CN105164331B - Washing machine - Google Patents

Abstract

Washing machine possesses outer container, tank, swivelling chute, water supplying unit, the dispensing unit for delivering softener into tank and the control unit for controlling water supplying unit and dispensing unit.In rinsing process and dehydration procedure, control unit can optionally perform mode standard and perfuming pattern, wherein, the rinsing process accumulates water and performs the rinsing of washings in the sink, the dehydration procedure makes swivelling chute rotate to be dehydrated washings at a high speed, the mode standard performs rinsing process and dehydration procedure according to content set in advance, the perfuming pattern is compared with mode standard, softener and the final rinsing process rinsed in for longer periods being performed in rinsing process for being delivered to tank by delivering unit.

Description

Washing machine

Technical field

Embodiments of the present invention are related to a kind of washing machine.

Background technology

In the past, in washing machine field, it is proposed that perform the operating scheme of the emollescence for improving softener.The opposing party Face, in recent years, the function of softener tend to variation, there is many softeners for not only focusing on emollescence but also emphasis perfuming. And, although the demand for wanting to assign the fragrance liked to washings using the softener of this emphasis fragrance is there is, still, In conventional washing machine, it is not carried out focusing on the design of the operation of perfuming.

Citation

Patent document

Patent document 1：Japanese Unexamined Patent Publication 6-269592 publications

The content of the invention

The technical problems to be solved by the invention

Therefore it provides a kind of washing machine for allowing users to easily assign washings the fragrance liked.

Scheme for solving technical problem

Washing machine possesses：Outer container；Tank, is arranged in the outer container；Swivelling chute, is rotatably provided at described In tank, for housing washings；Water supplying unit, the water from the water source is supplied to described by externally connected water source In tank；Unit is delivered, for delivering softener into the tank；And control unit, for controlling the water supplying unit Supply water period and the dispensing unit deliver dispensing period of softener.It is described in rinsing process and dehydration procedure Control unit can optionally perform mode standard and perfuming pattern, wherein, the rinsing process accumulates in the tank Water and the rinsing for performing the washings, the dehydration procedure make the swivelling chute rotate to carry out the washings at a high speed Dehydration, the mode standard performs the rinsing process and the dehydration procedure, the perfuming according to content set in advance Pattern is for longer periods performed for passing through the dispensing unit to institute compared with the mode standard in the rinsing process State the final rinsing process that the softener is delivered in tank and is rinsed.

Brief description of the drawings

Fig. 1 is the stereogram represented by way of the washing machine of first embodiment from right front.

Fig. 2 is the profilograph for the schematic configuration for showing washing machine internal.

Fig. 3 is the block diagram for showing electrical structure.

Fig. 4 is the figure for the schematic configuration for showing water supply delivery device.

Fig. 5 is the figure for the structure for showing guidance panel.

Fig. 6 is standard process based on mode standard to be shown respectively and based on perfuming pattern according to every kind of setting water level The figure of the setting content of each process in perfuming process.

Fig. 7 is the flow chart for the control content for showing automatic running.

Fig. 8 is the flow chart for the control content for showing the standard process operation based on mode standard.

Fig. 9 is the flow chart for the control content for showing the perfuming process operation based on perfuming pattern.

Figure 10 is Fig. 5 of second embodiment isoboles.

Figure 11 is Fig. 6 isoboles.

Figure 12 is Fig. 7 isoboles.

Figure 13 is the flow chart for the control content for showing the automatic running based on perfuming pattern.

Figure 14 is Fig. 2 of the 3rd embodiment isoboles.

Figure 15 is Fig. 3 isoboles.

Figure 16 is the stereogram for showing delivery device.

Figure 17 is the top view of delivery device, for representing dispensing dress according to the passage of time with (a)~(d) order The movement of softener in putting.

Figure 18 is Fig. 7 of the 4th embodiment isoboles.

Figure 19 is Figure 12 isoboles.

Figure 20 is Fig. 2 isoboles.

Figure 21 is Fig. 3 isoboles.

Figure 22 is the flow chart for the control content for showing matting.

Embodiment

Below, referring to the drawings, the washing machine of multiple embodiments is illustrated.In addition, in each embodiment, to reality Matter identical constituting parts assign identical reference, and omit the description.

(first embodiment)

As shown in figure 1, washing dryer 10 possesses outer container 11, top cover 12, guidance panel 13, lid 14, bonnet 15 and Fig. 3 In the control device 16 that shows.In addition, the fore-and-aft direction of washing dryer 10 is, using the side of guidance panel 13 as front side, after The side of lid 15 is rear side.In addition, the left and right directions of washing dryer 10 is, the paper forward right side using Fig. 1 is right side, with Fig. 1's The left inside side of paper is left side.

Outer container 11 is rectangular-shape, and forms the shell of washing dryer 10.Top cover 12 is arranged on the top of outer container 11.Top Lid 12 is integrally formed into the frame-like of rectangle, has washings gateway (not shown) in central portion.In addition, as shown in Fig. 2 top Lid 12 has the reception room 121 as space in rear interior.Outer container 11 and top cover 12 constitute the casing of washing dryer 10.

Guidance panel 13 is arranged on the front edge portion of top cover 12.Guidance panel 13 is connected electrically in the control device shown in Fig. 3 On 16, for allowing user to input setting content and showing the setting content and current operation conditions.Lid 14 is arranged on top cover 12 Upside, the lid 14 is configured to folded using the hinder marginal part of top cover 12 as fulcrum in the way of it can open and close.Lid 14 is used for Open and close the washings gateway of top cover 12 (not shown).Bonnet 15 is arranged on the rear portion of top cover 12.Set on bonnet 15 It is equipped with hood 17.Hood 17 has multiple outlets 171 of the inner side and outer side of connection hood 17.

As shown in Fig. 2 washing dryer 10 possesses swivelling chute 18, tank 19, stirring body 20, drive device 21, elasticity branch Bearing apparatus 22, drainage arrangement 23 and water supply delivery device 30.Swivelling chute 18 is the tubular for having bottom and upside to open, and that can revolve The mode turned is constituted.The direction of principal axis of the Pivot axle of swivelling chute 18 is parallel with gravity direction.That is, washing dryer 10 is so-called Longitudinal axis type washing machine.

Swivelling chute 18 is arranged on the inner side of tank 19.Swivelling chute 18 has multiple holes 181 and multiple teats 182.In plate Thickness side extends upward through tubular all side of sidewall portion of swivelling chute 18 to form hole 181.When being dehydrated to washings, from washing Wash the outside that the water isolated in thing discharge swivelling chute 18 via hole 181.Make tubular all side of sidewall portion of swivelling chute 18 to Inner side protrudes to form teat 182.Teat 182 is used to peel off washings from the medial surface of swivelling chute 18, and suppresses washing Thing is attached on the medial surface of swivelling chute 18.In addition, being provided with spin balancer 183 on the top of swivelling chute 18.Spin balancer 183 are sealed with liquid, to realize the stability of swivelling chute 18.

Tank 19 has tank portion 191 and sink cover 192.Tank portion 191 is configured to the tubular for having bottom and upside to open. Sink cover 192 is arranged on the top in tank portion 191.Sink cover 192 is formed with opening (not shown) in central portion.Washings via The opening (not shown) formed on sink cover 192 is devoted in swivelling chute 18.The opening is by being arranged on sink cover 192 Inner cap (not shown) open and close.

Stirring body 20 is located at the bottom of the inner side of swivelling chute 18, is set in the way of it can be rotated against relative to swivelling chute 18. The rotary shaft of stirring body 20 is consistent with the rotary shaft of swivelling chute 18.Drive device 21 has motor 211 and clutch 212.Electricity Machine 211 is arranged on the rear side of the bottom in tank portion 191, and is connected electrically in as shown in Figure 3 on control device 16.Motor 211 is The brshless DC motor of outer-rotor type.Clutch 212 is arranged between motor 211 and swivelling chute 18, and connect motor 211 with Swivelling chute 18 and stirring body 20.Clutch 212 is optionally to only making the mode of the rotation of stirring body 20 and making stirring body 20 and the mode that rotates integrally of swivelling chute 18 switch over.

Resilient supporting unit 22 is made up of the elastomeric element 223 of suspension rod 221, support 222 and helical spring etc., and with The mode elastic bearing tank 19 that can be shaken.Thus, resilient supporting unit 22 not only maintains tank 19 posture of the longitudinal axis, and And also reduce the vibration produced by transmitting tank 19 to outer container 11.

Drainage arrangement 23 has draining valve 231 and scupper hose 232 of electronic control type etc..As shown in figure 3, draining valve 231 are connected electrically on control device 16, and by the control of self-control device 16 is carried out, so as to be opened and closed.Draining valve 231 The discharge outlet 195 of bottom of the influent side with being arranged on tank portion 191 is connected, and water outlet side is connected with scupper hose 232.Work as draining valve 231 when being closed, and tank 19 being capable of retaining.On the other hand, when draining valve 231 is opened, the water accumulated in tank 19 will Discharge outlet 195 can be flowed through, and is discharged to via draining valve 231 and scupper hose 232 outside of washing dryer 10.

As shown in Fig. 2 and Fig. 4, water supply delivery device 30 has box body 31, water filling flexible pipe 32, water supply hose connecting portion 33rd, second feed water valve 35 of the first feed water valve 34 of electronic control type and electronic control type etc..Water filling flexible pipe 32 connects box body 31 and tank 19.Water supply hose connecting portion 33 runs through bonnet 15 and is exposed to the outside of bonnet 15.Water supply hose connecting portion 33 is borrowed Water supply hose (not shown) is helped to be connected to the first-class external water source of the fire hose of water supply pipe.As shown in figure 3, the first feed water valve 34 with And second feed water valve 35 be connected electrically on control device 16, and by the control of self-control device 16 is carried out, so as to be opened and closed.

As shown in figure 4, the inside of box body 31 is divided into detergent resettlement section 311 and softener resettlement section 312.Washing Wash in agent resettlement section 311 and house detergent, softener is housed in softener resettlement section 312.The floss hole of first feed water valve 34 341 are connected with detergent resettlement section 311.The waste side of second feed water valve 35 branches into two floss holes 351,352.Moreover, one Individual floss hole 351 is connected with detergent resettlement section 311, and another floss hole 352 is connected with softener resettlement section 312.

In the putting detergent into tank 19, the first feed water valve 34 is opened.Then, the water from external water source passes through First feed water valve 34 is fed into detergent resettlement section 311.Then, dissolving is housed in the detergent in detergent resettlement section 311, And supplied water to tank 19.On the other hand, when delivering softener into tank 19, the first feed water valve 34 and the second feed water valve 35 It is opened.Then, the water that is given off from the first feed water valve 34 and given off from a floss hole 351 of the second feed water valve 35 Water is fed into tank 19 via detergent resettlement section 311.In addition, from another floss hole 352 row of the second feed water valve 35 The water put is via softener resettlement section 312 and dissolves softener, is fed into afterwards based on siphon principle in tank 19.

Control device 16 controls what is supplied water into tank 19 by the period of the opening and closing of the first feed water valve 34 of control Water supply period, and by the period for the opening and closing for controlling the second feed water valve 35, control to deliver softener into tank 19 Dispensing period.In this case, water supply delivery device 30 is used as the water supply for supplying the water from water source into tank 19 Unit plays its function, and plays its function as the dispensing unit for delivering softener into tank 19.In addition, control dress 16 are put as controlling the water supply period of water supply delivery device 30 and the control unit in the dispensing period of softener to play it Function.

As shown in Fig. 2 washing dryer 10 possesses circulation air path 40.Circulation air path 40 is connected to set in the outside of tank 19 Put the outlet 193 on sink cover 192 and entrance 194.When drying operation, the air in tank 19 is discharged from outlet 193 Into circulation air path 40, and hot blast is heated to form in circulation air path 40, then is returned from entrance 194 in screw clamp 19.This In the case of, circulation air path 40 is configured to, to generate and supply the hot air supply device 50 of hot blast when drying and running, and With air intake duct 41, filter 42 and supply pipe 43.

As shown in Fig. 2 air intake duct 41 is for example made up of undulatory flexible pipe, and the outlet 193 and filtering of connection water channel 19 Device 42.Filter 42 is arranged on the top of tank 19, and is connected to the downside of hot air supply device 50.Filter 42 is used The velveteen collected and dropped out from the washings such as the clothes in tank 19 is caught when operation is being dried.Though in addition, in detail diagram, But external air introducing ports are formed with filter 42, the external air introducing ports are communicated to the outer of circulation air path 40 Portion.By the external air introducing ports, extraneous air, the air herein for the inner side of outer container 11 are directed in circulation air path 40. Supply pipe 43 is for example made up of undulatory flexible pipe, is connected to the entrance 194 and hot air supply device 50 of tank 19.

Hot air supply device 50 has heater 51, pressure fan 52, baffle plate 53 and fan hub 54.Heater 51, air-supply Machine 52 and baffle plate 53 are arranged in fan hub 54, and are connected electrically in as shown in Figure 3 on control device 16.When driving heater 51 And during pressure fan 52, the air heated by heater 51 is fed into tank 19 by the air-supply effect of pressure fan 52.It Afterwards, the hot blast being fed into tank 19 is heated to the washings in swivelling chute 18, and again from the outlet 193 of tank 19 It is inhaled into circulation air path 40.So, the one side of hot air supply device 50 makes the air circulation in swivelling chute 18 and tank 19 While being heated, so as to promote the drying of the washings in swivelling chute 18.In addition, suitably driving baffle plate in operation is dried 53, discharge air from the exhaust outlet 541 being arranged on fan hub 54.The air discharged from exhaust outlet 541 passes through silencing means 44 Noise reduction, and it is discharged to from outlet 171 outside of washing dryer 10.

As shown in figure 3, washing dryer 10 possesses level sensor 25, temperature sensor 26 and turn-sensitive device 27. Level sensor 25 is used to detect the water level in tank 19.Temperature sensor 26 is used to detect the temperature in tank 19.Rotation is passed Sensor 27 is used for the rotation number for detecting motor 211.These level sensors 25, temperature sensor 26 and the electricity of turn-sensitive device 27 It is connected on control device 16.Control device 16 is according to level sensor 25, temperature sensor 26 and turn-sensitive device 27 Testing result, performs the control of various operations.

Washing dryer 10 can perform automatic running, the automatic running be optionally combined with " washing ", " rinsing ", " dehydration ", " drying " each process.As automatic running, washing dryer 10 possesses：The main washing fortune for performing washing procedure OK；It is main perform washing procedure and drying process wash dry operation；And the main dry operation for performing drying process.Such as Fig. 5 Shown, user is selected by " washing " key 611 on guidance panel 13 of operation setting, " washing dry " key 612, " drying " key 613 Select desired automatic running.In this case, the selection washing operation when " washing " key 611 is operated, when " washing dry " key 612 Dry operation is washed in selection when being operated, and is worked as and selected to dry operation when " drying " key 613 is operated.

It is set with a variety of processes (course) respectively in each automatic running.Process is used in selected automatic fortune In the range of capable content, " washing ", " rinsing ", " dehydration ", the combination of " drying " each process and time are changed to factory The content of family's recommendation or any setting for being changed to user.User selects from each process being shown on process display part 62 Select desired process.For example, in the present embodiment, " standard " process and " perfuming " process are set with " washing " operation, And the process of other multiple species.

Next, being illustrated to " standard " process and " perfuming " process.

" standard " process and " perfuming " process perform each process according to each setting content shown in Fig. 6.At this In the case of kind, " big weight ", " middle weight ", " small weight " Three Estate according to the weight of washings, are set with, i.e., according to rinsing Be set with for water level " height ", " in ", " low " Three Estate.In each process of washing operation, " standard " process is used for real The washing operation of the standard of existing manufacturer's recommended.As shown in fig. 6, in " standard " process, the setting in standard as mode standard Determine to be set with the detailed setting value in each process in content, such as rinsing water level and softener deliver water level, rinsing time. On the other hand, " perfuming " process realizes the operation that the perfuming for improving softener is acted on.In " perfuming " process, with master die On the basis of the setting value of formula, the detailed setting value in each process is set as perfuming pattern.

Reference picture 7 is illustrated to Fig. 9 to specific control content.Here, on washing operation, to have selected " mark Standard " process is illustrated with the situation of any one in " perfuming " process.User passes through the guidance panel that is shown in operation diagram 5 13 "ON" key 63, switches on power (power supply is opened) to washing dryer 10.Then, user is by operating guidance panel 13 to set Various operations and process content, i.e. " standard " process or " perfuming " process.

In washing operation, washing procedure, rinsing process and dehydration procedure are executed once the above respectively.In this feelings Under condition, among the rinsing process being performed a plurality of times, the rinsing process finally performed is referred to as final rinsing process.In the final rinsing In process, control device 16 is soft in the softener resettlement section 312 of box body 31 by being housed in by controlling water supply delivery device 30 Delivered along agent in screw clamp 19, afterwards, perform the rinsing of washings.In addition, among the dehydration procedure being performed a plurality of times, finally holding Capable dehydration procedure is referred to as final dewatering process.Moreover, among the dehydration procedure being performed a plurality of times, in and then final fuller The dehydration procedure performed before sequence is referred to as dehydration procedure before final rinsing.

As shown in fig. 7, after switching on power (power supply is opened), until "start" button 64 is operating as stopping, control device 16 is standby (step S11 judged result is "No").User operate " washing " key 611 and select washing operation " standard " process or " perfuming " process, afterwards, operates "start" button 64.When "start" button 64 is operated (step S11 judged result is "Yes"), Control device 16 is migrated to step S12, and the weight to washings is detected.The detection carried out to the weight of washings for example with Following manner is performed.That is, control device 16 drives motor 211, so that swivelling chute 18 rotates.Then, 16 pairs of control device Electric current and rotary speed of the motor 211 changed according to the load capacity of the washings in swivelling chute 18 etc. detected, thus Detect the weight of the washings in swivelling chute 18.

Next, in step s 13, control device 16 judges that the washing weight detected in step s 12 meets Fig. 6 In " the big weight ", " middle weight ", which grade in " small weight " Three Estate that show, and thus in setting rinsing process Rinsing water level etc..In this case, as shown in fig. 6,16 pairs of rinsing water levels of control device are set as follows：Work as washings When weight is big weight, rinsing water level is set to Wh (L)；When washing weight is middle weight, rinsing water level is set to Wm (L)；When washing weight is small weight, rinsing water level is set to Wl (L).In addition, Wh, Wm, Wl are dry according to laundry respectively The concrete numerical value of the type setting of dry machine 10, their relation is Wh ＞ Wm ＞ Wl.

Afterwards, control device 16 is migrated to step S14, is closed draining valve 231 and is simultaneously opened the first feed water valve 34, so as to water Supplied water in groove 19.Water from external water source is supplied from the first feed water valve 34 via the detergent resettlement section 311 of box body 31 To in screw clamp 19.Now, the detergent being housed in the detergent resettlement section 311 of box body 31 is dissolved into from the first feed water valve 34 In the water given off, so as to be devoted in tank 19.

Next, control device 16 is migrated to step S15, washing procedure is performed.In washing procedure, 16 pairs of control device Drive device 21 is controlled, and swivelling chute 18 and stirring body 20 is relatively rotated with low speed.Thus, water is produced in tank 19 Stream, and the washings in swivelling chute 18 is stirred, so as to perform washing procedure.

When terminating washing procedure, control device 16 is migrated to step S16, is opened draining valve 231, will be accumulated in tank 19 Interior washings discharge.Afterwards, control device 16 is migrated to step S17, performs the first dehydration procedure.In the first dehydration procedure In, control device 16 makes swivelling chute 18 and stirring body 20 integratedly rotate at a high speed, performs the dehydration of washings.

Next, control device 16 is migrated to step S18, the first rinsing process is performed.When performing the first rinsing process, Control device 16 closes draining valve 231 and opens the first feed water valve 34, so as to be supplied water into tank 19.Then, when in tank 19 Water reach as defined in rinsing water level when, control device 16 is controlled to drive device 21, makes swivelling chute 18 with low speed rotation. Thus, swivelling chute 18 and stirring body 20 is relatively rotated with low speed, and the washings in swivelling chute 18 is stirred, so that Perform the rinsing of washings.

Rinsing water level, rinsing time and mixing time in step S18 the first rinsing process is set as, with figure Rinsing water level, rinsing time and mixing time identical value in the final rinsing process of the standard process shown in 6.At this In the case of kind, the implication of the mixing time shown in Fig. 6 is, such as if 10 "/1 ', then it represents that made rotation in one minute Groove 18 continuously or intermittently rotates ten seconds.In addition, Th, Tm, Tl (sec) are to be set respectively according to the type of washing dryer 10 Fixed concrete numerical value, their relation is Th ＞ Tm ＞ Tl.Afterwards, control device 16 is migrated to step S19, opens draining valve 231, the washings accumulated in tank 19 are discharged.

Next, control device 16 is migrated to step S20, in the automatic running being currently executing, be current herein " perfuming " process whether is have selected in the washing operation being carrying out to be judged.In the case of no selection " perfuming " process (step S20 judged result is "No"), control device 16 is judged as have selected " standard " process, and migrates to step S21.

When migrating to step S21, control device 16 migrates to Fig. 8 standard process and runs (mode standard), and according to The setting content of " mode standard " that is shown in Fig. 6 performs each process hereafter.Specifically, in step s 30, control dress Put 16 judgements be to the setting water level that automatic running is set " height ", " in ", it is any among " low ".When setting water level as " height " When, control device 16 performs Fig. 8 step S311 according to each setting content of " high (big weight) " in Fig. 6 mode standard ~step S314.In addition, when set water level as " in " when, control device 16 according in Fig. 6 mode standard " in (middle weight Amount) " each setting content, perform Fig. 8 step S321~step S324.Moreover, when setting water level as " low ", control device 16, according to each setting content of " low (small weight) " in Fig. 6 mode standard, perform Fig. 8 step S331~step S334.

No matter here, setting water level be " height ", " in ", any situation in " low ", elemental motion is all identical.Cause This, illustrates simultaneously to each process in each setting water level, also, when illustrating general in each setting water level, Step number S is for example represented in the way of step S3X1 intercommunity.In this case, if setting water level X=if " height " 1, if set water level as " in " if X=2, if setting water level X=3 if " low ".

After control device 16 is judged setting water level in step s 30, migrate to step S3X1, perform final rinsing Preceding dehydration procedure.In the same manner as other dehydration procedures, control device 16 makes swivelling chute 18 and stirring body 20 integratedly rotate at a high speed, Perform the dehydration of washings.In this case, no matter set water level be " height ", " in ", any, swivelling chute 18 in " low " Rotary speed be dehydration rotary speed be 900 (rpm).In addition, dewatering time is setting water level as " height " (step S311) When be 8 ' 00 ", setting water level as when (step S321) " in " be 6 ' 30 ", be when setting water level as " low " (step S331) 5′00″。

Next, control device 16 is migrated to step S3X2, final rinsing process is performed.In final rinsing process, control Device 16 processed is first shut off draining valve 231 and opens the first feed water valve 34.Thus, water is supplied into tank 19, and in tank 19 Interior accumulation washings.

Afterwards, when detecting that the water level in effluent trough 19 has reached that softener delivers water level by level sensor 25, control Device 16 processed further opens the second feed water valve 35.Thus, the softener in the softener resettlement section 312 of box body 31 will be configured Deliver in screw clamp 19.It is Wh-5 (L) when setting water level as " height " (step S312) that the softener, which delivers water level, in setting water Position for " in " (step S322) when be Wm-5 (L), be Wl-5 (L) when setting water level as " low " (step S332).

Afterwards, when the water in tank 19 reaches rinsing water level, in the same manner as other rinsing processes, control device 16 makes rotation Turn trough 18 and stirring body 20 are relatively rotated with low speed, and the washings in swivelling chute 18 is stirred.Thus washing is performed The rinsing of thing.In this case, no matter set water level be " height ", " in ", any in " low ", rinsing rotation of swivelling chute 18 Rotary speed is 60 (rpm).In addition, rinsing water level is Wh (L) when setting water level as " height " (step S312), in setting water level For " in " (step S322) when be Wm (L), be Wl (L) when setting water level as " low " (step S332).

In addition, rinsing time is Th (s) when setting water level as " height " (step S312), set water level as " in " (step Rapid S322) when be Tm (s), be Tl (s) when setting water level as " low " (step S332).Moreover, mixing time is in setting water level 10 during for " height " (step S312) "/1 ', setting water level as when (step S322) " in " be 8 "/1 ', set water level as It is 6 "/1 ' when " low " (step S332).

At the end of final rinsing process, control device 16 is migrated to step S3X3, draining valve 231 is opened, by tank 19 Interior washings discharge.Afterwards, control device 16 is migrated to step S3X4, performs final dewatering process.In final dewatering process In, control device 16 is with finally rinsing preceding dehydration procedure identical setting value execution dehydration procedure.That is, no matter setting water level is " height ", " in ", it is any in " low ", dehydration rotary speed is 900 (rpm).In addition, dewatering time set water level as It is 8 ' 00 when " height " (step S314) ", water level is being set as when (step S324) " in " be 6 ' 30 ", is setting water level as " low " It is 5 ' 00 when (step S334) ".Then, at the end of final dewatering process (Fig. 8 " return "), control device 16 terminates washing Run (Fig. 7 " end ").

On the other hand, in washing operation, (Fig. 7 step S20 judgement knot in the case where have selected " perfuming " process Fruit is "Yes"), control device 16 is migrated to step S22.When migrating to step S22, control device 16 is migrated to be shown into Fig. 9 Perfuming process operation (perfuming pattern), and each work hereafter is performed according to the setting content of the perfuming pattern shown in Fig. 6 Sequence.Perfuming process operation is compared with standard process is run, and difference is at following 2 points：With the perfuming mould shown in Fig. 6 Formula performs each process of the standard process operation shown in Fig. 8；And warm-air supply process has been added in step S4X2.

In addition, in the same manner as standard process operation, and though setting water level be " height ", " in ", any situation in " low ", The elemental motion of each process of perfuming process operation is also identical.

Control device 16 in step s 40 to setting water level judge after, migrate to step S4X1, and with Fig. 8 step Rapid S3X1 similarly performs dehydration procedure before final rinsing.Before the final rinsing in dehydration procedure, when mode standard compared with, The rotary speed of swivelling chute 18 is set to more at a high speed by control device 16.In this case, the preceding dehydration procedure of final rinsing is de- Water rotary speed is 900 (rpm) in mode standard, in contrast, is 1000 (rpm) in perfuming pattern.

In addition, before the final rinsing in dehydration procedure, when mode standard compared with, control device 16 is according to setting water level Dewatering time is set to the longer time.In this case, before the final rinsing in mode standard dehydration procedure dewatering time It is 8 ' 00 when setting water level as " height " (step S311) ", water level is being set as when (step S321) " in " be 6 ' 30 ", is being set It is 5 ' 00 when determining water level for " low " (step S331) ".On the other hand, before the final rinsing in perfuming pattern dehydration procedure dehydration Time, is 9 ' 00 when setting water level as " height " (step S411) ", water level is being set as when (step S421) " in " be 7 ' 30 ", It is 5 ' 30 when setting water level as " low " (step S431) ".

Next, control device 16 is migrated to step S4X2, warm-air supply process is performed.When execution warm-air supply process When, the driving hot air supply device 50 of control device 16 supplies hot blast into swivelling chute 18 and tank 19.Thus, swivelling chute 18 Interior washings is heated.In this case, the time of warm-air supply process is when setting water level as " height " (step S412) It is 10 ' 00 ", water level is being set as when (step S422) " in " be 8 ' 00 ", is 6 ' when setting water level as " low " (step S432) 00″.In this case, hot air supply device 50 as before final rinsing process to the washings in swivelling chute 18 The heating unit heated plays its function.

Next, control device 16 is migrated to step S4X3, final rinsing process is performed.In this case, with standard Compared during pattern, control device 16 performs following processing since more low water level, i.e., from water supply delivery device 30 into tank 19 Deliver softener.That is, compared with when mode standard, the softener of the final rinsing process in perfuming pattern is aborted Position is set to more low water level.In this case, softener is delivered water level and set according to setting water level, when setting water level as " height " Wh-20 (L) when (step S413), when set water level as " in " (step S423) when be Wm-15 (L).In addition, when setting water level During for " low " (step S433), the dispensing (step S433) of softener is performed simultaneously with supplying water.

In addition, relative to mode standard, control device 16 is always according to setting water level change rinsing water level, rinsing time, drift Wash rotary speed, mixing time.In this case, as shown in fig. 6, compared with mode standard, reduction rinsing water level, extension is floated The time is washed, rinsing rotary speed more low speed is set to, and shorten mixing time.That is, in perfuming pattern, final rinsing process Rinse water level be Wh-10 (L) when setting water level as " height " (step S413), set water level as " in " (step S423) when be Wm-7 (L), is Wl-5 (L) when setting water level as " low " (step S433).

In addition, in perfuming pattern, the rinsing time of final rinsing process is when setting water level as " height " (step S413) Th+10 ' 00 ", set water level as " in " (step S423) when be Tm+5 ' 00 ", setting water level as " low " (step S433) When be Tl+3 ' 00 ".In addition, in perfuming pattern, the rotary speed of final rinsing process is setting water level as " height " (step S413), " in " (step S423), " low " (step S433) when be 40 (rpm).Moreover, in perfuming pattern, final rinsing process Mixing time be 6 when setting water level as " height " (step S413) "/1 ', set water level as " in " (step S423) when be 4 "/1 ', it is 2 "/1 ' when setting water level as " low " (step S433).

At the end of final rinsing process, control device 16 is migrated to step S4X4, and in the same manner as Fig. 8 step S3X3 Draining valve 231 is opened, the washings in tank 19 are discharged.Afterwards, control device 16 is migrated to step S4X5, is performed final de- Water conservancy project sequence.In final dewatering process, compared with mode standard, control device 16 is set to more low speed by rotary speed is dehydrated, and Dewatering time is shortened according to setting water level.That is, in perfuming pattern, the dehydration rotation number of final dewatering process is in setting water level " height " (step S415), " in " (step S425), any one in " low " (step S435) when be 800 (rpm), less than mark 900 (rpm) in quasi-mode.In addition, in perfuming pattern, the dewatering time of final dewatering process is setting water level as " height " It is 7 ' 00 when (step S415) ", water level is being set as when (step S425) " in " be 5 ' 30 ", is setting water level as " low " (step It is 4 ' 30 when S435) ".Then, at the end of final dewatering process (Fig. 8 " return "), control device 16 terminates washing operation (Fig. 7 " end ").

Accordingly, for automatic running, washing dryer 10 possesses standard process and perfuming process, wherein, the standard Process is run with the mode standard of manufacturer's recommended, and the perfuming process is to focus on the mode operation of the perfuming of softener.Moreover, right In automatic running, control device 16 can optionally perform standard process and perfuming process.That is, for automatic running, user Being capable of arbitrarily selection standard process and perfuming process.Therefore, for automatic running, user is by selecting perfuming process easy Ground assigns the fragrance liked to washings.As a result, user can more strongly experience the fragrance effect of softener.

In this case, compared with the final rinsing process (step S3X2) in mode standard (standard process), control Device 16 for longer periods performs the final rinsing process (step S4X2) in perfuming pattern (perfuming process).That is, In final rinsing process, the rinsing time of perfuming pattern (perfuming process) than mode standard (standard process) rinsing time more It is long.Thus, compared with when standard process, in the final rinsing process of perfuming process, it can be ensured that longer that washings is oozed The time of penetration of saturating softener.Therefore, compared with standard process, in perfuming process softener can be made fully to be attached to and washed Wash on thing, as a result, the fragrance effect of softener can be played preferably.

Compared with mode standard (standard process), final rinsing process during perfuming pattern (perfuming process) (step S3X2, Step S4X3) in rinsing water level it is lower.Thus, can in the final rinsing process of perfuming process compared with standard process Improve the concentration of softener.Therefore, compared with standard process, in perfuming process softener can be made fully to be attached to washing On thing, as a result, the fragrance effect of softener can be played preferably.

Compared with mode standard (standard process), final dewatering process during perfuming pattern (perfuming process) (step S3X4, Step S4X5) in swivelling chute 18 dehydration rotary speed it is lower.In addition, compared with mode standard (standard process), perfuming mould The dewatering time in final dewatering process (step S3X4, step S4X5) during formula (perfuming process) is shorter.Thus, when have selected During perfuming process, in final dewatering process, it can suppress to discharge the water containing softener more than aequum from washings. Therefore, compared with standard process, perfuming process can be such that softener fully remains on washings, as a result, can be more The fragrance effect of softener is played well.

Compared with mode standard (standard process), final rinsing process during perfuming pattern (perfuming process) (step S3X2, Step S4X3) in softener deliver water level it is lower.Thus, when have selected perfuming process, in final rinsing process, from than The lower water level of standard process starts to deliver softener, more effectively softener can be made to penetrate into washings.As a result, The fragrance effect of softener can preferably be played.

Compared with mode standard (standard process), dehydration procedure (step before final rinsing during perfuming pattern (perfuming process) Rapid S3X1, step S4X1) in swivelling chute 18 dehydration rotary speed it is higher.In addition, compared with mode standard (standard process), Dewatering time before final rinsing during perfuming pattern (perfuming process) in dehydration procedure (step S3X1, step S4X1) is longer. Thus, when have selected perfuming process, the dehydration rate of washings can be improved in dehydration procedure before final rinsing.Therefore, with The situation of standard process is compared, and the water imbibition of washings in final rinsing process can be improved in the case of perfuming process.By This, can be such that more softeners penetrate into washings in final rinsing process, as a result, can preferably play soft Along the fragrance effect of agent.

Washing dryer 10 possesses hot air supply device 50 so that as heating unit, the heating unit is used in perfuming process In final rinsing process (step S4X3) before the washings in swivelling chute 18 is heated.That is, enter when have selected perfuming Cheng Shi, control device 16 performs warm-air supply process (step S4X2) before final rinsing process (step S4X3) is performed, and drives Dynamic hot air supply device 50.Thus, hot blast is supplied into swivelling chute 18, the washings in swivelling chute 18 is heated.Thus, By heating washings before final rinsing process (step S4X3), the change of the softener in final rinsing process can be promoted Learn reaction.As a result, the fragrance effect of softener can be played preferably.

In this case, washing dryer 10 can also replace hot air supply device 50 and possess hot water supply unit, The hot water supply unit is used to supply hot water into tank 19 in final rinsing process (step S4X3).That is, heat can also be used Water performs final rinsing process (step S4X3).Thus, heating washings, energy in final rinsing process (step S4X3) are passed through Enough promote the chemical reaction of the softener in final rinsing process.As a result, the fragrance effect of softener can be played preferably Really.

Compared with mode standard (standard process), final rinsing process during perfuming pattern (perfuming process) (step S3X2, Step S4X3) in mixing time it is shorter.In addition, compared with mode standard (standard process), during perfuming pattern (perfuming process) Final rinsing process (step S3X2, step S4X3) in swivelling chute 18 rinsing rotary speed it is lower.Thus, because performing Perfuming process and in the case of extending the rinsing time of final rinsing process, the washings caused by stirring can be reduced and damaged Wound, in addition, resulting in the effect of immersion.Further, even in because perform perfuming process extend final rinsing process In the case of time, it can also suppress the load increase of motor 211.

(second embodiment)

Next, reference picture 10 is illustrated to Figure 13 to second embodiment.

In the first embodiment, as automatic running, washing dryer 10 possess focus on softener perfuming " plus It is fragrant " process.Thus, user is able to carry out focusing on fragrance effect for example by selecting " perfuming " process in " washing " operation Washing operation.On the other hand, in this second embodiment, for " perfuming " process such as " fine purifiation " process, " woollen blanket " process Process in addition, the operation for the fragrance effect for more effectively playing softener is performed by setting " fragrance level ".

In this second embodiment, on perfuming pattern, washing dryer 10 possesses more than two fragrance levels.That is, As shown in figure 11, on perfuming pattern, washing dryer 10 possesses " strong ", the fragrance level of " weak " two grades.Fragrance level " strong " is following pattern：Relative to mode standard, the fragrance effect of softener is preferably played.Fragrance level " weak " is as follows Pattern：Compared with mode standard, fragrance effect is more preferable, but compared with fragrance level " strong ", it is suppressed that fragrance effect.

As shown in Figure 10, " fragrance level " key 65 is provided with guidance panel 13.For automatic running, user is in selection After the arbitrary process such as " standard " process, " fine purifiation " process, " fragrance level " key 65 is operated.Then, according to operation " fragrance The number of operations of rank " key 65, switches display part, i.e. " strong " display part 661 for showing fragrance level and " weak " display The bright light in portion 662.When " strong " 661 bright light of display part, fragrance level " strong " have selected；When " weak " 662 bright light of display part, choosing Fragrance level " weak " is selected.In addition, when " strong " display part 661 and " weak " display part 662 all do not have bright light, non-selected fragrance Rank.In this case, " fragrance level " key 65 to " fragrance level " that is made up of more than two ranks as entering The changing unit of row change plays its function.

User is connecting the power supply (power supply is opened) of washing dryer 10 and automatic running, process and " fragrance level " is being entered Go after setting, operated "start" button 64.As shown in figure 12, it is same with first embodiment when "start" button 64 is operated Ground, control device 16 performs step S11~step S19.Afterwards, in step s 50, control device 16 judges whether to set " fragrance level ".When without (step S50 judged result is "No") when setting " fragrance level ", control device 16 is migrated to step Rapid S51.Then, control device 16 performed with the mode standard that is shown in Figure 11 the automatic running to currently setting process it is related Each process.For example, in the case where the automatic running and process currently set is " standard " process that " washing " is run, Its process content is identical with " standard " process shown in Fig. 8 of above-mentioned first embodiment.

On the other hand, as shown in figure 12, in step s 50, when control device 16 is judged as setting " fragrance level " (judged result is "Yes"), migrates to step S52.Then, control device 16 is according to " the perfuming pattern " shown in Figure 11 " strong " or the setting content of " weak ", performs each process shown in Figure 13.

Here, as shown in figure 11, relative to each setting water level " height " in mode standard, " in ", " low " set respectively " strong ", " weak " of fragrance level.No matter however, setting water level be " height ", " in ", any situation in " low ", also no matter perfume Taste rank is " strong " and any situation in " weak ", and elemental motion is all identical.Therefore, omitting in each setting water level Discrepancy explanation.In addition, each process in each fragrance level is illustrated simultaneously, also, when in each fragrance When illustrating general in rank, for example, step number S is represented in the way of step S5XY1 intercommunity.In this case, such as fruity Taste rank is " strong " then Y=1, the Y=2 if fragrance level is " weak ".In addition, X=1 when setting water level as " height ", sets water Position for " in " when X=2, X=3 when set water level as " low ", this point it is identical with above-mentioned first embodiment.

In step s 50, when it is " strong " that control device 16, which is judged as fragrance level, step S5X11~S5X15 is performed, And when it is " weak " to judge fragrance level, perform step S5X21~S5X25.

In step S5XY1, in the same manner as the step S4X1 shown in Fig. 9 of first embodiment, control device 16 is held Dehydration procedure before the final rinsing of row.As shown in figure 11, before the final rinsing in dehydration procedure, relative to each of mode standard The setting value in water level is set, control device 16 increases the dehydration rotation of swivelling chute 18 without exception according to " strong ", " weak " of fragrance level Rotary speed simultaneously extends dewatering time.In this case, it is de- when fragrance level is " strong " compared with when fragrance level is " weak " Water rotary speed is higher.In addition, compared with when fragrance level is " weak ", dewatering time when fragrance level is " strong " is longer.

That is, before final rinsing in dehydration procedure, dehydration rotary speed is when fragrance level is " strong " (step S5X11) Mode standard+100 (rpm), is mode standard+50 (rpm) when fragrance level is " weak " (step S5X21).In addition, final Before rinsing in dehydration procedure, dewatering time is mode standard+2 ' 00 when fragrance level is " strong " (step S5X11) ", in fragrance Rank is mode standard+1 ' 00 when being " weak " (step S5X21) ".

Next, in step S5XY2, in the same manner as the step S4X2 shown in Fig. 9 of first embodiment, control dress Put 16 execution warm-air supply processes.As shown in figure 11, in the warm-air supply process, relative to each setting water of mode standard Setting value in position, control device 16 is according to " strong ", " weak " of fragrance level, when extending the operation of warm-air supply process without exception Between.The run time of the warm-air supply process is mode standard+10 ' 00 when fragrance level is " strong " (step S5X12) ", Fragrance level is mode standard+6 ' 00 when being " weak " (step S5X22) ".In this case, due to not held in mode standard Row warm-air supply process, therefore mode standard=0 ' 00 ".

Next, in step S5XY3, in the same manner as the step S4X3 shown in Fig. 9 of first embodiment, control dress Put the final rinsing process of 16 execution.As shown in figure 11, in the final rinsing process, relative to each setting water of mode standard Setting value in position, control device 16 is according to " strong ", " weak " of fragrance level, and reduction rinsing water level and softener are delivered without exception Water level, extends rinsing time, rinsing rotary speed is set into low speed, and shorten mixing time.In this case, with fragrance level It Wei not compared when " weak ", it is lower that the rinsing water level and softener when fragrance level is " strong " deliver water level.It is with fragrance level Compared when " weak ", rinsing rotary speed when fragrance level is " strong " is lower.Compared with when fragrance level is " weak ", fragrance level Mixing time during for " strong " is shorter.

That is, in final rinsing process, rinsing water level is mode standard -7 when fragrance level is " strong " (step S5X13) (L) it is, mode standard -5 (L) when fragrance level is " weak " (step S5X23).In addition, in final rinsing process, softener It is mode standard -15 (L) that water level, which is delivered, when fragrance level is " strong " (step S5X13), is " weak " (step in fragrance level It is mode standard -10 (L) when S5X23).In addition, in final rinsing process, rinsing time is " strong " (step in fragrance level It is mode standard+8 ' 00 when S5X13) ", be mode standard+5 ' 00 when fragrance level is " weak " (step S5X23) ".

In addition, in final rinsing process, rinsing rotary speed is standard when fragrance level is " strong " (step S5X13) Pattern -20 (rpm), is mode standard -10 (rpm) when fragrance level is " weak " (step S5X23).Moreover, finally rinsing In process, mixing time is (mode standard -4 ")/1 ' when fragrance level is " strong " (step S5X13), is in fragrance level It is (mode standard -2 ")/1 ' when " weak " (step S5X23).

Next, in step S5XY4, in the same manner as the step S4X4 shown in Fig. 9 of first embodiment, control dress Put 16 execution drainings.Afterwards, in step S5XY5, in the same manner as the step S4X5 shown in Fig. 9 of first embodiment, control Device 16 processed performs final dewatering process.As shown in figure 11, in the final dewatering process, each relative to mode standard is set Determine the setting value in water level, dehydration rotary speed is set to low speed by control device 16 without exception according to fragrance level " strong ", " weak ", And dewatering time is set to the short time.In this case, compared with when fragrance level is " weak ", when fragrance level is " strong " It is dehydrated rotary speed lower.In addition, compared with when fragrance level is " weak ", dewatering time when fragrance level is " strong " is shorter.

That is, in final dewatering process, dehydration rotary speed is master die when fragrance level is " strong " (step S5X15) Formula -100 (rpm), is mode standard -50 (rpm) when fragrance level is " weak " (step S5X25).In addition, dewatering time is in perfume (or spice) Taste rank is mode standard -2 ' 30 when being " strong " (step S5X15) ", it is standard when fragrance level is " weak " (step S5X25) Pattern -2 ' 00 ".

Thereby, it is possible to obtain and above-mentioned first embodiment identical action effect.Further, user can be from multiple etc. Level, at this to select the fragrance level liked in the fragrance level of two grades.More conformed to therefore, it is possible to be assigned to washings The fragrance of user preferences.In addition, in the process beyond " perfuming " process such as " fine purifiation " process, " woollen blanket " process, Also fragrance easily can be assigned to washings.

(the 3rd embodiment)

Next, reference picture 14 is illustrated to Figure 17 to the 3rd embodiment.

In first embodiment and second embodiment, water supplying unit and dispensing unit, washing dryer are used as 10 possess water supply delivery device 30.On the other hand, in the third embodiment, instead of water supply delivery device 30, washing dryer 10 possess water supply installation 71 using as water supplying unit, also, possess delivery device 72 and deliver unit to be used as.Though do not scheme in detail Show, still, the softener resettlement section 312 and second that water supply installation 71 does not possess in the water supply delivery device 30 shown in Fig. 4 is supplied Water valve 35.Therefore, as shown in figure 15, in the third embodiment, washing dryer 10 does not possess the second feed water valve 35.

As shown in figure 14, delivery device 72 is arranged on the inner circumferential side of swivelling chute 18 in removable mode.Delivery device 72 by being dehydrated when centrifugal action, by the softener being housed in delivery device 72 deliver screw clamp 19 in.In this feelings Under condition, when delivery device 72 twice by the centrifugal action being dehydrated when, by the softener being housed in delivery device 72 deliver In screw clamp 19.

Specifically, as shown in figure 16, delivery device 72 is overall is configured to flat appearance along the inner circumferential side of swivelling chute 18 Device shape.In this case, the paper relative to Figure 16, forward right side is the pivot direction of swivelling chute 18, and left inside side is rotation The centrifugal direction of turn trough 18.The inside of delivery device 72 is divided into the first Room 721, the Room 723 of second Room 722 and the 3rd.The One Room 721 is arranged on the top of the pivot side in delivery device 72.Second Room 722 is located at the top of delivery device 72, and And it is arranged on centrifugation side relative to the first Room 721.3rd Room 723 abuts the first Room 721 in a circumferential direction, and relative to the The centrally disposed side in two Room 722.The 3rd Room 723 is set up in the whole upper and lower of delivery device 72.That is, the 3rd Room 723 Bottom is located at the position lower than the bottom of the first Room 721 and second Room 722.

Interconnecting part 724 is formed with the wall portion for separating the first Room 721 and second Room 722.First Room 721 and second Room 722 Connected by the interconnecting part 724.In addition, second Room 722 is connected with the 3rd Room 723 by communication path 725.In the 3rd Room 723 The wall portion of centrifugal direction be provided with dispensing port 726.In the connection screw clamp 19 of dispensing port 726.

User is before the operation of washing dryer 10 is started, such as shown in Figure 17 (a), to the first Room of delivery device 72 Softener 90 is delivered in 721.Afterwards, for example when performing the first dehydration procedure shown in Fig. 7 step S17, i.e. this is operating During initial dehydration procedure, shown in such as Figure 17 (b), softener 90 in the first Room 721 is housed in by centrifugal force from connection Portion 724 is moved to second Room 722.Afterwards, when the first dehydration procedure terminates and breaks away from centrifugal force, shown in such as Figure 17 (c), position Softener in second Room 722 falls into the 3rd Room 723 by communication path 725.Afterwards, for example the step of Fig. 8 is performed Dehydration procedure before final rinsing in S3X1 or Fig. 9 step S4X1, i.e. operating second of dehydration procedure when, such as scheme Shown in 17 (d), the softener being housed in the 3rd Room 723 is devoted in tank 19 by centrifugal force from dispensing port 726.

In this case, control device 16 by perform dehydration procedure period and number of times be controlled, to The dispensing period that softener 90 is delivered in tank 19 is controlled.

Thus, it can obtain and the respective embodiments described above identical action effect.

(the 4th embodiment)

Next, reference picture 18 is illustrated to Figure 21 to the 4th embodiment.

In the 4th embodiment, each process after perfuming operation process has been run or with perfuming mode operation Afterwards, control device 16 performs matting.I.e., as shown in figure 18, when having run perfuming operation process, control device 16 is in step Matting is performed in rapid S23.In addition, as shown in figure 19, when some operation process with perfuming mode operation, for example for When " standard " process of " washing " operation sets fragrance level and carried out operation, control device 16 is performed in step S53 Matting.

In matting, the path circulated to softener in swivelling chute 18, tank 19 and water supply delivery device 30 Cleaned, be that softener resettlement section 312 to being shown in Fig. 4 and water filling flexible pipe 32 are cleaned at this.That is, such as Figure 20 institutes Show, in the 4th embodiment, washing dryer 10 possesses the 3rd feed water valve 81 and the nozzle 82 that discharges water of electronic control type.Such as Shown in Figure 21, the 3rd feed water valve 81 is connected electrically on control device 16, and by the control of self-control device 16 is carried out, so as to be opened And closing.

As shown in figure 20, the 3rd feed water valve 81 is provided with the way of being branched off from water supply hose connecting portion 33.Discharge water Nozzle 82 is connected to the waste side of the 3rd feed water valve 81, and sensible to tank 19 through sink cover 192 from the top of tank 19 It is internal.When the 3rd feed water valve 81 is opened, the water from water source passes through the feed water valve 81 of water supply hose connecting portion 33 and the 3rd The inner side of tank 19 is released to from the nozzle 82 that discharges water.From discharge water nozzle 82 releasing water be showered into swivelling chute 18 lateral surface or The medial surface of person's tank 19, and flowed down along the lateral surface of swivelling chute 18 or the inner side of tank 19 towards the bottom of tank 19.

In addition, as shown in figure 21, washing dryer 10 is provided with lid opening and closing sensor 83.Lid is opened and closed sensor 83 Limit switch etc., and be connected electrically in as shown in figure 21 on control device 16.Control device 16 is opened and closed the inspection of sensor 83 according to lid Result is surveyed, the open mode or closed mode of lid 14 is judged.

When performing matting in step S53 of the control device 16 in Figure 18 step S23 or Figure 19, Figure 22 is performed In the control content that shows.Then, control device 16 is opened and closed the testing result of sensor 83 first in step S61 according to lid, The opening and closing of lid 14 are judged whether to.That is, after washing end of run, it is opened and quilt afterwards detecting lid 14 In the case of closing (step S61 judged result is "Yes"), control device 16 is judged as that user opens and closes lid 14 and taken out Washings in swivelling chute 18.On the other hand, in the case where being not detected by the opening and closing of lid 14, (judged result is "No"), control device 16 performs step S61 and standby repeatedly, untill detecting the opening and closing of lid 14.

When detecting the opening and closing of lid 14 (step S61 judged result be "Yes"), control device 16 migrate to Step S62, judges whether "start" button 64 is operated.(the step S62 judgement knot in the case where "start" button 64 is not by operation Fruit is "No"), control device 16 performs step S62 repeatedly, until "start" button 64 is operating as stopping.On the other hand, detection is worked as When being operated to "start" button 64 (step S62 judged result is "Yes"), control device 16 is migrated to step S63.

In step S63, control device 16 opens the second feed water valve 35, to the softener resettlement section of water supply delivery device 30 312 supply water.Thus the inside of softener resettlement section 312 is cleaned.In addition, the water being supplied in softener resettlement section 312 passes through note Water tube hose 32 is fed into swivelling chute 18.Thus the inner side of water filling flexible pipe 32 and swivelling chute 18 is cleaned.Further, in step In S63, control device 16 opens the 3rd feed water valve 81, and from discharging water, nozzle 82 discharges water.Thus cleaning swivelling chute 18 outside and The inner side of tank 19.In addition, this motor 211 of timed unit 16, so that swivelling chute 18 rotates.Thus, from the spray that discharges water The water that mouth 82 is released is sprinkled upon on the whole outer peripheral face of swivelling chute 18, can more efficiently clean the outer peripheral face of swivelling chute 18.In addition, Control device 16 can also open the first feed water valve 34, via the detergent resettlement section 311 of water supply delivery device 30 to swivelling chute Water filling in 18, thus cleans the inner side of swivelling chute 18.

In this case, the first feed water valve 34 and the second feed water valve 35 are that cleaning unit is sent out as the first cleaning unit Its function is waved, first cleaning unit is used for the inner side of main wash swivelling chute 18.Second feed water valve is used as the second cleaning unit I.e. cleaning unit plays its function, and second cleaning unit is used to clean as the submissive of the water supply delivery device 30 for delivering unit Agent resettlement section 312.3rd feed water valve 81 and the nozzle 82 that discharges water play its function as the 3rd cleaning unit i.e. cleaning unit, should 3rd cleaning unit be used for main wash swivelling chute 18 outside, and cleaning sink 19 inner side.

Afterwards, control device 16 is migrated to step S64, is judged from being opened the second feed water valve 35 and the 3rd feed water valve 81 Whether the stipulated time have passed through.In the case where not yet passing through specified time limit (step S64 judged result is "No"), hold repeatedly Row step S64, untill by specified time limit.Afterwards, from being opened the second feed water valve 35 and the 3rd feed water valve 81 through (step S64 judged result is "Yes") was crossed after specified time limit, and control device 16 is migrated to step S65.Then, in step In S65, control device 16 closes the second feed water valve 35 and the 3rd feed water valve 81, and stops motor 211.Pass through as above institute The step of stating, terminates matting.

Thus, in the case of the stronger softener of fragrance has been used, the remaining fragrance of softener can also be removed. Therefore, it is possible to prevent the remaining fragrance of softener during operation to be thereafter attached on washings.

In addition, when according to perfuming mode operation, due to performing final rinsing process with low water level, therefore in the washings The concentration of contained softener can thicken.Therefore, if the washings containing high concentration softener remain in softener resettlement section 312nd, water supply hose 32, swivelling chute 18 and tank 19 etc., then when the washings are dried, it is possible to softener can be caused to analyse Go out solidification.In the present embodiment, after according to perfuming mode operation, by the water from external water sources such as water supply pipes, The water of softener is namely free of, softener resettlement section 312, water supply hose 32, swivelling chute 18 and tank 19 are cleaned. Therefore, softener resettlement section 312, water supply hose 32, swivelling chute 18 and tank are remained in because of the operation based on perfuming pattern The washings of high concentration at 19 can be washed off by matting.As a result, even in having carried out based on perfuming pattern During operation, it can also reduce softener and separate out solidification.

Washing dryer 10 can also replace water supply delivery device 30 and possess water supply installation 71 as shown in figure 14 respectively And delivery device 72.In this case, though not illustrating in detail, control device 16 opens the first feed water valve 34 to rotation Water filling in turn trough 18, thus to being cleaned in swivelling chute 18.In addition, control device 16 is for example according to the inspection of turn-sensitive device 27 The controlled motors 211 such as result are surveyed, swivelling chute 18 is rotated, so that delivery device 72 is located at the lower section that water filling flexible pipe 32 is exported.By This, the water given off from water filling flexible pipe 32 is injected into delivery device 72, so as to be cleaned to the inside of delivery device 72.

In the respective embodiments described above, rinsing process is performed a plurality of times in control device 16, is to perform the first rinsing process herein With this rinsing process twice of final rinsing process, still, it is not limited to that.That is, it is as long as at least performing a rinsing process Can.In this case, the first time rinsing process is final rinsing process.

In addition, in the respective embodiments described above, dehydration procedure is performed a plurality of times before final rinsing process in control device 16, It is to perform the first dehydration procedure and this twice dehydration process of dehydration procedure before final rinsing herein, still, is not limited to that. That is, before final rinsing process, as long as at least performing primary dewatering process.In this case, this is dehydrated for the first time Process is dehydration procedure before final rinsing.

In addition, using the 3rd embodiment delivery device 72 in the case of, control device 16 the first time most Change dehydration rotary speed in dehydration procedure before rinsing eventually, centrifugal force more than twice is applied to delivery device 72.Thus, energy It is enough to deliver softener in screw clamp 19 in dehydration procedure before the final rinsing once.In addition, delivery device 72 both can be with Just softener is delivered in screw clamp 19 by the effect of a centrifugal force, can also be incited somebody to action by the effect of more than three times centrifugal force Softener is delivered in screw clamp 19.

In the respective embodiments described above, hot air supply device 50 is set to heater mode, still, is not limited to that, It can also be heat pump mode.

In the respective embodiments described above, the setting content of mode standard and perfuming pattern be not limited in the accompanying drawings with And the particular content shown in specification word, and can suitably be changed.

Although it is assumed that washing dryer 10 is longitudinal axis type washing machine, still, it is not limited to that, for example, can also is transverse axis The so-called drum-type washing drying machine of type.In this case, the implication of the mixing time shown in Fig. 6 is, if for example "/1 ', then it represents that roller is continuously or intermittently rotated in one minute ten seconds for 10.In addition, washing dryer 10 also may be used Not possess functions/drying.

To sum up, according to the washing machine of embodiment, control unit can optionally perform mode standard and perfuming pattern, Wherein, the mode standard performs rinsing process and dehydration procedure, the perfuming pattern and mark according to content set in advance Quasi-mode is compared and for longer periods performs final rinsing process.Therefore, user easily can assign the perfume (or spice) liked to washings Taste.

Although several embodiments of the invention is illustrated, these embodiments are to propose as an example , it is not intended that limit the protection domain of invention.These novel embodiments can be implemented in other various modes, not inclined In the range of invention objective, various omissions can be carried out, replaces, change.These embodiments and its deformation are included in invention Protection domain and objective in, also, in invention and its equivalent protection domain described in claims.

Claims (11)

1. a kind of washing machine, possesses：

Outer container；

Tank, is arranged in the outer container；

Swivelling chute, is rotatably provided in the tank, for housing washings；

Water supplying unit, the water from the water source is supplied in the tank by externally connected water source；

Unit is delivered, for delivering softener into the tank；And

Control unit, when water supply period and the dispensing unit for controlling the water supplying unit deliver the dispensing of softener Phase；

In rinsing process and dehydration procedure, described control unit can optionally perform mode standard and perfuming pattern, Wherein, the rinsing process accumulates water in the tank and performs the rinsing of the washings, and the dehydration procedure makes described Rotation to the washings so as to be dehydrated at a high speed for swivelling chute, and the mode standard performs described according to content set in advance Rinsing process and the dehydration procedure, the perfuming pattern are longer in the rinsing process compared with the mode standard Temporally perform the final rinsing for delivering the softener into the tank by the dispensing unit and being rinsed Process；

Compared with the mode standard, the water level in the final rinsing process during perfuming pattern is lower；

In the dehydration procedure before the final rinsing process, compared with the mode standard, during the perfuming pattern The dehydration procedure time it is longer.

2. a kind of washing machine, possesses：

Outer container；

Tank, is arranged in the outer container；

Swivelling chute, is rotatably provided in the tank, for housing washings；

Water supplying unit, the water from the water source is supplied in the tank by externally connected water source；

Unit is delivered, for delivering softener into the tank；And

Control unit, when water supply period and the dispensing unit for controlling the water supplying unit deliver the dispensing of softener Phase；

In rinsing process and dehydration procedure, described control unit can optionally perform mode standard and perfuming pattern, Wherein, the rinsing process accumulates water in the tank and performs the rinsing of the washings, and the dehydration procedure makes described Rotation to the washings so as to be dehydrated at a high speed for swivelling chute, and the mode standard performs described according to content set in advance Rinsing process and the dehydration procedure, the perfuming pattern are longer in the rinsing process compared with the mode standard Temporally perform the final rinsing for delivering the softener into the tank by the dispensing unit and being rinsed Process；

In the dehydration procedure after the final rinsing process, compared with the mode standard, during the perfuming pattern The swivelling chute rotary speed it is lower.

3. a kind of washing machine, possesses：

Outer container；

Tank, is arranged in the outer container；

Swivelling chute, is rotatably provided in the tank, for housing washings；

Water supplying unit, the water from the water source is supplied in the tank by externally connected water source；

Unit is delivered, for delivering softener into the tank；And

Control unit, when water supply period and the dispensing unit for controlling the water supplying unit deliver the dispensing of softener Phase；

In rinsing process and dehydration procedure, described control unit can optionally perform mode standard and perfuming pattern, Wherein, the rinsing process accumulates water in the tank and performs the rinsing of the washings, and the dehydration procedure makes described Rotation to the washings so as to be dehydrated at a high speed for swivelling chute, and the mode standard performs described according to content set in advance Rinsing process and the dehydration procedure, the perfuming pattern are longer in the rinsing process compared with the mode standard Temporally perform the final rinsing for delivering the softener into the tank by the dispensing unit and being rinsed Process；

In the dehydration procedure after the final rinsing process, compared with the mode standard, during the perfuming pattern The dehydration procedure time it is shorter.

4. a kind of washing machine, possesses：

Outer container；

Tank, is arranged in the outer container；

Swivelling chute, is rotatably provided in the tank, for housing washings；

Water supplying unit, the water from the water source is supplied in the tank by externally connected water source；

Unit is delivered, for delivering softener into the tank；And

Control unit, when water supply period and the dispensing unit for controlling the water supplying unit deliver the dispensing of softener Phase；

In rinsing process and dehydration procedure, described control unit can optionally perform mode standard and perfuming pattern, Wherein, the rinsing process accumulates water in the tank and performs the rinsing of the washings, and the dehydration procedure makes described Rotation to the washings so as to be dehydrated at a high speed for swivelling chute, and the mode standard performs described according to content set in advance Rinsing process and the dehydration procedure, the perfuming pattern are longer in the rinsing process compared with the mode standard Temporally perform the final rinsing for delivering the softener into the tank by the dispensing unit and being rinsed Process；

In the final rinsing process, compared with the mode standard, by institute since more low water level during the perfuming pattern State dispensing unit and the softener is delivered into the tank.

5. a kind of washing machine, possesses：

Outer container；

Tank, is arranged in the outer container；

Swivelling chute, is rotatably provided in the tank, for housing washings；

Water supplying unit, the water from the water source is supplied in the tank by externally connected water source；

Unit is delivered, for delivering softener into the tank；And

Control unit, when water supply period and the dispensing unit for controlling the water supplying unit deliver the dispensing of softener Phase；

In rinsing process and dehydration procedure, described control unit can optionally perform mode standard and perfuming pattern, Wherein, the rinsing process accumulates water in the tank and performs the rinsing of the washings, and the dehydration procedure makes described Rotation to the washings so as to be dehydrated at a high speed for swivelling chute, and the mode standard performs described according to content set in advance Rinsing process and the dehydration procedure, the perfuming pattern are longer in the rinsing process compared with the mode standard Temporally perform the final rinsing for delivering the softener into the tank by the dispensing unit and being rinsed Process；

In the dehydration procedure before the final rinsing process, compared with the mode standard, during the perfuming pattern The swivelling chute rotary speed it is higher.

6. a kind of washing machine, possesses：

Outer container；

Tank, is arranged in the outer container；

Swivelling chute, is rotatably provided in the tank, for housing washings；

Water supplying unit, the water from the water source is supplied in the tank by externally connected water source；

Unit is delivered, for delivering softener into the tank；And

Control unit, when water supply period and the dispensing unit for controlling the water supplying unit deliver the dispensing of softener Phase；

In rinsing process and dehydration procedure, described control unit can optionally perform mode standard and perfuming pattern, Wherein, the rinsing process accumulates water in the tank and performs the rinsing of the washings, and the dehydration procedure makes described Rotation to the washings so as to be dehydrated at a high speed for swivelling chute, and the mode standard performs described according to content set in advance Rinsing process and the dehydration procedure, the perfuming pattern are longer in the rinsing process compared with the mode standard Temporally perform the final rinsing for delivering the softener into the tank by the dispensing unit and being rinsed Process；

Compared with the mode standard, the mixing time in the final rinsing process during perfuming pattern is shorter.

7. a kind of washing machine, possesses：

Outer container；

Tank, is arranged in the outer container；

Swivelling chute, is rotatably provided in the tank, for housing washings；

Water supplying unit, the water from the water source is supplied in the tank by externally connected water source；

Unit is delivered, for delivering softener into the tank；And

Control unit, when water supply period and the dispensing unit for controlling the water supplying unit deliver the dispensing of softener Phase；

In rinsing process and dehydration procedure, described control unit can optionally perform mode standard and perfuming pattern, Wherein, the rinsing process accumulates water in the tank and performs the rinsing of the washings, and the dehydration procedure makes described Rotation to the washings so as to be dehydrated at a high speed for swivelling chute, and the mode standard performs described according to content set in advance Rinsing process and the dehydration procedure, the perfuming pattern are longer in the rinsing process compared with the mode standard Temporally perform the final rinsing for delivering the softener into the tank by the dispensing unit and being rinsed Process；

Compared with the mode standard, the rotation speed of the swivelling chute in the final rinsing process during perfuming pattern Degree is lower.

8. a kind of washing machine, possesses：

Outer container；

Tank, is arranged in the outer container；

Swivelling chute, is rotatably provided in the tank, for housing washings；

Water supplying unit, the water from the water source is supplied in the tank by externally connected water source；

Unit is delivered, for delivering softener into the tank；And

Control unit, when water supply period and the dispensing unit for controlling the water supplying unit deliver the dispensing of softener Phase；

In rinsing process and dehydration procedure, described control unit can optionally perform mode standard and perfuming pattern, Wherein, the rinsing process accumulates water in the tank and performs the rinsing of the washings, and the dehydration procedure makes described Rotation to the washings so as to be dehydrated at a high speed for swivelling chute, and the mode standard performs described according to content set in advance Rinsing process and the dehydration procedure, the perfuming pattern are longer in the rinsing process compared with the mode standard Temporally perform the final rinsing for delivering the softener into the tank by the dispensing unit and being rinsed Process；

The perfuming pattern has more than two ranks, and the washing machine possesses the changing unit for changing the rank；

In the dehydration procedure before the final rinsing process, compared with the mode standard, during the perfuming pattern The dehydration procedure time it is longer.

9. a kind of washing machine, possesses：

Outer container；

Tank, is arranged in the outer container；

Swivelling chute, is rotatably provided in the tank, for housing washings；

Water supplying unit, the water from the water source is supplied in the tank by externally connected water source；

Unit is delivered, for delivering softener into the tank；And

Control unit, when water supply period and the dispensing unit for controlling the water supplying unit deliver the dispensing of softener Phase；

In rinsing process and dehydration procedure, described control unit can optionally perform mode standard and perfuming pattern, Wherein, the rinsing process accumulates water in the tank and performs the rinsing of the washings, and the dehydration procedure makes described Rotation to the washings so as to be dehydrated at a high speed for swivelling chute, and the mode standard performs described according to content set in advance Rinsing process and the dehydration procedure, the perfuming pattern are longer in the rinsing process compared with the mode standard Temporally perform the final rinsing for delivering the softener into the tank by the dispensing unit and being rinsed Process；

Possess cleaning unit, for after with the perfuming mode operation to the tank, the swivelling chute and the dispensing In unit at least any one cleaned；

In the dehydration procedure before the final rinsing process, compared with the mode standard, during the perfuming pattern The dehydration procedure time it is longer.

10. the washing machine according to any one of claim 1 to 9, it is characterised in that

Heating unit is further equipped with, for being carried out before the final rinsing process to the washings being housed in the groove Heating.

11. the washing machine according to any one of claim 1 to 9, it is characterised in that

Possess standard process and perfuming process, wherein, the standard process performs washing procedure, rinsing with the mode standard Process and dehydration procedure, the perfuming process perform washing procedure, rinsing process and dehydration procedure with the perfuming pattern.