CN206477144U - Washing machine - Google Patents

Abstract

The utility model is related to washing machine, including：Keg and impeller, the keg include bucket wall and bucket bottom, the bucket wall and bucket bottom connection, the one end of the keg away from the bucket bottom is provided with bung, the bucket bottom is provided with clamping part, and the impeller is provided with installation portion, and the clamping part is connected with the installation portion.The bucket wall of keg and the connection of bucket bottom, so that completely isolated relative to outside inside keg, keg is individually washed, and keg is connected by clamping part with the installation portion on impeller, enable keg with impeller rotate and rotate, realize and rotate washing, and keg is efficiently and easily mounted and dismounted out of interior bucket.

Description

Washing machine

Technical field

The utility model is related to washing machine technology field, more particularly to washing machine.

Background technology

In order to improve washing efficiency, and realize different clothings separate washing, the laundry of " bucket in bucket " technology can be used Except comprising original female bucket, a sub- bucket keg, the different clothing for washing also are set up in female bucket in machine, i.e. washing machine Thing.The purpose that " bucket in bucket " washing machine occurs can also realize washing machine water-saving and power saving to greatest extent, but the technology is still deposited In more defect.

Utility model content

Based on this, it is necessary to which installing more inconvenient defect for conventional washer keg, there is provided a kind of washing machine.

A kind of washing machine, it is characterised in that including：Keg and impeller, the keg include bucket wall and bucket bottom, the bucket wall With bucket bottom connection, the one end of the keg away from the bucket bottom is provided with bung, and the bucket bottom is provided with clamping part, described Impeller is provided with installation portion, and the clamping part is connected with the installation portion.

In one embodiment, the washing machine also includes bucket inserts, and the bucket inserts is arranged at the clamping part and institute Stating makes the clamping part be connected with the installation portion between installation portion.

In one embodiment, the clamping part is provided with the outside of internal spline, the installation portion and is provided with external splines, institute State to be provided with the inside of the first buckle key, the bucket inserts on the outside of barrel inserts and be provided with the second buckle key, the first buckle key Engaged with the internal spline, the second buckle key is engaged with the external splines.

In one embodiment, the clamping part is that one end is closed and the hollow cylindrical shape in middle part.

In one embodiment, the bucket inserts has tubular structure.

In one embodiment, the bucket inserts is that one end has opening, the tubular of other end closing, the bucket inserts envelope The one end closed is connected to the clamping part.

In one embodiment, the internal spline is along the axially arranged of the keg.

In one embodiment, the clamping part is provided with the outside of internal spline, the installation portion and is provided with external splines, institute Internal spline is stated to engage with the internal spline.

In one embodiment, the angle between the bucket wall and the bucket bottom is more than 90 °.

In one embodiment, the bucket bottom is additionally provided with abutting part, and the abutting part is matched with the impeller.

Above-mentioned washing machine, the bucket wall of keg and the connection of bucket bottom so that completely isolated relative to outside inside keg so that small Bucket can be washed individually, and keg is connected by clamping part with the installation portion on impeller so that keg can with impeller rotation And rotate, realize and rotate washing, and keg is efficiently and easily mounted and dismounted out of interior bucket.

Brief description of the drawings

Fig. 1 is the cross-sectional view of the washing machine of an embodiment；

Fig. 2 is the keg of an embodiment and the cross-sectional view of impeller；

Fig. 3 is the keg of an embodiment and the dimensional decomposition structure diagram of impeller；

Fig. 4 is a direction dimensional structure diagram of the keg of an embodiment；

Fig. 5 is a direction dimensional structure diagram of the bucket inserts of an embodiment；

Fig. 6 is the drip ring of an embodiment and the dimensional structure diagram of sealing ring.

Embodiment

For the ease of understanding the utility model, the utility model is more fully retouched below with reference to relevant drawings State.Better embodiment of the present utility model is given in accompanying drawing.But, the utility model can come in many different forms Realize, however it is not limited to embodiments described herein.On the contrary, the purpose for providing these embodiments is to make to this practicality newly It is more thorough comprehensive that the disclosure of type understands.

It should be noted that when element is referred to as " being arranged at " another element, it can be directly on another element Or can also have element placed in the middle.When an element is considered as " connection " another element, it can be directly connected to To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " level ", " left side ", For illustrative purposes only, it is unique embodiment to be not offered as " right side " and similar statement.

Unless otherwise defined, all of technologies and scientific terms used here by the article is led with belonging to technology of the present utility model The implication that the technical staff in domain is generally understood that is identical.It is herein to be in term used in the description of the present utility model The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term as used herein " and/or " bag Include the arbitrary and all combination of one or more related Listed Items.

As depicted in figs. 1 and 2, its be the embodiment of the utility model one washing machine 10, including：Interior bucket 100 and keg 210, the interior bucket 100 is provided with impeller 110, and the projection of impeller 110 is provided with installation portion 111, as shown in figure 3, the peace The outside in dress portion 111 is provided with external splines 112, and the diameter of the keg 210 is less than the internal diameter of interior bucket 100, the keg 210 Including bucket wall 211 and bucket bottom 212, the bucket wall 211 and the bucket bottom 212 are connected, and the keg 210 is away from the bucket bottom 212 One end be provided with bung 213, the bucket bottom 212 is provided with clamping part 214 and abutting part 216, the abutting part 216 with it is described Impeller is matched, i.e., abutting part 216 has the structure with the form fit of impeller 110 so that when bucket bottom 212 is connected to impeller 110, Abutting part 216 fully seamless can be connected to the impeller 110, and the clamping part 214 is connected with the installation portion 111, such as Fig. 4 institutes Show, the bucket bottom 212 is recessed to form clamping part 214 towards the direction of bung 213, the clamping part 214 is that one end is closed and middle part is empty The cylindrical shape of the heart, the clamping part 214 is provided with internal spline 215, inwall of the internal spline 215 along cylindric clamping part 214 Set, described 216 are connected to the impeller 110, and the clamping part 214 is sheathed on the outside of installation portion 111, and the interior flower Key 215 be used for engaged with external splines 112 so that clamping part 214 is connected with the installation portion 111, and then so that keg 210 with Impeller 110 is rotated.

For example, as shown in figure 4, the internal spline 215 is along the axially arranged of keg 210, for example, the external splines 112 is along vertical Set in the direction of the place plane of impeller 110.So, keg 210, can be fast by the cooperation of internal spline 215 and external splines 112 It is arranged on fastly on interior bucket 100 so that keg 210 can be rotated with the rotation of impeller 110, be realized only in keg 210 Vertical washing, it is worth mentioning at this point that, the impeller 110 is connected with motor, and impeller 110 is rotated by motor.It is small The impeller 110 of abutting part 216 and interior bucket 100 at the bucket bottom 212 of bucket 210 matches, and then enables the bucket bottom 212 of keg 210 It is enough to be fully fitted on the impeller 110 of interior bucket 100.

In the present embodiment, internal spline 215 and external splines 112 can be direct engagement or engage indirectly, i.e., interior Spline 215 is engaged by miscellaneous part with external splines 112.

During in order to avoid washing, the washings of keg 210 and interior bucket 100 intersect, for example, as shown in figure 4, the bucket Wall 211 and the bucket bottom 212 are integrally formed, for example, the bucket wall 211 and the bucket bottom 212 are tightly connected, due to keg 210 Bottom of the barrel point use full-enclosed structure so that keg 210 is isolated with interior bucket 100, and then keg 210 is independently washed Wash, effectively prevented the cross pollution of the inside and outside water of keg 210.

In order to strengthen bonding strength, keg 210 is protected, in one embodiment, as shown in Figures 2 and 3, washing machine 10 is also Including bucket inserts 220, the bucket inserts 210, which is arranged between the clamping part 214 and the installation portion 111, makes the clamping part 214 are connected with the installation portion 111.So, keg 210 passes through bucket inserts 220 so that larger moment of torsion is by the institute of bucket inserts 200 The bonding strength of load, effectively enhancing keg 210 and impeller, and then protect keg 210.

For example, the bucket inserts 220 has tubular structure, the bucket inserts 220 is arranged in the clamping part 214, please With reference to Fig. 3 and Fig. 5, the outside of the bucket inserts 220 is provided with the first buckle key 221, and the inner side of the bucket inserts 220 is provided with the Two buckle keys 222, the first buckle key is engaged with the internal spline 215, the second buckle key 222 and the installation portion 111 external splines 112 is engaged.In the present embodiment, the peace that the clamping part 214 of keg 210 passes through bucket inserts 220 and interior bucket 100 Dress portion 111 is connected, i.e. the internal spline 215 of keg 210 with bucket inserts 220 by engaging, bucket inserts 220 and installation portion 111 External splines 112 is engaged, and realizes that internal spline 215 is engaged with external splines 112., can because this barrel of inserts 220 has stronger intensity The moment of torsion of interior bucket 100 is transferred to keg 210 well so that keg 210 is rotated with interior bucket 100.It is noted that by When washing machine 10 is in washing, the weight of clothing and water in keg 210 is larger, therefore, connection impeller 110 and keg 210 Between part will bear larger moment of torsion, easily under high pulling torque damage, and bucket inserts 220 have higher intensity, effectively Enhance the intensity of keg 210, it is to avoid due to being damaged when being connected directly between by high pulling torque for keg 210 and impeller 110.Example Such as, the material of this barrel of inserts 220 is POM (polyformaldehyde, polyformaldehyde), is had very by the POM bucket inserts 220 being made High intensity, effectively protects keg 210, and its lighter in weight, it is not easy to which the rotation to keg 210 causes load.

In some other embodiment, for example, this barrel of inserts 220 has cylinder-like structure, for example, this barrel of inserts 220 has There is circular cross-section, and for example, this barrel of inserts 220 has square tube shape structure, for example, this barrel of inserts 220 has square-section, and for example, This barrel of inserts 220 has polygonal cross-section.For the intensity of further roller hoop drum inserts 220, for example, this barrel of inserts 220 is one End has opening, and the tubular of other end closing, one end of the closing of bucket inserts 220 is connected to the clamping part 214.For example, This barrel of inserts 220 has wall portion and supporting part, wall portion and supporting part integrally connected, and the one end of wall portion away from supporting part, which is formed, opens Mouthful, there is this barrel of inserts 220 one end of opening to be used for the installation portion 111 for being set in interior bucket 100, what this barrel of inserts 220 was closed One end is that supporting part can be supported to bucket inserts 220, effectively the intensity of enhancing bucket inserts 220.

For the intensity of further roller hoop drum inserts 220, for example, the thickness of the wall portion of this barrel of inserts 220 be 8mm~ 20mm, it is preferable that the thickness of the wall portion of this barrel of inserts 220 is 12mm~14mm, it should be understood that the wall portion of bucket inserts 220 Thickness is bigger, then the bulk strength of bucket inserts 220 is bigger, but the thickness of bucket inserts 220 is generally unsuitable excessive, bucket inserts 220 Thickness is excessive, then the internal diameter of bucket inserts 220 accordingly reduces, it can be seen from lever law, and the timing of torque one, the arm of force is smaller, then by Power is bigger, and so the second internal buckle key 222 will bear larger power, be easily damaged, and causes the first buckle key 221 and the The stress of two buckle key 222 is more unbalanced, therefore, and the thickness of the wall portion of this barrel of inserts 220 is preferably 12mm, is on the one hand conducive to The bulk strength of bucket inserts 220 is improved, on the other hand, then causes the first buckle key 221 and the stress equalization of the second buckle key 222, The second buckle key 222 is avoided to be damaged.

For the intensity of further roller hoop drum inserts 220, in a further embodiment, the material of this barrel of inserts 220 is gold Belong to material, the bucket inserts 220 that metal material is made has preferably intensity, can bear larger torsion, on the other hand, full In the case that foot bears the torsion between keg and interior bucket, enable to the thickness of barrel inserts smaller, and then cause clamping part 214 Volume can reduce so that the area of abutting part 216 increase, and then the washing capacity of keg 210 can be improved.

In order to avoid the loss of water when keg 210 is washed, in one embodiment, as shown in Figures 2 and 3, keg 210 Also include drip ring 230, the drip ring 230 is arranged in the bung 213, and at least part of the drip ring 230 and institute State barrel wall 211 to abut, for example, the drip ring 230 is the penetrating cylindrical shape in middle part, specifically, in its axial direction of the drip ring Empty and insertion, for example, the diameter of the drip ring 230 gradually increases from middle part to two ends in the axial direction, for example, the dash Medial recess of the ring 230 from two ends to drip ring 230, for example, the outside of the drip ring 230 has curvilinear structures, for example, the gear One end of water ring 230 is abutted with the bucket wall 211 of keg 210, for example, the one end and keg of the drip ring 230 close to barrel bottom 212 210 bucket wall 211 is abutted, and the one end of drip ring 230 away from barrel bottom 212 exposes to bung 213, so, is washed when keg 210 is in When washing state, keg 210 slowly runs, and the depression at the middle part of drip ring 230 causes the internal diameter of drip ring 230 to reduce, drip ring 230 Middle part can effectively prevent the outflow of water so that the water in keg 210 is not easy to be thrown out of, it is to avoid the loss of water during washing, And the diameter of the one end of drip ring 230 away from barrel bottom 212 is big compared with middle part, be conducive to being placed and taken out for clothing.

For the ease of the dehydration of keg 210, in one embodiment, as shown in fig. 6, the circumferentially table of the drip ring 230 Face offers some osculums 231, for example, circumferentially surface offers some osculums 231 for one end of the drip ring 230, For example, circumferentially surface uniformly offers some osculums 231 to the drip ring 230, for example, the drip ring 230 is close Circumferentially surface offers some osculums 231 for the one end at the bucket bottom 212, for example, between the osculum 231 and bucket bottom 212 Distance be more than the height height of the distance between the position that is abutted with bucket wall 211 of drip ring 230 and bucket bottom 212, i.e. osculum 231 The position abutted in drip ring 230 with bucket wall 211, so, when keg 210 be in draining or dewatering state when, keg 210 with The high-speed rotation of impeller 110, so, the water in keg 210 will rise to drip ring 230 along bucket wall 211 under the action of the centrifugal, Keg 210 is discharged in the osculum 231 of drip ring 230, so as to realize the draining or dehydration of keg 210.

In order that osculum 231 drainage effect more preferably, for example, the aperture of the osculum 231 be 1mm~5mm, preferably Ground, the aperture of the osculum 231 is 2.5mm~3.5mm, it is preferable that the aperture of the osculum 231 is 3mm, when osculum 231 Aperture it is excessive, keg 210 slowly run washing when, the water capacity flows out easily from osculum 231, causes clean result not good, When the aperture of osculum 231 is too small, during 210 high-speed rotation draining of keg, shipwreck causes draining to be discharged from osculum 231 Inefficiency, therefore, in the present embodiment, the aperture of osculum 231 is preferably 3mm, on the one hand, enable to keg 210 low When speed is rotated, water is not easy to discharge from osculum 231 so that clean result more preferably, on the other hand, then causes keg 210 to exist During high-speed rotation, drainage efficiency is higher.

In order to further such that the drainage effect of osculum more preferably, for example, the drip ring 230 circumferentially uniformly open by surface Provided with some row osculums 231, and some row osculums 231 on the drip ring 230 line-spacing by close to bucket bottom 212 one Hold to one end away from bucket bottom 212 and be gradually reduced, so, one end line-spacing due to osculum 231 close to barrel bottom 212 is bigger, has Washing during beneficial to 210 low speed of keg, it is to avoid water is discharged in osculum 231, and carry out draining in the high-speed rotation of keg 120 When, it is bigger that water can rise to higher height, the i.e. distance apart from bucket bottom 212, so, because osculum 231 is away from barrel bottom 212 one end line-spacing is smaller, and osculum 231 is more intensive, is conducive to quickly discharging water.

In order to improve the sealing between drip ring 230 and bucket wall 211, it is to avoid water is between drip ring 230 and bucket wall 211 Outflow, in one embodiment, as shown in figure 3, washing machine 10 also includes one end set on sealing ring 240, the drip ring 230 Provided with sealing ring 240, the drip ring 230 is abutted by the sealing ring 240 with the bucket wall 211, for example, sealing ring 240 The one end of the drip ring 230 close to the bucket bottom 212 is sheathed on, the sealing ring 240 can effectively improve drip ring 230 and bucket Sealing between wall 211, it is to avoid water flows out between drip ring 230 and bucket wall 211, for example, the osculum 231 and bucket bottom The distance between 212, which are more than the distance between sealing ring 240 and bucket bottom 212, the i.e. height of osculum 231, is higher than drip ring 230 With the height of sealing ring 240, so, when keg 210 is rotated, the water in keg 210 will rise to drip ring along bucket wall 211 230, until the osculum 231 of drip ring 230, is discharged from osculum 231, when sealing ring 240 can be prevented effectively from water rising Flowed out between drip ring 230 and bucket wall 211.

In order to realize better seal, for example, the sealing ring 240 is rubber ring, the sealing ring 240 of quality of rubber materials has Favorable elasticity, can preferably be fitted between drip ring 230 and bucket wall 211, so cause drip ring 230 and bucket wall 211 it Between sealing more preferably.

In order to fix the sealing ring 240, for example, referring again to Fig. 6, the drip ring 230 is close to the bucket bottom 212 One end along the circumferential direction offers circle groove 232, and the sealing ring 240 is arranged in the circle groove 232, due to the sealing ring 240 inner sides are fixed in the circle groove 232 so that sealing ring 240 is fully fixed, in addition, the outside of sealing ring 240 is supported It is connected to barrel wall 211 so that the sealing effectiveness between drip ring 230 and bucket wall 211 is more preferably.

In order to further avoid the loss of the washings in washing, in one embodiment, as shown in Fig. 2 the dash Back cavity 300 is formed between ring 230 and bucket wall 211, for example, the middle part of the drip ring 230 and bucket wall 211 are close to bung 213 Back cavity 300 is formed between one end, the back cavity 300 is used to collect the water discharged when keg 210 slowly runs so that discharge Water flows into keg 210 along osculum 231.Specifically, when keg 210 is in washing state, keg 210 slowly runs, part Washings rise to drip ring 230 along Tong Bi, and are discharged from osculum 231, now, by the Outboard Sections of drip ring 230 and Logical wall will stop and collect the washings of this part discharge close to the back cavity 300 that the part of port is constituted, and cause washings Keg 210 is back to through osculum 231, so as to avoid the loss of washings during washing so that clean result is more preferably；And small 210 hull-bornes of bucket, during 210 high-speed rotation of keg, water flows out to back cavity 300 through osculum 231, and in high-speed rotation centrifugation Under effect, the bucket wall 211 for continuing on the part of back cavity 300 rises, until back cavity 300 is thrown away, so as to realize keg 210 Dehydration.

In order to realize preferably clean result, and make it that dewatering efficiency is higher, for example, referring again to Fig. 2, the dash It is 40mm~60mm apart from L that ring 230, which is connected to the position of the bucket wall 211 with the bung 213, for example, sealing ring 240 with Bung 213 apart from L be 40mm~60mm, for example, the drip ring 230 is connected to the position of the bucket wall 211 and the bucket Mouth 213 is 50mm apart from L, for example, sealing ring 240 is 50mm apart from L with bung 213, i.e. the height of the back cavity 300 is 50mm, in other words, during the depth of the back cavity 300 is 50mm, the present embodiment, the height of back cavity 300 be sealing ring 240 with Bung 213 apart from L.It is noted that the height of the back cavity 300 is unsuitable excessive, the height of back cavity 300 is excessive, makes Keg 210 is obtained when high-speed rotation, the water in back cavity 300 is not easy to throw away from bung 213, and the height of back cavity 300 Degree is also unsuitable too small, and the height of back cavity 300 is too small, such that the washings that back cavity 300 is collected in the washing condition are also easy It is thrown out of, the collecting effect of washings is not good during to washing, and washings are easily lost in, and cause clean result not good.Therefore, this reality Apply in example, the drip ring 230 is connected to the position of the bucket wall 211 and the bung 213 apart from L preferably 50mm, i.e., The depth of the back cavity 300 is 50mm, on the one hand can effectively prevent the loss of the washings when keg 210 slowly runs, keep away Exempt from the waste of washings, on the other hand, then cause keg 210 in high-speed rotation, water can rapidly be thrown away bung 213.

In order to protect the drip ring 230, in one embodiment, Fig. 3 is referred to, washing machine 10 also includes the collar 250, institute The outside that the collar 250 is sheathed on the drip ring 230 is stated, the collar 250 can effectively protect drip ring 230, for example, the set Handle 260 is arranged with ring 250, the handle 260 is provided at both ends with buckle structure, the buckle structure is used to be snapped in the collar On 250, handle 260 enables to the collar 250 easy to disassemble.

In order in 210 high-speed rotation of keg so that washings can be discharged efficiently, in one embodiment, described Angle between bucket wall 211 and the bucket bottom 212 is more than 90 °, for example, the angle between the bucket wall 211 and the bucket bottom 212 For 90 °~100 °, it should be understood that the angle between bucket wall 211 and bucket bottom 212 is barrel wall 211 and the place plane of bucket bottom 212 Angle, it is worth mentioning at this point that, the angle between bucket wall 211 and bucket bottom 212 is bigger, i.e., bucket wall 211 more tends to outwards flat Smooth, so, in 210 high-speed rotation of keg, water is more easy under the action of the centrifugal towards the one end of bucket wall 211 away from barrel bottom 212 Motion, i.e., water is easier moves to drip ring 230, and so, the expulsion efficiency of water is higher, but is unfavorable for the low speed rotation of keg 210 Washed when dynamic, easily cause current water more when keg 210 slowly runs so that clean result is not good, therefore, bucket wall 211 Angle between the bucket bottom 212 is unsuitable excessive, in the present embodiment, the folder between the bucket wall 211 and the bucket bottom 212 Angle is 90 °~100 °, it is preferable that the angle between the bucket wall 211 and the bucket bottom 212 is 91 °~93 °, in the present embodiment In, the angle between the bucket wall 211 and the bucket bottom 212 is 91 °, so so that water is in 210 high-speed rotation of keg, energy Enough relatively efficiently drip ring 230 is risen to along Tong Bi to discharge, and due to the angle between bucket wall 211 and the bucket bottom 212 It is unlikely to excessive so that keg 210 is in washing, and washings are not easily runed off, and enable washings more to concentrate on keg 210 middle part, and then cause clean result more preferably.It should be noted that for normal domestic use washing machine, through manufacturing experimently ratio repeatedly It is right, using the bucket wall with 91 ° of angles and bucket bottom, and the osculum that aperture is 3mm, both are engaged, and have taken into account keg and have existed Clean result and drainage efficiency of the keg in high-speed rotation when slowly running, so that with preferable laundry effect.

In the various embodiments described above, due to the barrel of keg and the connection of bucket bottom so that keg is isolated from the outside, and keg possesses Separate wash and the function of dehydration, keg and interior bucket 100 can be with Wash Separatelies so that underwear and children's clothing etc. and conventional garments Being capable of Wash Separately.

Under washing state, keg slowly runs, and portion of washing water can rise to drip ring along bucket wall, and pass through draining Hole is expelled in back cavity, and this portion of washing water is again flowed into keg in subsequent washing process through osculum, it is to avoid washing The waste of water so that clean result is more preferably；Under dewatering state, keg rotates at a high speed, and the water in keg is rapidly along 91 ° of bucket wall Climb upwards, back cavity entered by osculum, and under the centrifugal action of high speed rotation out of back cavity from bung throw away to Outside keg, dehydration is realized.Due to the barrel and the integrally connected at bucket bottom of keg so that keg is isolated from the outside, " draining " and " dehydration " rotates " getting rid of " upwards by high speed and gone out outside keg, into interior bucket 100, and the drainage system discharge through interior bucket 100 has Effect ground has prevented the cross pollution of the inside and outside water of keg.

Each technical characteristic of embodiment described above can be combined arbitrarily, to make description succinct, not to above-mentioned reality Apply all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited In contradiction, the scope of this specification record is all considered to be.

Embodiment described above only expresses several embodiments of the present utility model, and it describes more specific and detailed, But therefore it can not be interpreted as the limitation to utility model patent scope.It should be pointed out that for the common skill of this area For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to Protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.

Claims (10)

1. a kind of washing machine, it is characterised in that the washing machine includes keg and impeller, the keg includes bucket wall and bucket bottom, The bucket wall and bucket bottom connection, the one end of the keg away from the bucket bottom are provided with bung, and the bucket bottom is provided with card Buckle, the impeller is provided with installation portion, and the clamping part is connected with the installation portion.

2. washing machine according to claim 1, it is characterised in that the washing machine also includes bucket inserts, the bucket inserts Being arranged between the clamping part and the installation portion makes the clamping part be connected with the installation portion.

3. washing machine according to claim 2, it is characterised in that the clamping part is provided with internal spline, the installation portion Outside be provided with external splines, be provided with the outside of the bucket inserts on the inside of the first buckle key, the bucket inserts and be provided with second Buckle key, the first buckle key is engaged with the internal spline, and the second buckle key is engaged with the external splines.

4. washing machine according to claim 2, it is characterised in that the clamping part is that one end is closed and the hollow circle in middle part Tubular.

5. washing machine according to claim 2, it is characterised in that the bucket inserts has tubular structure.

6. washing machine according to claim 2, it is characterised in that the bucket inserts is that one end has opening, another end seal The tubular closed, one end of the bucket inserts closing is connected to the clamping part.

7. washing machine according to claim 3, it is characterised in that the internal spline is axially arranged along the keg.

8. washing machine according to claim 1, it is characterised in that the clamping part is provided with internal spline, the installation portion Outside be provided with external splines, the internal spline is engaged with the internal spline.

9. washing machine according to claim 1, it is characterised in that the angle between the bucket wall and the bucket bottom is more than 90°。

10. washing machine according to claim 1, it is characterised in that the bucket bottom is additionally provided with abutting part, the abutting part Matched with the impeller.