CN207017040U - A kind of smooth arranging device of water-conservation washing machine - Google Patents
A kind of smooth arranging device of water-conservation washing machine Download PDFInfo
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- CN207017040U CN207017040U CN201720678334.3U CN201720678334U CN207017040U CN 207017040 U CN207017040 U CN 207017040U CN 201720678334 U CN201720678334 U CN 201720678334U CN 207017040 U CN207017040 U CN 207017040U
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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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- 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)
- Main Body Construction Of Washing Machines And Laundry Dryers (AREA)
Abstract
A kind of smooth arranging device of water-conservation washing machine of the utility model is related to water-conservation washing machine technical field, by setting smooth row's cylinder in interior bucket flange, because rhone blowdown is convenient, not only draining is fast but also will not block, including the flange being arranged on water-conservation washing machine interior bucket on clutch dehydrating shaft, installation is connected with smooth row's cylinder that an endoporus is more than dehydrating shaft external diameter on described flange, there is outer barrel outside described interior bucket, clutch is installed in described outer barrel, described outer barrel is provided with cavity cap, a cavity is formed between described cavity cap and clutch, it is connected under the cavity by discharge outlet with external drainpipe, it is connected on the cavity with described smooth row's cylinder；The utility model utility model on interior bucket flange by setting smooth row's cylinder, because the rhone blowdown that smooth row's cylinder is formed is convenient, not only draining is fast but also will not block, thus substantially increase drainage speed and drainage efficiency, due to not only can be with draining, the washing dirt also effectively discharged, improve the self-cleaning ability of washing machine.
Description
Technical field
It the utility model is related to the drainage arrangement of water-conservation washing machine technical field, more particularly to water-conservation washing machine.
Background technology
Existing water-conservation washing machine on the dehydrating shaft 15 of clutch 14 as shown in figure 1, be provided with osculum 5, during due to installation,
Dehydrating shaft 15 will pass from the endoporus of outer barrel 1, so the external diameter of dehydrating shaft and the internal diameter size of water seal are limited, Yi Jishui
The water shutoff of envelope requires very high, and this has fettered the installation space of osculum 5 significantly, to realize water shutoff and facilitating draining, in osculum 5
Outside is provided with back-off bowl 7, is connected on the back-off bowl 7 with dehydrating shaft 15, lower to pass through big water seal 8 and the sky being arranged in outer barrel 1
Chamber lid 9 is connected to form cavity drainage, to solve the requirement rotated against between interior bucket 2 and outer barrel 1.Due to the endoporus by outer barrel
Limit, the osculum very little set on the dehydrating shaft of clutch, not only arrange with the big water seal diameter of clutch and outer barrel installation
Water is slow, and dirt caused by washing easily blocks osculum, causes washing machine service efficiency low, or even can not use, this
It is the technical problem that we are currently badly in need of solving.
Environmental protection is developed in order to solve the problems, such as the water saving of full automatic impeller or roller washing machine and secondary pollution, in industry to wash
Clothing machine, i.e., non-porous cylindric washer washing machine, for example, the lower inner portion structure of rotary drum washing machine is global design, bucket wall only leans on
The position of nearly balance ring has a circle to throw water hole, and other positions do not have hole, and the washing machine of the structure is contained in washing process in inner cylinder
There is water, and there is no water between inner cylinder and casing, can so solve the problems, such as water saving and secondary pollution.
Patent application JP07250989A discloses a kind of washer-drier, and ripple is rotatably mounted with portion of bottom centre
Washing machine/dehydration barrel (hereinafter referred to as inner cylinder) of wheel, inner cylinder are rotatably installed in outer barrel, and impeller is by wash shaft with subtracting
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, the position corresponding to the osculum below connector sets sealing receiver,
The junction for sealing receiver and connecting piece sets water seal, and the lower end for sealing receiver is arranged on the upper surface of outer barrel bottom,
The junction for sealing receiver and outer barrel bottom sets sealing gasket, and the draining with sealing receiver UNICOM is set on outer barrel bottom
Mouthful.The program discloses a kind of non-porous washing tube of inner cylinder, by setting a connector connection one close 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 problem：
Connecting piece is connected with clutch Upper shaft sleeve and flange, and the diameter of the osculum set on connecting piece has to far
Much smaller than the spacing between sealing receiver end and clutch Upper shaft sleeve, cause the circulation area of osculum very small,
Easily blocked in washing process by soft flocks or washings.
In assembling process, set water seal with connecting piece it is difficult to ensure that identical in the junction of sealing receiver and connecting piece
Axiality, although possible in theory, in use, it is easy to mechanical wear is caused, so as to cause the close of water seal
The seal failure due to abrasion at envelope, make its leak.
In order to increase the drainage efficiency of washings, so as to increase the diameter of connecting piece and expand the diameter of osculum, just not
Not increase the size of oil sealing is set in the junction of sealing receiver and connecting piece, but in actual application, at this
The size of oil sealing is bigger, easier leak.
In the program, sealing receiver is arranged on the top of outer barrel bottom, so as to have to increase between inner cylinder and outer barrel
Difference in height, the change to final assembly is larger, is unfavorable for the application of actual production, and inner cylinder is highly raised, also unfavorable
In the stable connection of inner cylinder.
In the case of external diameter identical at connecting piece setting water seal, the displacement of washings how is improved, is this area skill
Art personnel's urgent problem to be solved.
Utility model content
The purpose of this utility model is to provide a kind of smooth arranging device of water-conservation washing machine, by setting smooth row in interior bucket flange
Cylinder, because rhone blowdown is convenient, not only draining is fast but also will not block, thus overcomes the defects of above-mentioned.
According to above-mentioned purpose, the technical solution of the utility model is：A kind of smooth arranging device of water-conservation washing machine, including will water saving
Washing machine inner tub is arranged on the flange on clutch dehydrating shaft, it is characterised in that：Installation is connected with an endoporus on described flange
More than smooth row's cylinder of dehydrating shaft external diameter, there is outer barrel outside described interior bucket, clutch, described outer barrel are installed in described outer barrel
Cavity cap is provided with, a cavity is formed between described cavity cap and clutch, passes through discharge outlet and external draining under the cavity
Pipe is connected, and is connected on the cavity with described smooth row's cylinder.
Further, described smooth row's cylinder is that dehydrating shaft upper end is outwards extended the columnar shaft bowl of formation, the columnar shaft bowl with
Flange is connected by trip bolt, and is connected by the lateral row mouth of a river with the cavity that cavity cap is formed.
Further, or, described smooth row's cylinder is stepped, and its upper end is arranged on dehydrating shaft by transition connecting plate
On, the transition connecting plate, dehydrating shaft and flange are connected as one by trip bolt, and its lower end is directly accommodated in cavity cap.
Described cavity cap is stepped, and the installation of its lower end is connected in the installing plate of clutch.
Sealed and be tightly connected by flood between described smooth row's cylinder and cavity cap.
The rhone of water blowdown was formed between described smooth row's cylinder and clutch.
Described drainpipe is connected with the air chamber on washing machine, and draining is provided between described drainpipe and air chamber
Valve.
Compared with prior art, the advantages of the utility model and have the beneficial effect that：The utility model passes through in interior bucket flange
The upper smooth row's cylinder of setting, because the rhone blowdown that smooth row's cylinder is formed is convenient, not only draining is fast but also will not block, thus carries significantly
High drainage speed and drainage efficiency, due to not only can be with draining, the washing dirt also effectively discharged improves washing machine
Self-cleaning ability.
Brief description of the drawings
In order to illustrate more clearly of the technical scheme of the utility model embodiment, need to make in below describing embodiment
Accompanying drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the utility model, right
For those of ordinary skill in the art, on the premise of not paying creative work, it can also be obtained according to these accompanying drawings
Obtain other accompanying drawings：
Fig. 1 is drainage arrangement structural representation of the prior art；
Fig. 2 is the smooth structural representation of arranging device embodiment one of the utility model；
Fig. 3 is the smooth structural representation of arranging device embodiment two of the utility model；
Fig. 4 is smooth row's cylinder structure schematic diagram of the smooth arranging device embodiment one of the utility model；
Fig. 5 is smooth row's cylinder structure schematic diagram of the smooth arranging device embodiment two of the utility model；
Fig. 6 is the smooth arranging device rhone assembling schematic diagram of the utility model；
Fig. 7 is the schematic top plan view that water bowl is crossed in the smooth arranging device of the utility model；
Fig. 8 is the schematic side view that water bowl is crossed in the smooth arranging device of utility model；
Fig. 9 is washing machine structure schematic diagram of the utility model with smooth row's cylinder and rhone；
Figure 10 is another schematic side view for crossing water bowl structure disclosed in the smooth arranging device of the utility model；
Figure 11 is the third smooth arranging device schematic diagram described in the utility model；
Figure 12 is 4th kind described in the utility model smooth arranging device schematic diagram；
Figure 13 is 5th kind described in the utility model smooth arranging device schematic diagram；
Figure 14 is 6th kind described in the utility model smooth arranging device schematic diagram；
Figure 15 is the structural representation that the utility model discloses another rhone；
Figure 16 is assembling schematic diagram of the transition bowl with crossing water ring shown in Figure 15；
Figure 17 is to cross water ring structural representation shown in Figure 16；
Figure 18 is the transition bowl structure schematic diagram shown in Figure 16；
Figure 19 is a kind of flange arrangement described in the utility model with crossing water ring assembling schematic diagram；
Figure 20 is second of flange arrangement described in the utility model with crossing water ring assembling schematic diagram；
Figure 21 is a kind of clutch configuration schematic diagram disclosed in washing machine described in the utility model；
Figure 22 is the washing machine structure schematic diagram in the prior art with smooth row's cylinder；
Figure 23 is the water inlet structure schematic diagram of rhone in the prior art；
Figure 24 is in the prior art for D and D0 dimensional structure schematic diagram；
Figure 25 is the washing machine structure schematic diagram that cylinder is freely arranged with transition bowl-type；
Figure 26 is the dimensional structure schematic diagram with transition bowl-type rhone；
Figure 27 be with water bowl-type freely arrange the washing machine structure schematic diagram of cylinder；
Figure 28 be with water bowl-type rhone schematic top plan view；
Figure 29 is the sectional view of A-A shown in Figure 28；
Wherein：1. outer barrel；101. outer barrel bottom groove；2. interior bucket；3. impeller；4. impeller shafts；5. osculum；6. flange；
601. flange horizontal parts, 602. flange depressed parts, 603. flange first connecting portions, 604. flange second connecting portions, 605. flanges
Lateral row water hole；7. back-off bowl；8. big water seal；801. first lips；802. outer bucket portion lips；The lips of 802a. second；802b.
3rd lip；803. the 4th lips；804. big water seal grooves；9. cavity cap；901. cavity cap holding tanks；10. discharge outlet；11.
Drainpipe；12. air chamber；13. draining valve；14. clutch；15. dehydrating shaft；16. trip bolt；17. the lateral row mouth of a river；18.
Transition connecting plate；19. freely row's cylinder；20. rhone, 21. cross water bowl, and 2101. cross water bowl first connecting portion；2102. cross water bowls the
Two connecting portions；2103. cross water bowl rib；2104. cross water bowl passage；2104a. crosses water bowl lateral row water hole；2104b. cross water
Bowl bottom osculum；Through hole in 2105., 2106. second connection rings, 2107. rib flange, 22. lower houses, 2201. positioning
Circle, 23. times water seals, 2301. the 5th lips, 24. installing plates, the 2401, first supporting walls, 2402. second supporting walls, 2403. the
Three supporting walls, 2404. the 4th supporting walls, 2405. the 5th supporting walls, 2406. installing plate holding tanks, 25. transition bowls, 2501. mistakes
A bowl lateral row water hole is crossed, 26. water ring, 2601. water ring passage, 2602. connection rings, 27. second discharge outlet, A. excessively excessively cross water dress
Put, C. flowing water chambers.
Embodiment
It is the smooth arranging device example structure schematic diagram of the utility model water-conservation washing machine with reference to Fig. 2-Fig. 5, it includes will section
Aqueous washing machine interior bucket 2 is arranged on the flange 6 on the dehydrating shaft 15 of clutch 14, on described flange 6 installation it is big to be connected with an endoporus
In having outer barrel 1 outside smooth row's cylinder 19 of the external diameter of dehydrating shaft 15, described interior bucket 2, clutch 14, institute are installed in described outer barrel 1
The outer barrel 1 stated is provided with cavity cap 9, forms a cavity between described cavity cap 9 and clutch 14, passes through draining under the cavity
Mouth 10 is connected with external drainpipe 11, is connected on the cavity with described smooth row's cylinder 19.
Embodiment 1：
With reference to Fig. 2, Fig. 4, described smooth row's cylinder 19 is that the upper end of dehydrating shaft 15 is outwards extended the columnar shaft bowl of formation, the column
Axle bowl is connected with flange 6 by trip bolt 16, and is connected by the lateral row mouth of a river 17 with the cavity that cavity cap 9 is formed.
Embodiment 2
With reference to Fig. 3, Fig. 5, described smooth row's cylinder 19 is stepped, and its upper end is arranged on dehydrating shaft by transition connecting plate 18
On 15, the transition connecting plate 18, dehydrating shaft 15 and flange 6 are connected as one by trip bolt 16, and its lower end is directly accommodated in
In cavity cap 9.
Specifically, described cavity cap 9 is stepped, the installation of its lower end is connected in the installing plate of clutch 14；It is described
Smooth row's cylinder 19 and cavity cap 9 between be tightly connected by big water seal 8；Formed between described smooth row's cylinder 19 and clutch 14
The rhone 20 of water blowdown；Described drainpipe 11 is connected with the air chamber 12 on washing machine, described drainpipe 11 and gas
Draining valve 13 is provided between chamber 12.
Embodiment 3：
Among prior art, otherwise dehydrating shaft 15 is direct one with being fixedly connected for interior bucket 2, otherwise it is dehydrating shaft 15
The bottom of outer barrel 1 is directly anchored to, but is more to consider fixing intensity, one flange 6, dehydrating shaft are set in the bottom of outer barrel 1
15 and flange 6 fix, the fixed part generally use of dehydrating shaft 15 and flange 6 is：The position that dehydrating shaft 15 and flange 6 are fixed leads to
It is frequently located on the horizontal plane of the bottom of outer barrel 1.In this case, anyway, it is the place that can not find the flowing water path of interior bucket 2,
Unless that mode as described in background technology：Its limbers is limited by dehydrating shaft 15 and the diameter of flange 6 or connecting piece,
Cause flowing water not smooth.In the prior art, although also there is the bottom of outer barrel 1 to form a depressed area, these ways are for it
His purpose and design.A mostly important structure design of the utility model, is exactly the fixed bit by dehydrating shaft 15 and interior bucket 2
Put or higher than the bottom of outer barrel 1 or less than the bottom of outer barrel 1, so as to make the side that this difference in height is formed have enough drainings and
Flowing water space, and/or the diameter of the fixed connection place of dehydrating shaft 15 and smooth row's cylinder 19 are less than smooth row's cylinder 19 and intake the straight of madial wall
Footpath.
As Figure 6-9, the utility model discloses a kind of washing machine structure, including outer barrel 1, interior bucket 2, flange 6 and clutch
Device 14, interior bucket 2 are fixedly connected with dehydrating shaft 15, and impeller 3 is fixedly connected with impeller shafts 4, and water was set on the top of clutch 14
Device A, described mistake water installations A refer to the water plant that the lower section of interior bucket 2 is set, and osculum, interior bucket are not set in the bottom for washing interior bucket 2
Washings in 2 flowed to the discharge structure of washing machine by flowing to water installations A, cross water installations A by freely arrange cylinder 19 with
The UNICOM of interior bucket 2, one is set to cross water bowl 21 in the lower section of flange 6, the lower surface crossed among water bowl 21 forms one downwards
The second connection ring 2106, the fixed position of the interior bucket 2 and dehydrating shaft 15 is higher than the upper plane of the bottom of interior bucket 2, smooth to arrange cylinder 19
The lateral row mouth of a river is formed in the second connection ring 2106, water bowl was formed between the inwall and impeller shafts 4 of the second connection ring 2106
Passage 2104, water bowl passage 2104 is crossed with crossing water installations A flowing water chamber C UNICOMs, discharge outlet 10, institute are set on water installations A is crossed
State the discharge structure UNICOM of discharge outlet 10 and washing machine.
Embodiment 4：
As shown in Fig. 6-9,11, as one embodiment of the present utility model, the smooth row's cylinder 19 for crossing water installations A includes
Water bowl 21 is crossed, described water bowl 21 of crossing included water bowl first connecting portion 2101, and crossed water bowl first connecting portion 2101 and be configured as
Water bowl 21 will be crossed to be fixedly connected with flange 6, cross the lower section that water bowl 21 is arranged on flange 6, paracentral position is leaned on crossing water bowl 21
The second connection ring 2106 is formed, the second connection ring 2106 is arranged far from the side of interior bucket 2, in the bottom of the second connection ring 2106
Water bowl lateral row water hole 2104a was set, water bowl rib 2103 was set in the bottom of the second connection ring 2106, is crossing water
Water bowl bottom osculum 2104b, described water bowl bottom osculum 2104b excessively were set on bowl rib 2103 and cross water bowl side
To osculum 2104a UNICOMs, it is provided for accommodating the middle through hole 2105 of impeller shafts 4 in water bowl rib 2103 excessively, is crossing water bowl
Water bowl second connecting portion 2102 was set on rib 2103, and described water bowl second connecting portion 2102 of crossing is configured as that water will be crossed
Bowl 21 is fixedly connected with dehydrating shaft 15, and described water bowl second connecting portion 2102 of crossing is arranged on middle through hole 2105 with crossing water bowl bottom
Between osculum 2104b, the impeller shafts 4, water bowl rib 2103 and the second connection ring 2106 are crossed by crossing water bowl bottom
Osculum 2104b formed water bowl passage 2104b with water bowl lateral row water hole 2104a is crossed, so that washings pass through inflow
Water installations A flowing water chamber was flowed into by bottom drain holes 2104a and lateral row water hole 2104b into water bowl passage 2104b excessively
C, so as to substantially increase the flowing water area of water installations A smooth row's cylinder 19, the setting for crossing water bowl rib 2103 ensure that
Water installations A and dehydrating shaft 15, the bonding strength of flange 6, so as to ensure that the reliability of water installations A draining.
Using the mistake water installations A of which smooth row's cylinder 19, the outer surface of the second connection ring 2106 is with crossing the of water installations A
One lip 801 is slidingly sealed, and the lower plane of big water seal 8 was arranged on water bowl lateral row water hole 2104a top, the setting
It ensure that the washings in washing tube can be emptied completely, also greatly improve the circulation efficiency of washings, avoiding makes
During, soft flocks or washings blocked water installations A rhone, so as to influence the normal use of washing machine；Also,
Under the program, the second connection ring 2106 is smaller with crossing water installations A contact surfaces, so as to which sealing can be achieved by less water seal,
So as to reduce the excessive possibility row of washings.
Embodiment 5：
As shown in Figure 10, include in addition as one embodiment of the present utility model, the smooth row's cylinder 19 for crossing water installations A
One kind crosses the structure of water bowl 21, and compared with embodiment 4, the program reduced the setting of water bowl second connecting portion 2102, directly existed
The position for crossing through hole 2105 during water bowl rib 2103 is formed sets a rib flange 2106, now, described middle through hole
2105 be a contained structure in short transverse with space, and the rib flange 2106 crosses water bowl first connecting portion towards close
2101 side is set, and the water bowl 21 of crossing under the structure is connected by crossing water bowl first connecting portion 2101 with flange 6, impeller shafts 4
It is fixedly connected with middle through hole 2105 by the way of interference fit, this arrangement reduces what is set on dehydrating shaft 15 to turn over
Side, eliminated the bolt connection of water bowl 21 and dehydrating shaft 15, further ensured water bowl structure installed with clutch 4 it is close
Feng Xing.
As embodiment of the present utility model, the smooth assembling for crossing water bowl 21 and clutch 4 for arranging cylinder 19 can be water bowl
21 are interference fitted with the bolt connection of dehydrating shaft 15 or the middle through hole 2105 set excessively on water bowl 21 with impeller shafts 4, also may be used
To be that water bowl 21 is integrally formed with the top from dehydrating shaft 15, wide-mouth structure is made into the upper end of dehydrating shaft 15.
Embodiment 6：
Such as Figure 11, so, a kind of open water installations A, described mistake water installations A of crossing includes cavity cap 9, lower house 22, in sky
Cavity cap holding tank 901 is provided with chamber lid 9, described cavity cap holding tank 901 is configured as positioning and places big water seal 8, institute
The big water seal 8 stated and cavity cap 9 are two independent parts, and the opposite side of big water seal 8 is provided with the first lip 801, described
The first lip 801 match somebody with somebody and be slidingly sealed with crossing the second connection ring 2106 for setting on water bowl 21, it is described cross water bowl 21 with
Dehydration shaft flange 332 is fixedly connected, and the second connection ring 2106, which is formed, is crossing the lower surface among water bowl 21, to avoid water installations
Washings in A are excessive, and described cavity cap 9 is hollow and is connected with the lower house 22 provided with discharge outlet 10, described discharge outlet
10 were arranged on water installations A lowest part, and the lower surface among lower house 22 is provided with the centring ring being adapted with clutch 14
2201, water seal 23 under being set between lower house 22, centring ring 2201 and clutch 14, described lower water seal 23 just refers to
In the prior art, the sealing set between dehydrating shaft 15 and clutch 14, the cavity cap 9 pass through riveting, bolt with lower house 22
Connect, clamping, grafting, bolt connection, dismountable connected mode such as hook joint are fixed, described cavity cap 9 can be arranged on
Between interior bucket 2, outer barrel 1, the bottom of outer barrel of washing machine 1 can also be arranged on, the dress of water installations A and washing machine was easy in the setting
Match somebody with somebody, reduce the change to washing machine, so as to improve the applicability of water installations A applications.
Embodiment 7：
As shown in figure 12, as one embodiment of the present utility model, open one kind crosses water installations A, with the phase of embodiment 6
Than the cavity cap 9 that water installations A is crossed shown in Figure 11 and big water seal 8 being all made up of the plastic material of phase same material, big water seal 8
The function of original cavity cap 9 is directly instead of, described big water seal 8 is hollow and connects with the lower house 22 provided with discharge outlet 10
Connect, water installations A flowing water chambers C space was formed between the big water seal 8 and lower house 22, the lower surface among lower house 22
Provided with the centring ring 2201 being adapted with clutch 14, the big water seal 8 and lower house 22 are by riveting, bolting, clamping, insert
Connect, dismountable connected mode such as bolt connection, hook joint is fixed.The program is big water seal 8 with the difference of embodiment 6
Directly substitute original big water seal 8 and the function of cavity cap 9, big water seal 8 passes through the bottom of outer barrel 1, the second company of mistake water bowl 21
Connecing ring 2106 and realize that extruding is fixed, big water seal 8 sets the first lip 801 in the position that is slidingly sealed with the second connection ring 2106,
The first lip 801 set in big water seal 8 is configured as the washing watertight that will be entered by freely arranging cylinder 19 in water installations A
Envelope, described smooth row's cylinder 19 is configured as the washings in interior bucket 2 being flowed into water installations A, so as to reduce washings
Excessive, big water seal 8 is setting outer bucket portion lip 802 with the bottom lower surface junction of outer barrel 1, cross water installations A big water seal 8 with/
Or lower house 22 is spacing by horizontal displacement progress of the limiting section with being set on installing plate 24 to crossing water installations A, it is furthermore preferred that
Cross water installations A and the 4th lip 803 is set with the position in sealing contact of the limiting section on installing plate 24, this arrangement reduces cavity cap
The shaping and assembling of 9 parts, now, cross water installations A and there was only lower house 22, flowing water chamber C is by dehydrating shaft 15, big water seal 8, lower water seal
23rd, lower house 22 is formed, and is supported positioning to crossing water installations A by the second connection ring 2106, installing plate 24, outer barrel 1, is reduced
Washings excessive possibilities, it ensure that and entirely cross water installations A and the sealing of washing machine assembling.
Embodiment 8：
As shown in figure 13, as one embodiment of the present utility model, open one kind crosses water installations A, with the phase of embodiment 7
Than by the improvement to the structure of installing plate 24, the function of lower house 22 being realized using installing plate 24, cancels setting for lower house 22
Putting, described mistake water installations A flowing water chamber C is made up of big water seal 8, installing plate 24, lower water seal 23 and clutch 14, wherein,
Big water seal 8 is supported and fixed by the bottom of outer barrel 1, installing plate 24, smooth row's cylinder 19, and the big water seal 8 is in step-like setting,
Wherein, the inner side of big water seal 8 carries out the spacing of horizontal direction by freely arranging cylinder 19, and the of the top of big water seal 8 and smooth row's cylinder 19
Two connection rings 2106 are slidingly sealed, and the first lip 801 is set in the contact position of the big connection ring 2106 of water seal 8 and second, described
The first lip 801 be configured as the washing water-stop that will be entered by freely arranging cylinder 19 in water installations A, so as to reduce washing
Water it is excessive, the big water seal 8 sets outer bucket portion lip 802 in the contact junction with outer barrel 1, the big water seal 8 with it is outer
The contact junction of bucket 1 typically refers to lower surface/outer surface contact position of big water seal 8 and the bottom of outer barrel 1, or also big water seal
8 set the position of outer bucket portion lip 802 to match somebody with somebody with the corresponding contact position of outer barrel 1 with the laterally attached contact position of outer barrel 1, big water seal 8
The assembling of conjunction, said tub 1 be configured as to big water seal 8 carry out vertical direction it is spacing or to big water seal 8 carry out vertical direction,
Horizontal direction progress is spacing, and the big water seal 8 for crossing water installations A is realized to big water seal 8 by the limiting section set on installing plate 24
Positioning, support and coordinate formation water installations A flowing water chamber C, in embodiment described in the utility model, described limit
Position portion includes the first supporting walls 2401, the second supporting walls 2402, the 3rd supporting walls 2403 and the 4th supporting walls 2404, and described
One supporting walls 2401 are set to close to the position of the bottom of outer barrel 1, and the end of the first supporting walls 2401 connects with the second supporting walls 2402
Connect, the second supporting walls 2402 are configured as supporting the bottom of outer barrel 1, it is preferred that the second supporting walls 2402 are horizontally disposed, second
The other end of supporting walls 2402 sets the 3rd supporting walls 2403, side of the 3rd described supporting walls 2403 to the remote bottom of outer barrel 1
To setting, the 3rd supporting walls 2403 are configured as carrying out the first spacing, described supporting walls to the horizontal direction for crossing water installations A
2401st, the section of the second supporting walls 2402, the vertical direction of the 3rd supporting walls 2403 is from the side away from dehydrating shaft 15 to close to de-
The side of water axle 15 is approximate to be set in "Ji" type, as some embodiments of the utility model, the first described supporting walls
2401st, the 3rd supporting walls 2403 are set in vertical direction, and the other end of the 3rd connection wall 2403 sets the 4th supporting walls 2404, the
Four supporting walls 2404 substitute the receiving space of lower house 22 and big water seal 8 formation flowing water chamber C, in the another of the 4th supporting walls 2404
End is connected with the 5th supporting walls 2405, and the 5th supporting walls 2405 are provided with installing plate holding tank in the side close to dehydrating shaft 15
2406, the height of the installing plate holding tank 2406 is less than the height of plane in the 4th connection wall 2404, in installing plate holding tank
2406 are configured as assembling lower water seal 23, and described lower water seal 23 just refers in the prior art, between dehydrating shaft 15 and clutch
The seal of setting, the opposite side of lower water seal 23 set the 5th lip 2301, and the 5th described lip 2301 connects with clutch 14
Connection is touched, described discharge outlet 10 is arranged between the 3rd supporting walls and installing plate holding tank 2406, it is preferred that discharge outlet 10 is set
The lowest part in the 4th supporting walls is put, outer bucket portion lip 802 can include the 3rd of the second vertical lip 802a and/or level
Lip 802b, the outside of big water seal 8 carry out spacing, the institute of horizontal direction by the 3rd supporting walls of limiting section to big water seal 8
State the big supporting walls 2403 of water seal 8 and the 3rd and the 4th lip 803 is set in the position of contact.On the one hand the setting reduces parts
Setting, now, directly flowing water chamber C is formed by using installing plate 24, dehydrating shaft 15, big water seal 8, lower water seal 23, by the
Two connection rings 2106, installing plate 24, outer barrel 1 are supported positioning to crossing water installations A, reduce the excessive probability of washings, separately
On the one hand water installations A receiving space was also improved, was reduced as far as possible due to assembling water installations A to the original knot of washing machine
The change of structure height.
Either, the cavity cap 9 and the junction of the bottom of outer barrel 1 set big water seal 8, and the bottom part down of said tub 1 is set
Installing plate 24 is put, annular boss is set on the installing plate 24, on the one hand installing plate 24 is propped up outer barrel 1 by annular boss
Support, a cavity is on the other hand formed with cavity cap 9 and clutch 14, the cavity top inside smooth row's cylinder 19 with being connected.
Embodiment 9.：
As shown in figure 14, as one embodiment of the present utility model, open one kind crosses water installations A, with the phase of embodiment 8
Than the end set outer barrel bottom groove 101 in outer barrel 1 close to big water seal 8, described outer barrel bottom groove 101 is to close to interior
The limiting section of the side depression of bucket 2, the bottom of outer barrel 1 and installing plate 24 forms step-like receiving space, crosses water installations A flood
Envelope 8 is in step-like setting, and what said tub bottom groove 101 coordinated is fixed on the positioning with big water seal 8, also, the bottom of outer barrel 1
The contact position of lower surface/outer surface and big water seal 8 outer bucket portion lip 802 is set；Other, described outer barrel bottom groove
101 be also in step-like setting, and the upper surface of big water seal 8 is also disposed at the lower section of outer barrel bottom groove 101, so, crosses water installations A
It is completely in the bottom of outer barrel 1 and the space of the formation of installing plate 24, also, installing plate 24 is directly fixedly linked with the bottom of outer barrel 1,
This arrangement reduces the axial height of outer barrel in washing machine, improves connective stability of the inner cylinder in washing and drying, also improves
The stability of washing machine when in use, meanwhile, outer barrel bottom is on the other hand also improved with crossing the sealing of water installations A assemblings
Property, avoid the excessive of washings.
Embodiment 10：
As shown in figures 15-18, it was as one embodiment of the present utility model, smooth row's cylinder 19 of the water installations A excessively
Bowl 25 is crossed, Upper shaft sleeve fixed part is set on dehydrating shaft 15, described Upper shaft sleeve fixed part is arranged on the outside of dehydrating shaft 15, mistake
Cross bowl 25 to be fixedly connected with flange 6 and Upper shaft sleeve fixed part, the position that the transition bowl 25 is fixedly connected with Upper shaft sleeve fixed part
The position being connected higher than transition bowl 25 with flange 6 so that inclined transition bowl lateral row water hole 2501 is formed on transition bowl 25,
Set one to cross water ring 26 in the lower section of transition bowl 25, a downward connection ring is formed crossing the lower surface among water ring 26
2602, the outer surface of connection ring 2602 is slidingly sealed with crossing water installations A the first lip 701, the connection ring 2602 and dehydration
Water ring passage 2601 was formed between axle 15, washings are flowed into by the lateral transition bowl lateral row water hole 2501 of transition bowl 25
Cross in water ring passage 2601, and then flowed to water installations A flowing water chamber C.The setting passes through the inclination that is arranged on transition bowl 25
The transition bowl lateral row water hole 2501 of shape, the water inlet area of water installations A smooth row's cylinder 19 was substantially increased, meeting water dress
On the premise of putting A and flange 6, interior bucket 2, the bonding strength of dehydrating shaft 15, so as to improve the circulation efficiency of washings, avoid
During use, soft flocks or washings blocked water installations A rhone, so as to influence the normal use of washing machine；Also,
Under this scenario, connection ring 2602 is smaller with crossing water installations A contact surfaces, so as to which sealing can be achieved by less big water seal 8,
So as to reduce the excessive possibility row of washings.
Preferably, transition bowl lateral row water hole 2501 described here at right angles shape, arc, bias type can be set, and be washed
Washing water can intake from the water inlet of the side of transition bowl 25 or from the top surface of transition bowl 25 and side.
Preferably, the transition bowl 25 and flange 6, transition bowl 25 and water ring 26 excessively are all bolted, transition bowl
25 bolts hole being connected with flange, transition bowl 25 can share with crossing the bolt hole that be connected of water ring 26, can also difference use, this
In difference using referring to that transition bowl 25 is fixedly connected with different bolts hole and mistake water ring 26, flange respectively.
Embodiment 11：
As shown in figures 15-19, as one embodiment of the present utility model, a kind of flange arrangement, described flange 6 are disclosed
It is fixedly connected with the bottom of interior bucket 2, flange 6 is forming a flange groove close to the position of dehydrating shaft 15, and the flange 6 includes method
Blue horizontal part 601 and flange depressed part 602, described flange groove is set up towards the direction away from outer barrel 1, in flange groove
Top form flange first connecting portion 603, described flange first connecting portion 603 is configured as and dehydrating shaft 15 is fixed and connected
Connect, impeller shafts 4 pass through flange first connecting portion 603, and the flange 6 connects close to the position of flange groove formation flange second
Portion 604, described flange second connecting portion 604 are formed in flange horizontal part 601, described flange second connecting portion 604 by with
It is set to and is fixedly connected with crossing water ring 26, the height of flange first connecting portion 603 is higher than the height of flange second connecting portion 604, institute
State flange first connecting portion 603 and flange second connecting portion 604 and form difference in height, in flange first connecting portion 603 and flange the
Flange lateral row water hole 605 is provided between two connecting portions 604, a downward company is formed crossing the lower surface among water ring 26
Ring 2602 is connect, formed water ring passage 2601 between connection ring 2602 and dehydrating shaft 15, the washings in interior bucket 2 pass through flange side
Water ring passage 2601 was flowed to osculum 2105, and then flowed to water installations A, connection ring 2602 and the flood for crossing water installations A
Envelope 8 is slidingly sealed, and the contact junction of big water seal 8 is provided with the first lip 801 in connection ring 2602.The setting passes through to method
The change of blue structure, on the premise of flange bonding strength is ensured, the flange lateral row water hole of setting substantially increased water dress
Put A inflow.
Preferably, it is preferred that flange lateral row water hole 2105 here at right angles shape, arc, bias type can be set, and be washed
Washing water can intake from the water inlet of the side of flange 6 or from the top surface of flange 6 and side.
Embodiment 12：
As shown in figure 20, as one embodiment of the present utility model, a kind of flange is disclosed with crossing the connection knot of water ring 26
Structure, compared with embodiment 11, in flange 6 and cross between water ring 26 connects a transition bowl 25 is set, transition bowl 25 and flange 6,
It is identical with the mistake water installations A rhones disclosed in embodiment 10 to cross water ring 26, the fixed form of dehydrating shaft 15, using which
Fixed, flange 6 can only include flange horizontal part 601, set on flange horizontal part 601 with transition bowl 25, water ring 26
Connected flange second connecting portion 2104；Flange 6 can also include flange horizontal part 2101 and flange depressed part 2102 simultaneously,
The setting that described flange depressed part 2102 and transition bowl 25 coordinate.This, which is arranged on to improve, flowed into water installations A water inlet areas
Under the premise of, further increased water installations A and the applicability of washing machine cylinder assembling.
Embodiment 13：
As shown in figure 21, as one embodiment of the present utility model, a kind of clutch configuration is disclosed, as embodiment 11~
Mistake water installations A described in 14 is arranged on the upside of installing plate 24, or crosses water installations A flowing water chamber C by the upper flat of installing plate 24
The upper plane and vertical direction of face or installing plate 24 are formed close to the side plane of dehydrating shaft 15, and crossing water installations A includes flood
Envelope 8 is fixed on clutch 14, and by setting water ring 26/ to cross water bowl 21 in the connection of the bottom of flange 6, described crosses water ring 26/
Crossing water bowl 21 can be fixedly connected with dehydrating shaft 15, and water ring 26/, which crosses water bowl 21, excessively can also be fixedly connected with or cross water with flange 6
Ring 26/ is crossed water bowl 21 and is fixedly connected simultaneously with dehydrating shaft 15, flange 6, and one is formed downwards crossing the lower surface among water ring 26
The lower surface either crossed among water bowl 21 of connection ring 2602 form a second downward connection ring 2106, in big water seal 8
Upper surface big water seal groove 804 is set, big water seal groove 804 was inserted on the ring on water installations A peripheries, and big water seal 8 is leaned on
The side of nearly dehydrating shaft 15 and the lateral wall of the connection ring 2106 of connection ring 2602/ second are slidingly sealed, and the big water seal 8 is with connecting
Connect the contact position of 2602/ second connection ring of ring 2106 and first lip 801 be set, directly bear against in the middle part of outer barrel bottom in big water seal 8 or
The outer barrel bottom groove 1901 set in outer barrel 1 is pressed in big water seal 8, and big water seal 8 connects with outer barrel bottom lower surface/outer surface
The position connect sets outer bucket portion lip 802, plays sealing function, and discharge outlet 10 or the directly row of being formed are set on installing plate 24
The mouth of a river 10.The technical program increases the length of dehydrating shaft 15 compared to prior art, the main body for crossing water installations A is arranged on outer
Between bottom of the barrel and installing plate 24, avoid being adjusted the height between interior bucket 2, outer barrel 1, substantially increase speed-reducing clutch
The applicability assembled on existing washing machine, lead to the existing structure that water installations A was set and compare, greatly reduce interior bucket 2, outer
Bucket 1 between axial height, ensure that stability of the washing machine in washing process, also improved water installations A and slow down from
The axiality of clutch Upper shaft sleeve, it ensure that the sealing of water installations A assemblings.
Further, described speed-reducing clutch also includes reserving the sky for installing water installations A on speed-reducing clutch
Between form, clutch 14 with cross water installations A be provided separately installation, assembled in final assembly.
Embodiment 14：
As shown in Figure 22-29, a kind of sample calculation for the flowing water area for flowing into smooth row's cylinder of the utility model the disclosed, its
In, wherein, the outer peripheral diameter of D fingering water-bounds, i.e. connection ring or the second connection petticoat diameter；D0Fingering water-bound
With the diameter of clutch wash shaft mating connection perforate；D1Refer to the external diameter in the water hole that begun to rehearse in the prior art on water inlet structure；D2Refer to existing
There is the internal diameter in the water hole that begun to rehearse in technology on water inlet structure；D3Refer to the internal diameter of discharge orifice on transition bowl；D5Referred to discharge orifice on water bowl
Internal diameter；
In the prior art, as shown in Figure 22~25, the smooth water inlet structure for arranging cylinder 19 is set in connecting piece, and osculum is vertical
It is located between the inside and outside wall of connecting piece, and connecting piece is fixedly connected by connecting hole A with flange, in order to ensure connecting piece and method
The stability of orchid connection and the intensity of water inlet structure, typically set four connecting holes to be fixedly connected with connecting piece with flange, therefore,
In the prior art scheme, minimum discharge area is：
S1=a1((0.5D1)2-(0.5D2)2*π
Wherein, a1For actual situation coefficient, about 0.7, because the position of osculum must be designed in connecting piece and flange base
Between connecting hole, described actual situation coefficient is the essential minimum value met under intensity；
In the prior art, to ensure sealing effectiveness, in water inlet structure and inner cylinder flange connections, it is typically provided with sealing
Circle.But if the width of sealing ring is too small, in use, easily it is crushed, and then influences sealing effectiveness.Under normal circumstances,
To prevent sealing ring to be crushed, sealing ring uses identical structure design with water inlet structure and flange connecting portion, on water inlet structure
5mm should be at least not less than by opening up the thickness between the inwall of osculum and Upper shaft sleeve, the water hole that therefore, on water inlet structure begins to rehearse it is outer
Thickness between wall and water inlet structure outer wall should also be not less than 5mm.Accordingly, in the prior art scheme, begun to rehearse on water inlet structure
The outer diameter D in water hole1With internal diameter D2Respectively：
D1=D-10；D2=D0+10。
When the water inlet structure for freely arranging cylinder uses the transition bowl structure as described in Figure 25~26, it is provided with and inclines on transition bowl
Ramp-like transition bowl lateral row water hole 2501, dehydrating shaft 15 fit through the connecting hole that smooth row's cylinder 19 opens up and company fixed thereto
Connecing, washings were flowed into water installations A after flowing through water hole by the space formed between dehydrating shaft 15 and connection ring 2602,
Under the program：Minimum discharge area is：
S2=a2((0.5D3)2-(0.5D0)2*π
Wherein, a2For actual situation coefficient, about 1, the position of water hole can play injection transition bowl completely and connect with dehydrating shaft 15
The space between position, transition bowl and flange link position is connect, described actual situation coefficient is the essential minimum value met under intensity,
D3=D-3, also, the gross area of water hole is far longer than this area on transition bowl.
Water installations A smooth row's cylinder 19 has been served as using when crossing water bowl structure, described water bowl of crossing leads to as described in Figure 27~29
Cross water bowl second connecting portion 2102 to be fixedly connected with dehydrating shaft, and cross the second connection ring 2106 and impeller shafts 4 of water bowl structure
Between formed water bowl passage 2104, the water bowl passage 2104 of crossing can be opened in the second connection ring of water bowl structure
2106 bottoms, to increase the flowing water area of water bowl passage 2104, water seal is provided with the outside of the second connection ring 2106, set
The height of water seal was higher than the position of water bowl lateral row water hole 2104a flowing water, under the program：Minimum discharge area is：
S3=a3((0.5D5)2-(0.5D0)2*π
Wherein, a3For actual situation coefficient, about 0.8, washings are flowed out in the water bowl rib of crossing for crossing the setting of water lower part of bowl
Having a little influences, and described actual situation coefficient is the essential minimum value met under intensity, D5=D-6.
In sample calculation described above, described D, D0、D1、D2、D3、D5Unit be mm,
As some embodiments of the utility model, D0=30 (general values in the prior art), D=72 (prior arts
In general value, for example washing machine commercially available TCL), D0=30, D=72, D1=62, D2=40, D3=69, D5=66, it is computed
：S1=392.7 π；S2=965.25 π；S3=691.2 π.
Just as it was previously stated, with the increase of smooth row's outward flange diameter of cylinder 19, the size of water seal also gradually increases, and leak
Possibility just increases.Therefore, the result of calculation shows, when discharge area is certain, the utility model can make freely to arrange cylinder
19 outward flange diameters are greatly reduced.Therefore, discharge area and the smooth outward flange diameter of row's cylinder 19 can be carried out excellent within the specific limits
Choosing, it is less while obtain larger discharge area in freely row's outward flange diameter of cylinder 19.
Specifically, as freely row 19 outward flange diameter D=60 of cylinder, S2=587.25 π, as smooth row's cylinder 19 outward flange diameter D
When=55, S2=451 π, under this condition, the smooth outward flange diameter of cylinder 19 of arranging far smaller than freely arrange the outward flange of cylinder 19 in the prior art
The value 72 of diameter, the smooth discharge area for arranging cylinder 19 are more than in the prior art the freely discharge area S of row's cylinder 19 on the contrary1。
Other, as freely row 19 outward flange diameter D=50 of cylinder, S2=412.25 π, as smooth row's cylinder 19 outward flange diameter D
When=45, S2=216 π.
As the smooth outward flange diameter of row's cylinder 19 reduces, the size of water seal also reduces therewith, and the possibility of leak will be in multiple
Or the trend of index reduces.
Therefore, in the case where the smooth row's cylinder 19 for crossing water installations A used water bowl or transition bowl, the smooth water inlet for arranging cylinder 19
Amount is far longer than the inflow of prior art, and the setting considerably increased water installations A water inlet area, and ensure that draining
Efficiency, the smooth row's cylinder 19 that it also avoid water installations A are blocked by soft flocks or washings, make so as to influence the normal of washing machine
With.
In embodiment described in the utility model, the first described lip 801, outer bucket portion lip 802, the second lip
As long as 802a, the 3rd lip 802b, the 4th lip 804 and the 5th lip 2301 can be arrived to being tightly connected, avoid outside washings
Overflow, or sealing shiny surface, sealing position is formed by being interference fitted to contact or compress.
It should be pointed out that for the person of ordinary skill of the art, on the premise of the utility model principle is not departed from,
Some improvement and modification can also be carried out to the utility model, these are improved and modification also falls into the utility model claims
In protection domain.
Claims (7)
1. a kind of smooth arranging device of water-conservation washing machine, including water-conservation washing machine interior bucket (2) is arranged on clutch (14) dehydrating shaft
(15) flange (6) on, it is characterised in that：Installation is connected with an endoporus and is more than dehydrating shaft (15) external diameter on described flange (6)
Smooth row's cylinder (19), have outer barrel (1) outside described interior bucket (2), clutch (14) be installed in described outer barrel (1), it is described
Outer barrel (1) is provided with cavity cap (9), forms a cavity between described cavity cap (9) and clutch (14), passes through under the cavity
Discharge outlet (10) is connected with external drainpipe (11), is connected on the cavity with described smooth row's cylinder (19).
2. the smooth arranging device of water-conservation washing machine according to claim 1, it is characterised in that：Described smooth row's cylinder (19) is dehydration
Outwards extend the columnar shaft bowl of formation for axle (15) upper end, and the columnar shaft bowl is connected with flange (6) by trip bolt (16), and
It is connected by the lateral row mouth of a river (17) with the cavity that cavity cap (9) is formed.
3. the smooth arranging device of water-conservation washing machine according to claim 1, it is characterised in that：Described smooth row's cylinder (19) is in ladder
Shape, its upper end are arranged on dehydrating shaft (15) by transition connecting plate (18), the transition connecting plate (18), dehydrating shaft (15) and method
Blue (6) are connected as one by trip bolt (16), and its lower end is directly accommodated in cavity cap (9).
4. the smooth arranging device of water-conservation washing machine according to claims 1 to 3 any claim, it is characterised in that：Described
Cavity cap (9) is stepped, and the installation of its lower end is connected in the installing plate of clutch (14).
5. the smooth arranging device of water-conservation washing machine according to claims 1 to 3 any claim, it is characterised in that：Described
It is tightly connected between smooth row's cylinder (19) and cavity cap (9) by big water seal (8).
6. the smooth arranging device of water-conservation washing machine according to claims 1 to 3 any claim, it is characterised in that：Described
The rhone (20) of water blowdown was formed between smooth row's cylinder (19) and clutch (14).
7. the smooth arranging device of water-conservation washing machine according to claim 1-3 any claims, it is characterised in that：Described row
Water pipe (11) is connected with the air chamber (12) on washing machine, and draining is provided between described drainpipe (11) and air chamber (12)
Valve (13).
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| CN2017102291344 | 2017-04-10 | ||
| CN201710229134 | 2017-04-10 |
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| CN201710439882.5A Pending CN108691157A (en) | 2017-04-10 | 2017-06-12 | A kind of smooth arranging device of water-conservation washing machine |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108193443A (en) * | 2018-02-28 | 2018-06-22 | 美的威灵电机技术（上海）有限公司 | Washing machine |
| WO2018121717A1 (en) * | 2016-12-29 | 2018-07-05 | 青岛海尔洗衣机有限公司 | Laundry machine |
| CN108691157A (en) * | 2017-04-10 | 2018-10-23 | 安徽聚隆传动科技股份有限公司 | A kind of smooth arranging device of water-conservation washing machine |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108951010A (en) * | 2017-05-27 | 2018-12-07 | 安徽聚隆传动科技股份有限公司 | A kind of attachment device of water-conservation washing machine water passage |
| CN111101316B (en) * | 2018-10-26 | 2022-04-26 | 无锡小天鹅电器有限公司 | Clothes treating device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100195853B1 (en) * | 1997-01-15 | 1999-06-15 | 구자홍 | The washing machine of a water saving apparatus |
| CN2639339Y (en) * | 2003-09-18 | 2004-09-08 | 董汇茹 | Sealing structure of small sealing surface of water-saving two-barrel washer |
| CN100558973C (en) * | 2004-11-05 | 2009-11-11 | 金羚电器有限公司 | Bucket drain valve structure in a kind of water-saving impeller-type or the stirring type fully-automatic washing machine |
| CN204434967U (en) * | 2014-11-05 | 2015-07-01 | 合肥国荣科技洗涤设备有限公司 | A kind of water-saving and environmental protection impeller automatic washing machine |
| CN106192284A (en) * | 2015-05-05 | 2016-12-07 | 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 |
| CN105113174B (en) * | 2015-09-25 | 2017-07-28 | 江门市金环电器有限公司 | A kind of impeller-type or stirring type fully-automatic washing machine |
| CN205856864U (en) * | 2016-08-05 | 2017-01-04 | 安徽聚隆传动科技股份有限公司 | A kind of water-conservation washing machine speed-reducing clutch |
| CN106521867B (en) * | 2016-12-09 | 2018-11-23 | 熊文 | A kind of non-porous washing machine of interior bucket |
| CN207017040U (en) * | 2017-04-10 | 2018-02-16 | 安徽聚隆传动科技股份有限公司 | A kind of smooth arranging device of water-conservation washing machine |
-
2017
- 2017-06-12 CN CN201720678334.3U patent/CN207017040U/en active Active
- 2017-06-12 CN CN201710439882.5A patent/CN108691157A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2018121717A1 (en) * | 2016-12-29 | 2018-07-05 | 青岛海尔洗衣机有限公司 | Laundry machine |
| CN108691157A (en) * | 2017-04-10 | 2018-10-23 | 安徽聚隆传动科技股份有限公司 | A kind of smooth arranging device of water-conservation washing machine |
| CN108193443A (en) * | 2018-02-28 | 2018-06-22 | 美的威灵电机技术（上海）有限公司 | Washing machine |
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| CN108691157A (en) | 2018-10-23 |
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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. |