CN106854805B - Washing machine - Google Patents

Abstract

The purpose of the present invention is to provide a kind of scrubbing-and-drying units, and high concentration lotion liquid (high concentration lotion solution) can be made widely throughout clothing etc., can be improved clean effect.Washing machine of the invention has: capableing of the outer groove (2) of water storage；The washing and dewatering groove (3) in outer groove and being driven in rotation is set；The air supply device (28a, 28b) of air is conveyed into washing and dewatering groove；The heating device (31) that the air conveyed using air supply device into washing and dewatering groove is heated；And the washing water flusher of the washing water of high lotion concentration is sprayed into washing and dewatering groove using circulating pump, in above-mentioned washing machine, following process is executed: the first step for spraying the washing water of high lotion concentration into washing and dewatering groove using washing water flusher；And the second step for making tap water collaborate and supply into washing and dewatering groove with the hot wind generated using air supply device and heating device.

Description

Washing machine

Technical field

The present invention relates to so that the washing water of high lotion concentration is acted on clothing etc. the washing machine that is washed.

Background technique

In the past, there is known scrubbing-and-drying units documented by Japanese Unexamined Patent Publication 2011-245035 bulletin (patent document 1). In patent document 1, high clean is obtained to clothing sprinkling high concentration lotion liquid with not omitting in cheap method in order to provide The scrubbing-and-drying unit of power discloses following scrubbing-and-drying unit, i.e., have cabinet, outer groove, rotating cylinder, motor, water supplying unit, High concentration lotion liquid generation unit, motor and control water supplying unit and high concentration lotion liquid generation unit and be able to carry out and wash It washs the control device of operating and/or dry operating, in above-mentioned scrubbing-and-drying unit, has air-supply blower unit, which blows Unit is sent directly to blow the air quantity with the fold for flattening the clothing to the clothing for being contained in rotating cylinder in dry operating And the wind of wind speed, the air-supply blower unit include blowing unit；The heating list of the wind of the discharge side of the blowing unit is set Member；And the nozzle with the downstream side that the heating unit is arranged in, and supply to the upstream side of nozzle by high concentration lotion liquid The lotion liquid feed unit for the high concentration lotion liquid that generation unit generates (referring to abstract).

Air tool in the wind and liquid lotion (high concentration lotion liquid) and rotating cylinder of the high speed blown out from nozzle There is biggish speed difference, therefore liquid lotion (high concentration lotion liquid) is forcefully stirred and is atomized due to the speed difference. Also, liquid lotion (high concentration lotion liquid) is spread together with the wind of the high speed blown out from nozzle into rotating cylinder.At this point, Rotating cylinder is so that clothing rises rotation speed (such as 40~50 rotations rev/min) rotation of the degree fallen, and clothing is successively to spray It is risen near mouth.Therefore, the liquid lotion after atomization (high concentration lotion liquid) is substantially evenly sprayed to clothing, is impregnated with, right Dirt generation effect, floats dirt from clothing.In addition, the mist of high concentration lotion together with the wind of high speed to clothing due to blowing Send, thus can efficiency well throughout the clothings such as the gap of clothing, inboard clothing it is whole (referring to paragraph 0036~ 0037)。

Existing technical literature

Patent document

Patent document 1: Japanese Unexamined Patent Publication 2011-245035 bulletin

Summary of the invention

Problems to be solved by the invention

In patent document 1, by by high concentration lotion liquid mist and clothing into rotating cylinder sprays, so as to Enough make to become good to being impregnated with for clothing.But in order to make high concentration lotion liquid immerse clothing, moisture is needed, in patent document In 1 scrubbing-and-drying unit, do not fully consider makes it throughout clothing in the case where keeping the higher state of concentration of lotion liquid of sprinkling The case where.

The purpose of the present invention is to provide a kind of scrubbing-and-drying units, and capable of making high concentration lotion liquid, (high concentration lotion is molten Liquid) widely throughout clothing etc., it can be improved clean effect.

Solution for solving the problem

To achieve the goals above, scrubbing-and-drying unit of the invention carry out high concentration lotion solution sprinkling while, Hot wind (hereinafter referred to as hot wind mist is bathed) containing moisture is blown into clothing etc. and above supplies moisture to clothing etc..

The washing machine of the present invention program 1, has: capableing of the outer groove of water storage；The inside of above-mentioned outer groove is set and is rotated The washing and dewatering groove of driving；To the air supply device of the inside of above-mentioned washing and dewatering groove conveying air；To the above-mentioned air-supply of utilization The heating device that device is heated to the air that the inside of above-mentioned washing and dewatering groove conveys；And it is upward using circulating pump State the washing water flusher of the washing water of the inside sprinkling high lotion concentration of washing and dewatering groove, the feature of above-mentioned washing machine It is, comprising: using above-mentioned washing water flusher by the washing water of high lotion concentration to the inside of above-mentioned washing and dewatering groove The first step of sprinkling；And makes tap water and collaborated using the hot wind that above-mentioned air supply device and above-mentioned heating device generate And the second step supplied into above-mentioned washing and dewatering groove.

The present invention program 2 is in the washing machine described in scheme 1, which is characterized in that is executed after the first process described above Above-mentioned the second step.

The present invention program 3 is in the washing machine described in scheme 1, which is characterized in that be performed simultaneously above-mentioned first step and Above-mentioned the second step.

The present invention program 4 is in the described in any item washing machines of scheme 1~3, which is characterized in that has and executes drying The function of process makes in the drying process using by above-mentioned air supply device and the hot wind of above-mentioned heating device generation Clothing etc. is dry, above-mentioned air supply device be arranged in the air entry being connected to above-mentioned outer groove and the nozzle being connected to above-mentioned outer groove it Between, and have the fan that will be conveyed from the air that the inside of above-mentioned outer groove attracts to the inside of above-mentioned outer groove, in above-mentioned second work The rotation speed of the said fans set in sequence in order to blow, than being set upper in above-mentioned drying process in order to blow The rotation speed for stating fan is slow.

The present invention program 5 is in the washing machine described in scheme 1 or 2, which is characterized in that executes repeatedly above-mentioned the respectively One process and above-mentioned the second step, it is and more in the case where the amount for being put into clothing of above-mentioned washing and dewatering groove etc. is less The case where compare, reduce the amount by the repeatedly tap water of above-mentioned the second step supply.

The present invention program 6 is in the described in any item washing machines of scheme 1~3, which is characterized in that above-mentioned air supply device It is arranged between the air entry being connected to above-mentioned outer groove and the nozzle being connected to above-mentioned outer groove, and having will be from above-mentioned outer groove The fan that the air that inside attracts is conveyed to the inside of above-mentioned outer groove, is being put into clothing of above-mentioned washing and dewatering groove etc. Measure it is less in the case where, compared with more situation, keep the rotation speed of said fans slack-off.

The present invention program 7 is in the described in any item washing machines of scheme 1~3, which is characterized in that in above-mentioned second work In sequence, above-mentioned tap water is intermittently supplied.

The present invention program 8 is in the described in any item washing machines of scheme 1~3, which is characterized in that is had:

Air entry, to be located at a side side of left and right directions relative to the rotation center of washing and dewatering groove and than above-mentioned rotation Turn the mode of center on the lower and is disposed in above-mentioned outer groove；

Nozzle is supplied by above-mentioned hot wind and with the tap water at above-mentioned hot wind interflow into above-mentioned washing and dewatering groove；And

One side side in left and right directions is arranged relative to above-mentioned rotation center in pipeline, and to be connected to above-mentioned air entry It is extended upward with the mode of said nozzle from above-mentioned air entry,

In above-mentioned the second step, above-mentioned washing and dewatering groove is with the one side side of left and right directions relative to above-mentioned rotation Turn the mode that center is rotated from above towards lower section, rotates driving to a direction.

The washing machine of the present invention program 9, has: capableing of the outer groove of water storage；The inside of above-mentioned outer groove is set and is rotated The washing and dewatering groove of driving；To the air supply device of the inside of above-mentioned washing and dewatering groove conveying air；To the above-mentioned air-supply of utilization The heating device that device is heated to the air that the inside of above-mentioned washing and dewatering groove conveys；And it is upward using circulating pump State the washing water flusher of the washing water of the inside sprinkling high lotion concentration of washing and dewatering groove, the feature of above-mentioned washing machine It is, it is with the following process: using above-mentioned washing water flusher by the washing water of high lotion concentration to above-mentioned washing and dewatering The first step of the inside sprinkling of slot；It will be washed using the hot wind of above-mentioned air supply device and the generation of above-mentioned heating device to above-mentioned Wash and be dehydrated the second step supplied in slot；And makes tap water and utilize above-mentioned air supply device and the life of above-mentioned heating device At hot wind collaborate and the third step that is supplied into above-mentioned washing and dewatering groove.

The present invention program 10 is in the washing machine described in scheme 9, which is characterized in that after the first process described above, is held The above-mentioned the second step of row, then executes above-mentioned the third step.

The present invention program 11 is in the washing machine described in scheme 9, which is characterized in that above-mentioned the third step initially makes Above-mentioned tap water intermittently collaborates.

The present invention program 12 is in the described in any item washing machines of scheme 9~11, which is characterized in that according to external gas Temperature, water temperature, can change the actuation time of above-mentioned the second step and above-mentioned the third step.

Effect of the invention is as follows.

It is moistened with making the exhaustives such as clothing, can be made highly concentrated with a small amount of water in accordance with the invention it is possible to be bathed using hot wind mist Lotion solution is spent widely throughout clothing etc..Thereby, it is possible to improve the clean effect of scrubbing-and-drying unit.

Project, structure and effect other than above-mentioned will be apparent by the explanation of the following embodiments and the accompanying drawings.

Detailed description of the invention

Fig. 1 is the outside drawing for indicating the drum-type washing drying machine of one embodiment of the present of invention.

Fig. 2 is turned off a part of the cabinet of drum-type washing drying machine shown in FIG. 1 to indicate the solid of internal structure Figure.

Fig. 3 is the rearview for removing the back side cover of drum-type washing drying machine shown in FIG. 1 to indicate internal structure.

Fig. 4 is the side view for indicating the internal structure of drum-type washing drying machine shown in FIG. 1.

Fig. 5 is to indicate to cut off the top of the cabinet of drum-type washing drying machine shown in FIG. 1 to indicate bowing for internal structure View

Fig. 6 is the main view for being provided with the outer slot cover of hot air blow port of drum-type washing drying machine shown in FIG. 1

Fig. 7 is the A-A cross-sectional view of the hot air blow port in Fig. 6.

Fig. 8 is the top view for indicating structure additional in the drum-type washing drying machine of one embodiment of the present of invention.

Fig. 9 is the solid that the water supply mechanism to supply water to the pipe of drum-type washing drying machine shown in Fig. 8 is shown from back side Figure.

Figure 10 is the solid that the water supply mechanism to supply water to the pipe of drum-type washing drying machine shown in Fig. 8 is shown from face side Figure.

Figure 11 is the cross-sectional view for indicating the water supply mechanism to supply water to the pipe of drum-type washing drying machine shown in Fig. 8.

Figure 12 is the cross-sectional view for indicating the water supply mechanism to supply water to the pipe of drum-type washing drying machine shown in Fig. 8, is table The figure of the variation of diagram 11.

Figure 13 is the perspective view for indicating the water-supply structure of drum-type washing drying machine shown in Fig. 8.

Figure 14 is the structure chart for indicating the water system of drum-type washing drying machine shown in Fig. 8.

Figure 15 is the loop structure that washing water is shown about the drum-type washing drying machine of one embodiment of the present of invention Side view.

Figure 16 is to remove upper cover come the top view for the outline structure for indicating drum-type washing drying machine shown in figure 15.

Figure 17 is the A-A cross-sectional view of the outer groove and washing and dewatering groove in Figure 15.

Figure 18 is the vertical of the outer groove for indicating drum-type washing drying machine shown in figure 15 and the bottom of washing and dewatering groove Cross-sectional view.

Figure 19 is the perspective view for indicating circulating pump and filter and its piping system.

Figure 20 is the perspective view for indicating the tubing connection portion of circulating pump and filter housings.

Figure 21 is the perspective view for indicating the interior of shell shape of circulating pump.

Figure 22 is the perspective view for indicating the impeller of circulating pump.

Figure 23 is the process chart for indicating the motion flow of washing procedure.

After Figure 24 is the sprinkling process for indicating the sprinkling washing water executed in washing procedure, will be atomized (atomization) The process chart for the spraying procedure that hot wind (hereinafter referred to as hot wind mist) containing moisture is blown into washing and dewatering groove 3.

After Figure 25 is the sprinkling process for indicating the sprinkling washing water executed in washing procedure, will be atomized (atomization) The process chart for the spraying procedure that hot wind (hereinafter referred to as hot wind mist) containing moisture is blown into washing and dewatering groove 3, is Figure 24 Continuation.

Figure 26 indicates the characteristic of the air quantity of Air Blast fan revolving speed and blow-off outlet.

Figure 27 indicates the characteristic of the wind speed of Air Blast fan revolving speed and blow-off outlet.

After Figure 28 is the sprinkling process for indicating the sprinkling washing water executed in washing procedure, will be atomized (atomization) The process chart for the spraying procedure that hot wind mist containing moisture is blown into washing and dewatering groove 3.

After Figure 29 is the sprinkling process for indicating the sprinkling washing water executed in washing procedure, will be atomized (atomization) The process chart for the spraying procedure that hot wind mist containing moisture is blown into washing and dewatering groove 3 is the continuation of Figure 28.

In figure: 1-cabinet, 2-outer grooves, 2a-air entry, 2b-next door, 2d-outer slot cover, 3-washing and dewatering grooves, 4,28a-motors, 6-operation panels, 8-devices for drying and filtering, 9-doors, 16-water supply electromagnetic valves, 21-discharge outlet, 24-is recessed Concave portion, 25-connection flow path portions, 27-filter pipes, 28-blowing units, 28b-blower-casting, 29-drying ducts, 31-heaters, 32-hot air blow ports, 32d-nozzle, 33-suction pipes, 38-control devices, 50-water supplying units, 51-the second switching valve, 52-cooling water supply pipes, 53-spraying connectors, 54-spray nozzles, 61-taps, 62-supply Water solenoid valve, 63-cooling joints, 64-water for bathing water supply pumps, the 65-the first switching valve, 66-lotion boxes, 67-drying tubes Road, 68-drain valves, 118-inflow entrances, 120-bellowss, 122-hoses, 123-filter housings, 123a-enter water Mouthful, 123b-water outlet, 123c-filter, 124-circulating pumps, 125-drain valves, 127-loop hoses, 127a-spray Mouth, 140-bellows D, 141-bellows C, 142-shells, 142a-side wall of outer shell, 142b-protrusion, 143-recycle The suction inlet of pump 124,144-outlet A, 144a-outlet A, 145-outlets, 145a-outlet B, 146a, 146b - next door, 147-circulation pump motors, 148-circulation pump mount bases, 148a-sticking department, 148b-gap, 149-hoses, 150-impellers, 150a, 150b-blade.

Specific embodiment

Hereinafter, being illustrated using attached drawing to the first embodiment of the present invention.In addition, drying described in this specification Operating is to instigate moisture to evaporate from clothing and the moisture of evaporation is discharged to outside machine, also comprising blowing out water to the clothing after drying Point, make while flattening fold moisture evaporate and the operating that is arranged.

Firstly, referring to Fig.1~Fig. 7 is illustrated the structure of scrubbing-and-drying unit.

Fig. 1 is the outside drawing of drum-type washing drying machine.Fig. 2 is to cut off the one of cabinet to indicate internal structure Part is come the perspective view that indicates, and Fig. 3 is to remove the rearview of back side cover to indicate internal structure, and Fig. 4 is to indicate internal Structure side view, Fig. 5 is to indicate internal structure and cut off a part of cabinet the top view to indicate.In addition, Fig. 2 is described centered on the loop structure of air into Fig. 5.Therefore, water used in the watering for washing water follows Ring structure, in Fig. 2 into Fig. 5 without description.The loop structure of water used in watering for washing water uses Figure 15 extremely Figure 19 is described further below.

Symbol 1 is the cabinet (outline border) of drum-type washing drying machine.Cabinet 1 is mounted on pedestal 1h, by the side plate of left and right 1a, 1b, radiator grille 1c, back side cover 1d, upper mask 1e, lower part radiator grille 1f are constituted.Side plate 1a, 1b "U" font of left and right Upper reinforcing member (not shown), preceding reinforcing member (not shown), post-reinforcing part are (not shown) combines, form box-like comprising pedestal 1 Cabinet 1 there is enough intensity as cabinet.

Symbol 9 is the substantial middle that 1c is covered in blocking setting in front for being put into the door for taking out the dispensing port of clothing, by The hinge being arranged in preceding reinforcing member can openly and closely support.Button 9d is opened wide by pressing pressure gate, so that locking mechanism (is not schemed Show) it releases, door is opened, by the way that by door, mask 1c is pushed forward, to be locked and close.Preceding reinforcing member and aftermentioned outer groove Opening portion it is concentric, have for taking out the circular opening portion for being put into clothing.

Symbol 6 is the operation panel that the center upper portion of cabinet 1 is arranged in, have power switch 39, Operation switch 12,13, Display 14.Operation panel 6 is electrically connected with the control device 38 that 1 lower part of cabinet is arranged in.

Symbol 3 is the cylindric washing and dewatering groove (rotating cylinder) that can be pivotally supported, in its periphery wall and Bottom wall has multiple through holes for water flowing and ventilation, is equipped in front end face for taking out the opening for being put into clothing etc. Portion 3a.Has the fluid balancer 3c with 3 one of washing and dewatering groove on the outside of the 3a of opening portion.It is set on the inside of periphery wall There are multiple lifter 3b extended in the axial direction, if rotating washing and dewatering groove 3 when washing, drying, clothing etc. is to pass through Lifter 3b and centrifugal force and mode repetitive operation that circumferentially wall rises, falls by gravity.The rotation of washing and dewatering groove 3 Central axis tilts in such a way that the horizontal or opening portion side 3a is got higher.

Washing, dehydration and dry object are not limited to clothing.In the following description, by washing, dehydration and do Dry object is known as clothing or clothing etc. to be illustrated.

Symbol 2 is cylindric outer groove, coaxial built-in washing and dewatering groove 3, front openings, in the outer of back end surface Side center is installed by motor 4.The rotary shaft of motor 4 penetrates through outer groove 2, is combined with washing and dewatering groove 3.Opening portion in front is set Outer slot cover 2d is set, it can be to outer groove inner storing water.Have in the front center of outer slot cover 2d for taking out the opening for being put into clothing etc. Portion 2c.Opening portion 2c and the opening portion that preceding reinforcing member 37 is arranged in are connected by the bellows 10 of rubber system, by closing door 9 External groove 2 carries out water seal.It is equipped with discharge outlet 21 in the lowest part of outer groove 2, is connect with scupper hose 26.In scupper hose 26 Midway is equipped with drain valve 125 (referring to Fig.1 5), drains valve supply water by closing, so that water is accumulated in outer groove 2, opens draining Water in outer groove 2 is discharged valve to outside machine.Outer groove 2 constitutes Storage water tank.

Outer groove 2 (is made of) vibrationproof support by the hanger 5 that downside is fixed on to pedestal 1h helical spring and buffer.Separately Outside, the upside of outer groove 2 prevents outer groove 2 forward and backward by the secondary spring for being installed on top reinforcement feature support (not shown) It overturns.

Symbol 19 is the lotion container for the upper left-hand being arranged in cabinet 1, from the lotion of front opening assembly drawer type Box 7.When being put into lotion class, lotion box 7 is pulled out as shown in the double dot dash line of Fig. 1.Lotion container 19 is fixed on cabinet 1 Upper reinforcing member.

In the rear side of lotion container 19, water supply electromagnetic valve 16, water for bathing water supply pump 17, water level sensor are set and (do not schemed Show) etc. component relevant to water supply.The surplus water of the water supply hose connector 16a connecting with tap, bathtub is equipped in upper mask 1e Soft suction hose connector 17a.Lotion container 19 is connect with outer groove 2, is had a bath by opening water supply electromagnetic valve 16 or operating Water water supply pump 17 supplies washing water to outer groove 2.

Symbol 29 is the drying duct being arranged on the inside of the back side of cabinet 1 along longitudinal direction, pipeline lower part by rubber system wave Line pipe B29a is connected to the air entry 2a set on the lower rear of outer groove 2.Water-cooled dehumidifier structure is provided in drying duct 29 (not shown) supplies cooling water from water supply electromagnetic valve 16 to water-cooled dehumidifier structure.Wall surface stream of the cooling water along drying duct 29 Under, enter outer groove 2 from air entry 2a and is discharged from discharge outlet 21.

The top of drying duct 29 and the filter pipes 27 for the upper right being arranged in cabinet 1 along the longitudinal direction connect It connects.There is opening portion before filter pipes 27, in the device for drying and filtering 8 of opening portion insertion drawer type.From drying tube The air that road 29 enters filter pipes 27 is flowed into the reticular filter 8a of device for drying and filtering 8, removal flocking etc..It is dry The cleaning of filter 8 is carried out by pulling out the filter 8a of the taking-up mesh type of device for drying and filtering 8.In addition, in filter pipes The lower surface of the insertion section of 27 device for drying and filtering 8 is equipped with opening portion, which connects for suction pipe 33, suction pipe 33 other end is connect with the air entry of blowing unit 28.

Blowing unit 28 is made of the motor 28a of driving, blast fan (not shown), blower-casting 28b.In fan The built-in having heaters 31 of shell 28b, heats the air conveyed by blast fan.The outlet and heat of blowing unit 28 Air piping 30 connects.Blowing unit 28 constitutes air supply device, and heater 31 constitutes heating device.

As shown in figure 13, hot air duct 30 via bellows 30a, the corrugated pipe connector 30b of rubber system and with setting outside The hot air blow port 32 of slot cover 2d connects.In the present embodiment, since the upper right in cabinet 1 is arranged in blowing unit 28, Therefore the position of the oblique upside in the right side of outer slot cover 2d is arranged in hot air blow port 32, foreshortens to the distance of hot air blow port 32 as far as possible.

Temperature sensor (not shown) is equipped in discharge outlet 21, the air entry of blowing unit 28 and outlet.

The scrubbing-and-drying unit of the Fig. 1 to structure shown in fig. 5 be such as flowering structure, i.e., it is dry when, keep the wind of high speed direct Clothing etc. is contacted, can be flattened the fold of the generations such as clothing with the power of wind.For this reason, it may be necessary to generate the air-supply list of the wind of high speed Member 28 and the hot air blow port 32 for making the wind directly contact clothing etc..The performance required for blowing unit 28 is by Yu Houwen Narration.Use Fig. 6, Fig. 7 being described in detail to hot air blow port 32.Fig. 6 is the outer groove of the setting unit of hot air blow port 32 The main view of 2d is covered, Fig. 7 is to be cut off with the double dot dash line A-A of Fig. 6 come the cross-sectional view of the hot air blow port 32 indicated.

As shown in fig. 6, hot air blow port 32 is arranged from the front side of outer slot cover 2d along opening portion 2c, stream is formed in inside Road 32b, 32c.Corrugated pipe connector 30b is installed in the entrance of hot air blow port 32, is formed with nozzle in the outlet of flow path 32c 32d.The internal diameter of the opening portion 3a of the internal diameter and washing and dewatering groove 3 of the opening portion 2c of outer slot cover 2d be set at essentially it is identical, with Exempt from the gap that clothing enters washing and dewatering groove 3 Yu outer slot cover 2d.Therefore, the outlet portion 32a of hot air blow port 32 is formed as Inner peripheral surface than opening portion 2c more protrudes inwardly, so that nozzle 32d is towards 3 inner opening of washing and dewatering groove.In this way, from spray The hot wind that mouth 32d comes out is directly blown on the clothing in washing and dewatering groove 3.

Here, when washing, dry, hindering the movement of clothing, therefore as schemed if the overhang of outlet portion 32a is excessive Shown in 6 and Fig. 7, reduce overhang for nozzle as flat shape of slit, and make opening portion 2c's and outlet portion 32a Surface shape changes glibly.In addition, flow path 32b and flow path 32c do not have the variation of unhelpful protrusion, flow direction sharply, And towards nozzle 32d, flow path area is gradually become smaller.In such manner, it is possible to make the generation in flow path 32b, 32c flowing of the wind of high speed The pressure loss, fluid sound becomes smaller.

The flowing of wind when dry operating is as follows.If operating blowing unit 28, it is powered to heater 31, then the heat of high speed Wind is blown into washing and dewatering groove 3 (arrow 41: Fig. 2, Fig. 4, Fig. 5) from nozzle 32d, blows on wet clothing, becomes clothing Heat, moisture are evaporated from clothing.The air of high temperature and humidity flows to outer groove 2 from the through hole for being set to washing and dewatering groove 3, from air-breathing Mouth 2a is inhaled into drying duct 29, flows (42: Fig. 2~Fig. 5 of arrow) from bottom to top in drying duct 29.It dehumidifies from water cooling The cooling water of mechanism is fallen in the wall surface flowing of drying duct 29, and the air of high temperature and humidity is cold and contacting with cooling water But it dehumidifies, becomes dry Cryogenic air and enter filter pipes 27 (43: Fig. 2~Fig. 5 of arrow).It is being filtered by setting The reticular filter 8a of device pipeline 27 removes the end of a thread, into suction pipe 33 and is inhaled into blowing unit 28 (arrow 44: Fig. 2). Also, it is heated again by heater 31, is blown into washing and dewatering groove 3 and is recycled.During this, make washing and dewatering groove 3 With low speed positive and negative rotation, clothing is risen near nozzle 32d, so that the hot wind of high speed is directly blown on clothing.

In this way, thus allowing for the drying for removing the fold of clothing by the hot wind for blowing high speed to clothing.But In the case where the structure shown in the FIG. 1 to FIG. 7, there is effect in the case where the cloth drying moistened after making just to wash, When making the fold of institute's band on the clothing after washing when the cloth drying of time to a certain degree or after flattening is dry, fold It removes incomplete.

In the present embodiment, further additional to the drum-type washing drying machine of the Fig. 1 to structure shown in Fig. 7 to improve Structure afterwards.

Hereinafter, being illustrated referring to Fig. 8 to Figure 14 to additional structure.In the Fig. 8 into Figure 14, for extremely scheming with Fig. 1 The identical part in part shown in 7 marks the same symbol.

As illustrated by Fig. 1 to Fig. 7, during dry operation, blowing unit 28 is operated, the hot wind of high speed is blown into In washing and dewatering groove 3.Be made into such as flowering structure, i.e., in the dry operating, if having set as defined in mode (vapour iron Program) operation, then specified time limit when dry operating starts can make the misty moisture of (spray form) and the hot wind of high speed Mixedly supply.About the detailed of the structure for being blown into the hot wind of high speed in washing and dewatering groove 3, with Fig. 1 into Fig. 7 The structure of explanation is identical.

Fig. 8 is the figure from the inside of the drum-type washing drying machine of present embodiment shown above.It i.e., is to remove Fig. 1 institute The cabinet 1 of the drum-type washing drying machine shown the figure viewed from above arrived.

As shown in Fig. 1, used blowing unit 28 when being configured with dry operating is made into such as flowering structure, i.e., via Switching valve 51 and spraying connector 53 are confessed that the water of water unit 50 is supplied to by the air-supply from the blowing unit 28 in the future and are sent Enter to the bending section 70 of the hot air duct 30 in washing and dewatering groove 3.Be made into such as flowering structure, i.e., in blowing unit 28 (or Near it) configuration having heaters (not shown), the wind generated by blowing unit 28 can be heated to be high temperature.Switching valve 51 is Switch the valve of water supply object between cooling water supply pipe 52 and spraying connector 53.When switching valve 51 is in 53 side of pipe, come from The water of water supplying unit 50 is supplied to the bending section 70 for constituting hot air duct 30.Cooling water supply pipe 52 is in switching valve 51 When, required cooling water supplies when as dry operating.

Fig. 9 to Figure 12 is the figure for indicating the structure of bending section 70 of hot air duct 30.As Fig. 6 has been indicated, by sending The wind of high pressure and high temperature that wind unit 28 generates is imported into hot air duct 30, as shown in Fig. 6 and Fig. 7, via the wave of rubber system Line pipe 30a and corrugated pipe connector 30b, supplies into washing and dewatering groove 3.

Here, as shown in Fig. 9 and Figure 10, it is made into such as flowering structure, i.e., hot air duct, in the front end of bellows 30a is installed 30 bending section 70 makes to send from the downward lateral bend of hot wind W that 28 lateral edge horizontal direction of blowing unit is sent through hot air duct 30 To the bellows 30a and corrugated pipe connector 30b of lower section.Therefore, the hot wind W from blowing unit 28 blows to bending section 70 Curved inner wall 71.Bending section 70 is, for example, the component by forming synthetic resin.

Also, spray nozzle 54 is installed in the component for constituting the bending section 70, via spraying self-water-supplying list in 53 future of connector The water of member 50 is supplied to bending section 70.Spray nozzle 54 confesses that the water of water unit 50 is supplied to the downstream side of heater in the future And it is supplied to the upstream side of nozzle 32d.

The section of Figure 11 expression bending section 70.As shown in figure 11, it is curved to extend to composition by the front end 54a of spray nozzle 54 Near center near the curved inner wall 71 of the pipe of pars convoluta 70, supply water from front end 54a into hot air duct 30.Figure 12 is Indicate the figure of the variation of Figure 11, it as shown in figure 12, can also be from the side surface part 54b of spray nozzle 54 into hot air duct 30 It supplies water.Alternatively, can also supply water from the front end 54a and side surface part 54b of spray nozzle 54 into hot air duct 30.

As in it is stated that as, the wind of high pressure and high temperature is supplied from blowing unit 28 to the pipe for constituting bending section 70.Cause This, the water supplied from the front end 54a of spray nozzle 54 into pipe is along hot air duct 30 and the flow path of hot air blow port 32 The wall surface of 32b, 32c flow down, and supply from nozzle 32d into washing and dewatering groove 3 together with the wind of high speed.At this point, nozzle 32d There are biggish speed differences for air in periphery and washing and dewatering groove 3, and thus water is forcefully stirred because of the speed difference It mixes, by micronized and spreads, become mist (mist) shape, supplied together with the wind of high speed into outer groove 2 and washing and dewatering groove 3 It gives.

In addition, as from blowing unit 28 via bending section 70, bellows 30a, corrugated pipe connector 30b and to wash it is simultaneous It is dehydrated the wind that slot 3 conveys, becomes the wind for the high speed that such as wind speed is 50m/s or more in the nozzle 32d of hot air blow port 32.

Figure 13 is the figure for indicating the structural example of water supplying unit 50.

Water supplying unit 50 has water supply electromagnetic valve 62, passes through the confession for the water that water supply electromagnetic valve 62 supply from tap To control.Hand-off process by the first switching valve 65, the second switching valve 51 etc. is passed through by the water of the control supply of water supply electromagnetic valve 62 And each section to required for as scrubbing-and-drying unit supplies.

Specifically, the water that is obtained by water for bathing water supply pump 64 and the water from tap are selected by the first switching valve 65, And from lotion box 66 to 3 side of washing and dewatering groove supply, washing water when as washing operating come using.

In addition, the second switching valve 51 is carried out during dry operation to the supply of the cooling water of drying duct side and via spray Mist connector 53 carries out the switching of the supply of the water of spraying (mist).

Figure 14 is the figure for indicating the example of system of water-supply structure.

Water from tap 61 is supplied via water supply electromagnetic valve 62 and cooling joint 63 to each portion.

During dry operation, cooling water is supplied to drying duct 67 via the second switching valve 51, and is setting regulation Mode (vapour iron program) when, via cooling joint 63, spraying connector 53 and spray nozzle 54 into hot air duct 30 Supply water.Supply becomes mist because of the wind of the nozzle 32d of hot air blow port 32 high speed blown out to the water in hot air duct 30 (mist) shape.The wind direction washing and dewatering groove 3 for becoming the misty high speed containing moisture supplies.

In addition, the second switching valve 51 is the valve for switching the flowing of water according to the instruction of on-off, when being made into connection To the structure supplied when the supply of 67 side of drying duct, disconnection to spraying 53 side of connector.

Then, it is illustrated using loop structure of the Figure 15 to Figure 22 to detergent solving and washing water.Figure 15 be about The drum-type washing drying machine of one embodiment of the present of invention shows the side view of the loop structure of washing water.Figure 16 is to remove Upper cover indicates the top view of the outline structure of drum-type washing drying machine shown in figure 15.Figure 17 be outer groove in Figure 15 and The A-A cross-sectional view of washing and dewatering groove.Figure 18 is outer groove and the washing for indicating drum-type washing drying machine shown in figure 15 And the longitudinal section view of the bottom of dehydration slot.Figure 19 is the perspective view for indicating circulating pump and filter and its piping system.Figure 20 It is the perspective view for indicating the tubing connection portion of circulating pump and filter housings.Figure 21 is the interior of shell shape for indicating circulating pump The perspective view of shape.Figure 22 is the perspective view for indicating the impeller of circulating pump.

Firstly, the loop structure to washing water is illustrated.As shown in Figure 15 and Figure 19, the drum-type of the present embodiment Scrubbing-and-drying unit has circulating pump 124.Circulating pump 124 sucks the water accumulated in outer groove 2 by hose 122, and passes through circulation Hose 127 is sent out to the top of outer groove 2.Filter housings 123 are equipped between circulating pump 124 and hose 122, from being followed The washing water of ring traps the end of a thread etc..I.e., hose 122 is connected to filter housings 123, the outlet and circulation of filter housings 123 124 connection of pump.In addition, hose 122 is made of bellows.

Here, being described in detail using the loop structure of Figure 15, Figure 20 to Figure 22 to washing water.In washing procedure, Washing water is recycled using the loop structure of washing water, by sprinkling water towards clothing etc., cleans effect and drift to improve Wash effect.

The suction inlet of water inlet 123a, water outlet 123b, circulating pump 124 is equipped in the bottom inboard of filter housings 123 143.The discharge outlet 21 and water inlet 123a of outer groove 2 are connected by hose 122, and drain valve 125 and water outlet 123b are by hose 149 Connection.In addition, being connected with scupper hose 26 in drain valve 125, washing water is discharged to outside machine.In addition, being arranged being represented in Fig. 4 The mouth of a river 21 is directly connected to the structure of the simplification of scupper hose 26.

Circulating pump 124 is made of shell 142, impeller 150, circulation pump motor 147.Shell 142 and filter housings 123 It is integrally formed, there is suction inlet 143 in the central portion of the side wall 142a of shell 142.Circumferential surface inside the shell, across next door 146a, 146b opening has outlet A144a and outlet B145a, connects respectively for outlet A144 with outlet B145.Next door The inboard of 146a, 146b connect with side wall of outer shell 142a.In addition, the outlet side wall surface of next door 146a, 146b are substantially vertical.

Impeller 150 is installed on the axis of circulation pump motor 147.Cross blade is formed on impeller 150 150a,150b.From impeller leading faces, if impeller 150 carries out anticlockwise (hereinafter referred to as rotating forward), flowed into from suction inlet 143 Water due to the pumping action that the centrifugal force of impeller 150 rises towards shell 142 internal perisporium release, and on one side in shell 142 It carries out right rotation to flow on one side, collides the narrow next door 146a of radial gap of shell and blade and change flow direction, from Outlet A144a outflow.If impeller 150 carries out anticlockwise (hereinafter referred to as inverting), water collides next door 146b, from discharge Mouth B145a outflow.In this way, just can be changed by the direction of rotation for changing pump without using the switching mechanism of special flow path The discharge direction of pump.

There are multiple protrusion 142b in the peripheral part of shell 142, protrusion 142b is inserted into circulation pump mount base 148 Cricoid gap 148b, make shell 142 rotate, by be arranged in circulation pump mount base 148 sticking department 148a push projection Portion 142b, thus fixing shell 142.

Loop hose 127 of the outlet A144 via bellows C141 and with the front side periphery wall for being mounted on outer slot cover 2d Connection.Loop hose 127 is connect with the nozzle 127a (referring to Fig.1 6) being arranged on the upside of outer slot cover 2d.Nozzle 127a is by water The shape (such as slit-shaped) extended in the horizontal direction with film-form, from front side towards washing and dewatering groove 3 in spill washing Water.

Outlet B145 connects via bellows D140 with the inflow entrance 118 for the recessed portion 24 that 2 bottom of outer groove is arranged in It is logical.

If rotating forward circulating pump 124 in the state of closing drain valve 125, the washing water in outer groove 2 is from discharge outlet 21 remove foreign matter by hose 122, by the filter 123c of storage filter housings 123, into circulating pump 124, from outlet A144 discharge, is sprinkled water from nozzle 127a into washing and dewatering groove 3 by loop hose 127.

If inverting circulating pump 124, recycle as follows, i.e., washing water, in outer groove 2 passes through from discharge outlet 21 Hose 122 removes foreign matter by filter 123c, into circulating pump 124, is discharged from outlet B145, returns from inflow entrance 118 In outer groove 2 (flowing indicated with block arrow in Figure 17).

If opening drain valve 125, the washing water in outer groove 2 is by filter 123c from outlet B145 via draining Valve 125 is discharged from scupper hose 26 to outside machine.

Then, detergent solving is illustrated.

About detergent solving, as shown in figure 18, at the minimum position of the peripheral wall of outer groove 2, edge is axially arranged with concave recess Portion 24.The bottom surface of recessed portion 24 becomes the inclined surface that lateral rear side declines in the past, is equipped with row in the rear side lowest part of recessed portion 24 The mouth of a river 21.Scupper hose 122 is connected in discharge outlet 21.The inflow entrance 118 of bottom cycle water is equipped in the front side of recessed portion 24. In addition, having in a manner of covering the substantially half of width of recessed portion 24 on the top of recessed portion 24 from 2 periphery wall of outer groove The continuous next door 2b of inner peripheral surface.The direction opposite with the direction of rotation when dehydration of washing and dewatering groove 3 is arranged in next door 2b. The rotation from the center of the width direction of recessed portion 24 to washing and dewatering groove 3 is arranged in discharge outlet 21 and inflow entrance 118 The position of direction offset.Therefore, there is next door 2b on the top of discharge outlet 21 and inflow entrance 118.

In the present embodiment, it is powered to circulation pump motor 147, the reversion of circulating pump 124 is made to execute detergent solving.It launches The lotion of lotion box 7 is flowed by the water supplied from water supply electromagnetic valve 16 or water for bathing water supply pump 17, and by shown in Figure 17 Bellows 120 and bellows 120 and outer groove 2 connection flow path portion 25, flowed down to recessed portion 24.If to circulation pump motor 147 are powered, then recycle as follows, i.e., accumulate in the bottom of outer groove 2 and the water of recessed portion 24 and lotion from discharge outlet 21, by hose 122, filter 123c, enter in shell 142 from suction inlet 143, also, are discharged from outlet B145, pass through Bellows D40 returns to recessed portion 24 from inflow entrance 118.Lotion is stirred and is dissolved by blade 150a, 150b of impeller 150, raw At the washing water of high lotion concentration.The time of detergent solving is 1 minute to 2 minutes.

Although from inflow entrance 118 to recessed portion 24 flow out when flow direction be it is upward, with next door 2b collision and will flow Dynamic direction changes to 21 side of discharge outlet (block arrow in Fig. 5).Therefore, in the detergent solving initial stage, even if containing more not molten When the water circulation of the lotion of solution, also undissolved lotion can be prevented to be fed directly in sink 3.But exist and next door The case where a part of the water of 2b collision flows to the outer slot cover side 2d.If there is the retentate portion of flowing in the side outer slot cover 2d, have A possibility that undissolved lotion is accumulated in the part.Accordingly it is also possible to rectification part be arranged, to ensure back to recessed portion 24 Water reliably lead to 21 side of discharge outlet.

Filter 23c is the filter of clathrate, will not accumulate the undissolved powder lotion passed through.

In detergent solving (circulating pump 124 is in reversion), due to the effect of next door 146b, the pressure in the portion outlet A144a Pressure than outlet B145a is greatly lowered, and water, undissolved lotion will not be from nozzle 127a into washing and dewatering groove 3 Outflow.But a possibility that there are the midways that undissolved lotion enters bellows C141, loop hose 127.Therefore, exist Temporarily cease circulating pump 124 in detergent solving.If circulating pump 124 stops, it is immersed in bellows C141, loop hose 127 Interior undissolved lotion returns in shell 142.Also, by operating circulating pump 124 again, undissolved lotion can be made to disappear It loses.Temporarily stopping in detergent solving for circulating pump 124 is implemented 3 times to 4 times.If in addition, the dwell time of circulating pump 124 It is then enough between 1 second.

Then, it is described in detail using the washing procedure of Figure 23, Figure 24 and Figure 25 to the present embodiment.Figure 23 is table Show the process chart of the motion flow of washing procedure.Figure 24 and Figure 25 is the sprinkling washing water for indicating to execute in washing procedure Sprinkling process, will be atomized (atomization) after the hot wind (hereinafter referred to as hot wind mist) containing moisture into washing and dewatering groove 3 The process chart for the spraying procedure being blown into.In addition, Figure 25 is consecutively carried out with Figure 24.

Circulating pump 124 and constituting with piping comprising loop hose 127 and Water spray nozzle 127a are molten by high concentration lotion The high concentration lotion solution supplying device that liquid (washing water of high lotion concentration) is supplied into washing and dewatering groove 3.High concentration is washed Agent solution feedway is directed towards the device of the washing water of the sprinkling high lotion concentration such as clothing in washing and dewatering groove 3, can also With referred to as washing water flusher or it is simply referred as watering device.

User passes through the selection and setting of program washed and dried, and Lai Zhihang is from washing procedure, fuller The process selected in sequence, dehydration procedure and drying process.In Figure 23, to selection washing procedure, rinsing process and dehydration work The case where sequence, is illustrated.In addition, " movement " conduct such as detergent solving movement, sprinkling movement, spray action and washing movement " process " is advisable, but in order to avoid (especially washing procedure and washing movement is mixed with the confusing of " process " in washing procedure Together), it is recorded as " acting ".

In washing procedure, execution detergent solving movement, sprinkling movement, mist is blown into movement (being recorded as mist) and washing is dynamic Make.Hereinafter, mist, which is blown into movement, is known as spray action.In detergent solving movement, so that lotion is highly concentrated denseer than defined The state of degree generates the washing water (hereinafter referred to as high concentration lotion solution) for being dissolved in water.In sprinkling movement, high concentration is washed Agent solution is sprayed to clothing etc..It is blown into movement in mist, hot wind mist is blown into washing and dewatering groove 3.It (is washed in washing movement Net movement) in, the application such as clothing mechanical force is carried out clean.Enter rinsing process if completing washing procedure.

In addition, in the present embodiment, being illustrated drum-type washing drying machine but it is also possible to be washing and dewatering The vertical scrubbing-and-drying unit that the rotary shaft of slot is arranged along vertical direction.In drum-type washing drying machine, in washing movement, Mechanical force is applied to clothing etc. by making the rotation of washing and dewatering groove 3.In vertical scrubbing-and-drying unit, there are as below methods for tool, I.e., the method for mechanical force is applied to clothing etc. using the oscillator generation water flow being arranged in washing and dewatering groove or made Rotation disc spins in washing and dewatering groove are set and pair clothing etc. directly apply the method etc. of mechanical force.

In the rinsing process, it firstly, washing water is discharged out of outer groove 2, is dehydrated.Then, drift is accumulated in outer groove 2 Wash water, or rinsing movement is executed while injecting rinse water.Can also be while accumulating rinse water, injection drift on one side Wash water executes rinsing movement on one side.In addition, the draining and dehydration of washing water also may be embodied in washing procedure.In fuller In sequence, after rinsing movement, is drained and be dehydrated.After draining and dehydration, the rinsing that the number set is repeated is dynamic Make.In the case where carrying out next rinsing movement after rinsing movement, it is acted in rinsing movement and next rinsing Between drained and be dehydrated.Dehydration procedure is carried out if completing last rinsing movement.

For the rinsing movement in rinsing process, in drum-type washing drying machine, by making washing and dewatering groove 3 It rotates and is executed while applying mechanical force to clothing etc.；In vertical scrubbing-and-drying unit, there are as below methods for tool: using setting The oscillator in washing and dewatering groove is set to generate water flow and execute while applying mechanical force to clothing etc. or make to set The methods of set the rotation disc spins in washing and dewatering groove and executed while directly applying mechanical force to clothing etc..

In dehydration procedure, the draining of rinse water is carried out, executes dehydration movement.No matter drum-type washing drying machine or Vertical scrubbing-and-drying unit, both sides make washing and dewatering groove high speed rotation to execute dehydration movement.In addition, the row of rinse water Water can also be implemented in the rinsing process.

Then, in washing procedure sprinkling movement and mist be blown into movement and be described in detail.

If completing above-mentioned detergent solving movement, the sprinkling movement indicated in Figure 24 with action token < A > is executed. In sprinkling movement, circulating pump 124 is connected, circulating pump 124 is operated with 2800rpm.Sprinkling movement is that high concentration lotion is molten Liquid, to the process of the sprinklings such as clothing, continues 25 seconds from Water spray nozzle 127a.In addition, in this movement, roller rotation is supplied water The water supply (feed water valve) of valve, the rotation (Air Blast fan rotation) of the motor 28a of Air Blast fan unit 28 and hot wind heater 31 stop.

After the sprinkling movement indicated with action token < A >, by the spray action indicated with action token < B > (spray Mist A movement) it executes 3 minutes.In this spray action, rotates roller to a direction (direction CW), make to come from one side The water of tap 61 via water supply electromagnetic valve 62, cooling joint 63, the second switching valve 51 and flow to spraying connector 53, and to heat Supply in air piping 30.About the water supply in the path, " cooling water valve " is recorded as in one column of feed water valve.It is cold in this movement But water valve is continuously switched on.In addition, Air Blast fan rotation and hot wind heater 31 are switched in this movement, it is supplied to Hot wind after water in hot air duct 30 is heated is atomized, and is blown into washing and dewatering groove 3.In addition, in this movement, Circulating pump 124 disconnects, and the sprinkling of washing water stops.

In this movement, change roller rotation, Air Blast fan rotation according to the amount of clothing etc..Roller rotation is set as, The amount of clothing etc. is more, revolving speed (rotation speed) is higher, and the duration of runs is longer.In the present embodiment, by the amount of clothing etc. Be divided into for three stages, in the case where the amount of clothing etc. is more, revolving speed (rotation speed) be set as 40rpm, with connect 30 seconds, 5 seconds modes are disconnected to operate.In the case where the amount of clothing etc. is intermediate (medium), revolving speed (rotation speed) is set as 35rpm is operated in a manner of connecting 10 seconds, disconnecting 15 seconds.In the case where the amount of clothing etc. is less, by revolving speed (rotation Speed) it is set as 30rpm, it is operated in a manner of connecting 5 seconds, disconnecting 15 seconds.In the case where the amount of clothing etc. is more, with Less situation compares, and the revolving speed (rotation speed) that Air Blast fan rotation is set as fan is higher.In the present embodiment, exist In the case that the amount of clothing etc. is more situation and intermediate (medium), the revolving speed (rotation speed) of fan is transported with 7000rpm Turn, in the case where the amount of clothing etc. is less, the revolving speed (rotation speed) of fan is operated with 5800rpm.

Figure 26 indicates the characteristic of the air quantity of Air Blast fan revolving speed and blow-off outlet.Figure 27 indicates Air Blast fan revolving speed and blowout The characteristic of the wind speed of mouth.In the case where the revolving speed (rotation speed) of fan is 5800rpm, the air quantity of blow-off outlet is about 0.58m3/min, the wind speed of blow-off outlet are about 37m/s.In addition, the case where the revolving speed (rotation speed) of fan is 7000rpm Under, the air quantity of blow-off outlet is about 0.73m3/min, and the wind speed of blow-off outlet is about 44m/s.Air quantity and wind speed in spraying procedure It is set as smaller than the air quantity and wind speed of the hot wind in drying process.In this way, by the way that the revolving speed (rotation speed) of fan is inhibited Must be lower, so as to inhibit the foam generated from high concentration lotion solution to enter into drying duct 29, or enter Foam in drying duct 29 rises in drying duct 29.It is and more in addition, in the case where the amount of clothing etc. is less Situation compares, by inhibiting lower the revolving speed (rotation speed) of fan, so as to inhibit the entrance of foam or mention The effect that height inhibits foam to rise.

In spray action, due to making water atomization and acting on clothing etc., make clothing so as to use a small amount of water Moisten to equal exhaustives.Therefore, will not make high concentration lotion solution it is dilute to required more than, it can be made to be impregnated with clothing etc..Separately Outside, due to making mist and hot wind one reacts on clothing etc., the temperature of clothing etc. can be improved using hot wind, so as to Enough improve the effect (ferment ability) of ferment possessed by lotion.Therefore, high concentration lotion can be improved using hot wind mist molten The clean effect of liquid.In addition, due to can concurrently be carried out with making the exhaustives such as clothing simultaneously using hot phoenix mist by supplying water The movement of wet movement and the temperature for improving clothing etc., therefore when can shorten required for washing procedure or washing procedure Between.

After spraying A movement, the sprinkling indicated with action token < C > movement (sprinkling A movement) is executed 10 seconds. With spraying A movement in the same manner as, be continuously switched on cooling water valve and supply water, and connect circulating pump 124, circulating pump 124 with 2800rpm operating.

After spraying A movement, the spray action indicated with action token < D > (spraying B movement) is executed 3 minutes.? In this movement, in the case where the amount of clothing etc. is less, it is repeated and the water supply of cooling water valve is connected 3 seconds, is disconnected 40 seconds The operating of clock.I.e., the water supply of cooling water valve is intermittently carried out.Thereby, it is possible to inhibit the water supply of cooling water valve, prevent highly concentrated It is thinning to spend lotion solution.Others operating is identical as spraying A movement.

After spraying B movement, the sprinkling indicated with action token < E > movement (sprinkling B movement) is executed 10 seconds. Water supply (disconnection) in this movement, in the case where the amount of clothing etc. is less, without cooling water valve.Thereby, it is possible to inhibit The water supply of cooling water valve prevents high concentration lotion solution thinning.Others operating is identical as sprinkling A movement.

After spraying B movement, the spray action indicated with action token < F > (spraying C movement) is executed 3 minutes.? It in this movement, acts relative to spraying B, in the case where the amount of clothing etc. is centre, is repeated the water supply of cooling water valve The operating connected 3 seconds, disconnect 40 seconds, in the case where the amount of clothing etc. is less, the water supply without cooling water valve is (disconnected Open) this point difference.Others operating is identical as spraying B movement.Thereby, it is possible to inhibit the water supply of cooling water valve, prevent highly concentrated It is thinning to spend lotion solution.

After spraying C movement, as shown in figure 25, by the sprinkling indicated with action token < G > movement (sprinkling C movement) It executes 10 seconds.In this movement, relative to sprinkling B movement, in the case where the amount of clothing etc. is centre, without cooling This point of the water supply (disconnection) of water valve is different.Thereby, it is possible to inhibit the water supply of cooling water valve, prevent high concentration lotion solution from becoming It is dilute.Others operating is identical as sprinkling B movement.

After spraying C movement, the spray action indicated with action token < H > (spraying D movement) is executed 1 minute.? It in this movement, is acted relative to spraying C, in the case where the amount of clothing etc. is centre, the water supply without cooling water valve is (disconnected Open) this point difference.Others operating is identical as spraying C movement.Thereby, it is possible to inhibit the water supply of cooling water valve, prevent highly concentrated It is thinning to spend lotion solution.

After spraying D movement, the sprinkling indicated with action token < I > movement (sprinkling D movement) is executed 10 seconds. This movement carries out acting identical operating with sprinkling C.

After spraying D movement, the spray action indicated with action token < J > (spraying E movement) is executed 6 minutes.This The content of movement carries out operating identical with the content of spraying C movement.

After spraying E movement, the sprinkling indicated with action token < K > movement (sprinkling E movement) is executed 10 seconds. In this movement, relative to sprinkling D movement, the amount of clothing etc. is more, without cooling water valve water supply (disconnections) this put not Together.I.e., in this movement, independently with the amount of clothing etc., the water supply without cooling water valve.Thereby, it is possible to inhibit cooling water The water supply of valve prevents high concentration lotion solution thinning.Others operating is identical as sprinkling D movement.

After spraying E movement, the spray action indicated with action token < L > (spraying F movement) is executed 6 minutes.? In this movement, is acted relative to spraying E, in the case where the amount of clothing etc. is more, is repeated and connects the water supply of cooling water valve Operating that is 3 seconds logical, disconnecting 40 seconds.Others operating is identical as spraying E movement.Thereby, it is possible to inhibit the confession of cooling water valve Water prevents high concentration lotion solution thinning.

After spraying F movement, the sprinkling indicated with action token < M > movement (sprinkling F movement) is executed 10 seconds. This movement carries out acting identical operating with sprinkling K.

After spraying F movement, the spray action indicated with action token < N > (spraying G movement) is executed 6 minutes.This Movement carries out acting identical operating with spraying F.

As described above, in sprinkling movement (sprinkling process: first step) and spray action (spraying procedure: the second work Sequence) in, due to carrying out the water supply of cooling water valve, declined by the lotion concentration of the water supply high concentration lotion solution.Cause This, the water supply of cooling water valve is intermittently carried out from the midway of the sprinkling movement and spray action that are repeated or without cold But the water supply of water valve.In addition, can less, more reduce the water supply in sprinkling movement and spray action due to the amount of clothing etc. Amount, thus intermittently carry out cooling water valve water supply or without cooling water valve water supply at the time of it is more with the amount of clothing etc. The case where compared to becoming early.Thereby, it is possible to inhibit the water supply of cooling water valve, prevent high concentration lotion solution thinning.

In spray action, hot wind mist is blown into washing and dewatering groove 3 while rotating washing and dewatering groove 3. Hot wind mist thereby, it is possible to exhaustive is set to act on clothing etc..The rotation speed of the washing and dewatering groove 3 of the situation be 30~ 40rpm is identical as the rotation speed used in washing procedure.The rotation speed is can to obtain patting in washing procedure washing The rotation speed for the effect washed.I.e., clothing etc. can be prevented to be attached to the inner wall of washing and dewatering groove 3.Therefore, hot wind can be made Act on clothing etc. to mist exhaustive.

In the above-described embodiment, intermittently implement sprinkling movement and spray action respectively, and alternately implement sprinkling Movement and spray action.In this regard, can also at least at a time repeatedly implement sprinkling movement and spray action simultaneously.When So, sprinkling movement and spray action can also repeatedly be implemented completely.

As hot wind heater (heating device) 31, it is able to use ptc heater.By using PTC heater, energy So that air quantity is become more, can be improved the heat for acting on clothing etc..Other than ptc heater, the heating as air is filled It sets, heat pump can also be used.In addition, in the present embodiment, heater 31 used in drying process being used in and is moved by spraying Make, but can also have the heat source different from heater used in drying process (heat source).In addition, having drying process The heat source not used refers to the meaning that spray action is able to carry out in the washing machine for not having functions/drying.

In the present embodiment, drying duct 29 is utilized in order to which hot wind mist to be blown into washing and dewatering groove 3.It is dry Pipeline 29 is extended upward from air entry 2a, is equipped with heater 31 in side downstream.In the drum-type from back side In the case where scrubbing-and-drying unit, as shown in figure 3, air entry 2a is located at outer groove 2 relative to the rotation center of washing and dewatering groove 3 Lower left side.In addition, drying duct 29 is located at the left side of outer groove 2 relative to the rotation center of washing and dewatering groove 3.The situation Under, if washing and dewatering groove 3 rotates clockwise (right rotation), the movement with the rotation of washing and dewatering groove 3 Foam is moved from air entry 2a along the extended direction of drying duct 29 extended upward, therefore is held Easily enter drying duct 29.On the other hand, adjoint to wash if washing and dewatering groove 3 rotates counterclockwise (anticlockwise) Wash and the foam of the rotation of dehydration slot 3 and movement towards and the contrary direction that is extended of drying duct 29 moved Dynamic, therefore, it is difficult to enter drying duct 29.Due to the downstream side of drying duct 29 be equipped with heater 31, therefore, it is desirable to for Foam is difficult to reach the structure of heater 31.In the present embodiment, for washing and dewatering groove 3, be equipped with air entry 2a with And the position of the side of drying duct 29 relative to rotation center towards with the extended direction of drying duct 29 (from configuration In the direction upward air entry 2a of lower section) opposite direction rotates.

I.e., have: with the rotation center relative to washing and dewatering groove 3 positioned at a side side of left and right directions and than upper State the air entry 2a that the mode of rotation center on the lower is disposed in outer groove 2；Collaborate originally by above-mentioned hot wind and with above-mentioned hot wind The Water spray nozzle 127a that water is supplied into above-mentioned washing and dewatering groove；And left and right is disposed in relative to above-mentioned rotation center The one side side in direction and being extended upward in a manner of being connected to air entry 2a and Water spray nozzle 127a from air entry 2a is set The drying duct 29 set, in spray action (spraying procedure: the second step), washing and dewatering groove 3 is relative to above-mentioned rotation Center one side side in left and right directions towards with drying duct 29 be extended contrary direction (from top to Lower section) mode that is rotated, driving is rotated to a direction.

In Figure 24 and Figure 25, a direction of roller rotation when spray action (CW) clockwise rotates. In addition, the case where direction that the roller of Figure 24 and Figure 25 rotates is the drum-type washing drying machine from face side, Figure 24 with And clockwise direction (CW: right rotation) and the inverse time from back side the case where drum-type washing drying machine shown in Figure 25 Needle direction (anticlockwise) is consistent.

Then, other one embodiment of the invention is illustrated using attached drawing.In addition, the knot of scrubbing-and-drying unit (motion flow (Figure 23) of Fig. 1 to Figure 22) and washing procedure is identical as above-mentioned first embodiment, therefore omits and say for structure It is bright.In addition, the case where being here about 20 DEG C to room temperature, water temperature, describes.

Figure 28, Figure 29 are the sprinkling processes for indicating the sprinkling washing water executed in washing procedure, will be atomized (atomization) The process chart for the atomization procedure that the hot wind mist containing moisture afterwards is blown into washing and dewatering groove 3.Figure 29 and Figure 28 is continuously held Row.This embodiment is characterized in that keeping the temperature of mist higher than first embodiment, efficiency well rises the temperature of clothing, mentions High cleaning strength.

In Figure 23, if completing detergent solving process, in Figure 28 with the action token < A > sprinkling movement indicated and First embodiment is identical.

After the sprinkling movement indicated with action token < A >, the preheating indicated with action token < B > movement is held Row 3 minutes.It in this preheating movement, rotates roller to a direction (direction CW), connects Air Blast fan rotation on one side And storage heater 31, hot wind are blown into from hot air blow port 32 into washing and dewatering groove 3.Washing and dewatering groove 3 as a result, The temperature of interior clothing etc. rises, and from storage heater 31 to the temperature of the wall surface of the hot wind flow path of hot air blow port 32 Also rise.It will be set as 3 minutes preheating actuation time being because the temperature of the wall surface of above-mentioned hot wind flow path reached about 60 at 3 minutes DEG C and temperature is sufficiently high.In addition, circulating pump 124 disconnects in this movement, the sprinkling of washing water stops.

In this movement, roller rotation is changed according to the amount of clothing etc., Air Blast fan rotates.Roller rotation is set as, clothing The amount of object etc. is more, more improves revolving speed (rotation speed), and extends the duration of runs.In the present embodiment, by the amount of clothing etc. Be divided into for three stages, in the case where the amount of clothing etc. is more, revolving speed (rotation speed) be set as 40rpm, with connect 30 seconds, 5 seconds modes are disconnected to operate.In the case where the amount of clothing etc. is intermediate (medium), revolving speed (rotation speed) is set as 35rpm is operated in a manner of connecting 10 seconds, disconnecting 15 seconds.In the case where the amount of clothing etc. is less, by revolving speed (rotation Speed) it is set as 30rpm, it is operated in a manner of connecting 5 seconds, disconnecting 15 seconds.Air Blast fan rotation is set as, in clothing etc. Amount it is more in the case where, compared with less situation, improve the revolving speed (rotation speed) of fan.In the present embodiment, exist In the case that the amount of clothing etc. is more situation and intermediate (medium), transport the revolving speed (rotation speed) of fan with 7000rpm Turn, in the case where the amount of clothing etc. is less, operates the revolving speed (rotation speed) of fan with 5800rpm.

After preheating movement, the sprinkling indicated with action token < C > movement (sprinkling acts A) is executed 10 seconds.It connects Logical circulating pump 124, circulating pump 124 are operated with 2800rpm.In order to make to be impregnated in sprinkling movement clothing etc. be impregnated with after, from clothing The high concentration lotion liquid that object etc. flows out and accumulates in the recessed portion 24 of outer groove 2 infiltrates clothing etc. again and carries out this movement.

After spraying A movement, the spray action indicated with action token < D > (spraying A movement) is executed 3 minutes.? In this movement, the operating that the water supply of cooling water valve is connected 1.5 seconds, disconnects 40 seconds is repeated.I.e., it intermittently carries out The water supply of cooling water valve.At this point, being acted by preheating, the wall surface of hot wind flow path reaches 60 DEG C or so, the water quilt flowed down along wall surface Heating, becomes 35 DEG C to 40 DEG C of mist and blows clothing.Intermittently supply mist is in order to which the temperature of mist is maintained at 35 DEG C to 40 ℃.In addition, though hot wind is blown out with 60 DEG C to 70 DEG C from nozzle 32d, but temperature when blowing on clothing is 40 DEG C to 50 DEG C. In this spray action, due to can will water atomization more lesser amount of than one embodiment and make clothing etc. do not omit it is wet Profit, therefore the decline of the concentration of high concentration lotion solution can be suppressed to minimum limit and be impregnated with clothing.Also, due to It is heated to 35 DEG C to 40 DEG C of mist and 40 DEG C to 50 DEG C of hot wind one reacts on clothing etc., therefore can make clothing etc. Temperature rising shifts to an earlier date, so as to improve the effect of ferment contained by lotion (activating at about 30 DEG C to 40 DEG C).In addition, In this movement, change roller rotation, Air Blast fan rotation according to the amount of clothing etc., but due to identical as preheating movement, because This omits detailed description.

After spraying A movement, the sprinkling indicated with action token < E > movement (sprinkling B movement) is executed 10 seconds, Movement is identical as sprinkling A movement.

After spraying B movement, the spray action indicated with action token < F > (spraying B movement) is executed 1 minute.? In this movement, acted relative to spraying A, in the case where the amount of clothing etc. is less, the water supply without cooling water (will be cooled down Water valve disconnects) this point difference.Others operating is identical as spraying A movement.Even if a small amount of clothing less in water content as a result, In the case where object etc., it can also prevent high concentration lotion solution thinning.

After spraying B movement, as shown in figure 29, by the sprinkling indicated with action token < G > movement (sprinkling C movement) It executes 10 seconds, movement is identical as sprinkling A movement.

After spraying C movement, the spray action indicated with action token < H > (spraying C movement) is executed 3 minutes.? In this movement, cooling water valve is continuously switched on.The high concentration lotion solution of clothing etc. is impregnated with not necessarily equably in sprinkling movement It is impregnated with, in spraying A movement later, spraying B are acted, the unevenness for being impregnated with situation is improved, especially the amount in clothing etc. There is a situation where in the case where more insufficient.

If high concentration lotion solution to be impregnated with situation uneven, so that washing-off properties is generated deviation, therefore continuously right Clothing etc. sprays mist, and high concentration lotion solution is made equably to be impregnated with clothing etc..In preheating movement, spraying A movement, spraying B movement In, rise from storage heater 31 to the temperature of the wall surface of the hot wind flow path of hot air blow port 32, the temperature of outer slot cover 2d, i.e., Make continuously to spray mist, the temperature of mist is also about 30 DEG C, will not interfere the effect of ferment contained by lotion.In addition, in clothing etc. Amount it is less in the case where, the water supply (disconnecting cooling water valve) without cooling water.This is in order to less in the amount of clothing etc. In the case where, it is acted by sprinkling and high concentration lotion solution is substantially evenly sprayed onto clothing etc., prevent high concentration lotion molten The concentration of liquid is thinning.

After spraying C movement, the sprinkling indicated with action token < I > movement (sprinkling D movement) is executed 10 seconds, Movement is identical as sprinkling A movement.

After spraying D movement, the spray action indicated with action token < J > (spraying D movement) is executed 6 minutes.? In this movement, in the case where the amount of clothing etc. is more, it is repeated and the water supply of cooling water is connected 1.5 seconds, is disconnected 40 seconds The operating of clock, in the case where the amount of clothing etc. is intermediate or less, the water supply without cooling water valve (breaks cooling water valve It opens).Thereby, it is possible to inhibit the supply amount of mist, prevent high concentration lotion solution thinning.Others operating acts phase with spraying A Together.

After spraying D movement, the sprinkling indicated with action token < K > movement (sprinkling E movement) is executed 10 seconds, Movement is identical as sprinkling A movement.

After spraying E movement, the spray action indicated with action token < L > (spraying E movement) is executed 6 minutes, is moved Make identical as spraying D movement.

After spraying E movement, the sprinkling indicated with action token < M > movement (sprinkling F movement) is executed 10 seconds. This movement carries out sprinkling A and acts identical operating.

After spraying F movement, the spray action indicated with action token < N > (spraying F movement) is executed 6 minutes.This Movement carries out acting identical operating with spraying D.

After spraying F movement, washing movement (cleaning movement) is executed.This movement supply water until what washing acted After water level, mechanical force is applied to clothing etc. and carries out clean, completion washing procedure, then execution rinsing process, dehydration procedure.

In addition, the water supply flow of cooling water valve uses about 0.3 liter of water per minute in present embodiment example.Scheming 28, in the bath of hot wind mist shown in Figure 29 process, during about 30 minutes durations of runs, total about 1.1 liters of supply are heated to be 30 DEG C to 40 DEG C of mist.The temperature of clothing when spray action F is completed as a result, etc. is 35 DEG C to 40 DEG C, as ferment contained by lotion The temperature that element most activates.In addition, the water temperature for cleaning washing water when movement is about 30 DEG C, become the interfacial agent of lotion Or the temperature that ferment sufficiently acts on.

In conclusion by preheating act, not only make clothing etc. and also make constitute hot wind flow flow path wall surface with And the temperature of the component of flow path rises, and later, the water supply of cooling water is intermittently carried out by spray action, therefore can use and add Mist and hot wind efficiency after heat heats laundry etc. well, can make the ability of ferment contained by lotion since early stage Effect.In addition, being able to suppress the dense of high concentration lotion solution since the supply amount of mist is suppressed to required minimum limit The decline of degree, and high concentration lotion solution is made equably to be impregnated with clothing etc..

In the past, the method for cleaning for increase the temperature of washing water is usually that heater is arranged in outer slot bottom, is used on one side Heater heating accumulates in the warm water cleaning that the washing water of outer groove integrally carries out on one side.In contrast, in present embodiment example In, it is the total of the water supplied with the water of detergent solving and mist, is the water that clothing etc. substantially can be aqueous.Therefore, with The method of cleaning that washing water integrally heats is compared, with power consumption it is few, can the short time improve cleaning strength effect Fruit.In addition, previous warm water cleaning is cleaning of being gradually increasing of water temperature, in this regard, in present embodiment example, due to from initial Start that the mist being heated and hot wind is just made to act on clothing etc., therefore ferment contained by lotion can be played since in early days Effect is effective for improving cleaning strength.

In addition, extension can also be passed through in the case where lower than predetermined outside air temperature, water temperature as winter The time of preheating movement, spraying A, spraying B, spraying E, spraying F movement etc., the temperature of clothing etc. is heated to 30 DEG C to 40 DEG C. At this point, the temperature of clothing etc. is not easy to rise, therefore will for example can also be moved by spraying E if excessively increasing the supply amount of mist The water supply for making the cooling water carried out is connected 1.5 seconds, is disconnected 80 seconds, in order to avoid increase mist supply amount.

In addition, including various modifications example the present invention is not limited to the above embodiments.For example, the above embodiments are For easy understanding the embodiment for illustrating the present invention and being described in detail, but it is not limited to the knot for centainly having whole Structure.In addition, addition, deletion, the displacement of other structures can be carried out to a part of the structure of embodiment.

Claims (11)

1. a kind of washing machine, has: capableing of the outer groove of water storage；The inside of above-mentioned outer groove is set and the washing being driven in rotation is simultaneous It is dehydrated slot；To the air supply device of the inside of above-mentioned washing and dewatering groove conveying air；It is washed to using above-mentioned air supply device to above-mentioned Wash and be dehydrated the heating device that the air of the inside conveying of slot is heated；And use circulating pump to above-mentioned washing and dewatering groove Inside sprinkling high lotion concentration washing water washing water flusher, above-mentioned washing machine have execute drying process function Can, keep washings dry using by above-mentioned air supply device and the hot wind of above-mentioned heating device generation in the drying process It is dry,

Above-mentioned washing machine is characterized in that,

Above-mentioned air supply device is arranged between the air entry being connected to above-mentioned outer groove and the nozzle being connected to above-mentioned outer groove, and has The fan that will be conveyed from the air that the inside of above-mentioned outer groove attracts to the inside of above-mentioned outer groove,

Above-mentioned washing machine is included the washing water of high lotion concentration using above-mentioned washing water flusher to above-mentioned washing and dewatering The first step of the inside sprinkling of slot；And the heat for making tap water and being generated using above-mentioned air supply device and above-mentioned heating device Wind interflow and from the second step that said nozzle is supplied into above-mentioned washing and dewatering groove,

The rotation speed of the said fans set in above-mentioned the second step in order to blow, than in above-mentioned drying process in order to The rotation speed of the said fans of air-supply and setting is slow.

2. washing machine according to claim 1, which is characterized in that

Above-mentioned the second step is executed after the first process described above.

3. washing machine according to claim 1, which is characterized in that

It is performed simultaneously above-mentioned first step and above-mentioned the second step.

4. washing machine according to claim 1 or 2, which is characterized in that

Repeatedly above-mentioned first step and above-mentioned the second step are executed respectively,

Be put into the amount of washings of above-mentioned washing and dewatering groove it is less in the case where, compared with more situation, reduce Pass through the amount of the repeatedly tap water of above-mentioned the second step supply.

5. washing machine according to any one of claims 1 to 3, which is characterized in that

Be put into the amount of washings of above-mentioned washing and dewatering groove it is less in the case where, compared with more situation, make The rotation speed for stating fan is slack-off.

6. washing machine according to any one of claims 1 to 3, which is characterized in that

In above-mentioned the second step, above-mentioned tap water is intermittently supplied.

7. washing machine according to any one of claims 1 to 3, which is characterized in that

Have the pipeline for being connected to above-mentioned air entry and said nozzle,

Above-mentioned air entry is to be located at a side side of left and right directions relative to the rotation center of washing and dewatering groove and than above-mentioned rotation The mode of center on the lower is disposed in above-mentioned outer groove,

One side side in left and right directions is arranged relative to above-mentioned rotation center in above-mentioned pipeline, and be connected to above-mentioned air entry and The mode of said nozzle is extended upward from above-mentioned air entry,

In above-mentioned the second step, above-mentioned washing and dewatering groove is with the one side side of left and right directions relative to above-mentioned rotation center From above towards the mode of lower section rotation, driving is rotated to a direction.

8. a kind of washing machine, has: capableing of the outer groove of water storage；The inside of above-mentioned outer groove is set and the washing being driven in rotation is simultaneous It is dehydrated slot；To the air supply device of the inside of above-mentioned washing and dewatering groove conveying air；It is washed to using above-mentioned air supply device to above-mentioned Wash and be dehydrated the heating device that the air of the inside conveying of slot is heated；And use circulating pump to above-mentioned washing and dewatering groove Inside sprinkling high lotion concentration washing water washing water flusher, above-mentioned washing machine is characterized in that,

Above-mentioned washing machine is at least able to carry out washing procedure and dehydration procedure,

Above-mentioned washing procedure is with the following process: using above-mentioned washing water flusher by the washing water of high lotion concentration to above-mentioned The first step of the interior washings sprinkling of washing and dewatering groove；It will be generated using above-mentioned air supply device and above-mentioned heating device The second step that is supplied into above-mentioned washing and dewatering groove of hot wind；And make tap water and using above-mentioned air supply device and The hot wind that above-mentioned heating device generates collaborates and generates by spraying, to the washing for having sprayed high lotion concentration by above-mentioned first step Washings in the above-mentioned washing and dewatering groove of water supplies the above-mentioned spraying the third step generated.

9. washing machine according to claim 8, which is characterized in that

After the first process described above, above-mentioned the second step is executed, above-mentioned the third step is then executed.

10. washing machine according to claim 8, which is characterized in that

Above-mentioned the third step collaborates above-mentioned tap water intermittently.

11. according to washing machine described in any one of claim 8~10, which is characterized in that

According to outside air temperature, water temperature, the actuation time of above-mentioned the second step and above-mentioned the third step can be changed.