CN208151669U - A kind of washing-drying integral machine - Google Patents

Abstract

The utility model discloses a kind of washing-drying integral machines.The washing-drying integral machine includes drainage arrangement and pipeline, and the drainage arrangement has water inlet chamber, the pump housing and discharge outlet, and the water inlet chamber has multiple water inlets, and multiple water inlets are connected from different pipelines respectively, and the pipeline has liquid seal structure.The utility model has the beneficial effects that drainage arrangement can accommodate multichannel water and share a pump housing, the energy consumption of washing-drying integral machine is reduced；Liquid seal structure on pipeline separates aqueous vapor, does not interfere with each other, and has not only prevented the clothing of washing water pollution drying, but also increases the thermal efficiency in drying course；The structure of U-shaped bend pipe is simple, and difficulty of processing is small, is hardly damaged.

Description

A kind of washing-drying integral machine

Technical field

The utility model belongs to household appliance technical field, specifically, being related to a kind of washing-drying integral machine.

Background technique

Washing-drying integral machine is to have the function of washing and drying simultaneously in same body.General roller washing-drying integral machine Connecting tube is washing water and condensed water shares a pipeline, one end connection drying water outlet (condenser), and other end connection is washed Wash cylinder.

Problem brought by this structure is, when washing work, the washing water generated in cylinder enters in the pump housing with pipeline to be arranged Engine body exterior out, but the foam that portion of washing water or washing water generate can enter Drying pipeline, what pollution was being dried Clothing influences the work of Drying.When drying work, the hot wind in drying course enters pipeline, reduces the circulation effect of hot gas Rate influences the efficiency of drying and increases energy consumption.

General three-port structure can not achieve the separation of washing and drying；Washing water pipeline and condensate line are set respectively Switching device is set, the difficulty in control process is not only increased, is also easy to produce failure, also adds the cost of washing-drying integral machine；It washes It washs water and dries water and carry out draining using different water pumps respectively, increase cost and overall energy consumption.

In view of this special to propose the utility model.

Utility model content

The technical problem to be solved by the present invention is to overcome the deficiencies of the prior art and provide a kind of washing-drying integral machine.

In order to solve the above technical problems, the utility model is using the basic conception of technical solution：

A kind of washing-drying integral machine, including drainage arrangement and pipeline, the drainage arrangement have water inlet chamber, the pump housing and draining Mouthful, the water inlet chamber has multiple water inlets, and multiple water inlets are connected from different pipelines respectively.

Including washing unit and drying unit, the water inlet chamber at least has the first water inlet and the second water inlet, institute It states the first water inlet to be connected to drying unit water outlet, second water inlet is connected to washing unit water outlet.

The drying unit water outlet is fixedly connected with first water inlet by the first pipeline, and the washing unit goes out The mouth of a river is fixedly connected with second water inlet by the second pipeline, has liquid seal structure on the first pipeline and/or the second pipeline.

First pipeline and/or the second pipeline, which have, locally bends structure, and the structure that locally bends can accumulate liquid Form fluid-tight.

The structure that locally bends is U-bend, and described U-bend one end tube body extends up, and other end tube body is again Downwards, the U-bend bottom of the tube can accumulate liquid and form fluid-tight for bending；

Preferably, the U-bend and first pipeline and/or the second pipeline are integrally formed or seperated sealed connection.

The washing-drying integral machine includes shell, and the drying unit includes Drying, and the washing unit includes cylindric washer, The Drying and cylindric washer are setting up and down in shell, the Drying water outlet and the first water inlet by described first into Water lines connection, the washing tube water outlet are connect with the second water inlet by the second inlet pipeline.

The Drying is located at body upper, and the cylindric washer is located at underpart, and the drainage arrangement is located at body bottom Portion, first water inlet are located at water inlet chamber roof, so the first inlet pipeline has liquid seal structure, the liquid seal structure is used In the aqueous vapor intercommunication of barrier cylindric washer and Drying.

The pipeline caliber is matched with water inlet/discharge outlet bore, and the pipeline is fixed on water inlet/draining by pipe clamp Mouth junction.

The drainage arrangement also has filter device, and the filter device is inserted into the water inlet chamber interior, filters multiple The water of water inlet, the filter device can slave dismantle in vitro.

The water inlet chamber, which also has, flows to end the mouth of a river, and the mouth of a river of flowing to end is located at water inlet cavity bottom, for draining residual Liquid.

After adopting the above technical scheme, the utility model has the advantages that compared with prior art.

1. the water inlet chamber of drainage arrangement has multiple mouths of a river, multichannel water can be accommodated and share a pump housing, reduce and wash The energy consumption of drying integral machine；

2. having liquid seal structure on pipeline, washing unit and the aqueous vapor of drying unit can be separated, not interfere with each other, both prevented The clothing of washing water pollution drying, and increase the thermal efficiency in drying course；

3. liquid seal structure is set as U-shaped bend pipe, structure is simple, and difficulty of processing is small, to produce naturally in washing or drying course Raw water does not have to carry out Electromagnetic Control, be hardly damaged as liquid seal structure；

4. the washing unit and drying unit of washing-drying integral machine are respectively provided with individual cylinder, the two, which distinguishes operation, not to be influenced Detersive efficiency.

Specific embodiment of the present utility model is described in further detail with reference to the accompanying drawing.

Detailed description of the invention

The a part of attached drawing as the utility model, is further understood from the utility model for providing, this is practical Novel illustrative embodiments and their description are not constituteed improper limits to the present invention for explaining the utility model. Obviously, the accompanying drawings in the following description is only some embodiments, to those skilled in the art, is not paying creation Property labour under the premise of, can also be obtained according to these attached drawings other accompanying drawings.In the accompanying drawings：

Fig. 1 is the utility model washing-drying integral machine schematic diagram；

Fig. 2 is the utility model drainage arrangement and pipeline schematic diagram；

Fig. 3 is the utility model drainage arrangement front schematic view；

Fig. 4 is the utility model drainage arrangement schematic rear view.

In figure：

1, shell；11, drying unit；12, washing unit；

2, drainage arrangement；21, water inlet chamber；211, the first water inlet；212, the second water inlet；213, the mouth of a river is flow to end；22, The pump housing；23, discharge outlet；24, filter device；

3, the first pipeline；31, U-bend；32, avoiding structure；33, condensed water nozzle；34, flushing water nozzle；35, convex Platform；351, screw hole；

4, discharge pipe line；

5, pipe clamp.

It should be noted that these attached drawings and verbal description are not intended to limit the design of the utility model in any way Range, but illustrate the concept of the utility model for those skilled in the art by referring to specific embodiments.

Specific embodiment

It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer The technical solution in embodiment is clearly and completely described in attached drawing in type embodiment, and following embodiment is for illustrating this Utility model, but be not intended to limit the scope of the present invention.

In the description of the present invention, it should be noted that term " on ", "lower", "front", "rear", "left", "right", The orientation or positional relationship of the instructions such as "vertical", "horizontal", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, It is merely for convenience of describing the present invention and simplifying the description, rather than the device or element of indication or suggestion meaning must have Specific orientation is constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified Dress ", " connected ", " connection ", " assembly " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, Or it is integrally connected；It can be mechanical connection, be also possible to be electrically connected；It can be directly connected, intermediary can also be passed through It is indirectly connected.For the ordinary skill in the art, above-mentioned term can be understood in the present invention with concrete condition Concrete meaning.

The utility model relates to a kind of washing-drying integral machine, the washing-drying integral machine includes drainage arrangement 2 and pipeline.

As shown in figure 3, the drainage arrangement has water inlet chamber 21, the pump housing 22 and discharge outlet 23.

The discharge outlet 23 is fixedly connected with discharge pipe line 4, is discharged whole discharge machines for the internal body after collecting In vitro.

Preferably, the discharge outlet 23 and the discharge pipe line 4 are fixed by pipe clamp 5.

Described discharge pipe line one end is connected to drainage arrangement, and one end extends to hull outside, will wash the water during doing and is discharged Outside body, discharge pipe line passes through on certain connection structure fixation and shell 1, it is preferable that is fixed by pipe clamp.

The drainage arrangement further includes the pump housing 22, and the pump housing 22 is located at drainage arrangement one end, provides the power of draining.

The water inlet chamber 21 has multiple water inlets, and multiple water inlets are attached from different inlet pipelines respectively.

Preferably, the water inlet chamber is cylinder, inner hollow, water inlet and flows to end the mouth of a river and is distributed in into water chamber Arcwall face, water inlet chamber connect the pump housing, and filter device is installed in one end.

The water inlet chamber, which also has, flows to end the mouth of a river 213, and the mouth of a river of flowing to end is located at water inlet cavity bottom, residual for draining Stay in the liquid into water chamber.

The mouth of a river of flowing to end is with individual drainpipe, and the drainpipe has opening and closing structure, in drainage arrangement operation Drainpipe is in off state, and when drainage arrangement is not run, drainpipe can open the residual liquid of discharge chamber interior.

The water inlet chamber also has filter device 24, and the filter device 24 is located at drainage arrangement side, insertion water inlet Inside chamber 21, each road water is filtered.

The filter device 24 can be dismantled from water inlet chamber 21, and one end of the filter device 24 and water inlet chamber 21 is closed Connection, liquid will not flow out from filter device in use.

Preferably, the filter device 24 has sealing ring with water inlet 21 contact position of chamber.

When the drainage arrangement 2 is mounted on internal body, the side with filter device is close to body outer wall, the filtering Device 24 washing-drying integral machine complete work after can slave carry out disassembly, cleaning and replacement in vitro.

The washing-drying integral machine further includes drying unit 11 and washing unit 12, the washing unit 12 of the washing-drying integral machine With washing water outlet, the drying unit 11 has drying water outlet.The water outlet of the washing water outlet is washing process The water outlet of washing water, the drying water outlet is the condensed water of drying process, can also include the flushing for washing away lint filter Water.

There is the foam generated because adding detergent in the washing water.

The water inlet chamber 21 at least has the first water inlet and the second water inlet.First water inlet 211 is for connecing The water outlet of drying unit is received, second water inlet 212 is used to receive the water outlet of washing unit.

First water inlet 211 and drying water outlet pass through the first pipeline connection, second water inlet 212 and washing Water outlet passes through the second pipeline connection.

Wherein, the first pipeline and/or the second pipeline have liquid seal structure.

Pipeline with liquid seal structure can take on any of a number of shapes, it is preferable that first pipeline and/or the second pipeline have Structure is locally bent, liquid accumulates in the bottom for locally bending structure, can block pipeline, pass through gas or foam etc. cannot.

It is highly preferred that the structure that locally bends is U-bend 31,31 one end tube body of U-bend is extended up, separately One end tube body is bent downwards again, and the U-bend bottom of the tube can accumulate liquid and form fluid-tight.

Preferably, the U-bend 31 is integrally formed with first pipeline and/or the second pipeline or seperated sealing connects It connects.

In above scheme, U-bend can be integrally formed with pipeline as the structure locally bent, be also used as list Only accessory is assembled with pipeline,

When U-bend 31 is assembled as individual accessory and pipeline, the U-bend both ends, which have, is tightly connected knot Structure.

It can be plasticity that first pipeline and/or the second pipeline, which include that locally bend structure can be hard material, Soft material, soft material need to guarantee to locally bend the sizing of structure.

Above-mentioned liquid seal structure may be replaced by check-valves, and check-valves is arranged on the pipeline connecting with drying water outlet, The condensed water for generating drying is smoothly discharged without making the foam generated in washing water or washing water flow into condenser pipe, to drying The clothing of process generates pollution.

As shown in figure 4, the pipeline caliber is matched with water inlet/discharge outlet bore, the pipeline is fixed on by pipe clamp 5 Water inlet/discharge outlet junction.

The aperture of the water inlet/discharge outlet is configured according to respective function and displacement.

The condensation water quantity that the drying unit 11 generates is smaller, the small nozzle in settable aperture；What drying unit 11 generated Flushing water water is larger, the settable biggish nozzle in aperture；The washing water water that the washing unit generates is larger, settable hole The big pipeline of diameter.

It is provided with boss 35 on the pipeline, there is mounting structure, the fixation for pipeline and shell on boss.

Preferably, there is screw hole 351, shell has bolt fastening structure corresponding with screw hole, by pipeline on the boss It is immobilized in the shell portion.

The boss can be integrally formed with pipeline, can also be fixed on pipeline by connection structure.

The utility model washing-drying integral machine further includes shell 1, and the shell has braced frame.

Washing-drying integral machine can be single cylinder, and have drying and washing function.

Washing-drying integral machine can be separated with cylinder, be specifically described as first and second of stacked on top setting；

In the scheme of above-mentioned cylinder separation, braced frame includes horizontal positioned plinth, four ends angle of pedestal Place is respectively equipped with the vertical beam extended vertically upwards, and two vertical beam of front side extends upwardly to the top beyond first, rear side two Vertical beam extends upwardly between reason cylinder and first；It is connected between adjacent vertical beam through at least one horizontal-extending transverse reinforcement It connects, to constitute frame structure.

It so that two cylinders can be respectively arranged in the upper and lower part of braced frame, and can be two cylinders by above-mentioned setting Installation fixing position is provided respectively to set；Simultaneously as reinforced part is fixed the upper middle lower part of entire braced frame respectively Connection, makes the braced frame of washing-drying integral machine more consolidate, improve the support coefficient of general frame.

In above scheme, first and second clothing dispensing port is arranged towards the front side of braced frame, is in clothing Two vertical beams of object dispensing port side are respectively preceding left vertical beam and preceding right vertical beam；Preferably, the front side of self-supporting frame side backward On the basis of, preceding left vertical beam and preceding right vertical beam are respectively arranged on the left and right side of clothing dispensing port；Preferably, first is set to the Two vertical tops；It is further preferred that first axis and second axis are in same vertical plane, and this is perpendicular It faces directly and coincides with base center.

Preferably, first is the Drying for only having drying function, and second has the cylindric washer of washing function, so that The rear fixed plate that the first tube rear end is arranged through front vertical is obtained to be installed in braced frame.Rear fixed plate cladding is installed on support frame On rear side of frame, rear fixed plate is installed on the height above two vertical beams of rear side and between corresponding covering front side vertical beam and rear side vertical beam, with Enable first upper area for being installed on braced frame.And second of downside is willfully strong through extension spring set by upper part and left side Part, the support rod that right side transverse reinforcement is separately connected and its underpart is connected mutually are fixedly connected respectively with pedestal, to enable second It is installed on the lower area of braced frame.

The relief portion bent to washing machine pedestal center position is correspondingly provided on two vertical beam of braced frame the same side, To form the avoiding space of the crooked sidewall installation for washing-drying integral machine shell.

Pass through what is be arranged on the vertical beam of braced frame by two parts parallel inwardly and be connected to form through rake Relief portion, so that the folded edges to bend inwards are formed in braced frame, to form set circle on evacuation washing-drying integral machine shell The avoiding space of arc bending part enables the shell of washing-drying integral machine that can correspond to and is bonded and is fixedly installed on the outside of braced frame.

Embodiment one

Washing-drying integral machine described in the present embodiment is washing unit 11 and drying unit 12 shares a tube structure, washing Function is alternately accomplished with drying function, can not be carried out simultaneously.

The drying unit 11 generates condensed water and flushing water during the drying process, and condensed water and flushing water are single by drying The drying water outlet of member enters drainage arrangement.The drying water outlet and drainage arrangement pass through the first pipeline connection；Described first The part that pipeline is connected with drying water outlet can be a nozzle, condensed water and flushing can be discharged respectively for two nozzles Water.

The washing unit 12 generates washing water in washing process, washing water by the washing water outlet of washing unit into Enter drainage arrangement.The washing water outlet and drainage arrangement pass through the second pipeline connection.

In the present embodiment, preferably washing water outlet is located at cylinder lower part, and drying water outlet is located at cylinder top, described First pipeline has liquid seal structure.

The condensed water and washing water of existing washing-drying integral machine enter pump body by same pipeline, thus are washing In the process washing water carry foam remain in pipeline, during the drying process exist flow into drying unit pollution clothes can Energy.

The liquid seal structure can accumulate certain liq and form fluid-tight, stop the foam generated in washing water to enter drying single Member；The fluid-tight during the drying process, can intercept the hot wind in drying course, prevent hot wind loss from influencing drying efficiency.

Embodiment two

The washing unit for being distinguished as washing-drying integral machine described in the present embodiment and drying of the present embodiment and embodiment one are single First cylinder separation, i.e., the described washing unit have cylindric washer, and the drying unit has Drying.

The washing-drying integral machine of cylinder separation, washing are not interfere with each other with drying course, can put the laundry into drying after washing In cylinder, and cylindric washer can be put into the clothing for needing to wash next time, and the time of clothing processing is greatly saved, improves efficiency.

The cylindric washer has washing water outlet, is located at cylindric washer lower part, and the Drying has drying water outlet, is located at Drying top.

The cylindric washer and Drying are setting up and down inside shell 1.

The pipeline that the cylindric washer of the washing-drying integral machine and/or the water outlet of Drying are connected has sealing structure for water, prevents Only washing water, which flows into Drying and prevents drying hot wind from entering washing tube, generates loss.

Embodiment three

The present embodiment is further limiting for above-described embodiment two, and cylindric washer and the setting up and down of Drying further limit It is located at 1 top of shell for the cylindric washer, the washing water outlet is located at cylindric washer lower part, and the Drying is located at shell 1 Lower part, the drying water outlet are located at the top of Drying.

The washing water outlet is closer with drying water outlet, can save enclosure interior space, pipeline is enabled more to concentrate, Structure is more compact.

The washing water outlet and drying water outlet are connected to by pipeline with water inlet chamber.The washing water outlet is logical It crosses the second pipeline to connect with the second water inlet, the drying water outlet is connect by the first pipeline 3 with the first water inlet.

First pipeline and/or the second pipeline have liquid seal structure.

Preferably, first pipeline has liquid seal structure.

Example IV

The present embodiment is further limiting for above-described embodiment two, and the difference of the present embodiment and above-described embodiment three is： The Drying is located at 1 top of shell, and the cylindric washer has washing water outlet, is located at cylindric washer lower part；The cylindric washer Positioned at 1 lower part of shell, the Drying has drying water outlet, is located at Drying top.

The present embodiment is as shown in Figure 1, drying water outlet is located at 1 top of shell, and farther out with washing water outlet distance, drying is single There is member sufficient space to form bending structure to achieve the purpose that fluid-tight.

In washing process, there are a large amount of washing waters in cylindric washer, and in drying course, only remain water remaining in clothing.Cause And the weight to be born of cylindric washer is much larger than drying course in washing process, in the lower part of the housing by cylindric washer setting, can make work Decentralization during work, it is more stable.

The drying water outlet is connect by the first pipeline 3 with the first water inlet, and the washing water outlet passes through the second pipe Road is connect with the second water inlet.

First pipeline 3 has liquid seal structure, it is preferable that and there is first pipeline U-bend 31 can form fluid-tight, Condensed water is collected at U-tube bottom, makes the foam of washing water or washing water that can not enter the first line upper portion, to prevent from washing Water enters in Drying；Also drying wind can not be caused to enter by pipeline and cause thermal loss in cylindric washer when drying operation, To further improve the efficiency of drying link.

First pipeline also has avoiding structure 32, and since pipeline is longer, 1 inner components of shell are more, is installing It needs to avoid immovable components in the process, thus pipeline is also provided with certain avoiding structure, thus more sufficiently Ground utilizes washing-drying integral machine inner space.

First pipeline has condensed water nozzle 33, and the condensed water that the condensed water nozzle is used to connect drying unit goes out Water lines；First pipeline also has flushing water nozzle 34, and the flushing water nozzle washes away clearly for connecting in drying unit Manage the flushing water that lint filter generates.

33 bore of condensed water nozzle is less than flushing water nozzle 34.

The drainage arrangement is located at the bottom of washing-drying integral machine, and the water inlet is according to washing water outlet and drying water outlet Position be configured.

Preferably, first water inlet is located at the top of water inlet chamber, for connecting the first pipeline；Second water inlet Mouth is located at the side of water inlet chamber, for connecting the second pipeline.

The discharge outlet 23 is located at the top of drainage arrangement, and is fixedly connected with discharge pipe line.

The washing-drying integral machine has braced frame, and the drainage arrangement is installed on braced frame bottom, and is located at pedestal In end Angle Position on front side of the washing-drying integral machine.

First pipeline 3 is fixed on braced frame on the perpendicular fine strain of millet of drainage arrangement；The discharge pipe line 4 is in body Pedestal is fixed in portion, after stretching out engine body exterior, by structures such as clips, is fixed on the perpendicular fine strain of millet of braced frame.

The braced frame bottom has pore, and the discharge pipe line 4 stretches out engine body exterior by pore.

The washing unit of washing-drying integral machine is in lower part in the present embodiment, and drying unit is on top, the beneficial effect that is arranged in this way Fruit is that washing link has more washing water, and cylindric washer bears more weight, and washing unit is arranged in lower part, can be made The center of washing-drying integral machine moves down, make to wash it is dry during center of gravity it is more steady.And drying unit setting can be such that the first pipeline has on top There is sufficient space setting sealing structure for water, reaches washing and separated with the aqueous vapor of drying course.

The beneficial effect of above embodiments can be summarized as：The water inlet chamber of drainage arrangement has multiple mouths of a river, can accommodate more Road water shares a pump housing, reduces the energy consumption of washing-drying integral machine；There is liquid seal structure on pipeline, it can be by washing unit and baking The aqueous vapor of dry unit separates, and does not interfere with each other, and has not only prevented the clothing of washing water pollution drying, but also increases the heat in drying course Efficiency；Liquid seal structure is set as U-shaped bend pipe, and structure is simple, and difficulty of processing is small, with spontaneous water in washing or drying course As liquid seal structure, does not have to carry out Electromagnetic Control, be hardly damaged；The washing unit and drying unit of washing-drying integral machine are respectively provided with Individual cylinder, the two, which distinguishes operation, does not influence detersive efficiency.

The above is only the preferred embodiment of the utility model, not makees in any form to the utility model Limitation, although the utility model has been disclosed with preferred embodiment as above, is not intended to limit the utility model, any to be familiar with The technical staff of this patent is not departing within the scope of technical solutions of the utility model, when the technology contents work using above-mentioned prompt A little equivalent embodiment changed or be modified to equivalent variations out, but all contents without departing from technical solutions of the utility model, Any simple modification, equivalent change and modification made by the above technical examples according to the technical essence of the present invention, still belong to In the range of the utility model.

Claims (10)

1. a kind of washing-drying integral machine, including drainage arrangement and pipeline, it is characterised in that：The drainage arrangement have water inlet chamber, The pump housing and discharge outlet, the water inlet chamber have multiple water inlets, and multiple water inlets are connected from different pipelines respectively.

2. washing-drying integral machine according to claim 1, it is characterised in that：Including washing unit and drying unit, it is described into Water chamber at least has the first water inlet and the second water inlet, and first water inlet is connected to drying unit water outlet, described Second water inlet is connected to washing unit water outlet.

3. washing-drying integral machine according to claim 2, it is characterised in that：The drying unit water outlet with described first into The mouth of a river is fixedly connected by the first pipeline, and the washing unit water outlet and second water inlet connect by the way that the second pipeline is fixed It connects, there is liquid seal structure on the first pipeline and/or the second pipeline.

4. washing-drying integral machine according to claim 3, it is characterised in that：First pipeline and/or the second pipeline have Structure is locally bent, the structure that locally bends can accumulate liquid formation fluid-tight.

5. washing-drying integral machine according to claim 4, it is characterised in that：The structure that locally bends is U-bend, described U-bend one end tube body extends up, and other end tube body is bent downwards again, and the U-bend bottom of the tube can accumulate liquid and be formed Fluid-tight；The U-bend is integrally formed with first pipeline and/or the second pipeline or seperated sealed connection.

6. washing-drying integral machine according to claim 3, it is characterised in that：Including shell, the drying unit includes drying Cylinder, the washing unit includes cylindric washer, and the Drying and cylindric washer are setting up and down in shell, the Drying water outlet It is connect with the first water inlet by first inlet pipeline, the washing tube water outlet and the second water inlet pass through the second water inlet Piping connection.

7. washing-drying integral machine according to claim 6, it is characterised in that：The Drying is located at body upper, described to wash It washs cylinder and is located at underpart, the drainage arrangement is located at organism bottom, and first water inlet is located at water inlet chamber roof, so First inlet pipeline has liquid seal structure, and the liquid seal structure is used to obstruct the aqueous vapor intercommunication of cylindric washer and Drying.

8. washing-drying integral machine according to claim 1, it is characterised in that：The pipeline caliber and water inlet/discharge outlet mouth Diameter matching, the pipeline are fixed on water inlet/discharge outlet junction by pipe clamp.

9. washing-drying integral machine according to claim 1, it is characterised in that：The drainage arrangement also has filter device, institute State filter device and be inserted into the water inlet chamber interior, filter the water of multiple water inlets, the filter device can slave tear open in vitro It unloads.

10. washing-drying integral machine according to claim 1, it is characterised in that：The water inlet chamber, which also has, flows to end the mouth of a river, institute It states and flows to end the mouth of a river positioned at water inlet cavity bottom, be used for drained of residual liquid.