CN207582135U - A kind of energy-saving environmental-protection washing machine and its gasket construction - Google Patents

Abstract

The utility model provides a kind of energy-saving environmental-protection washing machine and its gasket construction, the gasket is arranged between clutch Upper shaft sleeve and flange, terminal pad is set on axle sleeve on the clutch, gasket is arranged on terminal pad close to the side of flange, the gasket is setting gear structure close to the side of terminal pad, gasket skeleton is set between gasket and terminal pad, and gasket, gasket skeleton, terminal pad are fixed together by the gear respective outer side edges of gasket.The utility model is simple in structure, and assembling is convenient, and the setting of gasket construction ensure that terminal pad and flange, the stability of clutch Upper shaft sleeve sealed connection, avoids seeping water in use or leak, so as to influence the normal use of washing machine.

Description

A kind of energy-saving environmental-protection washing machine and its gasket construction

Technical field

The utility model is related to the environment protection washing machine technical fields of non-porous interior bucket, and in particular to a kind of energy-saving environmental-protection laundry Machine and its gasket construction.

Background technology

Environmental protection is developed in order to solve the problems, such as the water-saving and secondary pollution of full automatic impeller or roller washing machine, in industry to wash Clothing machine, i.e., non-porous cylindric washer washing machine, for example, it is global design that the structure of rotary drum washing machine, which is lower inner portion, bucket wall only has There is a circle to throw water hole close to the position of balance ring, other positions do not have hole, which contains in washing process in inner cylinder There is water, and there is no water between inner cylinder and babinet, can solve the problems, such as water-saving and secondary pollution in this way；Function as execution, one As be one cavity cap of installation in outer barrel bottom, be also fixedly mounted a upper water seal in cavity cap, and in washing tube flange and One back-off bowl is installed, back-off bowl is then actively matched with upper water seal, and row is realized into the cavity of opposing seal between Upper shaft sleeve The connection of washing tube and external dynamic, it is feasible on this structural principle, and in fact, in assembling process, back-off bowl is installation In washing tube flange base, and cavity cap is then by screw or is weldingly fixed on the inside of outer barrel bottom, is buckled in this way Bowl is with the upper water seal in cavity cap it is difficult to ensure that its concentricity, it is easy to cause mechanical wear, make the lip of water seal It wears and fails, make its leak, particularly two-power washing machine and three dynamical washing machines, in washing process, washing tube will also Rotation is easier to leak herein.And existing technology, back-off bowl structure are cylindric, and limbers is architectural limitation, and size is very It is small, be easy to cause and block herein, therefore, the inflow of inflow and expulsion efficiency, the sealing of cavity, cavity be fixed on assembling, The fixation of drainpipe and the sealing of sealing structure, cavity and flange, clutch Upper shaft sleeve are always those skilled in the art's needs The technical issues of solution.

Utility model content

For above-mentioned technical problem, the utility model provides a kind of energy-saving environmental-protection washing machine and its gasket construction.

What the technical solution of the utility model was realized in：

A kind of water-conservation washing machine gasket construction, the gasket is arranged between clutch Upper shaft sleeve and flange, in clutch Terminal pad is set on device Upper shaft sleeve, and gasket is arranged on terminal pad close to the side of flange, and the gasket is close to terminal pad Side sets gear structure, sets gasket skeleton between gasket and terminal pad, and the gear respective outer side edges of gasket are by gasket, gasket bone Frame, terminal pad are fixed together.

Preferably, the gasket includes gasket top plate and gasket side wall, and gasket side wall and the outer edge of gasket top plate are consolidated Fixed connection, forms contained structure, gasket skeleton is fixed in the contained structure between gasket side wall and gasket top plate.

Further, the gear structure is the limited post being arranged on gasket, sets the 5th to consolidate on gasket skeleton Determine hole, the second mounting hole is set in terminal pad, limited post is inserted into the 5th mounting hole, the second mounting hole.

Preferably, rubber pad is set on gasket skeleton, and the rubber pad is arranged on contact of the gasket skeleton with gasket Between face and/or between gasket skeleton and terminal pad contact surface.

Further, the outer edge size of the rubber pad exceeds the outer edge size of gasket skeleton.

Preferably, the big 0.2mm~0.5mm of outer edge size of the outer edge size ratio gasket skeleton of the rubber pad.

Preferably, the rubber pad includes the first convex block of rubber pad, and first convex block of rubber cushion is placed on adjacent Between two skeleton water holes.

Further, the rubber pad includes the second convex block of rubber pad, and second convex block of rubber pad is consolidated the 5th Determine hole covering.

A kind of energy-saving environmental-protection washing machine including terminal pad, impeller shafts, clutch Upper shaft sleeve, installing plate, steel ladle, connects It connects disk to be fixedly connected by the first mounting hole with clutch Upper shaft sleeve, forms smooth row's cylinder, smooth cylinder of arranging on terminal pad top plate by setting The inlet opening put and washing tube unicom, on the first water seal, water seal seat and the clutch being slidably connected on the outside of terminal pad side wall Axle sleeve, the second water seal form flowing water chamber, and the top of flowing water chamber passes through with smooth row's cylinder unicom, the washings of flowing water intracavitary on water seal seat The third discharge outlet of setting is flowed into drainpipe, and then is connect with the discharge structure of washing machine, between terminal pad and flange Fixed water-conservation washing machine gasket construction described above.

Preferably, third mounting hole on gasket is set, the 4th mounting hole, third mounting hole, the 4th are set on gasket skeleton Mounting hole setting corresponding with the first mounting hole in terminal pad；Gasket water hole on gasket is set, is set on gasket skeleton Skeleton water hole, gasket water hole, skeleton water hole are correspondingly arranged with the inlet opening set in terminal pad；Is set on gasket Two through holes set third through hole, the second through hole, third through hole and the first through hole in terminal pad on gasket skeleton The setting of cooperation.

The beneficial effects of the utility model are as follows：The utility model is simple in structure, and assembling is convenient, and the setting of gasket construction is protected It has demonstrate,proved terminal pad and flange, the stability that clutch Upper shaft sleeve is tightly connected, has avoided seeping water in use or leak, from And influence the normal use of washing machine.

Description of the drawings

It in order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, it can also be obtained according to these attached drawings other attached drawings.

Fig. 1 is a kind of structure diagram of energy-saving environmental-protection washing machine described in the utility model；

Fig. 2 is a kind of water plant structure diagram of energy-saving environmental-protection washing machine described in the utility model；

Fig. 3 is a kind of side view at visual angle of the water seal seat described in a kind of energy-saving environmental-protection washing machine of the utility model；

Fig. 4 is the side view at the second visual angle of the water seal seat described in a kind of energy-saving environmental-protection washing machine of the utility model；

Fig. 5 is the front view of the water seal seat described in a kind of energy-saving environmental-protection washing machine of the utility model；

Fig. 6 is the bottom view of the water seal seat described in a kind of energy-saving environmental-protection washing machine of the utility model；

Fig. 7 is the structure diagram of the first water seal described in a kind of energy-saving environmental-protection washing machine of the utility model；

Fig. 8 is the sectional view of water seal seat described in a kind of energy-saving environmental-protection washing machine of the utility model；

Fig. 9 is the structure diagram that terminal pad described in a kind of energy-saving environmental-protection washing machine of the utility model is looked up；

Figure 10 is the side view of terminal pad described in a kind of energy-saving environmental-protection washing machine of the utility model；

Figure 11 is the side view at the second visual angle of terminal pad described in a kind of energy-saving environmental-protection washing machine of the utility model；

Figure 12 is the front view of gasket described in a kind of energy-saving environmental-protection washing machine of the utility model；

Figure 13 is the side view of gasket described in a kind of energy-saving environmental-protection washing machine of the utility model；

Figure 14 is the gasket skeleton side view with gasket assembling described in a kind of energy-saving environmental-protection washing machine of the utility model；

Figure 15 is the gasket skeleton structure signal of assembling rubber pad described in a kind of energy-saving environmental-protection washing machine of the utility model Figure；

Wherein：Terminal pad 1；Terminal pad side wall 101；Terminal pad top plate 102；First mounting hole 103；First through hole 105； Second mounting hole 106；First water seal 2；Limit buckle 201；Second water seal 3；Limiting section 4；First flanging 401；Second flanging 402； Installing plate 5；Steel ladle 6；Drainpipe 7；Gasket 8；Gasket top plate 801；Gasket side wall 802；Gasket water hole 803；Third is fixed Hole 804；Second through hole 805；Limited post 806；Impeller shafts 9；Water seal seat 10；Water seal seat outer wall 1001；The first bottom wall of water seal seat 1002；The second bottom wall of water seal seat 1003；Third discharge outlet 1004；Screw hole 1005；Water seal seat inner wall 1006；Limiting slot 1007； Ribbed stiffener 1008；Strengthen boss 1009；Through slot 1010；Inlet opening 11；Inlet opening inner wall 1101；Water inlet outer wall of hole 1102；Even Connect screw 12；First discharge outlet 13；Second discharge outlet 14；Clutch Upper shaft sleeve 15；Gasket skeleton 16；Skeleton water hole 1601； 4th mounting hole 1602；5th mounting hole 1603；Third through hole 1604；Rubber pad 17；The first convex block of rubber pad 1701；Rubber Pad the second convex block 1702.

Specific embodiment

The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out It clearly and completely describes, it is clear that the described embodiments are only a part of the embodiments of the utility model rather than whole Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not under the premise of making the creative labor All other embodiments obtained shall fall within the protection scope of the present invention.

As shown in figures 1-4, the utility model discloses a kind of energy-saving environmental-protection washing machine, including impeller shafts 9, clutch Upper shaft sleeve 15, installing plate 5, steel ladle 6, on the clutch the upper end of axle sleeve 15 be fixedly connected with terminal pad 1, set in terminal pad 1 Inlet opening 11 is put, the distance of the outer wall of the inlet opening 11 far from impeller shafts 9 to impeller shafts 9 is more than on terminal pad 1 and clutch Outer wall of 15 junction of axle sleeve far from impeller shafts 9 to impeller shafts 9 distance, in side setting the of the terminal pad 1 far from impeller shafts 9 One water seal 2, upper end and the terminal pad 1 of the first water seal 2 are slidingly sealed, and lower end and the sealing of water seal seat 10 of the first water seal 2 coordinate, institute It states 10 other end of water seal seat by the second water seal 3 and the sealing of clutch Upper shaft sleeve 15 to coordinate, water seal seat 10 and installing plate 5 are removable Connection is unloaded, third discharge outlet 1004 is set on water seal seat 1, and third discharge outlet 1004 passes through drainpipe 7 and discharge structure unicom.

Preferably, limiting section 4,4 and first water seal 2 of limiting section are formed close to the side of impeller shafts 9 in the bottom wall of steel ladle 6 Outer wall far from impeller shafts 9 is in sealing contact, and the limiting section 4 is configured as fixing the first water seal 2.As this Some embodiments of utility model, the limiting section 4 are formed in the end of the bottom wall of steel ladle 6, including 401 He of the first flanging The angle and the setting of the angle cooperation of the first water seal 2 that second flanging 402, the first flanging 401 and the second flanging 402 are formed, the The bottom wall of one flanging 401, the second flanging 402 and steel ladle 6 is integrally formed or is attached fixation by other fixed forms, Further, the angle that the first flanging 401 is formed with the second flanging 402 is at right angles set, which ensure that steel ladle 6 passes through Limiting section 4 supports the first water seal 2, limits, and realizes the fixation of the first water seal without passing through other screws or welding manner, keeps away Exempt to lead to leak since sealing is imperfect in use, so as to influence the normal use of washing machine.

Preferably, the water seal seat 10 is sealed in the outer wall far from 9 one end of impeller shafts and the lower end of the first water seal 2 and is coordinated, The outer wall lower end of water seal seat 10 is connected with installing plate 5, is mounted plate 5 and is supported.

Further, close to the side of installing plate 5 setting screw hole 1005, the screw on the bottom wall of water seal seat 10 Hole 1005 does not penetrate the bottom wall of water seal seat 10, and water seal seat 10 is detachably connected with installing plate 5 by attachment screw, one side of the setting Face realizes that water seal seat 10 is detachably connected with installing plate 5, on the other hand also avoids water seal seat due to being sealed not caused by fixation The problem of tight, ensure that water seal seat 10 fixes the stability of support.

Preferably, the water seal seat 10 includes water seal seat outer wall 1001 and water seal seat inner wall 1006, in water seal seat inner wall 1006 form close to the inside of impeller shafts 9 through slot 1010, and clutch Upper shaft sleeve 15 is configured to pass through through slot 1010, and second Water seal 3 is fixed in slot 1010, and second water seal 3 is as in the prior art between installing plate 5 and speed-reducing clutch The sealing structure for water of setting avoids speed-reducing clutch and installing plate 5, water seal seat 10 in junction leak, so as to ensure this practicality newly The reliability of type.

Further, as some embodiments of the utility model, as shown in figures 5-8, the water seal seat outer wall 1001 with The first bottom wall of water seal seat 1002 and the second bottom wall of water seal seat 1003, the water seal seat first are set between water seal seat inner wall 1006 Bottom wall 1002 and the junction of water seal seat outer wall 1001, water seal seat inner wall 1006 are positioned close to water seal seat outer wall 1001, water seal The position of the centre of seat inner wall 1006, the company of the second bottom wall of water seal seat 1003 and water seal seat outer wall 1001, water seal seat inner wall 1006 The place of connecing be positioned close to water seal seat outer wall 1001,1006 lower end of water seal seat inner wall position, which causes water seal seat first The upper level of receiving portion that bottom wall 1002 is formed with water seal seat outer wall 1001, water seal seat inner wall 1006 is higher than water seal seat second Bottom wall 1003 forms the upper level of recessed portion, third discharge outlet 1004 with water seal seat outer wall 1001, water seal seat inner wall 1006 It is arranged on recessed portion, which causes third discharge outlet 1004 to be arranged on the extreme lower position of water seal seat 10, enables to lead to The discharge that water that third discharge outlet 1004 on water seal seat 10 is discharged can quickly, whole is crossed, raising drainage efficiency avoids washing Water forms the washings residual in cavity between 10 and first water seal 2 of water seal seat, and laundry next time is polluted.

As some embodiments of the utility model, first bottom wall of water seal seat 1002 and the second bottom wall of water seal seat 1003 Area ratio be 1.5:1~4:1, which further ensures the efficiency that washings are accommodated and discharged.

As some embodiments of the utility model, the water seal seat outer wall 1001, the first bottom wall of water seal seat 1002, water The second bottom wall of envelope seat 1003, water seal seat inner wall 1006 are integrally formed, and the upper level of the second bottom wall of water seal seat 1003 is higher than water On the first bottom wall of envelope seat 1002 on the one hand the setting of level is easily installed plate 5 and water seal seat 10 is supported, on the other hand Also allow for third discharge outlet 1004 being arranged on the lowest part of water seal seat 10, so as to ensure the effect of washings outflow.

Further, first bottom wall of water seal seat 1002 sets ribbed stiffener 1008 close to the side of installing plate 5, puts more energy into Rib 1008 does not stretch out the second bottom wall of water seal seat 1003 close to the baseplane of 5 side of installing plate close to the side of installing plate 5, preferably , as the embodiment of the utility model, ribbed stiffener 1008 is close close to the side of installing plate 5 and water seal seat the second bottom wall 1003 The baseplane of 5 side of installing plate is concordant, is further ensured that the reliability that installing plate 5 supports water seal seat 1.

Preferably, ribbed stiffener 1008 is uniformly arranged on the first bottom wall of water seal seat 1002, and screw hole 1005, which is arranged on, puts more energy into On rib 1008, further, screw hole 1005 is also equipped on the second bottom wall of water seal seat 1003, which ensure that water seal seat 10 The reliability being connect with installing plate 5.

Further, the position setting of screw hole 1005 is set to strengthen boss 1009, corresponding, water on ribbed stiffener 1008 The position of setting screw hole 1005 is also equipped with strengthening convex block on the second bottom wall of envelope seat 1003, and water is further improved in the setting Seal seat 10 and 5 bolted stability of installing plate and safety.

As some embodiments of the utility model, limiting slot 1007 is set on water seal seat outer wall 1001, it is corresponding, Limit buckle 201 is set in first water seal 2, and limit buckle 201 realizes the first water seal 2 and water with the rotary clamping that limiting slot 1007 coordinates Seal the sealed connection of seat 10.As some embodiments of the utility model, the first water seal 2 is made by rubber material, water seal Limiting slot 1007 is first promoted a distance along limit buckle 201, then revolved by seat 10 when being assembled with the first water seal 2 Turn clamping, realize sealing fastening.

As some embodiments of the utility model, the third discharge outlet 1004 is set in the side close to installing plate 5 Connection flange is put, ensures the reliability that third discharge outlet 1004 is connect with drainpipe 7, what reduction washings were leaked in junction can It can property.

Preferably, first discharge outlet 13 being set on the steel ladle 6, discharge outlet 13 is arranged on the bottom wall of steel ladle 6, First discharge outlet 13 carries out unicom by the discharge structure of drainage pipeline and washing machine, which to flow into steel ladle during drying Water in 6 excludes in time.

As some embodiments of the utility model, the side of the drainpipe 7 passes through installing plate 5 and third discharge outlet 1004 unicom, by the second discharge outlet 14 and the discharge structure unicom of washing machine, the second discharge outlet 14 is set the opposite side of drainpipe 7 It puts in the downside of installing plate 5.

Embodiment 2, as shown in Fig. 9~11, the invention also discloses a kind of connection dish structure, the terminal pad 1 It is fixedly connected with clutch Upper shaft sleeve 15 by the first mounting hole 103, forms smooth row's cylinder, smooth cylinder of arranging passes through terminal pad top plate 102 The inlet opening 11 of upper setting and washing tube unicom, the first water seal 2 being slidably connected in 101 outside of terminal pad side wall, water seal seat 10 Flowing water chamber, the top of flowing water chamber and smooth row's cylinder unicom, the washing of flowing water intracavitary are formed with clutch Upper shaft sleeve 15, the second water seal 3 Water is flowed by third discharge outlet 1004 in drainpipe 7, and then is connect with the discharge structure of washing machine, smooth to arrange cylinder and flowing water chamber Form washing machine water plant, the inlet opening 11 include inlet opening inner wall 1101, water inlet outer wall of hole 1102, it is described into Water hole inner wall 1101 is side wall of the inlet opening 11 far from terminal pad side wall 101, and water inlet outer wall of hole 1102 is inlet opening 11 close to even The side wall of disk side wall 101 is connect, the distance of the water inlet outer wall of hole 1102 to terminal pad side wall 101 is not more than the first mounting hole 103 To the distance of terminal pad side wall 101, other structures cause inlet opening 11 to have larger aperture, avoid washing with embodiment 1, the setting The blocking that object causes inlet opening is washed, meanwhile, ensure the stability that terminal pad 1 is fixedly connected with clutch Upper shaft sleeve 15.

Preferably, the terminal pad 1 includes terminal pad top plate 102 and terminal pad side wall 101, and terminal pad side wall 101 is set It puts on the outer edge of terminal pad top plate 102, terminal pad 1 is fixedly connected by the first mounting hole 103 with clutch Upper shaft sleeve 15, The inlet opening 11 is arranged on the terminal pad top plate 102 between the first mounting hole 103 and terminal pad side wall 101.

Further, the terminal pad top plate 102 connects disk top plate 102 and terminal pad side wall in horizontal annular setting 101 are vertically arranged, which causes washings to intake from inlet opening 11 is vertical to smooth row's cylinder, ensure that into water effect and water inlet Efficiency.

Preferably, in centrally disposed first through hole 105 of terminal pad top plate 102, impeller shafts 9 pass through the first through hole 105 extend into inside washing tube.

Further, the first mounting hole 103 is arranged on the terminal pad between 1101 and first through hole 105 of inlet opening inner wall On top plate 102, which further improves the intensity that terminal pad 1 is connect with clutch Upper shaft sleeve 15.

Preferably, the first mounting hole 103 set on terminal pad top plate 102 is multiple, terminal pad 1 and axis on clutch Set 15, being fixedly connected for flange can be attached with same first mounting hole 103, can also use the first different mounting holes 103 are attached, and as some embodiments of the utility model, the first mounting hole 103 set on terminal pad top plate 102 is 6, terminal pad 1 is fixedly connected with the first mounting hole 103 used with clutch Upper shaft sleeve 15, terminal pad 1 is fixedly connected with flange What the first mounting hole 103 used interlocked respectively use 3, the setting on the one hand ensure that terminal pad 1 and clutch Upper shaft sleeve 15, On the other hand the stability of flanged joint reduces connection height, avoids causing the overall structure of washing machine larger change again It is dynamic.

Further, the second mounting hole 106 is set on terminal pad top plate 102, and setting cooperation is consolidated with gasket 8 Fixed connection.

Preferably, second mounting hole 106 is arranged on the company between 1101 and first through hole 105 of inlet opening inner wall It connects on disk top plate 102, as some embodiments of the utility model, the second mounting hole 106 sets two, is symmetrically distributed in the On the one hand the both sides of pass through aperture 105, the setting ensure that the water inlet effect of inlet opening 11, on the other hand disclose a kind of restriction pad The structure of 8 displacement of piece, the fixation coordinated by the gear structure set on gasket with the second mounting hole 106 ensure that gasket makes With will not move in the process.

Embodiment 3, as some embodiments of the utility model, as shown in Figure 12~15, the invention also discloses A kind of gasket 8 for energy-saving environmental-protection washing machine, the gasket 8 are arranged between terminal pad 1 and flange, the gasket 8 are setting gear structure close to the side of terminal pad, and gasket skeleton 16, the gear of gasket 8 are set between gasket 8 and terminal pad 1 Gasket 8, gasket skeleton 16, terminal pad 1 are fixed together by respective outer side edges, and other structures are the same as embodiment 1 or embodiment 2.

Preferably, the gasket 8 includes gasket top plate 801 and gasket side wall 802, gasket side wall 802 and gasket top plate 801 outer edge is fixedly connected, and contained structure is formed between gasket side wall 802 and gasket top plate 801, and gasket skeleton 16 is fixed on In the contained structure.

Further, the gear structure is the limited post 806 being arranged on gasket 8, corresponding, in gasket skeleton 16 The 5th mounting hole 1603 of upper setting, sets the second mounting hole 106 in terminal pad 1, and limited post 806 is inserted into the 5th mounting hole 1603rd, the fixation of gasket 8, gasket skeleton 16, terminal pad 1 is realized in the second mounting hole 106.The setting discloses a kind of gear knot Structure, simple, the efficient fixation for realizing gasket 8, gasket skeleton 16, terminal pad 1.

Preferably, rubber pad 17 is set on gasket skeleton 16, and the rubber pad 17 is arranged on gasket skeleton 16 and pad Between the contact surface of piece 8 and/or between 1 contact surface of gasket skeleton 16 and terminal pad.

Further, the outer edge size of the rubber pad 17 exceeds the outer edge size of gasket skeleton 16, as this Some embodiments of utility model, as shown in figure 15, grid lines face are the rubber covering surface set in gasket skeleton 16, as rubber The covering surface of rubber cushion 17, outer rubber is thicker 0.1mm~10mm than skeleton, preferably 0.2mm~0.5mm.

Preferably, the rubber pad 17 includes the first convex block of rubber pad 1701, and first convex block of rubber cushion 1701 is put It puts between two adjacent skeleton water holes 1601, which ensure that the reliability of gasket construction sealing.

Further, the rubber pad 17 includes the second convex block of rubber pad 1702, second convex block of rubber pad 1702 cover the 5th mounting hole 1603, and on the one hand which ensure that gear reliability of structure, on the other hand reduce again Position limiting structure leads to the probability of leak.

As some embodiments of the utility model, third mounting hole 804 on gasket 8 is set, is set on gasket skeleton 16 The 4th mounting hole 1602 is put, third mounting hole 804, the 4th mounting hole 1602 are corresponding with the first mounting hole 103 in terminal pad 1 Setting realizes that the bolt of terminal pad 1, gasket 8, flange and clutch Upper shaft sleeve 15 is fixed.

Further, gasket water hole 803 on gasket 8 is set, skeleton water hole 1601, pad are set on gasket skeleton 16 Piece water hole 803, skeleton water hole 1601 are correspondingly arranged with the inlet opening 11 set in terminal pad 1, realize washings to smooth row The inflow of cylinder.

Further, the second through hole 805 on gasket 8 is set, third through hole 1604 is set on gasket skeleton 16, Second through hole 805, third through hole 1604 and the setting of the first through hole 105 cooperation in terminal pad 1, realize impeller shafts 9 It extend into washing tube and is assembled.

During water inlet, water intake valve, flow is entered in washing tube, then enters smooth row's cylinder by inlet opening 11, and then Flowing water chamber is entered, drainpipe 7 is entered from third discharge outlet 1004, enters in the air chamber of water level sensor, water level passes Sensor senses water level, starts washing mode when water level reaches setting water level.

Washing terminates, then into discharging mode, during draining, first opens drain valve, the water in washing tube by inlet opening 11, Smooth row's cylinder, flowing water chamber, third discharge outlet 1004, drainpipe 7 enter the water inlet of drain valve, because drain valve is opening state , water is discharged.Water level sensor remains to sense the water in washing tube simultaneously, and after emptying, washing machine enters dehydration State, the water in washing tube, a part are discharged from third discharge outlet 1004, a part of then effect due to centrifugal force, from washing The throwing water hole on staving top is dished out into steel ladle 6, then is discharged from the first discharge outlet 13.

The utility model further comprises a kind of speed-reducing clutch, the flowing water of smooth row's cylinder and flowing water chamber composition washing machine Device with speed-reducing clutch is integrally formed or is reserved on speed-reducing clutch the position of the water plant so that the flowing water fills Whole assembling can be carried out with speed-reducing clutch with washing machine by putting.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model Protection domain within.

Claims (10)

1. a kind of water-conservation washing machine gasket construction, the gasket (8) is arranged on clutch Upper shaft sleeve (15) between flange, It is characterized in that：Terminal pad (1) is set on axle sleeve (15) on the clutch, and gasket (8) is arranged on terminal pad (1) close to the one of flange Side, the gasket (8) are setting gear structure close to the side of terminal pad, gasket are set between gasket (8) and terminal pad (1) Gasket (8), gasket skeleton (16), terminal pad (1) are fixed together by skeleton (16), the gear respective outer side edges of gasket (8).

2. a kind of water-conservation washing machine gasket construction according to claim 1, it is characterised in that：The gasket (8) includes Gasket top plate (801) and gasket side wall (802), gasket side wall (802) are fixedly connected with the outer edge of gasket top plate (801), pad Contained structure is formed between piece side wall (802) and gasket top plate (801), gasket skeleton (16) is fixed in the contained structure.

3. a kind of water-conservation washing machine gasket construction according to claim 1, it is characterised in that：The gear structure is sets The limited post (806) on gasket (8) is put, the 5th mounting hole (1603) is set on gasket skeleton (16), in terminal pad (1) Second mounting hole (106) is set, and limited post (806) is inserted into the 5th mounting hole (1603), the second mounting hole (106).

4. a kind of water-conservation washing machine gasket construction according to claim 1 or 3, it is characterised in that：In gasket skeleton (16) It is upper setting rubber pad (17), the rubber pad (17) be arranged between the contact surface of gasket skeleton (16) and gasket (8) and/or Between gasket skeleton (16) and terminal pad (1) contact surface.

5. a kind of water-conservation washing machine gasket construction according to claim 4, it is characterised in that：The rubber pad (17) Outer edge size exceeds the outer edge size of gasket skeleton (16).

6. a kind of water-conservation washing machine gasket construction according to claim 4, it is characterised in that：The rubber pad (17) Big 0.2mm~the 0.5mm of outer edge size of outer edge size ratio gasket skeleton (16).

7. a kind of water-conservation washing machine gasket construction according to claim 5, it is characterised in that：Rubber pad (17) packet The first convex block of rubber pad (1701) is included, first convex block of rubber cushion (1701) is placed on two adjacent skeleton water holes (1601) between.

8. a kind of water-conservation washing machine gasket construction according to claim 7, it is characterised in that：Rubber pad (17) packet The second convex block of rubber pad (1702) is included, second convex block of rubber pad (1702) covers the 5th mounting hole (1603).

9. a kind of energy-saving environmental-protection washing machine, including terminal pad (1), impeller shafts (9), clutch Upper shaft sleeve (15), installing plate (5), steel ladle (6), terminal pad (1) are fixedly connected with clutch Upper shaft sleeve (15) by the first mounting hole (103), form smooth row Cylinder, smooth cylinder of arranging is by the inlet opening (11) set on terminal pad top plate (102) and washing tube unicom, in terminal pad side wall (101) Outside the first water seal (2), water seal seat (10) and clutch Upper shaft sleeve (15), the second water seal (3) that are slidably connected form flowing water Chamber, the top of flowing water chamber and smooth row's cylinder unicom, the washings of flowing water intracavitary pass through the third discharge outlet that is set on water seal seat (10) (1004) it flows into drainpipe (7), and then is connect with the discharge structure of washing machine, it is characterised in that：In terminal pad (1) and method The water-conservation washing machine gasket construction described in the claims is fixed between orchid.

10. a kind of energy-saving environmental-protection washing machine according to claim 9, it is characterised in that：Third is set to consolidate on gasket (8) Determine hole (804), the 4th mounting hole (1602), third mounting hole (804), the 4th mounting hole (1602) to be set on gasket skeleton (16) Setting corresponding with the first mounting hole (103) in terminal pad (1)；Gasket water hole (803), gasket are set on gasket (8) Skeleton water hole (1601) is set on skeleton (16), on gasket water hole (803), skeleton water hole (1601) and terminal pad (1) The inlet opening (11) of setting is correspondingly arranged；Second through hole (805) on gasket (8) is set, is set on gasket skeleton (16) Three through holes (1604), the second through hole (805), third through hole (1604) and the first through hole (105) in terminal pad (1) The setting of cooperation.