CN206359782U - A kind of washing machine switched with self-locking water - Google Patents
A kind of washing machine switched with self-locking water Download PDFInfo
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- CN206359782U CN206359782U CN201621238090.9U CN201621238090U CN206359782U CN 206359782 U CN206359782 U CN 206359782U CN 201621238090 U CN201621238090 U CN 201621238090U CN 206359782 U CN206359782 U CN 206359782U
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- pin bushing
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- push pedal
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Abstract
A kind of washing machine switched with self-locking water, the washing machine has non-porous washing tube, washing tube flange is fixedly mounted on clutch Upper shaft sleeve, one self-locking structure component is installed in flange lower end, it is by self-locking guide pin bushing, self-locking guide pillar and self-locking push pedal composition, self-locking guide pin bushing is provided with guide pin bushing osculum, flange osculum is provided with corresponding flange, self-locking push pedal and self-locking guide pillar are movably mounted in self-locking guide pin bushing, pass through inclined-plane and muscle thereon, so that self-locking guide pillar is realized relative to self-locking guide pin bushing in high-order and this structures of low level by self-locking structure departs from operation, it is easy to control, low-profile, it is with low cost, energy-conserving and environment-protective, clutch conversion is to promote to realize by a pair of push rods of outer barrel bottom, often push away once, changed between washing and dewatering state once, in washing and dehydration, push rod sets back, do not contacted with above-mentioned self-locking push pedal, therefore two-power washing machine and three dynamical washing machines can be realized, and conventional laundry apparatus.
Description
Technical field
The utility model is related to the water-conservation washing machine technical field of non-porous interior bucket, more particularly to a kind of self-locking water switch
Washing machine.
Background technology
In order to solve the problems, such as that developing water saving in the water saving and secondary pollution of full automatic impeller or roller washing machine, industry washes
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, the structure washing machine 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；But in dehydration condition,
It is generally necessary to by water throwing inside bucket bucket wall, water is raised to throwing water hole and from the hole upwards along the bucket wall of interior bucket under the influence of centrifugal force
Middle outflow is drained, and inner bucket water is accelerated into suitable centrifugal force needs and consumes substantial amounts of electric power, washing machine is unable to reach section
It can require.The water in inner cylinder how is effectively discharged, is the technical problem that we are currently needed for solving.
The content of the invention
Basic object of the present utility model is to provide a kind of washing machine switched with self-locking water, to solve current city
How this kind of water-conservation washing machine discharges the technical problem of water on field.
A kind of washing machine switched with self-locking water, the washing machine has non-porous washing tube, by flange with from
Clutch Upper shaft sleeve is sealingly coupled together, and the component of a self-locking structure is provided with the bottom of flange, and self-locking structure includes
Self-locking guide pin bushing, self-locking guide pillar, wherein self-locking push pedal, self-locking guide pillar and self-locking push pedal are movably mounted in self-locking guide pin bushing, are carried out
Axial movement, by inclined-plane and muscle thereon, realizes on the conversion of high-order and low level two states, flange there is flange osculum,
Guide pin bushing osculum is correspondingly provided with self-locking guide pin bushing, when self-locking guide pillar and self-locking push pedal are in a high position, the bullet in self-locking push pedal
Property seal is pressed on guide pin bushing osculum, realizes water shutoff；When self-locking guide pillar and self-locking push pedal are in low level, the bullet in self-locking push pedal
Property disengagement of seal member, realizes draining.
The self-locking guide pin bushing is discoid, guide pin bushing groove is equably offered in its inner circle, the end of inner circle is guide pin bushing inclined-plane
Composition, the quantity of guide pin bushing groove is the half on guide pin bushing inclined-plane, root position of the guide pin bushing groove on guide pin bushing inclined-plane.
The self-locking guide pillar, having on its is cylindrical also has guide pillar inclined-plane on guide pillar muscle, end face, guide pillar muscle is guide pillar inclined-plane number
The half of amount, guide pillar muscle root position on guide pillar inclined-plane identical with above-mentioned guide pin bushing groove.
The self-locking push pedal is also discoid, and its internal targeting part is cylindric, has push pedal on the outside of cylindrical-shaped structure
Muscle, its quantity is identical with guide pillar muscle and guide pin bushing groove, and its end face then has and guide pillar inclined-plane and the quantity identical push pedal of guide pin bushing inclined-plane
Inclined-plane, push pedal muscle is also in the root position on push pedal inclined-plane.
The push pedal muscle and guide pillar muscle coordinate with guide pin bushing groove size for gap, and push pedal muscle and guide pillar muscle can be along guide pin bushing grooves
It is axially moved.
The top of the self-locking guide pillar is provided with stage clip, and gear structure is provided between self-locking guide pillar and self-locking push pedal, protects
Hold the mobile space for having 2mm to 5mm therebetween.
The external force for promoting self-locking push pedal to move up is symmetrical two points, or uniform multiple points.
Compared with prior art, advantage of the present utility model and have the beneficial effect that：The utility model product self-locking structure group
Part, when performing washing and being dehydrated, the action of taps in washing tube.It is not only easy to control, and low-profile, it is with low cost,
Energy-conserving and environment-protective.
Brief description of the drawings
Fig. 1 is theory structure schematic diagram under a kind of laundry machine dehydration operating mode switched with self-locking water of the utility model；
Fig. 2 is theory structure schematic diagram under a kind of washing of drum type washing machine operating mode switched with self-locking water of the utility model；
Fig. 3 is a kind of structural representation for pushing power implementation procedure of the washing machine switched with self-locking water of the utility model
Figure；
Fig. 4 is a kind of self-locking structure component diagram of the washing machine switched with self-locking water of the utility model；
Fig. 5 is a kind of part schematic diagram of the self-locking guide pin bushing of the washing machine switched with self-locking water of the utility model；
Fig. 6 is a kind of part schematic diagram of the self-locking guide pillar of the washing machine switched with self-locking water of the utility model；
Fig. 7 is a kind of part schematic diagram of the self-locking push pedal of the washing machine switched with self-locking water of the utility model；
Fig. 8 is a kind of self-locking component operation process schematic of the washing machine switched with self-locking water of the utility model.
In figure：1 washing tube, 2 outer barrels, 3 flanges, 4 flange osculums, 5 self-locking guide pin bushings, 6 guide pin bushing osculums, 7 self-lockings are led
Post, 8 elastic sealing elements, 9 self-locking push pedals, 10 push rods, 11 clutch Upper shaft sleeves, 12 stage clips, 13 guide pin bushing inclined-planes, 14 guide pin bushing grooves, 15
Guide pillar muscle, 16 guide pillar inclined-planes, 17 push pedal inclined-planes, 18 push pedal muscle.
Embodiment
Embodiment 1
As Figure 1-Figure 8, a kind of washing machine switched with self-locking water, the washing machine has non-porous washing tube
1, it is sealingly coupled together by flange 3 with clutch Upper shaft sleeve 11.One self-locking structure group is installed in the bottom of flange 3
Part.Flange osculum 4 is provided with flange 3
Self-locking structure component is by self-locking guide pin bushing 5, self-locking guide pillar 7, the grade of self-locking push pedal 9 composition.
Self-locking guide pin bushing 5 is discoid, and its inner ring is equably provided with guide pin bushing groove 14 and guide pin bushing inclined-plane 13, each guide pin bushing groove
14 all in the root position on guide pin bushing inclined-plane 13, and the quantity of guide pin bushing groove 14 is the half on guide pin bushing inclined-plane 13, and is uniformly distributed, i.e., every
One guide pin bushing inclined-plane 13 with guide pin bushing groove 14 is a guide pin bushing inclined-plane 13 without guide pin bushing groove 14.On the end face of self-locking guide pin bushing 5
Also uniformly it is provided with guide pin bushing osculum 6.Guide pin bushing osculum 6 is identical with the quantity of flange osculum 4, and contraposition is communicated.
Further, self-locking guide pillar 7 is to be provided with guide pillar muscle 15 on hollow cylindrical-shaped structure, its outer ring, in its end
Guide pillar inclined-plane 16 is provided with, the quantity of guide pillar muscle 15 is identical with the quantity of above-mentioned guide pin bushing groove 14, and the quantity on guide pillar inclined-plane 16 is with leading
Cover the quantity of inclined-plane 13 identical, self-locking guide pillar 7 can be moved axially in self-locking guide pin bushing 5, and guide pillar muscle 15 is then in the gap of guide pin bushing groove 14
Coordinate, therefore during the axial movement of self-locking guide pillar 7, limited by guide pillar muscle 15, it is impossible to circumferentially rotate, only when guide pillar muscle 15 departs from
It can just be circumferentially rotated at the time of guide pin bushing groove 14.
Be also equipped with further self-locking push pedal 9 with guide pillar muscle 15 and the identical push pedal muscle 18 of guide pin bushing groove 14, and with leading
The gap of grooving 14 coordinates, and push pedal muscle 18 is also equally distributed, is additionally provided with self-locking push pedal 9 oblique with guide pin bushing inclined-plane 13 and guide pillar
The push pedal inclined-plane 17 of the identical quantity in face 16, push pedal muscle 18 is the root position on push pedal inclined-plane 18, every one without push pedal muscle 18
Push pedal inclined-plane 17 be provided with a push pedal inclined-plane 17 for having push pedal muscle 18.Self-locking push pedal 9 can axially be moved in self-locking guide pin bushing 5
It is dynamic.Elastic sealing element 8 is additionally provided with the ring surface of self-locking push pedal 9.
Further, a stage clip 12 is additionally provided between self-locking guide pillar 7 and flange 3.
Further, a pair of symmetrical offers push the push rod 10 of power in the bottom of outer barrel 2, or it is equally distributed many
Point push rod 10, the power of push rod 10 comes from the outside of outer barrel 2.
Gear structure is additionally provided between self-locking guide pillar 7 and self-locking push pedal 9, there is certain interval therebetween.
See Fig. 8, self-locking structure action executing process.
The guide pillar muscle 15 of self-locking guide pillar 7 and the push pedal muscle 18 of self-locking push pedal 9 simultaneously in guide pin bushing groove 14 when, in stage clip 12
Under effect so that the elastic sealing element 8 of self-locking guide pillar 7 and self-locking push pedal 9 in low-end trim, self-locking push pedal 9, which departs from self-locking, leads
Osculum 6 is covered, this moment washing machine is draining and dewatering state.Water in washing tube 1 by flange osculum 4 and can be led
Set osculum 6 is discharged to outside washing tube 1, and is discharged in the inside of outer barrel 2, then from osculum on the bottom of outer barrel 2.
Come from the powered push rod 10 outside outer barrel 2 to move up, promote self-locking push pedal 9 axially to be moved up along self-locking guide pin bushing 5,
Until the guide pillar muscle 15 on self-locking guide pillar 7 completely disengages from guide pin bushing groove 14, the summit on the push pedal inclined-plane 17 of at this moment self-locking push pedal 9 is withstood on
On the guide pillar inclined-plane 16 of self-locking guide pillar 7, by under the constraint of guide pin bushing groove 14, self-locking guide pillar 7 does not circumferentially rotate an angle, until
The summit on guide pillar inclined-plane 16 is dropped into the Lower tank on push pedal inclined-plane 17, now, and the lower surface of the upper guide post muscle 15 of self-locking guide pillar 7 is high
In the guide pin bushing inclined-plane 13 of self-locking guide pin bushing 5；Then the external force of push rod 10 is discharged, push rod 10 resets to low side, in the work of stage clip 12
Under, self-locking push pedal 9 and self-locking guide pillar 7 are moved down, and the upper guide post muscle 15 of self-locking guide pillar 7 is against the guide pin bushing inclined-plane 13 of self-locking guide pin bushing 5 again
On, force self-locking guide pillar 7 to turn over an angle again, until guide pillar muscle 15 drops into the He of guide pin bushing inclined-plane 13 without guide pin bushing groove 14
There is the intersection on the guide pin bushing inclined-plane 13 of guide pin bushing groove 14, therefore limited, self-locking guide pillar 7 is in high-end trim, self-locking push pedal 9 exists
In the presence of gear structure, a high position is also at；At this moment the elastic sealing element 8 in self-locking push pedal 9 is against the upper guide bush of self-locking guide pin bushing 5 row
On water hole 6, osculum is blocked, for washing state.At this moment because the outside power that pushes departs from above-mentioned self-locking structure component, realize certainly
In lock status, washing process, washing tube can be rotated, and can not also be rotated, therefore be adapted to common rotary drum washing machine and double acting
Power washing machine, and the diversified forms such as three dynamical washing machines.
It is preferred that, described gear structure is the bolt bolted with self-locking guide pillar 7, described bolt column main body and oneself
The bolt hole that lock guide pillar 7 lower surface is set is attached, and the surface of bolt column cap stretches out self-locking guide pillar 7 and holds self-locking push pedal
9, so, when the guide pillar muscle 15 on self-locking guide pillar 7 is spacing is in high-order on guide pin bushing inclined-plane 13, bolt column cap is used as gear structure
Limit self push pedal 9 slides downwards, so as to ensure that elastic sealing element 8 is sealed guide pin bushing osculum 6, it is ensured that clean result
Operation, leaves gap, the presence of gear structure has no effect on self-locking guide pillar 7 between described self-locking push pedal 9 and self-locking guide pillar 7
Turnover motion.
Further, described self-locking push pedal 9 is provided with circumference concave station, institute on the madial wall close to the bottom of self-locking guide pillar 7
The bolt hole that the gear structure stated is set by the lower surface of self-locking guide pillar 7 is bolted, and gear structure outward flange extends to self-locking
Carried out in the circumference concave station of push pedal 9 spacing.
Above-mentioned action is circulated again, and self-locking guide pillar 7 is again rotated through identical angle, but the contraposition of guide pillar muscle 15 at this moment is led
Grooving 14, in the presence of stage clip, self-locking guide pillar 7 is returned to low-end trim, for dehydration, hull-borne.
Fig. 8, is self-locking component operation process schematic.This figure is self-locking push pedal 9, and self-locking guide pin bushing 5 and self-locking guide pillar 7 are having
Expanded view at the circumference of inclined-plane and muscle, this figure only takes wherein 4 inclined-planes to be illustrated.
In diagram, the 1st position, when being dewatering state, guide pillar muscle 15 and push pedal muscle 18 are all in guide pin bushing groove, at this moment in stage clip
In the presence of, self-locking push pedal 9 and self-locking guide pillar 7 are all in low-end trim.
2nd position, push rod promotes self-locking push pedal 9 to move up, and the guide pillar muscle 15 of self-locking guide pillar 7 is departed from the push pedal of guide pin bushing groove 14.
The summit on inclined-plane 17 is withstood on guide pillar inclined-plane 16, forces self-locking guide pillar 7 to rotate.
3rd position, self-locking guide pillar 7 is rotated after an angle, and the summit on guide pillar inclined-plane falls on the push pedal inclined-plane of self-locking push pedal 9
17 root.
4th position, after push rod 10 is moved down, self-locking push pedal 9 is moved down, when self-locking guide pillar 7 is moved down, and self-locking is arrived on the top of guide pillar inclined-plane 16
On the guide pin bushing inclined-plane 13 of guide pin bushing 5, self-locking guide pillar 7 is forced to be rotated further.
5th position, after self-locking guide pillar 7 is moved down and turned an angle, the guide pillar muscle 15 on guide pillar inclined-plane 13 arrives to guide pin bushing
On inclined-plane 13, self-locking guide pin bushing is prevented to continue to move down and rotate, holding position is motionless.
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 claim
In protection domain.
Claims (7)
1. a kind of washing machine switched with self-locking water, it is characterised in that：The washing machine has non-porous washing tube（1）,
Pass through flange（3）It is fixedly mounted on clutch Upper shaft sleeve（11）On, flange（3）Bottom is installed with self-locking taps component,
Described self-locking taps component includes self-locking guide pin bushing（5）, self-locking guide pillar（7）, self-locking push pedal（9）, wherein self-locking guide pillar（7）With
Self-locking push pedal（9）It is movably mounted to self-locking guide pin bushing（5）It is interior, move axially, by inclined-plane and muscle thereon, realize high-order
With the conversion of low level two states, flange（3）It is upper that there is flange osculum（4）, in self-locking guide pin bushing（5）It is correspondingly provided with guide pin bushing row
Water hole（6）, when self-locking guide pillar（7）With self-locking push pedal（9）In a high position, self-locking push pedal（9）On elastic sealing element（8）It is pressed in and leads
Cover osculum（6）On, realize water shutoff；When self-locking guide pillar（7）With self-locking push pedal（9）In low level, self-locking push pedal（9）On elasticity
Seal（8）Depart from, realize draining.
2. the washing machine according to claim 1 switched with self-locking water, it is characterised in that：Self-locking guide pin bushing is disk
Guide pin bushing groove is equably offered in shape, its inner circle（14）, the end of inner circle is guide pin bushing inclined-plane (13) composition, guide pin bushing groove（14）Number
Amount is the half of guide pin bushing inclined-plane (13), guide pin bushing groove（14）Root position in guide pin bushing inclined-plane (13).
3. the washing machine according to claim 2 switched with self-locking water, it is characterised in that：The self-locking guide pillar（7）,
There is guide pillar muscle on its is cylindrical（15）, also there is on end face guide pillar inclined-plane（16）, guide pillar muscle（15）It is guide pillar inclined-plane（16）Quantity
Half, with above-mentioned guide pin bushing groove（14）It is identical, root position of the guide pillar muscle (15) on guide pillar inclined-plane.
4. there is the washing machine that self-locking water is switched according to claim 3, it is characterised in that：The self-locking push pedal (9)
It is discoid, its internal targeting part is cylindric, has push pedal muscle on the outside of cylindrical-shaped structure（18）, its quantity and guide pillar muscle
（15）With guide pin bushing groove（14）Identical, its end face then has and guide pillar inclined-plane（16）With guide pin bushing inclined-plane quantity identical push pedal inclined-plane
（17）, push pedal muscle（18）Also on push pedal inclined-plane（17）Root position.
5. there is the washing machine that self-locking water is switched according to claim 4, it is characterised in that：Push pedal muscle（18）With guide pillar muscle
（15）With guide pin bushing groove（14）Size coordinates for gap, push pedal muscle（18）With guide pillar muscle（15）Can axially it be transported along guide pin bushing groove (14)
It is dynamic.
6. there is the washing machine that self-locking water is switched according to claim 1 or 3, it is characterised in that：The top of self-locking guide pillar (7)
End is provided with stage clip, and gear structure is provided between self-locking guide pillar (7) and self-locking push pedal, and holding has therebetween 2mm to 5mm's
Mobile space.
7. there is the washing machine that self-locking water is switched according to claim 1, it is characterised in that：Promote self-locking push pedal (9) to
The external force of upper movement is symmetrical two points, or uniform multiple points.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621105351X | 2016-10-08 | ||
| CN201621105351 | 2016-10-08 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206359782U true CN206359782U (en) | 2017-07-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621238090.9U Active CN206359782U (en) | 2016-10-08 | 2016-11-18 | A kind of washing machine switched with self-locking water |
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| Country | Link |
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| CN (1) | CN206359782U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107916523A (en) * | 2016-10-08 | 2018-04-17 | 安徽聚隆传动科技股份有限公司 | A kind of washing machine with self-locking water switch |
| CN108526085A (en) * | 2018-03-29 | 2018-09-14 | 重庆睿豪科技发展有限公司 | Automobile brake disc cleaning machine |
-
2016
- 2016-11-18 CN CN201621238090.9U patent/CN206359782U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107916523A (en) * | 2016-10-08 | 2018-04-17 | 安徽聚隆传动科技股份有限公司 | A kind of washing machine with self-locking water switch |
| CN107916523B (en) * | 2016-10-08 | 2024-02-23 | 宁国聚隆减速器有限公司 | Washing machine with self-locking water switch |
| CN108526085A (en) * | 2018-03-29 | 2018-09-14 | 重庆睿豪科技发展有限公司 | Automobile brake disc cleaning machine |
| CN108526085B (en) * | 2018-03-29 | 2020-09-29 | 重庆工业职业技术学院 | Automobile brake disc cleaning machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20211209 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. |
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| TR01 | Transfer of patent right |