CN209669527U

CN209669527U - Wash mill

Info

Publication number: CN209669527U
Application number: CN201920048580.XU
Authority: CN
Inventors: 王桑龙; 张嫄; 牟秋启; 王嘉
Original assignee: Wuxi Little Swan Electric Co Ltd
Current assignee: Wuxi Little Swan Electric Co Ltd
Priority date: 2019-01-11
Filing date: 2019-01-11
Publication date: 2019-11-22
Anticipated expiration: 2029-01-11

Abstract

The utility model provides a kind of wash mill, comprising: cabinet, cabinet is interior to be equipped with the first washing cavities and the second washing cavities；Conducting element, corresponding second washing cavities are mounted on cabinet；Water inlet component, including the first intake tunnel and the second intake tunnel, one end of first intake tunnel is connected to the first washing cavities, the other end of first intake tunnel can be connected to external water source, one end of second intake tunnel can be connected to external water source, and the other end of the second intake tunnel corresponds to conducting element setting；Water in second intake tunnel can be entered in the second washing cavities by conducting element.The program is that the first washing cavities and the second washing cavities have been separately equipped with intake tunnel, so that the first washing cavities and the second washing cavities can independently intake.The setting conducting element can occur in the water water conservancy diversion to the second washing cavities in the second intake tunnel, just can be avoided the phenomenon for causing water to cannot be introduced into the second washing cavities because the hydraulic pressure in the second intake tunnel is insufficient so simultaneously, and water is thus prevented to reveal.

Description

Wash mill

Technical field

The utility model relates to the fields of washing, and more specifically, are related to a kind of wash mill.

Background technique

Occurs the device for clothing processing that a kind of pair of clothing carries out multidomain treat-ment at present, this kind of device for clothing processing includes two A washing tube, so as to which different types of clothing is carried out multidomain treat-ment, but such device for clothing processing is only provided with one Intake tunnel, in water inlet, water is merely able to be introduced into one of washing tube, such as in drum, then again by water from big Bucket drains into another keg.This kind setting cannot achieve the independent water inlet of each washing tube, and the water in water inlet in keg It can only introduce out of drum, therefore clothing etc. of the water electrode in keg easily by the water pollution in drum, in this way in drum When phenomena such as fading, just it is easy to cause the clothing colour contamination in big keg.

Therefore, how designing each washing tube and being able to carry out the device for clothing processing independently intake becomes at present urgently It solves the problems, such as.

Utility model content

The utility model aims to solve at least one of technical problems existing in the prior art or related technologies.

The utility model is based on the above problem, provides a kind of wash mill.

To achieve the above object, the utility model first aspect embodiment provides a kind of wash mill, comprising: includes: Cabinet is provided with the first washing cavities and the second washing cavities in the cabinet, is provided with first on first washing cavities and fetches mouth, Second, which is provided with, on second washing cavities fetches mouth；Conducting element, corresponding second washing cavities are mounted on the cabinet；Into Water assembly, the water inlet component include the first intake tunnel and the second intake tunnel, one end of first intake tunnel and institute The connection of the first washing cavities is stated, the other end of first intake tunnel can be connected to external water source, second intake tunnel One end can be connected to the external water source, the other end of second intake tunnel corresponds to the conducting element setting；Wherein, Water energy in second intake tunnel enough passes through the conducting element and enters in second washing cavities.

The wash mill that embodiment according to the present utility model provides, can be the device for clothing processing such as washing machine, can also To be the products such as dish-washing machine.Wherein, wash mill includes cabinet, conducting element and water inlet component, and there are two wash for setting in cabinet Chamber, i.e. the first washing cavities and the second washing cavities are washed, and is washed by the way that the subregion that two washing cavities can be realized clothing and other items is arranged Wash, can prevent in this way between clothing and other items because together wash caused by mutual colour contamination the problems such as.And water inlet component includes First intake tunnel and the second intake tunnel, and one end of the first intake tunnel is connected to the first washing cavities, the first intake tunnel The other end can be connected to external water source, this, which allows for the first washing cavities, to be connected to outer water receiving by the first intake tunnel The water of external water source can be transported in the first washing cavities, to realize the first washing cavities by source by the first intake tunnel in this way Send water.And one end of the second intake tunnel corresponds to conducting element setting, the other end of the second intake tunnel can be connected to external The water at water source, such external water source can be introduced at conducting element by the second intake tunnel, then drawing by conducting element It leads and enters in the second washing cavities, send water with the second washing cavities of realization.This kind of structure can be by the first intake tunnel to One washing cavities supply water, and are supplied water by the second intake tunnel to the second washing cavities, so when in use can be according to the actual situation Selection opens the first intake tunnel or the second intake tunnel or opens the first intake tunnel and the second intake tunnel simultaneously, such as When only needing to be washed using the first washing cavities, it only can open the first intake tunnel and close the second intake tunnel, with reality The independent water inlet of existing first washing cavities, and when only needing to be washed using the second washing cavities, the second intake tunnel can be opened And the first intake tunnel is closed, to realize the independent water inlet of the second washing cavities, and needing to use the first washing cavities and the simultaneously When two washing cavities are washed, the first intake tunnel and the second intake tunnel can be opened simultaneously, to realize the first washing cavities and the It intakes while two washing cavities, this, which allows for the first washing cavities and the second washing cavities, both can individually intake, individually to be washed, It can also intake simultaneously, to realize while wash, just can open correspondence according to the actual conditions of the washing cavities to be opened in this way Intake tunnel so that the unlatching situation of washing cavities and the unlatching situation of intake tunnel can correspond, to can avoid The case where unlatching situation of existing washing cavities is not consistent with the unlatching situation of intake tunnel.Meanwhile this kind of structure is washed for first Wash chamber and the second washing cavities be separately equipped with intake tunnel so that the first washing cavities and the second washing cavities can independently into Water, i.e., in this way when intaking to the first washing cavities or the second washing cavities, water can be entered directly into corresponding washing cavities, and not have to First pass through other washing cavities, namely when intaking into the first washing cavities, water energy enough enter directly into the first washing cavities without Be introduced into the second washing cavities, and when intaking into the second washing cavities, water energy enough enter directly into the second washing cavities without It can be introduced into the first washing cavities, water first passes through other washing cavities and leads to the clothing in washing cavities when can be prevented in this way into water Object waits washing articles to be occurred by the case where water pollution in another washing cavities, this ensure that two washing cavities are washing When it is mutually indepedent, to can ensure that washing quality.And the setting of conducting element can draw the water in the second intake tunnel It leads, when thus preventing the hydraulic pressure in the second intake tunnel smaller, the water in the second intake tunnel is flowed to outside the second washing cavities, this Sample just can prevent the problems such as leaking into water in water inlet.

And mouth is fetched by the way that first is arranged on the first washing cavities, so just mouth can be fetched to the first washing by first The washings such as intracavitary addition clothing, or fetch mouth by first and take out the washings such as clothing in the first washing cavities.Pass through Setting second fetches mouth on the second washing cavities, just can fetch mouth by second in this way and add clothing etc. into the second washing cavities Washings, or fetch mouth by second and take out the washings such as clothing in the second washing cavities.

Wherein it is preferred to first fetches mouth and first and fetches mouth and can open and close, it so just can be in washing First washing cavities and the second washing cavities are closed, to realize closing washing, thus prevent washing water splashes.

Here illustratively, external water source can be the tap of user's family, or the water pipe that can be supplied water for one, when It can also be so other structures.And the first intake tunnel and the corresponding external water source of the second intake tunnel are preferably the same water here Source, so that the first intake tunnel and the second intake tunnel can share a water source, certainly, the first intake tunnel and second into Aquaporin can also be respectively connected to two different water sources.Meanwhile first intake tunnel and the second intake tunnel can be direct It is connected to external water source, external water source can also be connected to indirectly by other pipelines.

In addition, also there is following additional technical feature according to the utility model wash mill provided by the above embodiment:

In the above-mentioned technical solutions, it is preferable that second intake tunnel corresponds to institute far from one end of the external water source The top that conducting element is mounted on the conducting element is stated, the conducting element is provided at least on the face of second intake tunnel One diversion trench；Wherein, the water energy in second intake tunnel enough passes through the diversion trench and enters second washing cavities It is interior.

In the technical scheme, the second intake tunnel can be mounted on to the top of conducting element far from one end of external water source, That is the conducting element side that fetches mouth close to second, the water in such second intake tunnel can directly drop onto conducting element, then It is flowed into the second washing cavities along conducting element.And by the way that diversion trench is arranged on conducting element, it can be by diversion trench to water Flowing guides restriction, can prevent in this way water flowed everywhere on conducting element and the case where cause water excessively to disperse.

Wherein, diversion trench both can remove a part of structure and the sunk structure that is formed on a deflector, be also possible to Multiple convex ribs are added on deflector, the structure then surrounded by multiple convex ribs and deflector.

In any of the above-described technical solution, it is preferable that the conducting element is by the lateral direction of second washing cavities to institute The interior direction for stating the second washing cavities is arranged to the bottom angled of second washing cavities.

In those technical solutions, interior direction of the conducting element from the lateral directions of the second washing cavities to the second washing cavities to The bottom angleds of second washing cavities is arranged, i.e., is obliquely installed to mouthful direction that fetches far from the second washing cavities, this kind be arranged so that Conducting element can be mounted on cabinet diagonally downward, and such conducting element is just capable of forming an inclined water guide face, thus just can It is enough introduced the water into the second washing cavities using the gravity of water, so as to accelerate water in the flowing of deflector.Certainly, in other sides In case, conducting element horizontal can not also be obliquely installed.

In any of the above-described technical solution, it is preferable that the conducting element is rotatably mounted on the cabinet, and energy It is enough to turn to reception position from operating position, it, can be logical by second water inlet when conducting element is located at the operating position In water water conservancy diversion to second washing cavities in road.

In those technical solutions, preferably conducting element is rotatably mounted on cabinet, just can be passed through in this way Rotate opening and folding that conducting element realizes conducting element.Specifically conducting element can be turned into open position in specific water inlet, Namely operating position, so that conducting element is able to carry out the guidance of water, and when not needing conducting element work, conducting element can be rotated The area occupied of conducting element just can be reduced in this way to reception position so as to which conducting element is folded up, to conveniently wash Basket is washed, clothing etc. fetches.

In any of the above-described technical solution, it is preferable that when the conducting element is located at the operating position, the conducting element edge The transverse direction of the cabinet is obliquely installed, and when the conducting element is located at the reception position, the conducting element is along the cabinet Vertical direction setting.

In those technical solutions, when conducting element is located at operating position, conducting element is obliquely installed along the transverse direction of cabinet, So that conducting element is at heeling condition at work, the inclined lead to water just can be realized in this way, enhance water in water conservancy diversion The flowing velocity of part.And conducting element can be folded preferentially, just can reduce water conservancy diversion so in the vertical direction when being located at off-position The lateral occupied space of part, facilitates fetching for washing basket etc..

In any of the above-described technical solution, it is preferable that the reception position includes first position and the second position, described to lead Stream part can turn to the first position from operating position to close to the described second side for fetching mouth, and the conducting element is also The second position can be turned to from operating position to far from the described second side for fetching mouth, the wash mill also wraps Include: return unit is mounted between the cabinet and the conducting element, can be after the conducting element turns to the reception position The conducting element is set to be reset to operating position.

In those technical solutions, can open and close second can be set on one end of the second washing cavities and fetched Mouthful, just mouth can be fetched by second in this way and add the washings such as clothing into the second washing cavities, or fetch mouth by second The washings such as clothing in the second washing cavities are taken out.Meanwhile conducting element can downwardly and upwardly be rotated peace from operating position On cabinet, allowing for conducting element so not only can turn to first position to mouthful direction that fetches close to wash mill, but also can The second position is turned to mouthful direction that fetches far from wash mill, realization receipts can be rotated up by allowing for conducting element so both It receives, and realization storage can be rotated down.And by setting return unit, so that conducting element can be automatic after rotating upward or downward It resets, carries out any manual operation without user.In addition, this kind is arranged, it include the bucket with the first washing cavities in cabinet When body and washing basket with the second washing cavities, washing basket can be releasably mounted in staving, in this way when installing washing basket, Directly conducting element can be pressed down against by washing basket, so that conducting element rotates down.And when needing to take out washing basket, it can It directly drives conducting element to be rotated up by washing basket, then realizes the taking-up of washing basket.And after washing basket is installed and is taken out, Conducting element can be sprung back into operating position by return unit, this set conducting element after dismounting washing basket can automatically reset to Operating position is specially gone to reset conducting element without user, can simplify the operation of user in this way, improve the experience of user.

In any of the above-described technical solution, it is preferable that the return unit is spring.

In those technical solutions, the reset of conducting element can be preferentially carried out by spring, because the elasticity of spring is preferably, So as to ensure the reset force of return unit, while spring is relatively common, it is thus possible to keep structure simpler.

In any of the above-described technical solution, it is preferable that be provided with handle on the conducting element.

In those technical solutions, a handle can be set on conducting element, so as to realize water conservancy diversion by handle The rotation of part operates, and just can store in this way when not needing using handle by what handle folded, to reduce accounting for for handle With space, space is reserved for the installation and taking-up of other components.It for example in cabinet include staving and washing basket, and washing basket When can releasably be mounted in staving, conducting element can be folded up when fetching washing basket so that conducting element will not with wash Basket is washed to interfere.

Wherein, handle here can be hand catching groove or a protrusion.

In any of the above-described technical solution, it is preferable that the wash mill further includes flowmeter, and the flowmeter setting exists On second intake tunnel.

In those technical solutions, can be carried out by the flowmeter of setting the flow on the second intake tunnel detection and Control, can control the speed etc. of the water and water that enter in the second washing cavities by flowmeter in this way, thus Realize the control of water and water speed between the first washing cavities and the second washing cavities etc..For example, by flowmeter and control can be shunted Valve processed connection, to control the openings of sizes of the second water outlet of shunting valve by the flow detected, thus control the Traffic conditions in two intake tunnels.

In any of the above-described technical solution, it is preferable that the water inlet component includes: shunting valve, the flow-dividing control Valve includes the first water inlet, the first water outlet and the second water outlet, and first water outlet and second water outlet can It is connected to and disconnects with first water inlet；Main water inlet tube road, the one end on the main water inlet tube road and first water inlet connect Logical, the other end on the main water inlet tube road can be connected to an external water source；First distribution pipeline, first isocon The one end on road is connected to first water outlet, and the other end of first distribution pipeline is connected to first washing cavities；The Two distribution pipelines, one end of second distribution pipeline are connected to second water outlet, second distribution pipeline it is another The conducting element is answered to be arranged in end；Wherein, first intake tunnel includes the main water inlet tube road, the shunting valve and institute State the first distribution pipeline, second intake tunnel includes the main water inlet tube road, the shunting valve and second point described Flow tube road.

In those technical solutions, water inlet component includes shunting valve, main water inlet tube road and two distribution pipelines, and is divided Flow control valve has a water inlet and two water outlets, and the water on such main water inlet tube road can be divided by shunting valve At two-way, and the water for being divided into two-way can be transported to the first washing cavities and the second washing cavities by two distribution pipelines respectively, with Realize the independent water inlet of the first washing cavities and the second washing cavities.This kind of structure can pass through main water by setting main water inlet tube road Pipe realizes the connection between external water source and shunting valve, just make in this way the first distribution pipeline and the second distribution pipeline with One end of external water source connection can share a Duan Guanlu, so that the use of one section of pipeline can be reduced, and then can reduce product Finished product.And the first water outlet and the second water outlet can be connected to and be disconnected with the first water inlet, i other words can pass through Shunting valve carries out the opening and closing of the first intake tunnel and the second intake tunnel, can pass through the same shunting in this way Control valve realizes the start-stop control of two intake tunnels simultaneously, to just open without being respectively provided with a control for each intake tunnel It closes, thus the structure of product can be simplified.Furthermore this kind of structure can will shunt and control is integrated on the same valve, thus Also it can simplify the structure of product.And driving device is for driving water outlet piece to move.

Wherein it is preferred to which the shunting valve is solenoid valve, the shunting and control that can make water inlet component in this way are more Accurately, so as to accurately realizing the flow controls of two shunt conduits.

In any of the above-described technical solution, it is preferable that the wash mill further includes first be mounted on the cabinet Detergent box, first distribution pipeline includes: first pipe, and the first pipe connection is in first water outlet and first Between detergent box；Second pipe, one end of the second pipe are connected to first detergent box, the second pipe The other end is connected to first washing cavities.

In those technical solutions, first detergent box can be also set on cabinet, the first washing can be passed through in this way Agent box into the first washing cavities conveys detergent.And in order to enable the first intake tunnel that can incite somebody to action by the first detergent box First intake tunnel splits into first pipe and second pipe, and the first detergent box can be connected to first pipe and in this way Between two pipelines.It specifically, include main water inlet tube road, shunting valve and the first distribution pipeline in the first intake tunnel, second When intake tunnel includes main water inlet tube road, shunting valve and the second distribution pipeline, the first distribution pipeline can be arranged to include The structure of first pipe and second pipe, can be realized in this way by first pipe shunting valve and the first detergent box it Between connection, and the connection between the first detergent box and the first washing cavities is realized by first pipe.

In any of the above-described technical solution, it is preferable that the wash mill further includes second be mounted on the cabinet Detergent box, second distribution pipeline include: third pipeline, and one end of the third pipeline and second water outlet connect Logical, the other end of the third pipeline is connected to second detergent box；4th pipeline, one end of the 4th pipeline and institute The connection of the second detergent box is stated, the other end of the 4th pipeline corresponds to the conducting element setting.

In those technical solutions, second detergent box can be also set on cabinet, the second washing can be passed through in this way Agent box into the second washing cavities conveys detergent.And in order to enable the second intake tunnel that can incite somebody to action by the second detergent box Second intake tunnel splits into third pipeline and the 4th pipeline, and the second detergent box can be connected to third pipeline and in this way Between four pipelines.It specifically, include main water inlet tube road, shunting valve and the first distribution pipeline in the first intake tunnel, second When intake tunnel includes main water inlet tube road, shunting valve and the second distribution pipeline, the second distribution pipeline can be arranged to include The structure of third pipeline and the 4th pipeline, can be realized in this way by third pipeline shunting valve and the second detergent box it Between connection, and the connection between the second detergent box and the second washing cavities is realized by the 4th pipeline.

Certainly, it can also be not provided with the second detergent box, the detergent in the second washing cavities can pass through manually mode at this time It is added.

In any of the above-described technical solution, it is preferable that second detergent box and first detergent box are integrated Formula structure.

In those technical solutions, the second detergent box and first detergent box are preferably an integral structure, in this way It can preferably be set on a detergent box by two part integrators, so as to reduce the overall number of components of product Two detergent tanks are set, to accommodate the detergent of two washing cavities respectively.Certainly, the second detergent box and the first detergent box It can be two independent structures.

In any of the above-described technical solution, it is preferable that the wash mill further includes spray part, and the spray part is mounted on On the cabinet, and one or more spray apertures are provided on the spray part, described in one or more of spray apertures correspondences The setting of second washing cavities, second distribution pipeline further include threeway connection valve and the 5th pipeline, the threeway connection valve connection On the third pipeline, one end of the 5th pipeline is connected to one of valve port of the threeway connection valve, and described The other end of five pipelines is connected to the spray part.

In those technical solutions, a spray part can be also set on cabinet, and spray part can by the 5th pipeline to Add water in second washing cavities, and spray the setting of part, on the one hand when detergent is manually added, goes out using spray part spray Water flow detergent is sprayed, so as to dissolve detergent sufficiently.On the other hand can also be gone out by spraying part jet flow Water flow the inner sidewall in the second washing cavities is rinsed, so as to by the detergent on the inner sidewall of the second washing cavities Foam etc. washes away, and detergent can in this way be completely dissolved in water, to reduce the waste of detergent.Specifically, can incite somebody to action Second split channel is divided into two bye-passes by threeway connection valve so that wherein a bye-pass can by the second detergent box and 4th pipeline extends to the top of conducting element, and another bye-pass can be connect by the 5th pipeline with spray part, in this way can be same When to conducting element and spray part supply water.

Wherein it is preferred to which the spray part is circularized along the circumferential direction setting of second washing cavities, so that water Can be entered in the second washing cavities along the entire border of the second washing cavities, i.e., so that the second washing cavities can be realized 360 ° into On the one hand water can more effectively wash away the detergent being added manually in the second washing cavities, be sprayed in this way, so as to Enough make that detergent dissolves in the second washing cavities more sufficiently, dispersion it is more uniform.On the other hand it can also be washed to second The inner wall of chamber is preferably rinsed.

In any of the above-described technical solution, it is preferable that wash mill further include: spray part is mounted on the cabinet, and One or more spray apertures are provided on the spray part, one or more of spray apertures correspond to second washing cavities and set It sets；Wherein, the water inlet component further includes third intake tunnel, and one end of the third intake tunnel and the external water source connect Logical, the other end of the third intake tunnel is connected to the spray part.

In those technical solutions, a spray part can be also set on cabinet, and spray part and can be intake by third and led to Road adds water into the second washing cavities, and sprays the setting of part, on the one hand when detergent is manually added, using spray part spray And the water flow gone out sprays detergent, so as to dissolve detergent sufficiently.On the other hand it can also pass through spray part spray The water flow of outflow is rinsed the inner sidewall in the second washing cavities, so as to by washing on the inner sidewall of the second washing cavities It washs agent foam etc. to wash away, detergent can in this way be completely dissolved in water, to reduce the waste of detergent.

Wherein, the effect of spray is better achieved in order to enable to spray part, the size of spurt hole can be rationally set, so that Water in spray part can have certain pressure when entering in the second washing cavities, can enhance the impact force of water in this way, To which the spraying effect of spray part can be improved.

In any of the above-described technical solution, it is preferable that the spray part is arranged along the circumferential direction of second washing cavities It circularizes.

In those technical solutions, spray part may be either ring structure, so that water energy is enough along the whole of the second washing cavities A border and enter in the second washing cavities, i.e., so that the second washing cavities can be realized 360 ° of water inlets, so on the one hand can be right The detergent being added manually in the second washing cavities is more effectively washed away, is sprayed, so as to wash detergent second Wash intracavitary dissolution more sufficiently, dispersion it is more uniform.On the other hand the inner wall of the second washing cavities can also be carried out better It rinses.

In any of the above-described technical solution, it is preferable that the quantity of the spray apertures be it is multiple, multiple spray apertures are in institute State uniform intervals setting on spray part.

In those technical solutions, and the quantity of spray apertures is preferably several, and multiple spray apertures are perfectly even spaced and set It sets, so that aproll structure can be intake by multiple spray apertures simultaneously simultaneously, to can ensure that water intake velocity, more uniformly It intakes.

In any of the above-described technical solution, it is preferable that the cabinet includes: staving, and described is provided in the staving One washing cavities；Washing basket is mounted in the staving, and second washing cavities are provided in the washing basket；Door ring cover plate, peace Mounted in the opening of the staving；Wherein, the conducting element, the water inlet component are mounted on the door ring cover plate.

In those technical solutions, cabinet includes staving and washing basket, can be carried out in this way by staving and washing basket Subregion washing, thus prevents and puts together to washing articles and mutual colour contamination occurs.And door ring cover plate is used In the installation for realizing water inlet component and other components.

Wherein it is preferred to which cabinet further includes balance ring, and washing basket can be fixed by balance ring.

In any of the above-described technical solution, it is preferable that the washing basket can be releasably mounted in the staving.

In those technical solutions, washing basket is preferably able at the bung hole for being releasably mounted on staving, is not being needed in this way Washing basket can also be taken out out of staving when subregion washing, so as to individually be washed by staving.Certainly, In In other schemes, washing basket can also be directly fixedly installed in staving.

In any of the above-described technical solution, it is preferable that the wash mill further includes the first driving assembly and the second driving Component, first driving assembly are mounted on the cabinet and connect with the staving, and the staving can be driven to rotate, described Second driving assembly is mounted on the cabinet, is connect with the washing basket, and the washing basket can be driven to rotate.

In those technical solutions, wash mill includes the first driving assembly and the second driving assembly, here the first driving Component is for driving staving to be rotated, and the second driving assembly is for driving washing basket to be rotated.This kind of structure, staving and Washing basket is respectively equipped with driving assembly, therefore so that staving and washing basket are able to carry out separate wash, i.e., so that staving and Washing basket can either be washed individually and can also be washed simultaneously, and user is just enabled to select according to the actual situation in washing in this way Wash with staving or be washed with washing basket, and staving and washing basket have to not necessarily be opened simultaneously, thus Enable the washing of staving and washing basket respectively independent, without influencing each other.

In above-mentioned another technical solution, it is preferable that the wash mill further includes third driving assembly, and the third is driven Dynamic component is mounted on the cabinet, is connect with the staving, and the staving can be driven to rotate, and the washing basket is mounted on institute It states on staving, can be rotated under the action of the staving.

In those technical solutions, also settable third driving assembly, to carry out staving by third driving assembly Rotate driving, meanwhile, washing basket can be mounted directly on staving, so that staving and washing basket can rotate synchronously.Exist in this way The setting that can reduce by a driving assembly when subregion washing is carried out, by washing basket and staving so as to simplify the knot of product Structure reduces the cost of product.

In any of the above-described technical solution, it is preferable that the cabinet further includes box shell open at one end, the staving, institute It states washing basket and the door ring cover plate is mounted in box shell.

In those technical solutions, a settable box shell so just can be by staving, washing basket and door ring cover plate etc. zero Component is mounted in box shell, so as to realize the hiding installation of the components such as staving, washing basket and door ring cover plate by box shell, And the components such as staving, washing basket and door ring cover plate can also be protected by box shell, this ensure that staving, washing Wash the components such as basket and door ring cover plate using safe, and then making for the components such as staving, washing basket and door ring cover plate can be extended Use the service life.

In any of the above-described technical solution, it is preferable that the wash mill further includes door closure component, the door closure component peace On the cabinet, the cabinet can be opened and closed.

In those technical solutions, by the way that door closure component is arranged, cabinet can be realized by door closure component beats on and off It closes, on the one hand can be closed cabinet by door closure component in washing articles in this way, to realize closing washing, thus prevented The splutterings such as washing water, and after the completion of washing, cabinet can be opened by door closure component to realize the taking-up of article.

In any of the above-described technical solution, it is preferable that the wash mill further include: the first drainage channel, with described The connection of one washing cavities, the washing water for being discharged in first washing cavities；Second drainage channel connects with second washing cavities It connects, the washing for being discharged in second washing cavities.

In those technical solutions, it can also correspond to the first washing cavities and a drainage channel is respectively set in the second washing cavities, It just can be realized the individual drainage of the first washing cavities and the second washing cavities in this way, so that the water inlet and draining of two washing cavities It can be mutually indepedent.This kind of structure, the washing water in the first washing cavities can require no the second washing cavities and just be expelled directly out, and Washing water in second washing cavities can also require no the first washing cavities and just be expelled directly out, this ensure that in each washing cavities Washing articles will not be polluted by the washing water in other washing cavities, to can ensure that washing effect.

In any of the above-described technical solution, it is preferable that be additionally provided at least one third washing cavities, the water inlet in cabinet Component further includes at least one third intake tunnel, wherein at least one third washing cavities and at least one third washing cavities one One is correspondingly arranged.

In those technical solutions, more washing cavities can be also set in cabinet, washed with the subregion more refined, At this point, can correspond to each washing cavities is respectively provided with an intake tunnel, so that each washing cavities can independently intake.

Wherein it is preferred to which first intake tunnel and second intake tunnel, which pass through buckle buckle, is mounted on institute It states on a ring cover plate.

It is further preferred that the main water inlet tube road, the first distribution pipeline and the second distribution pipeline pass through buckle buckle It is mounted on the door ring cover plate.

In any of the above-described technical solution, it is preferable that the wash mill is device for clothing processing, such as washing machine.When So, the wash mill can also be other products for being able to carry out object washing such as dish-washing machine.

In any of the above-described technical solution, it is preferable that the wash mill is device for clothing processing, is also set in the staving It is equipped with impeller.This kind setting enables wash mill to be a rotary drum washing machine washed by impeller.

In above-mentioned another technical solution, it is preferable that the wash mill is roller washing machine.

The additional aspect and advantage of the utility model will provide in following description section, partially will be from following description In become obvious, or recognized by the practice of the utility model.

Detailed description of the invention

The above-mentioned and/or additional aspect and advantage of the utility model from the description of the embodiment in conjunction with the following figures will Become obvious and be readily appreciated that, in which:

Fig. 1 is the structural schematic diagram for the wash mill that an embodiment according to the present utility model provides；

Fig. 2 is another structural schematic diagram for the wash mill that an embodiment according to the present utility model provides；

Fig. 3 is the another structural schematic diagram for the wash mill that an embodiment according to the present utility model provides；

Fig. 4 is the 4th structural schematic diagram of the wash mill that an embodiment according to the present utility model provides；

Fig. 5 is the partial enlargement structural representation at the A of the wash mill in Fig. 4；

Fig. 6 is the 5th structural schematic diagram of the wash mill that an embodiment according to the present utility model provides；

Fig. 7 is the structural schematic diagram for the wash mill that embodiment according to the present utility model provides.

Wherein, the corresponding relationship between appended drawing reference and component names of the Fig. 1 into Fig. 7 are as follows:

12 stavings, 14 washing baskets, 142 second washing cavities, 16 ring cover plates, 22 main water inlet tube roads, 24 shunting valves, 26 First distribution pipeline, 262 first pipes, 264 second pipes, 28 second distribution pipelines, 282 third pipelines, 284 the 4th pipelines, 286 threeway connection valves, 288 the 5th pipelines, 3 conducting elements, 32 protrusions, 34 diversion trenches, 4 spray parts, 5 flowmeters, 6 first detergent Box, 7 second detergent boxes.

Specific embodiment

In order to be more clearly understood that the above objects, features, and advantages of the utility model, with reference to the accompanying drawing and have The utility model is further described in detail in body embodiment.It should be noted that in the absence of conflict, this Shen The feature in embodiment and embodiment please can be combined with each other.

Many details are explained in the following description in order to fully understand the utility model, still, this is practical It is novel to be implemented using other than the one described here mode, therefore, the protection scope of the utility model not by The limitation of following public specific embodiment.

The wash mill of the embodiments of the present invention offer is described referring to Fig. 1 to Fig. 7.

As shown in Figures 1 to 7, the utility model first aspect embodiment provides a kind of wash mill, comprising: cabinet, It is provided with the first washing cavities and the second washing cavities 142 in cabinet, first is provided on the first washing cavities and fetches mouth, the second washing cavities It is provided with second on 142 and fetches mouth；Conducting element 3, corresponding second washing cavities 142 are mounted on cabinet；Water inlet component, water inlet component Including the first intake tunnel and the second intake tunnel, one end of the first intake tunnel is connected to the first washing cavities, and the first water inlet is logical The other end in road can be connected to external water source, and one end of the second intake tunnel can be connected to external water source, and the second water inlet is logical The other end in road corresponds to the setting of conducting element 3；Wherein, the water energy in the second intake tunnel, which enough passes through conducting element 3 and enters second, washes It washs in chamber 142.

The wash mill that embodiment according to the present utility model provides, can be the device for clothing processing such as washing machine, can also To be the products such as dish-washing machine.Wherein, wash mill includes cabinet, conducting element 3 and water inlet component, and there are two wash for setting in cabinet Chamber, i.e. the first washing cavities and the second washing cavities 142 are washed, and can be realized the subregion of clothing and other items by the way that two washing cavities are arranged Washing, can prevent in this way between clothing and other items because together washing caused by mutual colour contamination the problems such as.And water inlet component packet The first intake tunnel and the second intake tunnel are included, and one end of the first intake tunnel is connected to the first washing cavities, the first water inlet is logical The other end in road can be connected to external water source, this allow for the first washing cavities can be connected to by the first intake tunnel it is external The water of external water source can be transported in the first washing cavities by water source by the first intake tunnel in this way, to realize the first washing Chamber send water.And one end of the second intake tunnel corresponds to the setting of conducting element 3, the other end of the second intake tunnel can be connected to outer The water in water receiving source, such external water source can be introduced at conducting element 3 by the second intake tunnel, then pass through conducting element 3 Guidance and enter in the second washing cavities 142, to realize that second washing cavities 142 send water.This kind of structure can by first into Aquaporin supplies water to the first washing cavities, and is supplied water by the second intake tunnel to the second washing cavities 142, so when in use Selection opens the first intake tunnel or the second intake tunnel or opens the first intake tunnel and second simultaneously according to the actual situation Intake tunnel, for example when only needing to be washed using the first washing cavities, only can open the first intake tunnel and close second Intake tunnel can to realize the independent water inlet of the first washing cavities, and when only needing to be washed using the second washing cavities 142 It opens the second intake tunnel and closes the first intake tunnel, to realize the independent water inlet of the second washing cavities 142, and needing simultaneously When being washed using the first washing cavities and the second washing cavities 142, the first intake tunnel and the second intake tunnel can be opened simultaneously, It is intake while the first washing cavities and the second washing cavities 142 with realizing, this had allowed for the first washing cavities and the second washing cavities 142 both It can individually intake, individually to be washed, can also intake simultaneously, it, so just can be according to being opened to realize while wash The actual conditions of washing cavities and open corresponding intake tunnel so that the unlatching situation of the unlatching situation of washing cavities and intake tunnel It can correspond, so as to avoid the occurrence of the case where unlatching situation of washing cavities is not consistent with the unlatching situation of intake tunnel hair It is raw.Meanwhile this kind of structure is that the first washing cavities and the second washing cavities 142 have been separately equipped with intake tunnel, so that first washes Washing chamber and the second washing cavities 142 can independently intake, i.e., in this way when intaking to the first washing cavities or the second washing cavities 142, water It can enter directly into corresponding washing cavities, and not have to first pass through other washing cavities, namely when intaking into the first washing cavities, Water energy enough enters directly into the first washing cavities without being introduced into the second washing cavities 142, and into the second washing cavities 142 When water inlet, water energy enough enters directly into the second washing cavities 142 without being introduced into the first washing cavities, can prevent in this way into Water first passes through other washing cavities and the clothing in washing cavities is caused to wait washing articles dirty by the water in another washing cavities when water The case where dye, occurs, this ensure that two washing cavities are mutually indepedent in washing, to can ensure that washing quality.And it leads The setting of stream part 3 can guide the water in the second intake tunnel, thus prevent hydraulic pressure in the second intake tunnel compared with Hour, the water in the second intake tunnel flows to outside the second washing cavities 142, just can prevent from asking into water leakage etc. in this way in water inlet Topic.

And mouth is fetched by the way that first is arranged on the first washing cavities, so just mouth can be fetched to the first washing by first The washings such as intracavitary addition clothing, or fetch mouth by first and take out the washings such as clothing in the first washing cavities.Pass through Setting second fetches mouth on the second washing cavities 142, just can fetch mouth into the second washing cavities 142 by second in this way and add The washings such as clothing, or fetch mouth by second and take out the washings such as clothing in the second washing cavities 142.

Wherein it is preferred to first fetches mouth and first and fetches mouth and can open and close, it so just can be in washing First washing cavities and the second washing cavities 142 are closed, to realize closing washing, thus prevent washing water splashes.

In the above embodiment, it is preferable that as shown in Figures 1 to 5, the one end pair of the second intake tunnel far from external water source Conducting element 3 is answered to be mounted on the top of conducting element 3, conducting element 3 is provided at least one water conservancy diversion on the face of the second intake tunnel Slot 34；Wherein, the water energy in the second intake tunnel enough passes through diversion trench 34 and enters in the second washing cavities 142.

In this embodiment, the second intake tunnel can be mounted on to the top of conducting element 3 far from one end of external water source, i.e., The side that conducting element 3 fetches mouth close to second, the water in such second intake tunnel can directly drop onto conducting element 3, then It is flowed into the second washing cavities 142 along conducting element 3.And by the way that diversion trench 34 is arranged on conducting element 3, diversion trench can be passed through The flowing of 34 pairs of water guides restriction, can prevent water from flowing everywhere on conducting element 3 and water is caused excessively to disperse in this way It happens.

Wherein, as shown in figure 5, diversion trench 34 both can remove a part of structure on a deflector and the recess knot that is formed Structure is also possible to add multiple convex ribs on deflector, the structure then surrounded by multiple convex ribs and deflector.

In any of the above-described embodiment, it is preferable that conducting element 3 by the second washing cavities 142 lateral direction to second washing The interior direction of chamber 142 is arranged to the bottom angled of the second washing cavities 142.

In those embodiments, conducting element 3 is from the lateral direction of the second washing cavities 142 to the inside of the second washing cavities 142 Direction is arranged to the bottom angled of the second washing cavities 142, i.e., is obliquely installed to mouthful direction that fetches far from the second washing cavities 142, This kind setting enables conducting element 3 to be mounted on cabinet diagonally downward, and such conducting element 3 is just capable of forming one and inclined leads Thus the water surface just can be introduced the water into the second washing cavities 142 using the gravity of water, so as to accelerate water in the stream of deflector It is dynamic.Certainly, in other schemes, conducting element 3 horizontal can not also be obliquely installed.

In any of the above-described embodiment, it is preferable that as shown in Figures 2 to 6, conducting element 3 is rotatably mounted on cabinet On, and reception position as shown in FIG. 6 can be turned to from operating position as shown in Figure 2 to Figure 3, conducting element 3 is located at work It, can will be in the water water conservancy diversion in the second intake tunnel to the second washing cavities 142 when position.

In those embodiments, preferably conducting element 3 is rotatably mounted on cabinet, it so just can be by turning Dynamic conducting element 3 realizes the opening and folding of conducting element 3.Specifically conducting element 3 can be turned into open position in specific water inlet, Namely operating position, so that conducting element 3 is able to carry out the guidance of water, and when not needing the work of conducting element 3, it can be by conducting element 3 Reception position is turned to, so as to which conducting element 3 is folded up, just can reduce the area occupied of conducting element 3 in this way, thus Facilitate washing basket 14, clothing etc. fetches.

In any of the above-described embodiment, it is preferable that as shown in Figures 2 to 4, when conducting element 3 is located at operating position, conducting element 3 are obliquely installed along the transverse direction of cabinet, as shown in fig. 6, conducting element 3 is along the vertical of cabinet when conducting element 3 is located at reception position Direction setting.

In those embodiments, when conducting element 3 is located at operating position, conducting element 3 is obliquely installed along the transverse direction of cabinet, So that conducting element 3 is at heeling condition at work, the inclined lead to water just can be realized in this way, enhance water in water conservancy diversion The flowing velocity of part 3.And conducting element 3 can be folded preferentially, just can reduce lead so in the vertical direction when being located at off-position The lateral occupied space for flowing part 3, facilitates fetching for washing basket 14 etc..

In any of the above-described embodiment, it is preferable that reception position includes first position and the second position, and conducting element 3 can First position is turned to from operating position to close to the second side for fetching mouth, and conducting element 3 can also be from operating position to remote The side that mouth is fetched from second turns to the second position, wash mill further include: return unit, be mounted on cabinet and conducting element 3 it Between, conducting element 3 can be made to be reset to operating position after conducting element 3 turns to reception position.

In those embodiments, can open and close second can be set on one end of the second washing cavities 142 and fetched Mouthful, just mouth can be fetched by second in this way and add the washings such as clothing into the second washing cavities 142, or fetch by second Mouthful the washings such as clothing in the second washing cavities 142 are taken out.Meanwhile can by conducting element 3 from operating position downwardly and upwardly It is rotatably installed on cabinet, allowing for conducting element 3 so both can turn to first to mouthful direction that fetches close to wash mill It sets, and the second position can be turned to mouthful direction that fetches far from wash mill, allowing for conducting element 3 in this way can both be rotated up It realizes storage, and realization storage can be rotated down.And by setting return unit, so that conducting element 3 after rotating upward or downward It can automatically reset, carry out any manual operation without user.In addition, this kind is arranged, it include being washed with first in cabinet When washing the staving 12 of chamber and washing basket 14 with the second washing cavities 142, washing basket 14 can be releasably mounted in staving 12, In this way when installing washing basket 14, directly conducting element 3 can be pressed down against by washing basket 14, so that conducting element 3 turns downwards It is dynamic.And when needing to take out washing basket 14, directly conducting element 3 can be driven to be rotated up by washing basket 14, then realize washing The taking-up of basket 14.And after washing basket 14 is installed and is taken out, conducting element 3 can be sprung back into operating position by return unit, it is this Conducting element 3, which is arranged after dismounting washing basket 14, can automatically reset to operating position, specially go to reset water conservancy diversion without user Part 3 can simplify the operation of user in this way, improve the experience of user.

In any of the above-described embodiment, it is preferable that return unit is spring.

In those embodiments, the reset of conducting element 3 can be preferentially carried out by spring, because the elasticity of spring is preferably, So as to ensure the reset force of return unit, while spring is relatively common, it is thus possible to keep structure simpler.

In any of the above-described embodiment, it is preferable that as shown in Figures 2 to 5, be provided with handle on conducting element 3.

In those embodiments, a handle can be set on conducting element 3, so as to realize conducting element by handle 3 rotation operation, just can store in this way when not needing using handle by what handle folded, to reduce the occupancy of handle Space reserves space for the installation and taking-up of other components.It for example in cabinet include staving 12 and washing basket 14, and wash When basket 14 can releasably be mounted in staving 12, conducting element 3 can be folded up when fetching washing basket 14, so that conducting element 3 will not interfere with washing basket 14.

Wherein, as shown in Figures 2 to 5, handle here can be hand catching groove or a protrusion 32.

In any of the above-described embodiment, it is preferable that wash mill further includes flowmeter 5, and the setting of flowmeter 5 is in the second water inlet On channel.

In those embodiments, can be carried out by the flowmeter 5 of setting the flow on the second intake tunnel detection and Control, can control the water entered in the second washing cavities 142 and speed of water etc. by flowmeter 5 in this way, thus It can realize the control of the water and water speed etc. between the first washing cavities and the second washing cavities 142.For example, can be by flowmeter 5 It is connect with shunting valve 24, it is big to control the opening of the second water outlet of shunting valve 24 by the flow detected It is small, thus the traffic conditions in the second intake tunnel of control.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 7, water inlet component includes: shunting valve 24, point Flow control valve 24 includes the first water inlet, the first water outlet and the second water outlet, and the first water outlet and the second water outlet can It is connected to and disconnects with the first water inlet；Main water inlet tube road 22, the one end on main water inlet tube road 22 are connected to the first water inlet, main water inlet The other end of pipeline 22 can be connected to an external water source；First distribution pipeline 26, one end and first of the first distribution pipeline 26 Water outlet connection, the other end of the first distribution pipeline 26 are connected to the first washing cavities；Second distribution pipeline 28, the second distribution pipeline 28 one end is connected to the second water outlet, and the other end of the second distribution pipeline 28 answers conducting element 3 to be arranged；Wherein, the first water inlet is logical Road includes main water inlet tube road 22, shunting valve 24 and the first distribution pipeline 26, the second intake tunnel include main water inlet tube road 22, Shunting valve 24 and the second distribution pipeline 28.

In those embodiments, water inlet component includes shunting valve 24, main water inlet tube road 22 and two distribution pipelines, and Shunting valve 24 has a water inlet and two water outlets, and the water on such main water inlet tube road 22 can pass through shunting valve 24 and the water that is divided into two-way, and is divided into two-way can be transported to the first washing cavities and second by two distribution pipelines respectively washes Chamber 142 is washed, to realize the independent water inlet of the first washing cavities and the second washing cavities 142.This kind of structure passes through setting main water inlet tube road 22, the connection between external water source and shunting valve 24 can be realized by water main, just make the first isocon in this way One end that road 26 and the second distribution pipeline 28 are connect with external water source can share a Duan Guanlu, so that a Duan Guanlu can be reduced by Use, and then the finished product of product can be reduced.And the first water outlet and the second water outlet can be connected with the first water inlet On and off is opened, i other words can carry out the first intake tunnel and the second intake tunnel by shunting valve 24 beats on and off It closes, can realize that simultaneously the start-stop of two intake tunnels controls by the same shunting valve 24 in this way, thus just without being Each intake tunnel is respectively provided with a control switch, thus can simplify the structure of product.Furthermore this kind of structure can will shunt It is integrated on the same valve with control, thus can also simplify the structure of product.And driving device is for driving water outlet piece to move.

Wherein it is preferred to which shunting valve 24 is solenoid valve, the shunting of water inlet component and control can be made more smart in this way Really, so as to accurately realizing the flow controls of two shunt conduits.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 7, wash mill further includes being mounted on cabinet First detergent box 6, the first distribution pipeline 26 include: first pipe 262, and the connection of first pipe 262 is in the first water outlet and the Between one detergent box 6；Second pipe 264, one end of second pipe 264 are connected to the first detergent box 6, second pipe 264 The other end be connected to the first washing cavities.

In those embodiments, first detergent box 6 can be also set on cabinet, the first detergent can be passed through in this way Box 6 into the first washing cavities conveys detergent.And in order to enable the first intake tunnel that can incite somebody to action by the first detergent box 6 First intake tunnel splits into first pipe 262 and second pipe 264, the first detergent box 6 can be connected to first in this way Between pipeline 262 and second pipe 264.It specifically, include main water inlet tube road 22,24 and of shunting valve in the first intake tunnel First distribution pipeline 26 can when second intake tunnel includes main water inlet tube road 22, shunting valve 24 and the second distribution pipeline 28 First distribution pipeline 26 is arranged to include first pipe 262 and second pipe 264 structure, first pipe can be passed through in this way 262 realize the connection between shunting valve 24 and the first detergent box 6, and realize that first washes by first pipe 262 Wash the connection between agent box 6 and the first washing cavities.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 7, wash mill further includes being mounted on cabinet Second detergent box 7, the second distribution pipeline 28 include: third pipeline 282, and one end of third pipeline 282 and the second water outlet connect Logical, the other end of third pipeline 282 is connected to the second detergent box 7；4th pipeline 284, one end and second of the 4th pipeline 284 Detergent box 7 is connected to, and the other end of the 4th pipeline 284 corresponds to the setting of conducting element 3.

In those embodiments, second detergent box 7 can be also set on cabinet, the second detergent can be passed through in this way Box 7 into the second washing cavities 142 conveys detergent.And in order to enable the second intake tunnel to pass through the second detergent box 7, it can Second intake tunnel is split into third pipeline 282 and the 4th pipeline 284, the second detergent box 7 can be connected to in this way Between three pipelines 282 and the 4th pipeline 284.It specifically, include main water inlet tube road 22, shunting valve 24 in the first intake tunnel With the first distribution pipeline 26, when the second intake tunnel includes main water inlet tube road 22, shunting valve 24 and the second distribution pipeline 28, Second distribution pipeline 28 can be arranged to include third pipeline 282 and the 4th pipeline 284 structure, third pipe can be passed through in this way The connection between shunting valve 24 and the second detergent box 7 is realized in road 282, and realizes second by the 4th pipeline 284 Connection between detergent box 7 and the second washing cavities 142.

Certainly, it can also be not provided with the second detergent box 7, the detergent in the second washing cavities 142 can be by manually at this time Mode is added.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 6, the second detergent box 7 and the first detergent box 6 It is an integral structure.

In those embodiments, the second detergent box 7 and the first detergent box 6 are preferably an integral structure, and in this way can By two part integrators, so as to reduce the overall number of components of product, preferably two can be arranged on a detergent box A detergent tank, to accommodate the detergent of two washing cavities respectively.Certainly, the second detergent box 7 and the first detergent box 6 can also For two independent structures.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 7, wash mill further includes spray part 4, sprays part 4 are mounted on cabinet, and spray and be provided with one or more spray apertures on part 4, corresponding second washing of one or more spray apertures Chamber 142 is arranged, and the second distribution pipeline 28 further includes threeway connection valve 286 and the 5th pipeline 288, and threeway connection valve 286 is connected to On third pipeline 282, one end of the 5th pipeline 288 is connected to one of valve port of threeway connection valve 286, the 5th pipeline 288 The other end with spray part 4 be connected to.

In those embodiments, a spray part 4 can be also set on cabinet, and spraying part 4 can be by the 5th pipeline 288 Add water into the second washing cavities 142, and spray the setting of part 4, on the one hand when detergent is manually added, using spray part 4 The water flow for spraying and going out sprays detergent, so as to dissolve detergent sufficiently.On the other hand it can also pass through spray The water flow that 4 jet flow of part goes out is rinsed the inner sidewall in the second washing cavities 142, so as to by the second washing cavities 142 Detergent foam etc. on inner sidewall washes away, and detergent can in this way be completely dissolved in water, to reduce the wave of detergent Take.Specifically, the second split channel can be divided into two bye-passes by threeway connection valve 286, so that a wherein bye-pass energy The top of conducting element 3 is enough extended to by the second detergent box 7 and the 4th pipeline 284, and another bye-pass can pass through the 5th pipe Road 288 is connect with spray part 4, can be supplied water simultaneously to conducting element 3 and spray part 4 in this way.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 7, wash mill further include: spray part 4, installation On cabinet, and sprays and be provided with one or more spray apertures on part 4, corresponding second washing cavities 142 of one or more spray apertures Setting；Wherein, water inlet component further includes third intake tunnel, and one end of third intake tunnel is connected to external water source, third into The other end of aquaporin is connected to spray part 4.

In those embodiments, a spray part 4 can be also set on cabinet, and spray part 4 and can be intake by third and led to Road adds water into the second washing cavities 142, and sprays the setting of part 4, on the one hand when detergent is manually added, using spray part 4 water flows for spraying and going out spray detergent, so as to dissolve detergent sufficiently.On the other hand it can also pass through spray The water flow that 4 jet flow of part goes out is rinsed the inner sidewall in the second washing cavities 142, so as to by the second washing cavities 142 Detergent foam etc. on inner sidewall washes away, and detergent can in this way be completely dissolved in water, to reduce the wave of detergent Take.

Wherein, the effect of spray is better achieved in order to enable to spray part 4, the size of spurt hole can be rationally set, with Enable the water sprayed in part 4 that there is certain pressure when entering in the second washing cavities 142, rushing for water can be enhanced in this way Power is hit, so that the spraying effect of spray part 4 can be improved.

In any of the above-described embodiment, it is preferable that spray part 4 is circularized along the circumferential direction setting of the second washing cavities 142.

In those embodiments, spray part 4 may be either ring structure, so that water energy is enough along the second washing cavities 142 Entire border and enter in the second washing cavities 142, i.e., so that the second washing cavities 142 can be realized 360 ° of water inlets, such side Face can more effectively wash away the detergent being added manually in the second washing cavities 142, be sprayed, so as to make to wash Agent dissolved in the second washing cavities 142 more sufficiently, dispersion it is more uniform.It on the other hand also can be to the second washing cavities 142 Inner wall preferably rinsed.

In any of the above-described embodiment, it is preferable that the quantity of spray apertures be it is multiple, multiple spray apertures spray part 4 on Even interval setting.

In those embodiments, and the quantity of spray apertures is preferably several, and multiple spray apertures are perfectly even spaced setting, Enable aproll structure simultaneously by multiple spray apertures in this way while intaking, to can ensure that water intake velocity, more uniformly into Traveling water.

In any of the above-described embodiment, it is preferable that as shown in Figures 1 to 7, cabinet includes: staving 12, setting in staving 12 There are the first washing cavities；Washing basket 14 is mounted in staving 12, and the second washing cavities 142 are provided in washing basket 14；Door ring cover plate 16, it is mounted on the opening of staving 12；Wherein, conducting element 3, water inlet component are mounted on a ring cover plate 16.

In those embodiments, cabinet includes staving 12 and washing basket 14, can pass through staving 12 and washing basket 14 in this way Carrying out subregion washing, thus prevents and put together to washing articles and mutual colour contamination occurs.And door circle Cover board 16 for realizing water inlet component and other components installation.

Wherein it is preferred to which cabinet further includes balance ring, and washing basket 14 can be fixed by balance ring.

In any of the above-described embodiment, it is preferable that washing basket 14 can be releasably mounted in staving 12.

In those embodiments, washing basket 14 is preferably able at the bung hole for being releasably mounted on staving 12, is being not required in this way Washing basket 14 can also be taken out out of staving 12 when carrying out subregion washing, so as to individually be washed by staving 12 It washs.Certainly, in other schemes, washing basket 14 can also be directly fixedly installed in staving 12.

In any of the above-described embodiment, it is preferable that wash mill further includes the first driving assembly and the second driving assembly, and One driving assembly is mounted on cabinet to be connect with staving 12, and staving 12 can be driven to rotate, and the second driving assembly is mounted on cabinet On, it is connect with washing basket 14, washing basket 14 can be driven to rotate.

In those embodiments, wash mill includes the first driving assembly and the second driving assembly, here the first driving group Part is for driving staving 12 to be rotated, and the second driving assembly is for driving washing basket 14 to be rotated.This kind of structure, staving 12 and washing basket 14 be respectively equipped with driving assembly, therefore, so that staving 12 and washing basket 14 are able to carry out separate wash, i.e., So that staving 12 and washing basket 14 can either be washed individually can also wash simultaneously, just enable user's root in washing in this way Wash with staving 12 according to actual conditions selection or be washed with washing basket 14, and by staving 12 and have to not necessarily wash It washs basket 14 while opening, the washing for allowing for staving 12 and washing basket 14 in this way can be respectively independent, without influencing each other.

In above-mentioned another embodiment, it is preferable that wash mill further includes third driving assembly, the installation of third driving assembly It on cabinet, is connect with staving 12, staving 12 can be driven to rotate, washing basket 14 is mounted on staving 12, can be in staving 12 Under the action of rotate.

In those embodiments, also settable third driving assembly, to carry out staving 12 by third driving assembly Rotate driving, meanwhile, washing basket 14 can be mounted directly on staving 12, so that staving 12 synchronous can turn with washing basket 14 It is dynamic.The setting of a driving assembly can be reduced when through washing basket 14 and the progress subregion washing of staving 12 in this way, so as to The structure for simplifying product, reduces the cost of product.

In any of the above-described embodiment, it is preferable that cabinet further includes box shell open at one end, staving 12,14 and of washing basket Door ring cover plate 16 is mounted in box shell.

In those embodiments, a settable box shell so just can be by staving 12, washing basket 14 and door ring cover plate 16 Equal components are mounted in box shell, so as to realize the components such as staving 12, washing basket 14 and door ring cover plate 16 by box shell Hiding installation, and the components such as staving 12, washing basket 14 and door ring cover plate 16 can also be protected by box shell, this Sample can ensure the components such as staving 12, washing basket 14 and door ring cover plate 16 using safe, and then staving 12, washing can be extended The service life of the components such as basket 14 and door ring cover plate 16.

In any of the above-described embodiment, it is preferable that wash mill further includes door closure component, and door closure component is mounted on cabinet On, cabinet can be opened and closed.

In those embodiments, by setting door closure component, the opening and closing of cabinet can be realized by door closure component, On the one hand cabinet can be closed by door closure component in washing articles in this way, to realize closing washing, thus prevent washing The splutterings such as water, and after the completion of washing, cabinet can be opened by door closure component to realize the taking-up of article.

In any of the above-described embodiment, it is preferable that wash mill further include: the first drainage channel connects with the first washing cavities It connects, the washing water for being discharged in the first washing cavities；Second drainage channel is connect with the second washing cavities 142, for being discharged second Washing in washing cavities 142.

In those embodiments, it can also correspond to the first washing cavities and a drainage channel is respectively set in the second washing cavities 142, Just can be realized the individual drainage of the first washing cavities and the second washing cavities 142 in this way so that the water inlet of two washing cavities and Draining can be mutually indepedent.This kind of structure, the washing water in the first washing cavities can require no the second washing cavities 142 just directly Discharge, and the washing water in the second washing cavities 142 can also require no the first washing cavities and just be expelled directly out, this ensure that often Washing articles in a washing cavities will not be polluted by the washing water in other washing cavities, to can ensure that washing effect.

In any of the above-described embodiment, it is preferable that be additionally provided at least one third washing cavities in cabinet, water inlet component is also Including at least one third intake tunnel, wherein at least one third washing cavities and at least one third washing cavities correspond Setting.

In those embodiments, more washing cavities can be also set in cabinet, washed with the subregion more refined, this When, each washing cavities can be corresponded to and be respectively provided with an intake tunnel, so that each washing cavities can independently intake.

Wherein it is preferred to which the first intake tunnel and the second intake tunnel, which pass through buckle buckle, is mounted on a ring cover plate 16 On.

It is further preferred that as shown in Figures 1 to 6, main water inlet tube road 22, the first distribution pipeline 26 and the second distribution pipeline 28 are mounted on a ring cover plate 16 by buckling buckle.

In any of the above-described embodiment, it is preferable that wash mill is device for clothing processing, such as washing machine.Certainly, it washs Device can also be other products for being able to carry out object washing such as dish-washing machine.

In any of the above-described embodiment, it is preferable that wash mill is device for clothing processing, is additionally provided with wave in staving 12 Wheel.This kind setting enables wash mill to be a rotary drum washing machine washed by impeller.

In above-mentioned another embodiment, it is preferable that wash mill is roller washing machine.

In the description of this specification, term " connection ", " installation ", " fixation " etc. shall be understood in a broad sense, for example, " even Connect " it may be fixed connection or may be dismantle connection, or integral connection；It can be directly connected, it can also be in Between medium be indirectly connected.For the ordinary skill in the art, above-mentioned term can be understood at this as the case may be Concrete meaning in utility model.

In the description of this specification, the description of term " one embodiment " etc. means that the embodiment or example is combined to describe Particular features, structures, materials, or characteristics be contained at least one embodiment or example of the utility model.In this specification In, schematic expression of the above terms are not necessarily referring to identical embodiment or example.Moreover, the specific features of description, Structure, material or feature can be combined in any suitable manner in any one or more of the embodiments or examples.

The above is only the preferred embodiments of the utility model, are not intended to limit the utility model, for this field Technical staff for, various modifications and changes may be made to the present invention.Within the spirit and principle of the utility model, Any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.

Claims

1. a kind of wash mill characterized by comprising

Cabinet is provided with the first washing cavities and the second washing cavities (142) in the cabinet, is provided on first washing cavities One fetches mouth, is provided with second on second washing cavities (142) and fetches mouth；

Conducting element (3), corresponding second washing cavities (142) are mounted on the cabinet；

Water inlet component, the water inlet component include the first intake tunnel and the second intake tunnel, the one of first intake tunnel End is connected to first washing cavities, and the other end of first intake tunnel can be connected to external water source, described second into One end of aquaporin can be connected to the external water source, and the other end of second intake tunnel corresponds to the conducting element (3) Setting；

Wherein, the water energy in second intake tunnel enough passes through the conducting element (3) and enters second washing cavities (142) It is interior.

2. wash mill according to claim 1, which is characterized in that

Second intake tunnel corresponds to the conducting element (3) far from one end of the external water source and is mounted on the conducting element (3) top, the conducting element (3) are provided at least one diversion trench (34) on the face of second intake tunnel；

Wherein, the water energy in second intake tunnel enough passes through the diversion trench (34) and enters second washing cavities (142) in.

3. wash mill according to claim 1, which is characterized in that

The conducting element (3) is by the lateral direction of second washing cavities (142) to the interior side of second washing cavities (142) It is arranged to the bottom angled of second washing cavities (142)；And/or

The conducting element (3) is rotatably mounted on the cabinet, and reception position, institute can be turned to from operating position It, can be by the water water conservancy diversion in second intake tunnel to second washing when stating conducting element (3) and being located at the operating position In chamber (142).

4. wash mill according to claim 3, which is characterized in that

When the conducting element (3) is located at the operating position, the conducting element (3) sets along the transverse direction inclination of the cabinet It sets, when the conducting element (3) is located at the reception position, the conducting element (3) is arranged along the vertical direction of the cabinet.

5. wash mill according to claim 4, which is characterized in that the reception position includes first position and second It sets, the conducting element (3) can turn to the first position from operating position to close to the described second side for fetching mouth, and The conducting element (3) can also turn to the second position, institute from operating position to far from the described second side for fetching mouth State wash mill further include:

Return unit is mounted between the cabinet and the conducting element (3), can turn to the receipts in the conducting element (3) Receiving makes the conducting element (3) be reset to operating position behind position.

6. wash mill according to claim 5, which is characterized in that

The return unit is spring.

7. wash mill according to any one of claim 1 to 6, which is characterized in that

Handle is provided on the conducting element (3)；And/or

The wash mill further includes flowmeter (5), and the flowmeter (5) is arranged on second intake tunnel.

8. wash mill according to any one of claim 1 to 6, which is characterized in that the water inlet component includes:

Shunting valve (24), the shunting valve (24) include the first water inlet, the first water outlet and the second water outlet, institute Stating the first water outlet and second water outlet can be connected to and disconnect with first water inlet；

The one end on main water inlet tube road (22), the main water inlet tube road (22) is connected to first water inlet, the main water inlet tube The other end on road (22) can be connected to an external water source；

One end of first distribution pipeline (26), first distribution pipeline (26) is connected to first water outlet, and described first The other end of distribution pipeline (26) is connected to first washing cavities；

One end of second distribution pipeline (28), second distribution pipeline (28) is connected to second water outlet, and described second The other end of distribution pipeline (28) answers the conducting element (3) to be arranged；

Wherein, first intake tunnel includes the main water inlet tube road (22), the shunting valve (24) and described first Distribution pipeline (26), second intake tunnel include the main water inlet tube road (22), the shunting valve (24) and described Second distribution pipeline (28).

9. wash mill according to claim 8, which is characterized in that the wash mill further includes being mounted on the cabinet On the first detergent box (6), first distribution pipeline (26) includes:

First pipe (262), first pipe (262) connection is between first water outlet and the first detergent box (6)；

Second pipe (264), one end of the second pipe (264) are connected to first detergent box (6), second pipe The other end in road (264) is connected to first washing cavities.

10. wash mill according to claim 9, which is characterized in that the wash mill further includes being mounted on the case The second detergent box (7) on body, second distribution pipeline (28) include:

One end of third pipeline (282), the third pipeline (282) is connected to second water outlet, the third pipeline (282) the other end is connected to second detergent box (7)；

4th pipeline (284), one end of the 4th pipeline (284) are connected to second detergent box (7), the 4th pipe The other end in road (284) corresponds to the conducting element (3) setting.

11. wash mill according to claim 10, which is characterized in that

Second detergent box (7) and first detergent box (6) are an integral structure；And/or

The wash mill further includes spray part (4), and the spray part (4) is mounted on the cabinet, and the spray part (4) On be provided with one or more spray apertures, one or more of spray apertures correspond to the second washing cavities (142) setting, described Second distribution pipeline (28) further includes threeway connection valve (286) and the 5th pipeline (288), threeway connection valve (286) connection On the third pipeline (282), one end of the 5th pipeline (288) and the threeway connection valve (286) one of them Valve port connection, the other end of the 5th pipeline (288) are connected to the spray part (4).

12. wash mill according to any one of claim 1 to 6, which is characterized in that further include:

It sprays part (4), is mounted on the cabinet, and be provided with one or more spray apertures on the spray part (4), described one A or multiple spray apertures correspond to the second washing cavities (142) setting；

Wherein, the water inlet component further includes third intake tunnel, one end of the third intake tunnel and the external water source Connection, the other end of the third intake tunnel are connected to the spray part (4).

13. wash mill according to claim 12, which is characterized in that

Spray part (4) circularizes along the circumferential direction setting of second washing cavities (142).

14. wash mill according to any one of claim 1 to 6, which is characterized in that the cabinet includes:

Staving (12), the staving (12) is interior to be provided with first washing cavities；

Washing basket (14) is mounted in the staving (12), is provided with second washing cavities in the washing basket (14) (142)；

Door ring cover plate (16), is mounted on the opening of the staving (12)；

Wherein, the conducting element (3), the water inlet component are mounted on the door ring cover plate (16).

15. wash mill according to claim 14, which is characterized in that

The washing basket (14) can releasably be mounted in the staving (12).

16. wash mill according to claim 14, which is characterized in that

The wash mill further includes the first driving assembly and the second driving assembly, and first driving assembly is mounted on the case It is connect on body with the staving (12), the staving (12) can be driven to rotate, second driving assembly is mounted on the case It on body, is connect with the washing basket (14), the washing basket (14) can be driven to rotate；Or

The wash mill further includes third driving assembly, and the third driving assembly is mounted on the cabinet, with the bucket Body (12) connection, can drive the staving (12) to rotate, and the washing basket (14) is mounted on the staving (12), Neng Gou It is rotated under the action of the staving (12).

17. wash mill according to claim 14, which is characterized in that

The cabinet further includes box shell open at one end, the staving (12), the washing basket (14) and the door ring cover plate (16) it is mounted in box shell；And/or

The wash mill further includes door closure component, and the door closure component is mounted on the cabinet, can open and close institute State cabinet.

18. wash mill according to any one of claim 1 to 6, which is characterized in that the wash mill further include:

First drainage channel is connect with first washing cavities, the washing water for being discharged in first washing cavities；

Second drainage channel is connect with second washing cavities (142), for washing in second washing cavities (142) to be discharged Wash water.