CN109554880A

CN109554880A - A kind of Combined washing drying integral machine and control method

Info

Publication number: CN109554880A
Application number: CN201710878212.3A
Authority: CN
Inventors: 王育宝; 李文伟; 吴军; 潘光辉; 王光锋; 王海波
Original assignee: Qingdao Haier Drum Washing Machine Co Ltd
Current assignee: Qingdao Haier Washing Electric Appliance Co Ltd; Haier Smart Home Co Ltd
Priority date: 2017-09-26
Filing date: 2017-09-26
Publication date: 2019-04-02
Anticipated expiration: 2037-09-26
Also published as: CN109554880B

Abstract

The invention belongs to household appliance technical fields, specifically, it is related to a kind of Combined washing drying integral machine and control method, including drying system and at least one first clothing process cartridge and at least one second clothing process cartridge, the drying system includes the circulation line being connected to the first clothing process cartridge, drying branch is equipped with close to the first clothing process cartridge air intake on the circulation line, it is introduced directly into the second clothing process cartridge for wind will to be dried, the circulation line and/or drying branch road are equipped with drying wind control unit, dry the drying branch conducting of air control component controls, drying wind is introduced directly into the second clothing process cartridge, beneficial effects of the present invention are by the first clothing process cartridge of setting and the second clothing process cartridge, realize the washing and drying to article, pass through setting drying branch simultaneously, utilize same set of heating module, it realizes Space and cost are saved in heating to the first clothing process cartridge and the second clothing process cartridge.

Description

A kind of Combined washing drying integral machine and control method

Technical field

The invention belongs to household appliance technical fields, specifically, being related to a kind of Combined washing drying integral machine and control method.

Background technique

Washing machine is acted on using electric energy production machinery to wash the cleaning appliance of clothing, is divided by its specified washing capacity Two classes of household and collective.Chinese regulation washing capacity below belongs to washing machine at 6 kilograms: washing machine mainly by Cabinet, Washing dewatering tub (by washing and dehydration barrel separate), transmission and control system etc. form, some is also equipped with heating and fills It sets.

Requirement with people to washing machine is higher and higher, integrated washing machine and multifunction washing machine increasingly by People's likes.But integrated washing machine is mostly simply piling up for the washing machine of multiple functions, is consumed energy larger, particularly with The heat utilization ratio of washing machine provided with drying function, the drying wind of heating devices heat is small, causes the waste of resource.Right When washing water is heated, setting electric heater is generallyd use, washing water is heated using electric heater, if washing machine Drying component is set simultaneously, it is also necessary to heating device be arranged in air duct, in this way, the heating device of multiple settings causes washing machine Energy consumption is high, and occupied space is big, at high cost, not environmentally.

In view of this present invention is specifically proposed.

Summary of the invention

The technical problem to be solved in the present invention is that overcoming the deficiencies of the prior art and provide a kind of Combined washing drying integral machine And control method realizes washing and drying to article, simultaneously by the first clothing process cartridge of setting and the second clothing process cartridge Branch is dried by setting, using same set of heating module, realization adds the first clothing process cartridge and the second clothing process cartridge Heat saves space and cost；Branch pipe is heated by setting washing water and air heats branch pipe, realizes the different parts to cylindric washer Targetedly heating, the utilization rate of heat are higher；By the way that multiple three-way switch valves are arranged, when realizing execution distinct program, lead Lead to different air ducts, realizes making full use of for drying wind-heat amount.

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

A kind of Combined washing drying integral machine, including drying system and at least one first clothing process cartridge and at least one the Two clothing process cartridges, the drying system include the circulation line being connected to the first clothing process cartridge, are leaned on the circulation line Nearly first clothing process cartridge air intake is equipped with drying branch, is introduced directly into the second clothing process cartridge for that will dry wind, described Circulation line and/or drying branch road are equipped with drying wind control unit, and drying air control component controls drying branch conducting will dry Dry-air blast is introduced directly into the second clothing process cartridge.

Circulation line includes the air inlet pipeline connecting with the first clothing process cartridge air intake, for the drying wind after heating It is fed directly in the first clothing process cartridge, the drying branch is arranged on air inlet pipeline, and the drying wind after heating is direct It imports in the second clothing process cartridge；

Preferably, drying system includes heating device, and heating device is arranged on air inlet pipeline, and drying branch setting is adding Between thermal and the air intake of the first clothing process cartridge；

First clothing process cartridge is Drying or the cylindric washer for that can be dried, and the second clothing process cartridge is to wash Wash the cylindric washer for cylinder/Drying/can be dried.

On air inlet pipeline and/or drying branch road, drying air control component controls are dried for the drying wind control unit setting The conducting of Heavenly Stems and Earthly Branches road, the drying wind after heating is introduced directly into the second clothing process cartridge；

Preferably, the drying wind control unit is arranged in air inlet pipeline and dries the junction of branch, dries air control system The conducting of component controls drying branch；

It is highly preferred that the drying wind control unit is three-way switch valve, the three-way switch valve is in conducting circulation line Switch between conducting air inlet pipeline and drying branch.

Be connected on the second clothing process cartridge for will dry wind introduce washing water in washing water heating branch pipe and/ Or the air heating branch pipe of washing water level or more is introduced for wind will to be dried, the outlet air end of the drying branch adds with washing water Hot leg pipe and/or with air heating branch pipe be connected to, will dry wind be introduced directly into the second clothing process cartridge；

Preferably, the communication port setting being connected on the second clothing process cartridge with washing water heating branch pipe is in the processing of the second clothing Cylinder lowest water level is hereinafter, the communication port being connected to air heating branch pipe is arranged more than the second clothing process cartridge peak level.

Washing water heats branch pipe and/or air heating branch pipe is equipped with branch pipe control piece, control drying branch and washing water It heats branch pipe and/or is connected with air heating branch pipe；

Preferably, washing water heating branch pipe and the air intake of air heating branch pipe first converge, then are connected to drying branch, prop up Product setting is managed in meet, branch pipe control piece is in conducting washing water heating branch pipe and drying branch pipe and conducting air heating branch Switch between pipe and drying branch pipe.

Air-supply branch is additionally provided on the circulation line, for the drying wind in the first clothing process cartridge to be introduced the second clothing In object process cartridge, the circulation line and/or air-supply branch road are equipped with air blowing control component, air blowing control component controls air-supply branch Drying wind is imported the second clothing process cartridge, air-supply branch and drying pipeline connection by road conducting；

Preferably, the air intake of washing water heating branch pipe and air heating branch pipe first converges to form fluidic junction, branch of blowing Outlet air end and dry branch outlet air end be connected to fluidic junction, branch pipe control piece setting in fluidic junction.

The row that the drying wind for that will import in the second clothing process cartridge is transmitted back to circulation line is additionally provided on circulation line Wind branch, the circulation line and/or air draft branch road are additionally provided with air draft control unit, and air draft control unit controls air draft branch With the conducting of circulation line, the drying wind in the second clothing process cartridge is recycled in circulation line；

Preferably, the junction of circulation line and air draft branch, air draft control unit is arranged in the air draft control unit Switch between conducting circulation line and conducting exhaust pipeline and circulation line.

A kind of control method of said combination formula washing-drying integral machine dries air control system in the work of the second clothing process cartridge Component controls dry branch conducting, and the drying wind in circulation line is introduced directly into the second clothing process cartridge；

Preferably, when the second clothing process cartridge works independently, drying air control component controls drying branch conducting, heating The direct drying branch of drying wind afterwards enters in the second clothing process cartridge, and air draft control unit controls the conducting of air draft branch, the Drying wind in two clothing process cartridges is recycled back to circulation line.

When washing procedure/rinsing program/dehydration procedure is individually performed in the second clothing process cartridge, drying control piece conducting is dried Heavenly Stems and Earthly Branches road；

When executing washing procedure/rinsing program, branch pipe control piece is connected washing water and heats branch pipe second clothing process cartridge, Washing water is heated；

For second clothing process cartridge when executing dehydration procedure, branch pipe control piece conducting air heats branch pipe, to the second clothing Air in process cartridge is heated.

The following steps are included:

If the first clothing process cartridge does not work, the second clothing process cartridge work, drying wind control unit is led branch is dried Logical, the conducting of air draft branch will be connected in air draft control unit；

When the second clothing process cartridge executes washing/rinsing program, washing water heating branch pipe is connected branch pipe control piece,

When the second clothing process cartridge executes dehydration procedure, air heating branch pipe is connected branch pipe control piece,

When the second clothing process cartridge executes drying procedure, branch pipe control piece washing water heats branch pipe conducting,

If the first clothing process cartridge and the second clothing process cartridge work, circulation line is connected drying wind control unit, The conducting of air draft branch will be connected in air blowing control component air-supply branch, air draft control unit；

When the second clothing process cartridge executes washing procedure/rinsing program, branch pipe control piece is connected washing water and heats branch pipe,

When the second clothing process cartridge is when executing dehydration procedure, branch pipe control piece conducting air heats branch pipe,

When the first clothing process cartridge executes drying, and the second clothing process cartridge does not work, drying wind control unit, air-supply control Circulation line is connected in component processed and air draft control unit.

After adopting the above technical scheme, compared with the prior art, the invention has the following beneficial effects: passing through setting first Clothing process cartridge and the second clothing process cartridge, realize washing and drying to article, while by setting drying branch, using same A set of heating module realizes the heating to the first clothing process cartridge and the second clothing process cartridge, saves space and cost；By setting Washing water heating branch pipe and air heating branch pipe are set, the different parts of the second clothing process cartridge are targetedly heated in realization, The utilization rate of heat is higher；By the way that multiple three-way switch valves are arranged, when realizing execution distinct program, different air ducts is connected, in fact Now dry making full use of for wind-heat amount.

A specific embodiment of the invention is described in further detail with reference to the accompanying drawing.

Detailed description of the invention

Attached drawing is as a part of the invention, and for providing further understanding of the invention, of the invention is schematic Examples and descriptions thereof are used to explain the present invention, but does not constitute an undue limitation on the present invention.Obviously, the accompanying drawings in the following description Only some embodiments to those skilled in the art without creative efforts, can be with Other accompanying drawings can also be obtained according to these attached drawings.In the accompanying drawings:

Fig. 1 is Combined washing drying integral machine (condensing) structural schematic diagram that the present invention has air-supply branch；

Fig. 2 is Combined washing drying integral machine (heat-pump-type) structural schematic diagram that the present invention has air-supply branch；

Fig. 3 is Combined washing drying integral machine (condensing) structural schematic diagram that the present invention has drying branch；

Fig. 4 is Combined washing drying integral machine (heat-pump-type) structural schematic diagram that the present invention has drying branch；

Fig. 5 is the Combined washing drying integral machine control method flow chart that the present invention has air-supply branch；

Fig. 6 is the Combined washing drying integral machine control method flow chart that the present invention has drying branch.

In figure: 92, water level sensor 93, collection air valve 94, drainpipe 95, drain valve 96, water inlet pipe 97, water storage tank 98, inner cylinder 99, outer cylinder 100, cylindric washer 200, Drying 300, circulation line 301, outgoing line 302, washing water add Hot leg pipe 303, air heating branch pipe 304, branch pipe control piece 305, air draft branch 306, air draft control unit 307, air inlet Pipeline 310, air-supply branch 311, air blowing control component 320, drying branch 321, drying wind control unit 330, heating dress It sets 400, compressor 401, condenser (heat release) 402, device for drying and filtering 403, capillary 404, condensate filter 405, steam Send out device 406, gas-liquid separator 409, drying heater 410, drying blower 411, condensate filter 412, condenser 413, water storage case.

It should be noted that these attached drawings and verbal description are not intended to the design model limiting the invention in any way It encloses, but illustrates idea of the invention by referring to specific embodiments for those skilled in the art.

Specific embodiment

In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention In attached drawing, the technical solution in embodiment is clearly and completely described, the following examples are intended to illustrate the invention, but It is not intended to limit the scope of the invention.

Embodiment one

As shown in Figs. 1-2, a kind of Combined washing drying integral machine, including drying system, at least one first clothing process cartridge With at least one the second clothing process cartridge, the drying system includes the circulation line 300 being connected to the first clothing process cartridge, institute It states circulation line 300 and is equipped with air-supply branch 310, introduced in the second clothing process cartridge for wind will to be dried, the circulation line 300 and/or air-supply branch 310 be equipped with air blowing control component 311,311 control in the air blowing control portion air-supply conducting of branch 310, Drying wind is imported in the second clothing process cartridge.The drying wind in the first clothing process cartridge is introduced into the second clothing using air-supply branch Object process cartridge realizes the supply same to the first clothing process cartridge and the processing of the second clothing of same drying system, saves drying system Drying component.

Further, the circulation line includes by the drying wind export that heat exchange is completed in the first clothing process cartridge Outgoing line, the air-supply branch is arranged on outgoing line, and the outlet air end for branch of blowing is connected to the second clothing process cartridge, Wind will be dried derived from the first clothing process cartridge to import in the second clothing process cartridge.The first clothing is handled using air-supply branch Drying wind in cylinder, completing heat exchange with the load in the first clothing process cartridge introduces the second clothing process cartridge, realizes The Multi-class propagation of wind is dried, it is more energy saving.

Further, the first clothing process cartridge is Drying or the cylindric washer for that can be dried, second clothing Process cartridge is the cylindric washer for cylindric washer/Drying/can be dried.

The Combined washing drying integral machine further includes water level sensor 92, collection air valve 93, drainpipe 94 and water inlet pipe 96, row Water pipe 94 is equipped with draining pump 95, and 96 downstream of water inlet pipe is equipped with water storage tank 97.It is divided into two branches, a branch after water storage tank 97 Road carries out being delivered to condenser 412 as condensed water, and another branch is connected to the second clothing process cartridge, is the second clothing process cartridge Washing water is provided.Second clothing process cartridge and the first clothing process cartridge are split up and down, and the second clothing process cartridge is arranged in lower part, the One clothing process cartridge is arranged on top.Second clothing process cartridge and the first clothing process cartridge include inner cylinder 98 and outer cylinder 99.The Two clothing process cartridges and the first clothing process cartridge are not limited to split up and down.

First clothing process cartridge is connected to circulation line 300, and circulation line 300 is equipped with heating module, and air is heated Form drying wind, the air intake of circulation line 300 blasts wind is dried in the first clothing process cartridge, drying wind and article to be washed into Wind decreasing temperature and increasing humidity is dried in row heat exchange, and article to be washed heats wet down, and the article to be washed in the first clothing process cartridge is dried, and is dried The first clothing process cartridge is discharged through the outlet air end of circulation line 300 in dry-air blast, is recycled to heating module and heats to drying wind, real Now recycle, it is energy saving.

First clothing process cartridge executes drying procedure, dries to the article being placed in the first clothing process cartridge, the Two clothing process cartridges can wash the second clothing process cartridge undergarment.

If the second clothing process cartridge is also operating while the operating of the first clothing process cartridge, the first clothing can use Drying wind in process cartridge, the washing effect improved in the second clothing process cartridge e.g. execute drying in the first clothing process cartridge When, it is washed in the second clothing process cartridge, if drying wind is introduced the second clothing process cartridge, washing water is heated, Washing speed can then be accelerated, improve washing effect, if washing is added in drying wind when the second clothing process cartridge is executed and is dehydrated Dewatering speed and effect can also be accelerated in cylinder.

When Drying executes drying, and cylindric washer operates, by setting air-supply branch 310, by the baking in circulation line 300 Dry-air blast introduces in the second clothing process cartridge, to the washing water in the second clothing process cartridge or to the sky in the second clothing process cartridge Load (article such as to be washed) in gas and the second clothing process cartridge is heated, and has both been realized the Multi-class propagation of the energy, has been made full use of, And it realizes and improves washing effect or dehydrating effect.This mode eliminates the heater of cylindric washer, reduces cost.

Heating module can be heat-pump-type heating module, be also possible to condensing heating module.

Specifically, heat-pump-type heating module, heat-pump-type heating module include compressor 400, condenser (heat release) 401, Device for drying and filtering 402, capillary 403, condensate filter 404, evaporator 405 and gas-liquid separator 406, above-mentioned component are successively set It sets on circulation line 300, compressor 400 provides power for the gas in circulation line 300, and condenser (heat release) 401 will be empty Gas heating, evaporator (heat absorption) 405 are used to cool down the drying wind drawn out of first clothing process cartridge, gas-liquid separator 406 For the gas dried in wind and liquid to be separated.After compressor 400 is opened, compressor 400 will dry wind from air outlet Discharge forms xeothermic drying wind after the heating of condenser (heat release) 401, passes through device for drying and filtering 402, capillary later The article to be dried entered in the first clothing process cartridge, with the first clothing process cartridge after 403 carries out heat exchange, damp and hot drying wind warp After evaporator (heat absorption) 405,406 reducing temperature and humidity of gas-liquid separator, compressor 400 is returned to, forms circulation.

Condensing heating module includes drying blower 410, drying heater 409, condensate filter 404 and condenser 412, Drying blower 410, drying heater 409 and condenser 412 are arranged on circulation line 300, and drying blower 410, drying add Hot device 409, the first clothing process cartridge, condensate filter 404 and condenser 412 are set gradually along airflow direction, dry blower 410 Air is delivered to drying heater 409 along circulation line 300, drying heater 409 is drying wind heating, the drying after heating Wind enters the first clothing process cartridge along circulation line 300, and wind is dried in the first clothing process cartridge and article to be washed carries out hot friendship It changes, the gas being discharged from the first clothing process cartridge is damp and hot drying wind, and damp and hot drying wind is after 412 reducing temperature and humidity of condenser, again It is transported to drying blower 410, formation recycles.

Further, Combined washing drying integral machine further includes detection device, and detection device is for detecting washing in cylindric washer The temperature of water, if the temperature controls condensing unit (condenser or evaporator) and close or be arranged less than a preset value One branch pipe in parallel e.g. closes the condensed water in condensing heating module, or in heat-pump-type heating module, in setting one The branch pipe in parallel with evaporator makes drying wind not walk condensing unit, and enters circulation line from branch pipe in parallel, realizes utilization Condensation of the second clothing process cartridge to drying wind, further reduces the consumption of condensing unit, further saves the energy.

Wherein, the preset value of the temperature is 60 DEG C.

Further, Combined washing drying integral machine further includes water storage case 413, for collecting in drying wind by condenser 412/ The moisture that evaporator 405 condenses out can also collect the washing water in the second clothing process cartridge.

Further, Combined washing drying integral machine further includes for rinsing at the first clothing process cartridge and/or the second clothing The flusher of cylinder and/or condensate filter 404 is managed, water storage case 413 is connect with flusher, and is supplied water for flusher, real Now to the Washing of above-mentioned component.

Combined washing drying integral machine can be used for the washings such as washing machine, dish-washing machine field.

Embodiment two

As shown in Figs. 1-2, the present embodiment is further limiting to embodiment one, and Combined washing drying integral machine is laundry Machine, the washing machine include two cylinders, and a Drying, a cylindric washer, the top of cylindric washer is arranged in Drying.

The circulation line 300 includes by outgoing line derived from the drying wind that heat exchange is completed in Drying 200 301, the air-supply branch 310 is arranged on outgoing line 301, and the outlet air end of air-supply branch 310 is connected to cylindric washer 100, will The drying wind derived from the Drying 200 imports in cylindric washer 100.

Due to needed for the washing water heating in cylindric washer 100 or the air in cylindric washer 100/article to be washed heating Temperature is relatively low, be separately provided that heating device 330 is at high cost, and the application will be from the heat exchange that is completed in Drying 200 Dry wind and import cylindric washer 100, since this partially desiccated wind also has certain temperature, using this part wind to washing water or Air or article to be washed are heated, i.e., by the series connection of Drying 200 and cylindric washer 100, realize the multistage benefit of drying wind With, heat source is made full use of, it is more economical reasonable.

Further, the setting of air blowing control component 311 is on air-supply branch 310 and/or outgoing line 301, air-supply The control of control unit 311 air-supply branch 310 and outgoing line 301 are connected, and will import washing from drying wind derived from Drying 200 In cylinder 100；It is truncated, does not then wash drying wind introducing with outgoing line 301 when air blowing control component 311 controls air-supply branch 310 Wash cylinder 100.

Scheme one, when blowing branch 310 and the conducting of outgoing line 301, circulation line 300 is not truncated.

The setting of air blowing control component 311 is on air-supply branch 310, when Drying 200 is worked at the same time with cylindric washer 100, The air blowing control component 311 blown on branch 310 is opened, and air-supply branch 310 is connected with outgoing line 301, dries wind one Lease making air-supply branch 310 enters in cylindric washer 100, and a part is recycled back to heating module heating through circulation line 300.

Air blowing control component 311 can be shut-off valve.

Scheme two, when blowing branch 310 and the conducting of outgoing line 301, circulation line 300 is truncated.

Air blowing control component 311 is two control valves, and control valve is separately positioned on air-supply branch 310 and outgoing line 301 On, the downstream of branch is arranged in the control valve being arranged on outgoing line 310, when Drying 200 and cylindric washer 100 work at the same time When, the control valve blown on branch 310 is opened, and air-supply branch 310 and circulation line 300 are connected, the control on outgoing line 301 Valve truncation, drying wind all enter in cylindric washer 100 through air-supply branch 310.

Control valve is shut-off valve.

Scheme three, when blowing branch 310 and the conducting of outgoing line 301, circulation line 300 is truncated.

The intersection of air-supply branch 310 and circulation line 300, air blowing control component 311 is arranged in air blowing control component 311 Drying wind is imported cylindric washer 100 by the conducting for controlling outgoing line 301 and branch 310 of blowing.

Specifically, air blowing control component 311 is selection switching valve, selects switching valve tool there are two state, state one is sent Wind branch 310 and outgoing line 301 are connected, while circulation line 300 is truncated, state two, blow branch 310 and outgoing line 301 truncations, while circulation line 300 is connected.When Drying 200 and cylindric washer 100 work at the same time, it is in state one, will be dried Dry-air blast all enters in cylindric washer 100 through air-supply branch 310, does not work in cylindric washer 100, when Drying 200 works, is in shape Drying wind is all recycled to drying module by state two.

Air blowing control component 311 is three-way switch valve.

Embodiment three

As shown in Figs. 1-2, the present embodiment is further limiting to embodiment two, and the cylindric washer 100 is equipped with and is used for Wind will be dried to introduce the washing water heating branch pipe 302 of 100 washed water of cylindric washer and/or be used to dry wind introducing washing aqueous Air more than face heats branch pipe 303.

On cylindric washer 100 with washing water heating branch pipe 302 be connected to communication port setting in cylindric washer 100 minimum liquid level with Under, it heats drying wind to the washing water in cylindric washer 100, accelerates washing speed, improve washing effect, while air shape It is stirred at being bubbled, accelerates rate of washing and efficiency.The communication port being connected to air heating branch pipe 303 is arranged in cylindric washer 100 More than highest liquid level, the load (article or air such as to be washed) in cylindric washer 100 is heated.

Preferably, the bottom of cylindric washer 100 is arranged in the communication port being connected on cylindric washer 100 with washing water heating branch pipe 302 Portion, the highest liquid level of cylindric washer 100 or more is arranged in the communication port being connected to air heating branch pipe 303, e.g., in cylindric washer Portion.

It is described when one of washing water heating branch pipe 302 and air heating branch pipe 303 are only arranged on cylindric washer 100 Air-supply branch 310 heats branch pipe 302 with washing water or is connected to air heating branch pipe 303.Blow branch 310 outlet air end with Washing water heats the air intake connection of branch pipe 302, and drying wind is introduced in washing water, the outlet air end and air of branch 310 of blowing Drying wind is introduced washing water level or more, heated to the load in cylindric washer by the wind inlet section connection for heating branch pipe 303.

When washing water heating branch pipe 302 and air heating branch pipe 303 is arranged on cylindric washer 100 simultaneously, washing can be Water heats branch pipe 302 and is connected to respectively with air-supply branch 310 with air heating branch pipe 303, and drying wind is introduced in washing water simultaneously More than washing water level.

Be also possible to washing water heating branch pipe 302 and air heating branch pipe 303 air intake first converge, then with blow branch 310 outlet air end is connected to, and the drying wind in branch 310 of blowing is shunted in fluidic junction, is realized drying wind while being introduced washing water It is more than interior and washing water level.

The branch 310 that can also blow is set as a plurality of, and the outlet air end of each air-supply branch 310 is all connected with a washing water It heats branch pipe 302 or air heats branch pipe 303, drying wind is introduced simultaneously in washing water and more than washing water level.

Washing water heats branch pipe 302 and/or air heating branch pipe 303 is equipped with branch pipe control piece 304, control air-supply branch 310 are connected with washing water heating branch pipe 302 and/or with air heating branch pipe 303.It is the realization property of can choose, targeted It imports.

Due to having washing water in cylindric washer 100 in washing procedure and rinsing program, washing water is imported by the way that wind will be dried Interior, heat exchange effect is more preferable, moreover, clothing is in floating state, will not block the intercommunicating pore of lower part, at this time introduces drying wind More than liquid level, washing effect is bad；

When dehydration, air-supply branch 310 is connected to air heating branch pipe 303, heat is carried out to the air in cylindric washer 100 Exchange, hydrone adhesive force lower, it is easier to it is thrown away inside from hair, meanwhile, liquid level reduces drag effect with upper air inlet.Pass through Branch pipe control piece 304 is set, and cylindric washer 100 can according to need selective conducting wherein one when executing different programs Kind, i.e., selective conducting washing water heating branch pipe 302 or air heat branch pipe 303, and specific aim is more preferable.

Scheme one is washed when washing water heating branch pipe 302 is connected to air-supply branch 310 respectively with air heating branch pipe 303 It washs and branch pipe control piece 304 is respectively set on water heating branch pipe 302 and air heating branch pipe 303, which branch pipe conducting needed, by which Branch pipe control piece 304 on one branch pipe is opened.Branch pipe control piece 304 can be control valve, such as shut-off valve.

Scheme two, when air-supply branch 310 is set as a plurality of, the outlet air end of each air-supply branch 310 is all connected with one and washes Water heating branch pipe 302 or air heating branch pipe 303 are washed, drying wind is introduced simultaneously in washing water and more than washing water level, is washed It washs and branch pipe control piece 304 is respectively set on water heating branch pipe 302 and air heating branch pipe 303, which branch pipe conducting needed, by which Branch pipe control piece 304 on one branch pipe is opened.Branch pipe control piece 304 can be control valve, such as shut-off valve.

Scheme three, when washing water heating branch pipe 302 and air heating branch pipe 303 air intake first converge, then with air-supply prop up Road 310 is connected to, and branch pipe control piece 304 is respectively set on washing water heating branch pipe 302 and air heating branch pipe 303, selective Washing water heating branch pipe 302 is connected or air heats branch pipe 303, which branch pipe conducting needed, the branch on which branch pipe is managed Product 304 is opened.Branch pipe control piece 304 can be control valve, such as shut-off valve.

Scheme four, when washing water heating branch pipe 302 and air heating branch pipe 303 air intake first converge, then with air-supply prop up Road 310 is connected to, and the setting of branch pipe control piece 304 is heated branch pipe 302 and sent in meet, branch pipe control piece 304 in conducting washing water Switch between wind branch 310 or conducting air heating branch pipe 303 and air-supply branch 310.Branch pipe control piece 304 be three-way control valve or Person's three-way switch valve.

Air blowing control component 311 is three-way switch valve A, and branch pipe control piece 304 is three-way switch valve C.

Specifically, as shown in Figs. 1-2, washing water heating branch pipe 302 and the air intake of air heating branch pipe 303 first converge It closes, then is connected to air-supply branch 310, the air intake of air-supply branch 310 is connected to outgoing line 301, and outlet air end and fluidic junction connect Logical, the junction of air-supply branch 310 and outgoing line 301, three-way switch valve C setting air-supply branch is arranged in three-way switch valve A The fluidic junction of the air intake of 310 outlet air end, the air intake of washing water heating branch pipe 302 and air heating branch pipe 303.

Control process: Drying 200 executes drying, and when cylindric washer 100 executes washing procedure/rinsing program, threeway is cut Change valve A conducting outgoing line 301 and air-supply branch 310, while three-way switch valve C conducting air-supply branch 310 and washing water heating Drying wind is delivered in cylindric washer 100 by branch pipe 302；

Drying is executed in Drying 200, when cylindric washer 100 executes dehydration procedure, outgoing line is connected in three-way switch valve A 301 and air-supply branch 310, while three-way switch valve C conducting air-supply branch 310 and air heat branch pipe 303, will drying wind conveying To more than washing water level.

When Drying 200 executes drying, and cylindric washer 100 does not work, three-way switch valve A is truncated outgoing line 301 and send Wind branch 310, circulation line 300 are connected, and execute drying.

Further, it is additionally provided on circulation line 300 for the drying wind imported in cylindric washer 100 to be transmitted back to circulation pipe The air draft branch 305 on road 300 is additionally provided with air draft control unit 306 on the circulation line 300 and/or air draft branch 305, arranges Wind control unit 306 controls the conducting of air draft branch 305 and circulation line 300, and the drying wind in cylindric washer 100 is recycled to In endless tube road 300.

The upstream of condenser 412 or evaporator 405, position is arranged in the junction of air draft branch 305 and circulation line 300 In the downstream of air-supply branch 310 and 300 junction of circulation line.

In order to come back to the drying wind entered in cylindric washer 100 in circulation line 300, by the way that air draft branch is arranged 305 direct it in circulation line 300, realize circulation, and air draft control unit 306 can be set in circulation line 300 and row The junction of wind branch 305, air draft control unit 306 is in conducting circulation line 300 and conducting air draft branch 305 and circulation line Switch between 300.In this way, passing through the Truncation of air blowing control component 311 and air draft control unit 306, make 300 quilt of circulation line What is be truncated is more thorough, and drying wind can be made to fully enter cylindric washer 100.

Air draft control unit 306 can be three-way switch valve B.

Wherein, air draft control unit 306 also can be set on air draft branch 305.

Control method:

When Drying 200 executes drying, and cylindric washer 100 executes washing procedure/rinsing program, (a closes b to three-way switch valve A It is logical) air-supply branch 310 is connected and circulation line 300 is truncated, while three-way switch valve C (it is logical that a closes b) conducting washing water heating Pipe 302 is truncated air and heats branch pipe 303, dries wind from the bottom of cylindric washer 100 and enters cylindric washer 100, adds to washing water Heat, three-way switch valve B (it is logical that a closes b) conducting air draft branch 305 and circulation line 300, are truncated circulation line 300, from cylindric washer The drying wind of 100 discharges enters circulation line 300 from air draft branch 305.

When Drying 200 executes drying, and cylindric washer 100 executes dehydration procedure, three-way switch valve A (it is logical that a closes b) is led Pipeline 301 and converge pipeline out, while three-way switch valve C (a leads to b and closes) switching-on air heating branch pipe 303, drying wind from The middle part of cylindric washer 100 enters cylindric washer 100, heats to air, three-way switch valve B (it is logical that a closes b) conducting air draft branch 305 are truncated circulation line 300 with circulation line 300, enter from the drying wind that cylindric washer 100 is discharged from air draft branch 305 and recycle Pipeline 300；

When Drying 200 executes drying, and cylindric washer 100 does not work, three-way switch valve A (a leads to b and closes), three-way switch valve B (a leads to b and closes) conducting circulation line 300, will dry wind circulating-heating, dries to the article in drying bucket；

Heating device 330 can also be arranged in the lower part of cylindric washer 100, e.g., water heater is washed, when the not work of Drying 200 Make, when cylindric washer 100 works independently, washing water heater heats washing water.

Example IV

As shown in Figs. 1-2, a kind of control method of the Combined washing drying integral machine of embodiment-embodiment three, in Drying 200 and cylindric washer 100 when working at the same time, the control air-supply branch 310 of air blowing control component 311 is connected, and drying wind is imported washing In cylinder 100.

Further, drying procedure is executed in Drying 200, cylindric washer 100 executes washing procedure/rinsing program/dehydration When program, the control air-supply branch 310 of air blowing control component 311 is connected, and drying wind enters through outgoing line 301, air-supply branch 310 Cylindric washer 100, heats washing water and/or air, and air draft control unit 306 controls air draft branch 305 and is connected, and will enter Drying wind in cylindric washer 100 imports circulation line 300 again again.

Further, as shown in figure 5, the control method of Combined washing drying integral machine, comprising the following steps:

When Drying 200 executes drying procedure, and cylindric washer works, the conducting air-supply branch of air blowing control component 311 310, air draft branch 205 is connected in air draft control unit 306；

If cylindric washer 100 executes washing procedure/rinsing program, branch pipe control piece 304 is connected washing water and heats branch pipe 302,

If cylindric washer 100, when executing dehydration procedure, 304 conducting air of branch pipe control piece heats branch pipe 303；

It works when executing drying procedure in Drying 200, when cylindric washer does not work, air blowing control component 311 and air draft control 306 control loop pipeline of component conducting processed.

Specifically, it when Drying 200 executes drying procedure, and cylindric washer 100 executes washing procedure/rinsing program, send The switching-on air-supply branch 310 of wind control unit 311 and circulation line 300 are cut off, and branch pipe control piece 304 is switching-on Washing water heats branch pipe 302 and cuts off air heating branch pipe 303, heats to washing water, air draft control unit 306, which switches to, leads Open air exhaust branch 305 and circulation line 300 and cutting circulation line 300, the drying wind entered in cylindric washer 100 is led back to again Circulation line 300；

Drying procedure is executed in Drying 200, when executing dehydration procedure, air blowing control component 311 switches cylindric washer 100 To conducting air-supply branch 310 and circulation line 300 be cut off, the switching-on air of branch pipe control piece 304 heat branch pipe 303 and It cuts off washing water and heats branch pipe 302, the air in cylindric washer 100 is heated, the switching-on row of air draft control unit 306 Wind branch 305 and circulation line 300 cut off circulation line 300, and the drying wind entered in cylindric washer 100 is led back to circulation again Pipeline 300；

When Drying 200 executes drying, and cylindric washer 100 does not work, the switching-on circulation pipe of air blowing control component 311 Road 300 and truncation air-supply branch 310, the switching-on circulation line 300 of air draft control unit 306 and cutting air draft branch 305, Wind circulating-heating in circulation line 300 is dried, realizes the drying of Drying 200；

It does not work in Drying 200, when cylindric washer 100 executes washing procedure and/or rinsing program and/or dehydration procedure, It washs water heater to open, washing water and air is heated.

More specifically, when Drying 200 executes drying procedure, and cylindric washer 100 executes washing procedure/rinsing program, Air-supply branch 310 is connected by three-way switch valve A (it is logical that a closes b) and circulation line 300 is cut off, three-way switch valve C (it is logical that a closes b) switching Air is cut off to conducting washing water heating branch pipe 302 and heats branch pipe 303, washing water is heated, (a closes b to three-way switch valve B It is logical) switching-on air draft branch 305 and circulation line 300 and cutting circulation line 300, the baking in cylindric washer 100 will be entered Dry-air blast leads back to circulation line 300 again；

Execute drying procedure in Drying 200, cylindric washer 100 is when executing dehydration procedure, three-way switch valve A (it is logical that a closes b) Switching-on air-supply branch 310 and circulation line 300 are cut off, and three-way switch valve C (a leads to b and closes), switching-on air added Hot leg pipe 303 and cutting washing water heating branch pipe 302, heat the air in cylindric washer 100, (a closes b to three-way switch valve B It is logical) switching-on air draft branch 305 and circulation line 300, cut off circulation line 300, will enter the drying in cylindric washer 100 Wind leads back to circulation line 300 again；

When Drying 200 executes drying, and cylindric washer 100 does not work, three-way switch valve A (a leads to b and closes) is switching-on to be followed Endless tube road 300 and truncation air-supply branch 310, the switching-on circulation line 300 of three-way switch valve B (a leads to b and closes) and cutting air draft Branch 305 dries wind circulating-heating in circulation line 300, realizes the drying of Drying 200；

Further, Combined washing drying integral machine further includes detection device, and detection device detection is washed out of cylindric washer 100 The temperature of water, if the temperature controls condensing unit (condenser or evaporator) closing, realize benefit less than a preset value The condensation that wind is dried with 100 pairs of cylindric washer, further reduces the consumption of condensing unit, further saves the energy.

Wherein, the preset value is 60 DEG C.

Embodiment five

As Figure 3-Figure 4, a kind of Combined washing drying integral machine, including the processing of drying system, at least one first clothing Cylinder and at least one second clothing process cartridge, the drying system includes the circulation line 300 being connected to the first clothing process cartridge, It is equipped with drying branch 320 close to laundry clothing process cartridge air intake on the circulation line 300, is introduced directly into for wind will to be dried In second clothing process cartridge, the circulation line 300 and/or drying branch 320 are equipped with drying wind control unit 321, drying The control drying branch 320 of wind control unit 321 is connected, and drying wind is introduced directly into the second clothing process cartridge.

First clothing process cartridge and the second clothing process cartridge are formd mode in parallel, the second clothing by drying branch 320 Process cartridge is after executing washing, and by the drying branch 320 of setting, drying wind is directly guided the second clothing process cartridge It is interior, the load (such as clothing) that finishes of washing is dried, so that the second clothing process cartridge is become one and is individually washed and dry integrally sets It is standby, drying wind in addition to can the second clothing process cartridge execute dry when use, can also be used in washing and dehydration, Washing and dehydration efficiency are improved, the utilization rate of drying wind is improved.

Further, the first clothing process cartridge is Drying or the cylindric washer for that can be dried, second clothing Process cartridge is the cylindric washer for cylindric washer/Drying/can be dried.First clothing process cartridge can be individual drying equipment Can be the laundry facilities with drying function, by circulation line 300 execute will drying wind introduce the first clothing process cartridge into Row drying is directly guided drying wind in the second clothing process cartridge, above-mentioned parallel way improves by drying branch 320 The utilization efficiency of wind is dried in Combined washing drying integral machine, it is more integrated.

Further, circulation line 300 includes the air inlet pipeline 307 connecting with the first clothing process cartridge air intake, is used for Drying wind after heating is fed directly in the first clothing process cartridge, the drying branch 320 is arranged in air inlet pipeline 307 On, the drying wind after heating is introduced directly into the second clothing process cartridge.

It is good for drying clothing effect since the temperature of the drying wind after heating is higher, it can be to the first clothing process cartridge It is heated with the load in the second clothing process cartridge, while in washing, which being introduced in the second clothing process cartridge, Temperature using drying wind is higher, and the washing water washing effect after heating is more preferable.Below using the first clothing process cartridge as Drying, Second clothing process cartridge explains for cylindric washer.

Drying system includes heating device 330, and heating device 330 is arranged on air inlet pipeline 307, and drying branch 320 is set It sets between heating device 330 and the air intake of Drying 200.In this way, alloing to dry branch 320 for heating device Drying wind after 330 heating is introduced directly into cylindric washer 100, is heated to clothing, washing water and air etc., is made cylindric washer 100 opposite can be individually present with Drying 200, realize a tractor serves several purposes, can both realize the independent drying of Drying, dry at this time Cylinder is equivalent to dryer, and may be implemented in cylindric washer washing, rinsing and drying course and input drying wind, and cylindric washer is suitable at this time In wash and drying one.

The setting of drying wind control unit 321 dries wind control unit on air inlet pipeline 307 and/or drying branch 320 Part 321 controls air inlet pipeline 307 and drying branch 320 is connected, and the drying wind after heating is introduced directly into cylindric washer 100.It is logical It crosses setting drying wind control unit 321 to selectively turn on when cylindric washer and Drying execute different programs, makes to enter the wind Pipeline 307 and drying branch 320 are connected, and when Drying 200 does not work, drying wind are oriented to cylindric washer 100, is cylindric washer The higher drying wind of temperature are provided in 100, for washing, rinse, be dehydrated and drying course, enable to dry wind sufficiently sharp With, raising washing, dehydration drying speed, and frequent starting heating module is reduced, reduce the service life of heating module.

Further, the drying wind control unit 321 is arranged in air inlet pipeline 307 and dries the junction of branch 320, Wind control unit 321 is dried to control air inlet pipeline 307 and dry the conducting of branch 320.Preferably, the drying wind control unit 321 be three-way switch valve, and the three-way switch valve is in conducting circulation line 300 and conducting air inlet pipeline 307 and drying branch 320 Between switch.That is, conducting circulation line 300, then close air inlet pipeline 307 and drying branch 320, provide baking into Drying 200 Dry-air blast, the article in Drying 200 is dried or switching-on air inlet pipeline 307 and drying branch 320, then close Closed loop pipeline 300 imports drying wind in cylindric washer 100, to load (washing water, air or the object in cylindric washer 100 Product) it is heated or is dried.

Wherein, drying wind control unit 321 can be set in drying branch 320, when needing to be connected, will dry wind control unit Part 321 is opened, and drying wind enters cylindric washer, and drying wind control unit 321 can be shut-off valve, and this mode will not influence drying Air inlet in cylinder；It can also be respectively provided with drying wind control unit 321 on drying branch 320 and air inlet pipeline 307, realize drying Branch 320 and air inlet pipeline 307 are individually opened, and also may be implemented to open simultaneously.

Further, the washing water heating branch introduced in washing water for wind will to be dried is connected on the cylindric washer 100 Pipe 302 and/or the air that washing water level or more is introduced for that will dry wind heat branch pipe 303, and the drying branch 320 goes out Wind end is heated branch pipe 302 with washing water and/or is connected to air heating branch pipe 303, and drying wind is introduced directly into cylindric washer 100 It is interior.

When the outlet air end for drying branch 320 is connected to washing water heating branch pipe 302, drying wind can be introduced directly into washing In water, washing water is heated, when the outlet air end for drying branch 320 is connected to air heating branch pipe 303, to cylindric washer 100 air or article is heated.When being connected to simultaneously with the two, it can be achieved that wind is dried in the offer of multiple directions.

Further, be arranged on cylindric washer 100 with the communication port that be connected to of washing water heating branch pipe 302 cylindric washer 100 most Low water level is hereinafter, the communication port being connected to air heating branch pipe 303 is arranged more than 100 peak level of cylindric washer.

Preferably, the bottom of cylindric washer 100 is arranged in the communication port being connected on cylindric washer 100 with washing water heating branch pipe 302 Portion, the communication port being connected to air heating branch pipe 303 are arranged in cylindric washer 100 more than peak level.

Further, washing water heating branch pipe 302 and/or air heating branch pipe 303 are equipped with branch pipe control piece 304, control System drying branch 320 and washing water heat branch pipe 302 and/or are connected with air heating branch pipe 303.By the way that branch pipe control piece is arranged 304, realize the selection to position is heated in cylindric washer 100, controllability is more preferable, and more targetedly, such as in washing, most It is good that drying wind is provided into washing water, in this way, drying wind can carry out maximum heat exchange, washing water heating with washing water Fastly, washing effect is fast, and washing is more liked cleanliness, and improves mixing effect, improves washing speed, saves the time.

Further, the air intake of washing water heating branch pipe 302 and air heating branch pipe 303 first converges, then props up with drying Road 320 is connected to, and for the setting of branch pipe control piece 304 in meet, branch pipe control piece 304 is in conducting washing water heating branch pipe 302 and dries Switch between Heavenly Stems and Earthly Branches road 320 and/or conducting air heating branch pipe 303 and drying branch 320.

Wherein, be also possible to washing water heating branch pipe 302 and air heating branch pipe 303 air intake respectively with the drying Branch 320 is connected to, and is respectively provided with branch pipe control piece 304, control conducting on washing water heating branch pipe 302 and air heating branch pipe 303 Switch between washing water heating branch pipe 302 and drying branch 320 and/or conducting air heating branch pipe 303 and drying branch 320.This The branch pipe control piece 304 of sample setting can be control valve, such as shut-off valve.

Preferably, branch pipe control piece 304 adds in conducting washing water heating branch pipe 302 with drying branch 320 and conducting air Switch between hot leg pipe 303 and drying branch 320.In this way, branch pipe control piece 304 can be three-way switch valve, selective conducting Washing water heats branch pipe 302 and drying branch 320 or conducting air heating branch pipe 303 and drying branch 320.

Further, it is additionally provided on circulation line 300 for the drying wind imported in cylindric washer 100 to be transmitted back to circulation pipe The air draft branch 305 on road 300 is additionally provided with air draft control unit 306 on the circulation line 300 and/or air draft branch 305, arranges Wind control unit 306 controls the conducting of air draft branch 305 and circulation line 300, and the drying wind in cylindric washer 100 is recycled to In endless tube road 300.It is energy saving in order to make, it by drying wind back in circulation line 300, continues to be heated, due to drying Dry-air blast also has certain heat, is directed back in circulation line 300, continues to be heated, energy saving, and sufficiently benefit Use the energy.

Further, the junction of circulation line 300 and air draft branch 305 is arranged in the air draft control unit 306, row Wind control unit 306 switches between conducting circulation line 300 and conducting air draft branch 305 and circulation line 300.

Control method:

A kind of control method of Combined washing drying integral machine, when cylindric washer 100 works, drying wind control unit 321 is controlled System drying branch 320 is connected, and the drying wind in circulation line 300 is introduced directly into cylindric washer 100.

Especially, when cylindric washer 100 works independently, the drying control drying branch 320 of wind control unit 321 is connected, cold The direct drying branch 320 of drying wind after condenser (heat release) or drying heater heating enters in cylindric washer 100, air draft control Component 306 processed controls air draft branch 305 and is connected, and the drying wind in cylindric washer 100 is recycled back to circulation line 300.

Drying wind control unit 321 is three-way switch valve D.

Specifically, a kind of control method of Combined washing drying integral machine when cylindric washer 100 works, dries wind control unit Part 321 (three-way switch valve D (a closes b and opens)) is connected branch 320 is dried, and drying wind enters drying branch 320；

When cylindric washer 100 executes washing procedure, branch pipe control piece 304 (three-way switch valve C (a closes b and opens)) will dry branch Road 320 and washing water heating branch pipe 302 are connected, and drying wind heats branch pipe from 300 drying branch 320 of circulation line, washing water 302 enter in the washing water in cylindric washer 100, are heated to washing water, are bubbled stirring；

When cylindric washer 100 executes dehydration procedure, branch pipe control piece 304 (three-way switch valve C (a opens b and closes)) will dry branch Road 320 and air heating branch pipe 303 be connected, drying wind from 300 drying branch 320 of circulation line, air heat branch pipe 303 into Enter the washing water level in cylindric washer 100 or more, (such as air and article) is heated to the load in cylindric washer 100 and is added Heat improves dehydration efficiency；

When cylindric washer 100 executes drying procedure, branch pipe control piece 304 (three-way switch valve C (a closes b and opens)) will dry branch Road 320 and washing water heating branch pipe 302 are connected, and drying wind heats branch pipe from 300 drying branch 320 of circulation line, washing water 302 enter in cylindric washer 100, carry out heating, drying to load.

When Drying 200 works independently, drying wind control unit 321 (three-way switch valve D (a opens b and closes)) will dry branch Road 320 is truncated, and circulation line 300 is connected；

In the above process, air draft control unit 306 (three-way switch valve D (a opens b and closes)), drying wind follows in Drying 200 Ring realizes the drying to the load in Drying 200.

Embodiment six

As Figure 3-Figure 4, in the present embodiment, the baking of the air-supply branch 310 and embodiment five of one-embodiment of embodiment three Heavenly Stems and Earthly Branches road 320 exists simultaneously, washing water heat branch pipe 302 and air heating branch pipe 303 with air-supply branch 310 and dry pipeline Connection.

Preferably, the air intake of washing water heating branch pipe 302 and air heating branch pipe 303 first converges to form fluidic junction, send The outlet air end of wind branch 310 and the outlet air end for drying branch 320 are connected to fluidic junction, and branch pipe control piece 304 is blown in conducting Branch 310 and washing water heating branch pipe 302/ conducting air-supply branch 310 and air heating branch pipe 303/ conducting drying branch 320 with Washing water heating branch pipe 302/ is dried to be switched between branch 320 and air heating branch pipe 303.In different situations, pass through branch pipe Control piece 304 realizes that the drying wind importing washing tube blown in branch 310, which still will be dried the drying wind in branch 320, to be imported In cylindric washer 100, and the bottom or top that wind is sent into cylindric washer will be dried by the realization of branch pipe control piece 304.

Control method:

As shown in fig. 6, a kind of control method of Combined washing drying integral machine, includes the following steps:

Drying 200 does not work, and cylindric washer 100 works, and drying wind control unit 321 is connected branch 320 is dried, air draft The conducting of air draft branch will be connected in control unit 306；

When cylindric washer 100 executes washing/rinsing program, washing water heating branch pipe 302 is connected branch pipe control piece 304,

When cylindric washer 100 executes dehydration procedure, air heating branch pipe 303 is connected branch pipe control piece 304,

When cylindric washer 100 executes drying procedure, 304 washing water of branch pipe control piece heats branch pipe 302 and is connected,

Drying 200 and cylindric washer 100 work, and circulation line 300 is connected drying wind control unit 321, air-supply control The conducting of air draft branch will be connected in the air-supply of component 311 branch 310 processed, air draft control unit 306；

When cylindric washer 100 executes washing procedure/rinsing program, branch pipe control piece 304 is connected washing water and heats branch pipe 302,

When cylindric washer 100 is when executing dehydration procedure, 304 conducting air of branch pipe control piece heats branch pipe 303,

When Drying 200 executes drying, and cylindric washer 100 does not work, wind control unit 321, air blowing control component are dried 311 and air draft control unit 306 be connected circulation line 300.

A kind of control method of Combined washing drying integral machine,

(1) if Drying 200 does not work, when cylindric washer 100 works, drying wind control unit 321 will dry branch 320 Conducting, drying wind enter drying branch 320；

When cylindric washer 100 executes washing procedure, branch pipe control piece 304 will dry branch 320 and washing water heats branch pipe 302 conductings, drying wind enter washing in cylindric washer 100 from 300 drying branch 320 of circulation line, washing water heating branch pipe 302 It washs in water, washing water is heated, is bubbled stirring；

When cylindric washer 100 executes dehydration procedure, branch pipe control piece 304 will dry branch 320 and air heats branch pipe 303 Conducting, drying wind enter the washing water in cylindric washer 100 from 300 drying branch 320 of circulation line, air heating branch pipe 303 More than liquid level, (such as air and article) is heated to the load in cylindric washer 100 and is heated, improves dehydration efficiency；

When cylindric washer 100 executes drying procedure, branch pipe control piece 304 will dry branch 320 and washing water heats branch pipe 302 conductings, drying wind enters in cylindric washer 100 from 300 drying branch 320 of circulation line, washing water heating branch pipe 302, right Load carries out heating, drying.

(2) if Drying 200 executes drying, when cylindric washer 100 works, drying wind control unit 321 will dry branch 320 truncations, drying wind, which enters, enters Drying 200, the switching-on circulation pipe of air blowing control component 311 through circulation line 300 Road 300 and air-supply branch 310；

When cylindric washer 100 executes washing procedure/rinsing program, the heating of the switching-on washing water of branch pipe control piece 304 Branch pipe 302, heats washing water, the switching-on air draft branch 305 of air draft control unit 306 and circulation line 300, will Circulation line 300 is led back to again into the drying wind in cylindric washer 100；

When cylindric washer 100 is when executing dehydration procedure, the switching-on air of branch pipe control piece 304 heats branch pipe 303, right Load (air, article) in cylindric washer 100 is heated, the switching-on air draft branch 305 of air draft control unit 306 with follow The drying wind entered in cylindric washer 100 is led back to circulation line 300 by endless tube road 300 again；

(3) when Drying 200 executes drying, and cylindric washer 100 does not work, drying wind control unit 321 will dry branch 320 truncations, circulation line 300 are connected, the switching-on circulation line 300 of air blowing control component 311, air draft control unit 306 Switching-on circulation line 300 dries wind circulating-heating in circulation line 300, realizes the drying of Drying 200.

Specifically:

Air blowing control component 311 is three-way switch valve A, and branch pipe control piece 304 is three-way switch valve C, dries wind control unit Part 321 is three-way switch valve D, and air draft control unit 306 is three-way switch valve B

A kind of control method of Combined washing drying integral machine,

(1) if Drying 200 does not work, when cylindric washer 100 works, three-way switch valve D (it is logical that a closes b) will dry branch 320 conductings, drying wind enter drying branch 320；

When cylindric washer 100 executes washing procedure, three-way switch valve C (it is logical that a closes b) adds drying branch 320 with washing water Hot leg pipe 302 is connected, and drying wind enters cylindric washer 100 from 300 drying branch 320 of circulation line, washing water heating branch pipe 302 In interior washing water, washing water is heated, is bubbled stirring；

When cylindric washer 100 executes dehydration procedure, three-way switch valve C (a leads to b and closes) heats drying branch 320 with air Branch pipe 303 is connected, and drying wind enters in cylindric washer 100 from 300 drying branch 320 of circulation line, air heating branch pipe 303 Water level or more is washed, (such as air and article) is heated to the load in cylindric washer 100 and is heated, improves dehydration effect Rate；

When cylindric washer 100 executes drying procedure, three-way switch valve C (it is logical that a closes b) adds drying branch 320 with washing water Hot leg pipe 302 is connected, and drying wind enters cylindric washer 100 from 300 drying branch 320 of circulation line, washing water heating branch pipe 302 It is interior, heating, drying is carried out to load,

In the above process, three-way switch valve B is (it is logical that a closes b), and the drying wind being discharged from cylindric washer is introduced circulation line In 300.

(2) if Drying 200 executes drying, when cylindric washer 100 works, three-way switch valve D (a leads to b and closes) will dry branch Road 320 is truncated, and drying wind, which enters, enters Drying 200 through circulation line 300, and three-way switch valve A (it is logical that a closes b) is switching-on Circulation line 300 and air-supply branch 310；

When cylindric washer 100 executes washing procedure/rinsing program, three-way switch valve C (it is logical that a closes b) switching-on washing Water heats branch pipe 302, heats to washing water, three-way switch valve B (it is logical that a closes b) switching-on air draft branch 305 and circulation The drying wind entered in cylindric washer 100 is led back to circulation line 300 by pipeline 300 again；

When cylindric washer 100 is when executing dehydration procedure, three-way switch valve C (a leads to b and closes), switching-on air heated branch pipe 303, the load (air, article) in cylindric washer 100 is heated, three-way switch valve B (it is logical that a closes b) switching-on air draft The drying wind entered in cylindric washer 100 is led back to circulation line 300 by branch 305 and circulation line 300 again.

(3) when Drying 200 executes drying, and cylindric washer 100 does not work, three-way switch valve D (a leads to b and closes) will dry branch Road 320 is truncated, and circulation line 300 is connected, three-way switch valve A (a leads to b and closes) switching-on circulation line 300, three-way switch valve B (a leads to b and closes) switching-on circulation line 300, dries wind circulating-heating in circulation line 300, realizes Drying 200 Drying.

The above is only presently preferred embodiments of the present invention, is not intended to limit the present invention in any form, though So the present invention has been disclosed as a preferred embodiment, and however, it is not intended to limit the invention, any technology people for being familiar with this patent Member without departing from the scope of the present invention, when the technology contents using above-mentioned prompt make it is a little change or be modified to The equivalent embodiment of equivalent variations, but anything that does not depart from the technical scheme of the invention content, it is right according to the technical essence of the invention Any simple modification, equivalent change and modification made by above embodiments, in the range of still falling within the present invention program.

Claims

1. a kind of Combined washing drying integral machine, which is characterized in that including drying system and at least one first clothing process cartridge and At least one second clothing process cartridge, the drying system includes the circulation line being connected to the first clothing process cartridge, described to follow Endless tube road is equipped with drying branch close to the first clothing process cartridge air intake, is introduced directly into the processing of the second clothing for that will dry wind In cylinder, the circulation line and/or drying branch road are equipped with drying wind control unit, and drying air control component controls dry branch Drying wind is introduced directly into the second clothing process cartridge by conducting.

2. a kind of Combined washing drying integral machine according to claim 1, which is characterized in that circulation line includes and the first clothing The air inlet pipeline of object process cartridge air intake connection, for the drying wind after heating to be fed directly in the first clothing process cartridge, The drying branch is arranged on air inlet pipeline, and the drying wind after heating is introduced directly into the second clothing process cartridge；

Preferably, drying system includes heating device, and heating device is arranged on air inlet pipeline, and the setting of drying branch is filled in heating It sets between the air intake of the first clothing process cartridge；

Preferably, the first clothing process cartridge is Drying or the cylindric washer for that can be dried, the second clothing process cartridge For the cylindric washer for cylindric washer/Drying/can be dried.

3. a kind of Combined washing drying integral machine according to claim 1 or 2, which is characterized in that the drying wind control unit Part setting is on air inlet pipeline and/or drying branch road, drying air control component controls drying branch conducting, by the drying after heating Wind is introduced directly into the second clothing process cartridge；

Preferably, the drying wind control unit is arranged in air inlet pipeline and dries the junction of branch, dries wind control unit The conducting of control drying branch；

It is highly preferred that the drying wind control unit is three-way switch valve, the three-way switch valve is in conducting circulation line and leads Switch between logical air inlet pipeline and drying branch.

4. a kind of Combined washing drying integral machine according to claim 1 to 3, which is characterized in that at second clothing It is connected on reason cylinder for the washing water heating branch pipe and/or be used to dry wind introducing washing that wind introduces in washing water will to be dried Air more than water level heats branch pipe, and the outlet air end and washing water of the drying branch heat branch pipe and/or heat with air Drying wind is introduced directly into the second clothing process cartridge by branch pipe connection；

Preferably, be arranged on the second clothing process cartridge with the communication port that be connected to of washing water heating branch pipe the second clothing process cartridge most Low water level is hereinafter, the communication port being connected to air heating branch pipe is arranged more than the second clothing process cartridge peak level.

5. a kind of Combined washing drying integral machine according to claim 4, which is characterized in that washing water heat branch pipe and/or Air heats branch pipe and is equipped with branch pipe control piece, control drying branch and washing water heating branch pipe and/or heats branch pipe with air Conducting；

Preferably, washing water heating branch pipe and the air intake of air heating branch pipe first converge, then are connected to drying branch, branch control Product setting in meet, branch pipe control piece in conducting washing water heating branch pipe and drying branch pipe and conducting air heating branch pipe and Switch between drying branch pipe.

6. -5 any a kind of Combined washing drying integral machine according to claim 1, which is characterized in that on the circulation line It is additionally provided with air-supply branch, for the drying wind in the first clothing process cartridge to be introduced in the second clothing process cartridge, the circulation pipe Road and/or air-supply branch road are equipped with air blowing control component, and air blowing control component controls are blown branch conducting, and drying wind is imported the Two clothing process cartridges, air-supply branch and drying pipeline connection；

Preferably, the air intake of washing water heating branch pipe and air heating branch pipe first converges to form fluidic junction, and branch of blowing goes out Wind end and the outlet air end for drying branch are connected to fluidic junction, and branch pipe control piece is arranged in fluidic junction.

7. -6 any a kind of Combined washing drying integral machine according to claim 1, which is characterized in that also set on circulation line There is the drying wind for that will import in the second clothing process cartridge to be transmitted back to the air draft branch of circulation line, the circulation line and/ Or air draft branch road is additionally provided with air draft control unit, air draft control unit controls the conducting of air draft branch and circulation line, by the Drying wind in two clothing process cartridges is recycled in circulation line；

Preferably, the junction of circulation line and air draft branch is arranged in the air draft control unit, and air draft control unit is being led Switch between logical circulation line and conducting exhaust pipeline and circulation line.

8. a kind of control method of Combined washing drying integral machine as claimed in claim 1, which is characterized in that second When clothing process cartridge works, the drying wind in circulation line is introduced directly by drying air control component controls drying branch conducting In second clothing process cartridge；

Preferably, when the second clothing process cartridge works independently, drying air control component controls drying branch conducting, after heating It dries the direct drying branch of wind to enter in the second clothing process cartridge, air draft control unit controls the conducting of air draft branch, the second clothing Drying wind in object process cartridge is recycled back to circulation line.

9. the control method of Combined washing drying integral machine according to claim 8, which is characterized in that in the processing of the second clothing When washing procedure/rinsing program/dehydration procedure is individually performed in cylinder, drying control piece conducting drying branch；

When executing washing procedure/rinsing program, branch pipe control piece is connected washing water and heats branch pipe second clothing process cartridge, to washing Water is washed to be heated；

For second clothing process cartridge when executing dehydration procedure, branch pipe control piece conducting air heats branch pipe, to the processing of the second clothing Air in cylinder is heated.

10. the control method of Combined washing drying integral machine according to claim 8 or claim 9, which is characterized in that including following step It is rapid:

If the first clothing process cartridge does not work, the second clothing process cartridge work, drying wind control unit will dry branch conducting, row The conducting of air draft branch will be connected in wind control unit；

When the second clothing process cartridge executes drying procedure, branch pipe control piece washing water heats branch pipe conducting；

If the first clothing process cartridge and the second clothing process cartridge work, circulation line is connected drying wind control unit, blows The conducting of air draft branch will be connected in control unit air-supply branch, air draft control unit；

When the first clothing process cartridge executes drying, and the second clothing process cartridge does not work, wind control unit, air blowing control portion are dried Circulation line is connected in part and air draft control unit.