses water bowl 4 and is fixedly connected simultaneously with dehydrating shaft 330, dehydration shaft flange 332, is crossing water
Lower surface among bowl 4 forms a second downward connection ring 406, the upper water seal groove of setting in the upper surface of big water seal 323
323d, upper water seal groove 323d were inserted on the ring on the peripheries water installations A, big water seal 323 close to the side of dehydrating shaft 330 with
The lateral wall of second connection ring 406 is slidingly sealed, and the first lip is being arranged with 406 contact position of the second connection ring in the big water seal 323
Mouth 323a, the outer barrel bottom groove 103 that 1 bottom of outer barrel middle part directly bears against in big water seal 323 or is arranged in outer barrel 1 are pressed in flood
In envelope 323, outer bucket portion lip 323b is arranged in the position being connect with outer barrel bottom lower surface/outer surface in big water seal 323, plays close
Envelope acts on, and drain hole 324 is arranged on speed-reducing clutch mounting plate 310 or directly forms drain hole 324.The technical program phase
Than the length for increasing dehydrating shaft 330 in the prior art, the main body for crossing water installations A is arranged in outer barrel bottom and speed-reducing clutch
Between mounting plate 310, the height between rotation bucket 2, outer barrel 1 is avoided to be adjusted, substantially increases speed-reducing clutch existing
There is the applicability assembled on washing machine, lead to the existing structure that water installations A was set and compare, greatly reduces rotation bucket 2, outer barrel
Axial height between 1 ensure that stability of the washing machine in washing process, also improve water installations A and deceleration clutch
The concentricity of device Upper shaft sleeve ensure that the leakproofness of water installations A assembly.
Further, the speed-reducing clutch further includes that the sky for installing water installations A is reserved on speed-reducing clutch
Between form, speed-reducing clutch with cross water installations A be provided separately installation, assembled in final assembly.
In embodiment described in the utility model, the first lip 323a, outer bucket portion lip 323b, the second lip
As long as 323b-1, third lip 323b-2, the 4th lip 323c and the 5th lip 322a can be arrived to being tightly connected, avoid washing
Water is excessive, and for corresponding position or sealing shiny surface, sealing position is formed by being interference fitted to contact or compress.
It should be pointed out that for those of ordinary skill in the art, without departing from the principle of this utility model,
Several improvements and modifications can be made to this utility model, these improvement and modification also fall into the utility model claims
In protection domain.
Claims (10)
1. a kind of flow-guiding channel of water-saving rotation bucket, including water storage, elution function are in the rotation bucket (2) of one, the rotation bucket (2)
It is fixedly mounted on the dehydrating shaft (330) of speed-reducing clutch (3), it is characterised in that：Impeller（341）With impeller shafts（340）It is fixed
Connection, in speed-reducing clutch（3）Top water installations A was set, it is described cross water installations A and refer to washes rotation bucket（2）Lower section setting
Water plant crosses water installations A and passes through water inlet structure B and rotation bucket（2）Unicom, the rotation bucket（2）With dehydrating shaft（330）Consolidate
Positioning is set low in rotation bucket（2）The upper plane of bottom, water inlet structure B is in the second connection ring（406）The upper formation lateral row mouth of a river,
And/or dehydrating shaft（330）It is less than the diameter of water inlet structure B water inlet madial walls with the diameter of the fixed connection place of water inlet structure B,
It crosses on water installations A and drain hole is set（324）, the drain hole (324) is equipped with external tapping pipe, the tapping pipe with it is outer
The drain valve for connecing control rotation bucket (2) interior water level is connected.
2. the flow-guiding channel of water-saving rotation bucket according to claim 1, it is characterised in that：On the dehydrating shaft (330)
Equipped with the dehydration shaft flange (332) being connected with rotation bucket (2), in dehydration shaft flange（332）Lower section be arranged one cross water bowl
（4）, described to cross water bowl（4）Intermediate lower surface forms a second downward connection ring（406）, water inlet structure B is in the second company
Connect ring（406）The upper formation lateral row mouth of a river, the second connection ring（406）Inner wall and impeller shafts（340）Between to form water bowl logical
Road（404）, cross water bowl channel（404）With the flowing water chamber C unicom for crossing water installations A.
3. the flow-guiding channel of water-saving rotation bucket according to claim 2, it is characterised in that：It is described to cross water bowl（4）Including mistake
Water bowl first connecting portion（401）, cross water bowl first connecting portion（401）It is configured as that water bowl will be crossed（4）With dehydration shaft flange（332）
It is fixedly connected, crosses water bowl（4）Setting is in dehydration shaft flange（332）Lower section, cross water bowl（4）The is formed by paracentral position
Two connection rings（406）, in the second connection ring（406）Lower end water bowl strengthening portion was set（403）, crossing water bowl strengthening portion
（403）It is arranged for accommodating impeller shafts（340）Middle through-hole（405）, crossing water bowl strengthening portion（403）On water bowl second was set
Interconnecting piece（402）, described crosses water bowl second connecting portion（402）It is configured as that water bowl will be crossed（4）With dehydrating shaft（330）It is fixed to connect
It connects, impeller shafts（340）, cross water bowl strengthening portion（403）And second connection ring（406）By crossing water bowl bottom osculum
（404b）With water bowl lateral row water hole excessively（404a）Formed water bowl channel（404）, washings are by crossing water bowl channel（404）Stream
Entered the flowing water chamber C of water installations A.
4. the flow-guiding channel of water-saving rotation bucket according to claim 2, it is characterised in that：It is described to cross water bowl（4）Including mistake
Water bowl first connecting portion（401）, cross water bowl first connecting portion（401）It is configured as that water bowl will be crossed（4）With dehydration shaft flange（332）
It is fixedly connected, crosses water bowl（4）Setting is in dehydration shaft flange（332）Lower section, cross water bowl（4）The is formed by paracentral position
Two connection rings（406）, in the second connection ring（406）Lower end water bowl strengthening portion was set（403）, crossing water bowl strengthening portion
（403）It is arranged for accommodating impeller shafts（340）Middle through-hole（405）, the through-hole in crossing water bowl strengthening portion (403) and being formed（405）
Position be arranged a strengthening portion flange（407）.
5. the flow-guiding channel of the water-saving rotation bucket according to Claims 2 or 3 or 4, it is characterised in that：The dehydration shaft flange
(332) the radial boss for being equipped with content osculum (331) and being conveniently connected with rotation bucket (2).
6. the flow-guiding channel of water-saving rotation bucket according to claim 5, it is characterised in that：The drain hole（324）If
It sets on mounting plate (310), middle water seal (322), the mounting plate is equipped between mounting plate (310) and dehydrating shaft (330)
(310) it is equipped with big water seal (323) between dehydration shaft flange (332), is formed between water seal (322) and big water seal (323) in this
Seal chamber among flow-guiding channel round end and fixing end.
7. the flow-guiding channel of water-saving rotation bucket according to claim 6, it is characterised in that：In needing relative rotation to seal
Water seal（322）, big water seal（323）With dehydrating shaft（330）It is assembled into bearing（320）On；Middle water seal（322）With big water seal
（323）Lip respectively with dehydrating shaft（330）The face that relative rotation seals is needed to be combined.
8. the flow-guiding channel of water-saving rotation bucket according to claim 7, it is characterised in that：The middle water seal（322）With
Big water seal（323）It can be integrally designed, seperated can also design.
9. a kind of speed-reducing clutch, it is characterised in that：Leading for water-saving rotation bucket just like claim 1~8 any one is set
Circulation road, it is rotatable in the dehydrating shaft (330) concentric to be equipped with impeller shafts (340), the impeller shafts (340) and dehydrating shaft
(330) it is equipped with axially stop block and sealing device between, crosses water installations A and is arranged in speed-reducing clutch mounting plate（310）It is upper
Side, or the flowing water chamber C of water installations A is crossed by speed-reducing clutch mounting plate（310）Upper plane or speed-reducing clutch mounting plate
（310）Upper plane and vertical direction close to dehydrating shaft（330）Side plane formed, cross water installations A include big water seal
（323）, the mistake water installations A is fixed on speed-reducing clutch（3）On, in dehydration shaft flange（332）Water was arranged in bottom connection
Bowl（4）, crossing water bowl（4）Intermediate lower surface forms a second downward connection ring（406）, in big water seal（323）It is upper
The upper water seal groove of surface setting（323d）, upper water seal groove（323d）It was inserted on the ring on the peripheries water installations A, big water seal
（323）Close to dehydrating shaft（330）Side and the second connection ring（406）Lateral wall be slidingly sealed, speed-reducing clutch install
Plate（310）Upper setting drain hole（324）Or directly form drain hole（324）.
10. speed-reducing clutch according to claim 9, it is characterised in that：The big water seal（323）With outer barrel gasket
Piece（102）It can be integrally designed, seperated can also design.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2016110217146 | 2016-11-21 | ||
| CN201611021714 | 2016-11-21 |
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| CN207672305U true CN207672305U (en) | 2018-07-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710439805.XA Pending CN108085933A (en) | 2016-11-21 | 2017-06-12 | The flow-guiding channel and its speed-reducing clutch and water-conservation washing machine of a kind of water-saving rotation bucket |
| CN201720677920.6U Active CN207672305U (en) | 2016-11-21 | 2017-06-12 | A kind of flow-guiding channel and its speed-reducing clutch and water-conservation washing machine of water-saving rotation bucket |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710439805.XA Pending CN108085933A (en) | 2016-11-21 | 2017-06-12 | The flow-guiding channel and its speed-reducing clutch and water-conservation washing machine of a kind of water-saving rotation bucket |
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| CN (2) | CN108085933A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108085933A (en) * | 2016-11-21 | 2018-05-29 | 安徽聚隆传动科技股份有限公司 | The flow-guiding channel and its speed-reducing clutch and water-conservation washing machine of a kind of water-saving rotation bucket |
| CN112176636A (en) * | 2020-11-02 | 2021-01-05 | 王岩岩 | Novel full-automatic high cleanliness washing machine |
| CN113265847A (en) * | 2019-06-19 | 2021-08-17 | 青岛海尔洗衣机有限公司 | Washing barrel of washing machine and washing machine |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111560750B (en) * | 2019-01-25 | 2023-08-01 | 青岛海尔洗衣机有限公司 | Washing machine drainage control method and washing machine |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2316328Y (en) * | 1997-12-25 | 1999-04-28 | 金羚电器有限公司 | Water-saving full-automatic washer |
| ES2718306T3 (en) * | 2011-05-30 | 2019-07-01 | Samsung Electronics Co Ltd | Washing machine |
| CN204589626U (en) * | 2015-05-05 | 2015-08-26 | 安徽聚隆传动科技股份有限公司 | A kind of Water saving apparatus for full automatic washing machine and washing machine thereof |
| CN206173669U (en) * | 2016-11-01 | 2017-05-17 | 安徽聚隆传动科技股份有限公司 | Washing machine of valve plug water switch |
| CN206328590U (en) * | 2016-11-21 | 2017-07-14 | 安徽聚隆传动科技股份有限公司 | A kind of flow-guiding channel and its speed-reducing clutch and water-conservation washing machine of rotary barrel of economizing on water |
| CN108085933A (en) * | 2016-11-21 | 2018-05-29 | 安徽聚隆传动科技股份有限公司 | The flow-guiding channel and its speed-reducing clutch and water-conservation washing machine of a kind of water-saving rotation bucket |
-
2017
- 2017-06-12 CN CN201710439805.XA patent/CN108085933A/en active Pending
- 2017-06-12 CN CN201720677920.6U patent/CN207672305U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108085933A (en) * | 2016-11-21 | 2018-05-29 | 安徽聚隆传动科技股份有限公司 | The flow-guiding channel and its speed-reducing clutch and water-conservation washing machine of a kind of water-saving rotation bucket |
| CN113265847A (en) * | 2019-06-19 | 2021-08-17 | 青岛海尔洗衣机有限公司 | Washing barrel of washing machine and washing machine |
| CN113265847B (en) * | 2019-06-19 | 2023-07-14 | 青岛海尔洗衣机有限公司 | Washing barrel of washing machine and washing machine |
| CN112176636A (en) * | 2020-11-02 | 2021-01-05 | 王岩岩 | Novel full-automatic high cleanliness washing machine |
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| CN108085933A (en) | 2018-05-29 |
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Effective date of registration: 20211208 Address after: 242371 No. 16, Chuangye North Road, Ningguo Economic and Technological Development Zone, Xuancheng City, Anhui Province Patentee after: NINGGUO JULONG REDUCER Co.,Ltd. Address before: 242399 No. 16 Pioneering North Road, Ningguo Economic and Technological Development Zone, Xuancheng City, Anhui Province Patentee before: Anhui Julong Transmission Technology Co.,Ltd. |