CN106149275B - Device for clothing processing - Google Patents

Device for clothing processing Download PDF

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Publication number
CN106149275B
CN106149275B CN201610693938.5A CN201610693938A CN106149275B CN 106149275 B CN106149275 B CN 106149275B CN 201610693938 A CN201610693938 A CN 201610693938A CN 106149275 B CN106149275 B CN 106149275B
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China
Prior art keywords
mentioned
ontology
drawer
flow path
outer barrel
Prior art date
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Active
Application number
CN201610693938.5A
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Chinese (zh)
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CN106149275A (en
Inventor
李知烘
金佑圣
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LG Electronics Inc
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LG Electronics Inc
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Publication date
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Publication of CN106149275A publication Critical patent/CN106149275A/en
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Classifications

    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F23/00—Washing machines with receptacles, e.g. perforated, having a rotary movement, e.g. oscillatory movement, the receptacle serving both for washing and for centrifugally separating water from the laundry 
    • D06F23/04—Washing machines with receptacles, e.g. perforated, having a rotary movement, e.g. oscillatory movement, the receptacle serving both for washing and for centrifugally separating water from the laundry  and rotating or oscillating about a vertical axis
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F25/00—Washing machines with receptacles, e.g. perforated, having a rotary movement, e.g. oscillatory movement, the receptacle serving both for washing and for centrifugally separating water from the laundry and having further drying means, e.g. using hot air 
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F31/00—Washing installations comprising an assembly of several washing machines or washing units, e.g. continuous flow assemblies
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00 
    • D06F39/08—Liquid supply or discharge arrangements
    • D06F39/088—Liquid supply arrangements
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00 
    • D06F39/006—Recovery arrangements, e.g. for the recovery of energy or water
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F29/00—Combinations of a washing machine with other separate apparatus in a common frame or the like, e.g. with rinsing apparatus
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F37/00—Details specific to washing machines covered by groups D06F21/00 - D06F25/00
    • D06F37/20—Mountings, e.g. resilient mountings, for the rotary receptacle, motor, tub or casing; Preventing or damping vibrations
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F37/00—Details specific to washing machines covered by groups D06F21/00 - D06F25/00
    • D06F37/26—Casings; Tubs
    • D06F37/28—Doors; Security means therefor
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00 
    • D06F39/08—Liquid supply or discharge arrangements
    • D06F39/083—Liquid discharge or recirculation arrangements
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00 
    • D06F39/12—Casings; Tubs
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00 
    • D06F39/12—Casings; Tubs
    • D06F39/125—Supporting arrangements for the casing, e.g. rollers or legs
    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F39/00—Details of washing machines not specific to a single type of machines covered by groups D06F9/00 - D06F27/00 
    • D06F39/12—Casings; Tubs
    • D06F39/14—Doors or covers; Securing means therefor

Abstract

The present invention relates to device for clothing processing, above-mentioned device for clothing processing includes：Drawer is set in a manner of it can be pulled out from above-mentioned housing；Receiving portion is set to the inside of above-mentioned drawer, and provides the space for storing washings；Water supply flow path is connected with above-mentioned watering and supplies washings to above-mentioned receiving portion；Ontology is rotatably disposed in above-mentioned housing, to support above-mentioned water supply flow path；And ontology guiding piece, above-mentioned housing is set to, to guide the movement of above-mentioned ontology.

Description

Device for clothing processing
The application is the applying date on May 29th, 2015, application No. is 201510289407.5, entitled " clothings The divisional application of the application of processing unit ".
Technical field
The present invention relates to device for clothing processing.
Background technology
In general, device for clothing processing is the device for including washing washings, the device dried to washings, The concept of the device of washing and drying can be implemented together to washings.
Dress is handled in the clothing of the muzzle-loading (also known as roller washing machine) from the front of device for clothing processing input washings In putting, the input port for putting into washings is formed lower than the position of the waist of user, thus exist when user of service to Device for clothing processing put into washings or from device for clothing processing pull out washings when, need the inconvenience bent over.
In order to solve this inconvenience, in previous device for clothing processing, have in muzzleloading device for clothing processing Lower part also sets up bracket to raise the device for clothing processing of the height of input port.
But the bracket for being set to previous device for clothing processing is only the input port for raising device for clothing processing Mechanism, there is the shortcomings that clothings processing function such as the washing that can not embody washings or drying.
Invention content
Problem to be solved by this invention is, provides the device being located in a manner of removable for handling clothing, from And the individual device for clothing processing of washing or the drying of executable clothing.
Also, problem to be solved by this invention is, provide by can from housing pull out in a manner of set come easily to For accommodating the receiving portion of washings supply washings or from for accommodating the device for clothing processing of the receiving portion draining of washings.
Also, problem to be solved by this invention is, providing can be cold by being carried out to the moisture discharged from receiving portion Coagulate the device for clothing processing recycled to receiving portion.
Also, problem to be solved by this invention is, providing can prevent washings from remaining in is stored in receipts for discharging The device for clothing processing of the discharge unit of the washings in appearance portion.
The present invention provides a kind of device for clothing processing, including：Housing；Drawer, with can from above-mentioned housing pull out side Formula is set；Receiving portion is set to the inside of above-mentioned drawer, defines the space for receiving water；Ontology is set to above-mentioned shell Body can rotate to the position of above-mentioned drawer movement；And water supply flow path, it is connected with watering and is supplied to above-mentioned receiving portion Water, above-mentioned water supply flow path are formed in the inside of above-mentioned ontology or are supported in above-mentioned ontology；One end of above-mentioned ontology is can rotate Mode be incorporated into above-mentioned housing, the other end of above-mentioned ontology be located at above-mentioned housing upper aspect and above-mentioned drawer upper aspect it Between, when above-mentioned drawer is inserted in the inside of above-mentioned housing, at least part of above-mentioned ontology is located at the upper aspect of above-mentioned drawer With the upper aspect of above-mentioned housing.
The rear aspect of mode that one end of above-mentioned ontology can rotate and above-mentioned housing, the side face of above-mentioned housing, Any surface in the upper aspect of above-mentioned housing is combined.
Above-mentioned water supply flow path can form the internal flow path of the inside as above-mentioned ontology.
Above-mentioned water supply flow path may include：First flow path is formed in the inside of above-mentioned ontology, and provides the channel for water； Connecting tube is connected between above-mentioned first flow path and above-mentioned watering；And feed pipe, it is connected to above-mentioned first flow path and upper It states between receiving portion.
The present invention can further include：Through hole provides for water to be directed to the channel in above-mentioned receiving portion；Above-mentioned feed pipe It is connected through above-mentioned drawer and with above-mentioned through hole.
At least part of above-mentioned feed pipe may include the structure that can be stretched or elastic material.
Above-mentioned receiving portion may include：Outer barrel is arranged on the inside of above-mentioned drawer and for receiving water；And roller, with energy The mode enough rotated is arranged on the inside of above-mentioned outer barrel and for storing washings, and above-mentioned drawer may include：Input port, by upper State input port guiding washings；And feed water inlet, above-mentioned feed pipe are connected to above-mentioned feed water inlet, above-mentioned outer barrel may include：Outer barrel Input port, for above-mentioned input port to be connected with above-mentioned roller；And through hole, for by above-mentioned feed water inlet and above-mentioned rolling Cylinder is connected.
The present invention can further include：Flexible hose or bellows, for connecting above-mentioned feed water inlet and above-mentioned through hole.
Above-mentioned water supply flow path can be formed as the feed pipe for being supported in above-mentioned ontology.
The present invention can further include：Through hole is provided for water to be directed to the channel in above-mentioned receiving portion, above-mentioned to supply flow Road is connected through above-mentioned drawer and with above-mentioned through hole.
At least part of above-mentioned water supply flow path may include the structure that can be stretched or elastic material.
Above-mentioned receiving portion may include：Outer barrel is arranged on the inside of above-mentioned drawer and for receiving water；And roller, with energy The mode enough rotated is arranged on the inside of above-mentioned outer barrel and for storing washings, and above-mentioned drawer may include：Input port, by upper State input port guiding washings；And feed water inlet, above-mentioned water supply flow path are connected with above-mentioned feed water inlet, above-mentioned outer barrel may include： Outer barrel input port, for above-mentioned input port to be connected with above-mentioned roller；And through hole, for by above-mentioned feed water inlet with Roller is stated to be connected.
The present invention can further include：Flexible hose or bellows, for connecting above-mentioned feed water inlet and above-mentioned through hole.
In order to solve the problem above-mentioned, the present invention provides device for clothing processing, and above-mentioned device for clothing processing includes：Housing； Drawer is set in a manner of it can be pulled out from above-mentioned housing；Receiving portion is set to the inside of above-mentioned drawer, provides and is washed for storing Wash the space of water；Water supply flow path is connected with above-mentioned watering and supplies washings to above-mentioned receiving portion；Ontology, with upper The mode for stating water supply flow path or the above-mentioned water supply flow path of support is set, and be combined in a rotatable way with above-mentioned housing；And Ontology guiding piece is set to above-mentioned housing, to guide the movement of above-mentioned ontology.
Above-mentioned ontology guiding piece can be set in a manner of supporting the bottom surfaces of above-mentioned ontology.
The present invention may include：First fastening part is set to above-mentioned ontology；Second fastening part, to above-mentioned ontology guiding piece Length direction is set, and supports above-mentioned first fastening part in a movable manner.
Above-mentioned second fastening part can be set to the rail to be set in a manner of prominent to the length direction of above-mentioned ontology guiding piece Road or the slot set in a manner that the length direction to above-mentioned ontology guiding piece is recessed and bends, above-mentioned first fastening part can by from Above-mentioned ontology protrudes, and the ring setting being combined in a movable manner with above-mentioned second fastening part.
Above-mentioned ontology guiding piece is securable to above-mentioned housing, and positioned at the top of above-mentioned drawer, above-mentioned ontology can be located at upper It states between ontology guiding piece and above-mentioned drawer.
The present invention may include：Drainage flow path, to the washings of the external inside for discharging above-mentioned receiving portion of above-mentioned housing；The One frame is rotatably disposed in above-mentioned drawer, to support above-mentioned drainage flow path；Second frame, with rotatable side Formula is set to above-mentioned housing, to support above-mentioned drainage flow path；And frame rotary shaft, for making above-mentioned first frame and above-mentioned Two frames are combined in a rotatable way.
The present invention may also include drainage flow path, and above-mentioned drainage flow path supports or be set to above-mentioned ontology by above-mentioned ontology, use Washings in from the external inside for discharging above-mentioned receiving portion to above-mentioned receiving portion, above-mentioned ontology can be located at the rear side of above-mentioned drawer The top in face.
The section shape of above-mentioned ontology can be in the shape of the upper end corner for the trailing flank for accommodating above-mentioned drawer.
Above-mentioned ontology may also include first flow path and second flow path, and above-mentioned first flow path and second flow path form washings Flow path, and distinguished by partition board, above-mentioned first flow path can be located at the top of above-mentioned drawer, and parallel with the upper side of above-mentioned drawer, Above-mentioned second flow path can be located at the rear of above-mentioned drawer, and parallel with the trailing flank of above-mentioned drawer.
Above-mentioned water supply flow path may include：Above-mentioned first flow path；Connecting tube, for connecting above-mentioned first flow path and above-mentioned water supply Source；And feed pipe, for connecting above-mentioned first flow path and above-mentioned receiving portion, above-mentioned drainage flow path includes：Above-mentioned second flow path； First drainpipe, for connecting above-mentioned second flow path and above-mentioned receiving portion；And second drainpipe, for connecting above-mentioned second Road and the outside of above-mentioned housing.
The present invention may also include drainage flow path, and above-mentioned drainage flow path is supported by above-mentioned ontology, for above-mentioned receiving portion The washings of the inside of above-mentioned receiving portion are discharged in outside, and above-mentioned water supply flow path may include：First flow path is set to above-mentioned ontology It is internal；Connecting tube, for connecting above-mentioned first flow path and above-mentioned watering；And feed pipe, for connecting above-mentioned first flow path With above-mentioned receiving portion, above-mentioned drainage flow path can support in the outside of above-mentioned ontology.
The present invention may also include drainage flow path, and above-mentioned drainage flow path is supported by above-mentioned ontology, for above-mentioned receiving portion The washings of the inside of above-mentioned receiving portion are discharged in outside, and above-mentioned water supply flow path can be in a manner of being supported in the outside of above-mentioned ontology Setting, above-mentioned drainage flow path may include：Second flow path is set to the inside of above-mentioned ontology；First drainpipe, it is above-mentioned for connecting Second flow path and above-mentioned receiving portion；And second drainpipe, for connecting the outside of above-mentioned second flow path and above-mentioned housing.
Above-mentioned ontology may include：Pedestal is combined in a rotatable way with above-mentioned housing；First flow path is set to Pedestal is stated, becomes a part for above-mentioned water supply flow path；And lid, it is combined to seal above-mentioned first flow path with above-mentioned pedestal.
Above-mentioned water supply flow path may include：Above-mentioned first flow path；Connecting tube, for connecting above-mentioned first flow path and above-mentioned water supply Source；And feed pipe, for connecting above-mentioned first flow path and above-mentioned receiving portion.
The present invention may also include drainage flow path, and above-mentioned drainage flow path is used to discharge above-mentioned receiving to the external of above-mentioned receiving portion The washings of the inside in portion, above-mentioned drainage flow path include：Second flow path is set to above-mentioned pedestal；First drainpipe, for connecting Above-mentioned second flow path and above-mentioned receiving portion；And second drainpipe, for connecting the outside of above-mentioned second flow path and above-mentioned housing.
At least part region in above-mentioned second drainpipe can be set to telescopic structure or be set by elastic material.
The present invention may also include：Drainage flow path is supported by above-mentioned ontology, above-mentioned for the external discharge to above-mentioned receiving portion The washings of the inside of receiving portion；And discharge pipe, for being supplied to the exterior guiding of above-mentioned housing by above-mentioned drainage flow path The washings given, the part being connected with above-mentioned discharge pipe in above-mentioned drainage flow path can be set to telescopic structure or by bullet Property material setting.
The present invention may also include：Feed water inlet is set to above-mentioned drawer, and is connected with above-mentioned water supply flow path；Through hole, if Above-mentioned receiving portion is placed in, and is connected with above-mentioned feed water inlet；And recoverer, positioned at above-mentioned feed water inlet and above-mentioned through hole it Between, for the moisture discharged by above-mentioned through hole to the recycling of above-mentioned through hole from above-mentioned receiving portion.
Above-mentioned recoverer may include：First recoverer, is set to above-mentioned drawer, and comes pair positioned at the top of above-mentioned through hole The moisture discharged from above-mentioned through hole is condensed；And second recoverer, it is passed through positioned at the top of above-mentioned through hole to above-mentioned The condensed water that through-hole guiding is fallen from above-mentioned first recoverer.
Above-mentioned second recoverer may include：Ontology is recycled, with from the upper side of above-mentioned outer barrel towards above-mentioned first recoverer Prominent mode is set；And ontology through hole, it is set in a manner of penetrating through above-mentioned recycling ontology, and be connected with above-mentioned through hole Logical, above-mentioned first recoverer can be set in a manner that the upper side from above-mentioned drawer is protruded towards above-mentioned second recoverer.
The present invention may also include：Container, the upper side of above-mentioned receiving portion are set in a manner of being recessed and bending, above-mentioned receipts The diameter of tank is more than the diameter of above-mentioned through hole, and above-mentioned through hole is located at above-mentioned container；Body flange, with from above-mentioned recycling The mode that the periphery of ontology protrudes is set, and be in contact with the inner peripheral surface of above-mentioned container；Flange through hole, it is above-mentioned to penetrate through The mode of body flange is set；And recovery holes, for coming to the guiding of above-mentioned through hole via above-mentioned flange through hole to above-mentioned The condensed water that the inside of container flows into, above-mentioned first recoverer can project to be formed positioned at above-mentioned body flange to above-mentioned drawer Perspective plane inside.
Above-mentioned first recoverer can be with cylindrical shape, and is arranged to the mutually different multiple hollow stems of diameter, each hollow Bar can form concentric circles centered on above-mentioned feed water inlet, and in above-mentioned hollow stem, the width of the hollow stem of width maximum can Width more than above-mentioned ontology through hole and the width less than above-mentioned body flange, in above-mentioned hollow stem, during width is minimum The width of empty bar is smaller than the width of above-mentioned ontology through hole.
Above-mentioned receiving portion may include：Outer barrel is set to the inside of above-mentioned drawer, for storing washings；And roller, with The inside of above-mentioned outer barrel is rotatably set to, for storing washings, above-mentioned drawer may also include feed water inlet, above-mentioned confession For connecting input port and above-mentioned water supply flow path, above-mentioned outer barrel may include at the mouth of a river：Through hole, for make above-mentioned feed water inlet with it is above-mentioned Roller is connected；And outer barrel input port, for above-mentioned input port to be made to be connected with above-mentioned roller.
The present invention may also include pipe, and above-mentioned pipe is set in a manner of connecting above-mentioned feed water inlet and above-mentioned through hole, above-mentioned pipe It can be set to telescopic structure or set by elastic material.
The present invention may also include：Door, is rotatably disposed in above-mentioned outer barrel, for being opened and closed above-mentioned outer barrel input Mouthful；Seal body is set to above-mentioned door, and is inserted in above-mentioned outer barrel input port；First protruding portion is dashed forward from above-mentioned seal body Go out, and be in contact with the inner peripheral surface of above-mentioned outer barrel input port；And second protruding portion, positioned at the top of above-mentioned outer barrel input port, And it is protruded in a manner of being in contact with above-mentioned outer barrel from above-mentioned seal body.
The present invention may also include through hole, and above-mentioned through hole is used to flow into washings to above-mentioned receiving portion, above-mentioned to supply flow Road can be combined in a manner of penetrating through above-mentioned drawer with above-mentioned through hole.
At least part of above-mentioned water supply flow path can be set to telescopic structure or be set by elastic material.
The part between above-mentioned through hole and above-mentioned drawer in above-mentioned water supply flow path can be set to telescopic knot Structure is set by elastic material.
The present invention may also include support portion, and above-mentioned support portion makes above-mentioned receiving portion be fixed on above-mentioned pumping in a movable manner The inside of drawer.
Above-mentioned receiving portion may also include：Outer barrel is set to the inside of above-mentioned drawer body, for storing washings；Roller, The inside of above-mentioned outer barrel is rotatably disposed in, for storing washings；And outer barrel support portion, with rotatable side Formula makes above-mentioned outer barrel be fixed on the inside of above-mentioned drawer.
The present invention can seek to provide the device being set in a manner of removable for handling clothing, so as to executable clothing Washing or drying individual device for clothing processing effect.
Also, the present invention, which can seek to provide, be set in a manner of it can be pulled out from housing come easily to for accommodating washings Receiving portion supply washings or from for accommodating the effect of the device for clothing processing of the receiving portion draining of washings.
Also, the present invention, which can seek to provide, to be returned by being condensed to the moisture discharged from receiving portion to receiving portion The effect of the device for clothing processing of receipts.
Also, the present invention, which can seek to provide, can prevent the washings from remaining in for discharging the washings for being stored in receiving portion The effect of the device for clothing processing of discharge unit.
Description of the drawings
Fig. 1 is the stereogram of the device for clothing processing of the present invention.
Fig. 2 is the exploded view of device for clothing processing.
Fig. 3 A, Fig. 3 B show to be set to drawer, outer barrel and the door of the present invention.
Fig. 4 A, Fig. 4 B, Fig. 4 C show to be set to the outer bung of the present invention.
Fig. 5 A, Fig. 5 B show to be set to the condensing hot air furnace portion of the present invention.
Fig. 6 shows to be set to the guiding piece of the present invention and exit guide part.
Fig. 7 shows to be set to the exit guide part of the present invention.
Fig. 8 shows to be set to the movement of the guiding piece of the present invention.
Fig. 9 A, Fig. 9 B and Figure 10 show to be set to another embodiment of the guiding piece of the present invention.
Specific embodiment
Hereinafter, the preferred embodiment of the present invention is described in detail with reference to attached drawing.On the other hand, dress as described below The structure or control method put are merely to illustrate the embodiment of the present invention, and the protection domain being not intended to limit the present invention is being said In bright book full text, identical reference numeral represents identical structural element.
As illustrated in fig. 1, it is preferred that the device for clothing processing 100 of the present invention includes：First processing unit T washes for embodying Wash the clothings processing functions such as washing or the drying of object；And second processing device L, above-mentioned first is set in a manner of removable Processing unit T, and the clothings processing function such as washing or drying for embodying washings.But device for clothing processing 100 of the invention Above-mentioned second processing device L can be provided only with.
Hereinafter, it is carried out on the basis of the device for clothing processing together equipped with the first processing unit T and second processing device L Explanation.
The the first processing unit T for being set to the present invention may include：First processing unit housing 1, is used to form appearance；First Processing unit outer barrel (not shown), is set to the inside of above-mentioned first processing unit housing 1, and stores washings；First processing Device roller (not shown), is rotatably disposed in the inside of above-mentioned first processing unit outer barrel, and stores washings； First processing unit water unit (not shown), for supplying washings to above-mentioned first processing unit outer barrel；And first processing Device Drainage Division (not shown) is stored in for the external discharge to the first processing unit housing 1 outside above-mentioned first processing unit The washings of bucket.
(do not scheme the first processing unit input port that the disengaging for washings is equipped in above-mentioned first processing unit housing 1 Show), by being opened and closed above-mentioned with the first processing unit door 11 that the first processing unit housing 1 is combined in a rotatable way One processing unit input port.
Also, due to being equipped at be connected with above-mentioned first processing unit input port first in the first processing unit outer barrel Device outer barrel input port is managed, thus when the above-mentioned first processing unit door 11 of opening, user of service can roll to the first processing unit Cylinder input washings.
On the other hand, in the case where the drying function of washings can also be performed in above-mentioned first processing unit T, above-mentioned The inside of first processing unit housing 1 should also include hot air supply device (not shown), above-mentioned hot air supply device (not shown) For the air after the supply heating of above-mentioned first processing unit outer barrel.
Above-mentioned hot air supply device (not shown) may include：Circulating line, for making the inside of the first processing unit outer barrel Air circulation；And heat exchange department, the inside of above-mentioned circulating line is set to, for being discharged from the first processing unit outer barrel Air dehumidified and heated.
But even above-mentioned hot air supply device (not shown) is including discharge line, service and heat exchange department, on Discharge line is stated for discharging the air of the inside of the first processing unit outer barrel to the outside of the first processing unit housing 1, it is above-mentioned Service is used to supply the air of the outside of the first processing unit housing 1, above-mentioned heat exchange department to the first processing unit outer barrel It is set to above-mentioned service.
It is different from above-mentioned content, if the first processing unit T is set in a manner of only performing drying washings, at first Reason device T need not set the first processing unit outer barrel, but need to make hot air supply device to being set to the first processing unit housing Inside the first processing unit roller supply hot wind.
The second processing device L for being set to the present invention includes：Housing 2 is set to the first processing dress in a manner of removable Put housing 1；Drawer 3 is set in a manner of it can be pulled out from above-mentioned housing 2；And receiving portion 4,5, it is set to the interior of above-mentioned drawer Portion provides the processing space of supply washings.
Above-mentioned housing 2 can form the appearance of second processing device L, and be set in a manner of supporting the first processing unit housing 1 It puts.Different from shown in Fig. 1, the housing 2 for being set to second processing device is set to the first processing unit shell in a manner of removable Even the upper side of body 1 or side.
But if second processing device L is set to the lower part of the first processing unit T, the height of the first processing unit door 11 Degree increases, thus can have when user of service puts into or pulls out washings, provides convenient effect.
Open surface 21 is equipped in above-mentioned housing 2, and above-mentioned drawer 3 can be pulled out or to housing 2 by open surface 21 from housing 2 Inside be inserted into.Preferably, it is above-mentioned in the case where above-mentioned second processing device L is set to the bottom surfaces of the first processing unit T First processing unit T is set to by upper panel 25 (with reference to Fig. 2) support, above-mentioned open surface 21 residing for the first processing unit door 11 Direction (the front face of the first processing unit).
As shown in Fig. 2, above-mentioned drawer 3 includes：Drawer body 31, the upper side of above-mentioned drawer body 31 open；And it takes out Drawer lid 35 is set to the upper side of the opening of above-mentioned drawer body.
Above-mentioned drawer body 31 can be in that inside be formed with the hexahedral shape in space, and above-mentioned drawer cover 35 is to form drawer sheet The mode of the upper side of body 31 is fixed on drawer body 31.
Drawer panel 33 is equipped in the front face of above-mentioned drawer body 31.Handle can be equipped in above-mentioned drawer panel 33 (not Diagram).In the case, user of service can be inserted in the drawer body of housing 2 by handle come the external pull-out to housing 2 31。
Control panel 331 can be equipped in above-mentioned drawer panel 33, above-mentioned control panel 331 is used to control second processing device The work of L.Control panel 331 is for user of service in order to control for supplying or discharging the mechanism of washings, for revolving clothing Mechanism, the mechanism of input control instruction with mechanism that steam or hot wind are supplied to clothing etc. turned.
Also, above-mentioned control panel 331 can also become to confirm the mechanism of control instruction inputted by user of service, use In notifying the mechanism of the implementation process of control instruction that user of service inputted to user of service.
Above-mentioned drawer cover 35 may include：Input port 353 is set in a manner of penetrating through above-mentioned drawer cover 35, makes drawer body 31 inside is connected with the outside of drawer body 31；And feed water inlet 355, it is set in a manner of penetrating through above-mentioned drawer cover 35, To guide washings to receiving space 4,5.
Being set to the receiving portion 4,5 of the inside of above-mentioned drawer 3 may include：Outer barrel 4 is set to the interior of above-mentioned drawer body 31 Portion, to supply the space for storing washings；And roller 5, the inside of above-mentioned outer barrel is rotatably disposed in, is come Store washings.
Above-mentioned outer barrel 4 may include：Outer barrel ontology 41, supplies the space for storing washings, and above-mentioned outer barrel ontology 41 has There is the shape that upper side opens；And outer bung 43, the upper side of above-mentioned outer barrel ontology 41 is fixed on, above-mentioned roller 5 is arranged to The cylindrical shape that upper side opens.
As shown in Fig. 3 A, Fig. 3 B, above-mentioned roller 5 can come by the driving portion for the outside for being set to above-mentioned outer barrel ontology 41 The internal rotating of outer barrel ontology 41, above-mentioned driving portion may include：Stator M1 is fixed on outer barrel ontology 41 to form rotating excitation field； Rotor M2, rotates by rotating excitation field；And drive shaft M3, it is set in a manner of penetrating through outer barrel ontology 41, and connect 5 He of roller Rotor M2.
Roller through hole 51 is equipped in the peripheral surface of above-mentioned roller 5, above-mentioned roller through hole 51 is used for the inside for making roller 5 It is connected with the inside of outer barrel ontology 41.
On the other hand, above-mentioned outer barrel ontology 41 is fixed on the inside of drawer body 31 by outer barrel support portion D.
Outer barrel support portion D may include：Drawer connecting portion D1；Outer barrel connecting portion D3；And pull rod D5, for connecting each connection Portion D1, D3.In the case, the first bracket 311 should be equipped in drawer body 31, above-mentioned first bracket 311 is to support above-mentioned pumping The mode of drawer connecting portion D1 is set, and the second bracket 411, above-mentioned second bracket should be equipped in the peripheral surface of above-mentioned outer barrel ontology 41 411 are supported by above-mentioned outer barrel connecting portion D3.
Above-mentioned first bracket 311 can be protruded from the inner peripheral surface of drawer body 31 towards the center of drawer body 31, the second support Frame 411 can be protruded from the inner peripheral surface of peripheral surface towards the drawer body 31 of outer barrel ontology 41.
Above-mentioned outer bung 43 includes：Lid ontology 431 is used to form the upper side of above-mentioned outer barrel ontology 41；And outer barrel is thrown Entrance 435 is set in a manner of penetrating through above-mentioned lid ontology 431, to connect above-mentioned input port 353 and above-mentioned roller 5.
Door 49 is equipped in above-mentioned outer barrel input port 435, above-mentioned door 49 is rotatably disposed in above-mentioned lid ontology 431。
Above-mentioned door 49 is combined by hinge (not shown) with above-mentioned lid ontology 431, and input port 353 is located at outer barrel input port The size of 435 top, above-mentioned door 49 and above-mentioned outer barrel input port 435 is set in a manner of being less than the size of above-mentioned input port 353 It puts.As a result, in the present invention, even if outer barrel input port 435 is located at the lower part of drawer cover 35, also outer barrel can be opened and closed by door 49 Input port 435.
Especially, it is preferable that the peripheral surface of above-mentioned door 49 with the inner peripheral surface from above-mentioned input port 353 separate predetermined distance X1, The mode of X2 is set, this is in order to prevent due to geometric tolerances (geometric tolerance) or position of related features (positional tolerance) and make interference of the above-mentioned door 49 by input port 353, lead to not open outer barrel input port 435 the problem of.
Door handle 493 can be equipped in above-mentioned door 49, above-mentioned door handle 493 makes above-mentioned door 49 be fixed in a manner of removable Drawer cover 35 or lid ontology 431.
On the other hand, can above-mentioned door 49 be equipped with sealing 495, above-mentioned sealing 495 for prevent washings via Outer barrel input port 435 is stated to leak.
Above-mentioned sealing 495 may include：Seal body 496 is fixed on the bottom surfaces of above-mentioned door 49, when above-mentioned door 49 is closed During outer barrel input port 435, above-mentioned seal body 496 is inserted in above-mentioned outer barrel input port 435；And first protruding portion 497 and Two protruding portions 498 are set in a manner of being protruded from above-mentioned seal body 496.
Above-mentioned first protruding portion 497 is in from the peripheral surface of above-mentioned seal body 496 towards above-mentioned outer barrel input port 435 The mode that circumferential surface protrudes is set, it is preferable that above-mentioned first protruding portion 497 is arranged to close above-mentioned outer barrel input port when above-mentioned door 49 When 435, the length that can be in contact with the inner peripheral surface of above-mentioned outer barrel input port 435.
And then more than two above-mentioned first protruding portions 497, each first protruding portion can be equipped in above-mentioned seal body 496 497 can be set in a manner of being spaced from each other predetermined distance.
On the other hand, when above-mentioned door 49 closes outer barrel input port 435, above-mentioned second protruding portion 498 can be with so that above-mentioned The peripheral surface of mode from above-mentioned seal body 496 that outer barrel input port 435 is closed protrudes.That is, when above-mentioned door 49 is closed outside During bucket input port 435, above-mentioned second protruding portion 498 should be arranged to the length being in contact with the upper side of above-mentioned lid ontology 431.
As long as when door 49 close outer barrel input port 435 when, above-mentioned sealing 495 can close outer barrel input port 435, then on State sealing 495 can be by being set with any material even, as an example, the elastomer of rubber etc. can be enumerated.
As shown in Fig. 4 A, Fig. 4 B, Fig. 4 C, it is equipped with and is used in the lid ontology 431 for forming the upper side of above-mentioned outer barrel ontology 41 The insertion section 439 of the inner peripheral surface of above-mentioned outer barrel ontology 41 is inserted in, rake 4391 can be equipped in above-mentioned insertion section 439, it is above-mentioned Rake 4391 is used to guide the washings of the inside of above-mentioned outer barrel ontology 31 to roller 5.
The roller 5 for being set to the inside of above-mentioned outer barrel ontology 41 is set in a manner of being in the cylindrical shape that upper side opens, Roller through hole 51 is equipped in the peripheral surface of roller 5, above-mentioned roller through hole 51 is used for the inside for making connection roller 5 and and outer barrel The roller through hole 51 that the inside of ontology 41 is connected.
In the case, if roller 5 rotates, be stored in above-mentioned outer barrel ontology 41 inside washings can on one side along The inner peripheral surface rotation of above-mentioned outer barrel ontology 41, rises on one side from the bottom surface of above-mentioned outer barrel ontology 41 to above-mentioned outer barrel lid 43.Therefore, Above-mentioned rake 4391 can be to guide from the bottom surface of outer barrel ontology 41 towards what outer bung 43 moved to wash to the upper side of roller 5 Wash the mechanism of water.
If supplying the washings of the inside of outer barrel ontology 41 again towards roller 5 by the top of roller 5, storage can be impacted The washings of roller 5 is stored in, therefore, the present invention can improve washability by above-mentioned rake 4391.
On the other hand, through hole 438 is equipped in above-mentioned lid ontology 431, above-mentioned through hole 438, which is located at, is located at above-mentioned drawer 3 Feed water inlet 355 lower part, so as to be directed towards the washings that above-mentioned feed water inlet 355 flows into roller 5.
Since above-mentioned outer barrel 4 is in the state for the inside for being fixed on drawer 3, thus it theoretically can be considered above-mentioned through hole 438 are fixed on the lower part (can be considered the relative motion not generated between through hole and feed water inlet) of above-mentioned feed water inlet 355.Therefore, Also the washing flowed into towards feed water inlet 355 can be supplied by for connecting the Guan Laixiang outer barrels 4 of through hole 438 and feed water inlet 355 Water.It in the case, can be by telescopic hose for connecting the above-mentioned pipe of above-mentioned through hole 438 and feed water inlet 355 (flexible hose, bellows hose etc.) or elastic material are set.
But in the case where forming the physics flow path for connecting above-mentioned through hole 438 and feed water inlet 355, can also it make With above-mentioned feed pipe 77.That is, above-mentioned feed pipe 77 can penetrate through above-mentioned drawer via above-mentioned feed water inlet 355, so as to directly with it is upper Through hole 438 is stated to be connected.
In this case it is preferably at least part region of above-mentioned feed pipe 77 is by elastic material or telescopic knot Structure is set, and above-mentioned perforation can be located at by being arranged to telescopic structure or the above-mentioned zone of feed pipe 77 set by elastic material Between hole 438 and drawer cover 35 (upper side of drawer).
But in the case of the vibration generated when being rotated to 41 transfer cylinder 5 of outer barrel ontology, for connecting through hole 438 and the pipe of feed water inlet 355 can vibrate, in the case, it is possible to produce need to consider to prevent the durability of above-mentioned pipe from declining Or the problem of reducing the structure of vibration of above-mentioned pipe.Therefore, it is highly preferred that using such as above-mentioned pipe, no for connection perforation In the case of the mechanism of hole 438 and feed water inlet 355, through hole 438 is made to be located at the lower part of feed water inlet 355, to be washed to the supply of outer barrel 4 Wash the mode of water.
On the other hand, if being not provided with connecting above-mentioned through hole between above-mentioned through hole 438 and above-mentioned feed water inlet 355 438 and the pipe of above-mentioned feed water inlet 355, then supplying hot water or by being set to the outer of outer barrel ontology 4 to above-mentioned outer barrel ontology 41 In the case that the inside that the steam generation facility (not shown) in portion comes to outer barrel ontology 41 supplies steam, there are above-mentioned through holes The problem of moisture (water, steam, mist etc.) of 438 inside for discharging outer barrel ontology 41 to the inside of housing 2.
That is, if the moisture of the inside of outer barrel ontology 41 is discharged by above-mentioned through hole 438 to the inside of housing 2, having can Washability can be reduced, it is also possible to generate failure or the corruption for the device (electronic device etc.) for causing the inside for being set to housing 2 The problem of erosion.Therefore, the present invention may also include recoverer, above-mentioned recoverer for that will be discharged by through hole 438 to housing 2 outside The moisture or heat of the inside of bucket ontology 41 minimize.
As shown in Fig. 5 A, Fig. 5 B, being set to the recoverer 45 of the present invention may include：First recoverer 451, is set to drawer Lid 35, the moisture discharged from above-mentioned through hole 438 are in contact with above-mentioned first recoverer 451；And second recoverer 453, it uses In guiding the moisture that is supplied from above-mentioned first recoverer 451 to above-mentioned through hole 438.
Above-mentioned second recoverer 453 may include：Ontology 454 is recycled, with from the upper side of above-mentioned outer bung 43 towards above-mentioned The mode that first recoverer 451 protrudes is set；And ontology breakthrough part 456, it is set in a manner of penetrating through above-mentioned recycling ontology 454 It puts, and is connected with above-mentioned through hole 438.
As long as the moisture discharged from above-mentioned through hole 438 can be supplied to above-mentioned second recoverer 453, above-mentioned first recycling Portion 451 can be arranged to any structure.
That is, the first recoverer 451 for being set to the present invention can be set to protrude from drawer cover 35 towards the second recoverer 453 Plane or curve form plate (board), can also be arranged towards above-mentioned second recoverer 453 face be opened it is hollow Bar (hollow bar) shape.
In the case where the first recoverer 451 is arranged to hollow stem, then the shape of hollow stem can be configured to a variety of shapes Shape, Fig. 5 A, Fig. 5 B are shown with an example of cylindrical shape setting hollow stem.
In the case where the first recoverer 451 is arranged to the plate of flat shape, it is preferable that above-mentioned first recoverer 451 with Mode positioned at the inside of above-mentioned ontology through hole 456 is set.
That is, in the case where above-mentioned first recoverer 451 is arranged to multiple plates, multiple plates should be located at above-mentioned ontology through hole 456 in the inside in the space (through hole projector space) that drawer cover 35 projects.This be in order to via ontology through hole 456 to perforation Hole 438 supplies the moisture (water or condensed water) fallen from each plate towards the second recoverer 453.
But in the case where the first recoverer 451 is arranged to hollow stem, above-mentioned hollow stem should be to be located at above-mentioned through hole The mode of the inside of projector space is set.
It, should be to have maximum width that is, in the case where multiple hollow stems are configured in a manner of with identical center The hollow stem mode of inside that is located at above-mentioned through hole projector space set.But if multiple hollow stems are with different The mode at center is set, then the space that hollow stem is formed should be located at the inside of above-mentioned through hole projector space.
On the other hand, it is preferable that even if above-mentioned first recoverer 451 has any shape, the first recoverer 451 is not with yet Mode by the interference of feed water inlet 355 is set.And, it is preferable that the free end of each first recoverer 451 with not with above-mentioned recycling The mode that the free end of ontology 454 is in contact is set.
This is to when above-mentioned roller 5 rotates, be prevented first time by the vibration transmitted to above-mentioned outer barrel ontology 41 Receipts portion 451 collides with recycling ontology 454 so that the first recoverer 451 or the second recoverer 453 are impaired.
If above-mentioned first recoverer 451 be only provided to prevent from the water that outer barrel 4 is discharged drawer 3 diffusion inside (to Water discharge from outer barrel of two recoverers guiding) mechanism, then with above-mentioned first recoverer 451 of any material setting even.
But if the first recoverer 451 is arranged to condense the moisture discharged from outer barrel 4 (with the moisture discharged from outer barrel Carry out the mechanism of heat exchange) and to the mechanism of moisture that is condensed of above-mentioned second recoverer guiding, then preferably, the first recoverer 451 are set by metal material.In the case, above-mentioned second recoverer 453 can be set by elastic material.
On the other hand, in order to improve the yield of moisture and condensation number, be set to the present invention recoverer may also include as Lower structure.
That is, outer bung 43 may also include container 437, above-mentioned container 437 is recessed and is bent with lid ontology 431, Through hole 438 is located at above-mentioned container 437, and above-mentioned second recoverer 453 may also include：Body flange 455, with from above-mentioned recycling The mode that the periphery of ontology 454 protrudes is located at the top of above-mentioned container 437；And flange through hole 457, it is above-mentioned to penetrate through The mode of body flange 455 is set.
In the case, the first recoverer 451 can be located at body flange 455 in the space that drawer cover 35 projects (flange throwing Shadow space) inside.
That is, in the case where the first recoverer 451 is arranged to plate, above-mentioned first recoverer 451 can be with from drawer cover 35 The mode protruded towards recycling ontology 454 is set so that above-mentioned first recoverer 451 is located at the interior of above-mentioned flange projector space Portion.
On the other hand, if in the case that the first recoverer 451 is arranged to multiple hollow stems, above-mentioned hollow stem should be located at above-mentioned The inside of flange projector space.
If multiple hollow stems are configured in a manner of with different centers, the hollow stem at edge is configured at for connection Region is enough as long as positioned at the inside of above-mentioned flange projector space.
But if multiple hollow stems are arranged to the cylindrical shape with identical center, and the hollow stem of diameter maximum is to be located at The mode of flange projector space is set, and above-mentioned flange projector space is located at the outside of above-mentioned through hole projector space, and diameter is most Small hollow stem can be located at the inside of above-mentioned through hole projector space.
But if multiple hollow stems are arranged to have identical center and non-cylindrical shape other shapes, have maximum The hollow stem of width should be located at the inside of above-mentioned flange projector space, and the hollow stem with minimum widith should be located at above-mentioned perforation The inside of hole projector space.
In the case where the first recoverer 451 is arranged to have multiple hollow stems at identical center, in each hollow stem The heart can become feed water inlet 355.In the case, the distance between each hollow stem can be constant, also can be irregular.
Since the first recoverer 451 is fixed, and drawer cover 35 can be continued for heat exchange with air by drawer cover 35, Even if thus the first recoverer 451 is not configured at the periphery of feed water inlet 355, the surface temperature of the first recoverer can be also maintained at less than The temperature for the air discharged from through hole 438.
But if the first recoverer 451 is formed in the periphery of feed water inlet 355, above-mentioned first recoverer 451 can directly with warp The cold water that is supplied by feed water inlet 355 carrys out leaked-in air and carries out heat exchange via the periphery of feed water inlet 355, so as to reduce The surface temperature of above-mentioned first recoverer 451, and improve the cooling performance of the first recoverer 451.
On the other hand, in order to be guided to above-mentioned through hole 438 via above-mentioned flange through hole 457 to above-mentioned container 437 moisture flowed into, need to be additionally provided with recovery holes 47 in recoverer 45.
If it is equipped with prominent from above-mentioned through hole 438 to the first recoverer 451 in container 437 and supports recycling ontology 454 Bottom surfaces support tube 4381, then above-mentioned recovery holes 47 can be set in a manner of penetrating through above-mentioned support tube 4381.But if Recycling ontology 454 is directly fixed on the periphery of through hole 438, then above-mentioned recovery holes 47 should be with the side of perforation recycling ontology 454 Formula is set.
Preferably, in either case, above-mentioned container 437 is set in an inclined manner so that container 437 Internal condensed water is moved to recovery holes 47.
Although the above embodiments include the situation of the first recoverer 451 and the second recoverer 453 with recoverer 45 together On the basis of be illustrated, but different from above-mentioned content, be set to the recoverer 45 of the present invention and only can include being located at and pass through First recoverer 451 on the top of through-hole 438.
This is because after the steam that through hole 438 is discharged is condensed on the surface of the first recoverer 451, it will be by certainly Weight is flowed into through hole 438, and from through hole 438 discharge water after being in contact with the surface of the first recoverer 451, by Conduct oneself with dignity to guide to through hole 438.
On the other hand, in order to which above-mentioned outer barrel ontology 41 is made to be combined with above-mentioned outer bung 43, above-mentioned outer bung 43 can also wrap It includes：First container 432, diameter are more than the diameter of insertion section 439；And second container 433, positioned at above-mentioned first container Between 432 and above-mentioned insertion section 439.
In the case, the upper end of outer barrel ontology 41 is inserted into above-mentioned second container 433, is set to outer barrel ontology 41 The fastening part 413,415 of peripheral surface be inserted into above-mentioned first container 432.
Above-mentioned fastening part may include：Fastening part the first noumenon 413 is directed away from outer barrel with the peripheral surface from outer barrel ontology 41 The mode that the direction of ontology 41 protrudes is set；And the second ontology of fastening part 415, with from above-mentioned fastening part the first noumenon 413 to The mode that above-mentioned outer bung 43 extends is inserted in above-mentioned second container 433.
And then container partition board 434 can be further included in above-mentioned outer bung 43, above-mentioned container partition board 434 is for division The first container 432 and above-mentioned second container 433 are stated, above-mentioned container partition board 434 is inserted in the second ontology of fastening part 415 The space formed between the periphery of above-mentioned outer barrel ontology 41.
By the above combination structure of outer barrel ontology 41 and outer bung 43, the present invention can be by the inside of outer barrel ontology 41 The phenomenon that combination of washings or steam between outer barrel ontology 41 and outer bung 43 faces out the External leakage of barrel ontology 41 It minimizes.
Different from above-mentioned content, the fastening part 413,415 for being set to the present invention is located at the inside of above-mentioned outer barrel ontology 41 Even.That is, fastening part 413,415 is set in a manner of the diameter that the diameter of the second ontology of fastening part 415 is less than outer barrel ontology 41 Even putting.
In the case, the second ontology of fastening part 415 should be inserted in the second container 433, and the upper end of outer barrel ontology 41 should It is inserted in above-mentioned first container 432.
The device for clothing processing 100 of the present invention with above-mentioned structure is supplied by water supply flow path to above-mentioned outer barrel ontology 41 To washings, and by drainage flow path to the washings of the inside of the external discharge outer barrel ontology 41 of housing 2.
As shown in fig. 6, above-mentioned drainage flow path should be in a manner of being connected and fixed on the discharge unit F of drawer 3 and back panel 23 Setting, above-mentioned water supply flow path should be set to the watering of the outside of housing 2 and be set to drawer 3 with connection by supply unit V The mode of feed water inlet 355 set.
Therefore, if above-mentioned water supply flow path and drainage flow path are respectively configured to connection supply unit V and the confession of feed water inlet 355 Water pipe 77 (can feed water inlet be fixed on by fixed part 771) and the drainpipe 87 for connecting discharge unit F and back panel 23, And the mechanism for guiding the movement of feed pipe 77 or drainpipe 87 is not provided in the inside of housing 2, then it is taken out when from the pull-out of housing 2 Drawer 3 or to housing 2 be inserted into drawer 3 when, distorted there are feed pipe 77 or drainpipe 87 or damaged danger.
In order to prevent this phenomenon, device for clothing processing 100 of the invention is further included in guiding piece 7 or exit guide part 8 It is at least one, above-mentioned guiding piece 7 is set to the inside of housing 2, for guiding the movement of water supply flow path, above-mentioned exit guide part 8 are set to the inside of housing 2, for guiding the movement of drainage flow path.
Above-mentioned discharge unit F can be set in a manner of being fixed on the pump of drawer body 31.Said pump may include：Shell F1, Drawer body 31 is fixed on, the space for storing washings is provided；And motor F2, for rotary setting in above-mentioned shell Internal impeller.
Above-mentioned shell F1 is connected by shell inflow part F3 with outer barrel ontology 41, and by shell first discharge unit F4 with Drainpipe 87 is connected.Therefore, if impeller is made to be stored in outer barrel ontology 41 in the internal rotating of shell F1 by motor F2 Washings after shell F1 is flowed into via shell inflow part F3, will be moved via shell first discharge unit F4 to drainpipe 87 It is dynamic.
Above-mentioned supply unit V can be set to the valve being connected with watering.If it but supplies in the presence of the outside for being set to housing 2 The first watering and the second watering of the different washings of temperature, then the supply unit V for being set to the present invention can be set to The first valve and the second valve being connected with each watering.
Being set to the guiding piece 7 of the present invention may include：Ontology 74 is rotatably disposed in the interior of above-mentioned housing 2 Portion supports above-mentioned feed pipe 77；And ontology guiding piece 76, the inside of above-mentioned housing 2 is fixed on to guide above-mentioned ontology 74 It is mobile.
Above-mentioned ontology 74 can be directly fixed on the inside of housing 2, also can be as shown in fig. 6, being rotatably disposed in It is fixed on the support portion 72 of housing 2.
Even above-mentioned support portion 72 is fixed on any position of the inside of housing 2, but should be to be inserted in housing in drawer 3 When 2, prevent the mode of interference drawer 3 from setting.
Above-mentioned ontology 74 may include：Pedestal 741 is arranged to bar (bar) shape；Pedestal rotary shaft 743, for making above-mentioned bottom Seat 741 is combined in a rotatable way with above-mentioned support portion 72；And receiving space 745, above-mentioned pedestal 741 is set to, is used In receiving feed pipe 77.
Above-mentioned receiving space 745 is formed by the first flange 747 and the second flange 748, and above-mentioned first flange 747 and second is convex Edge 748 is protruded along the length direction of pedestal 741 from the opposite both ends of pedestal 741.
On the other hand, the feed pipe 77 positioned at the inside of receiving space 745 is prevented from receiving space 745 by lid 749 It pulls out, Fig. 6 shows one that lid 749 is set in a manner of connecting the free end of the first flange 747 and the free end of the second flange 748 Example.
Above-mentioned ontology guiding piece 76 can be set to when above-mentioned ontology 74 centered on pedestal rotary shaft 743 come when rotating, can Any shape of support base 741.But if pedestal 741 is arranged to rod-shape, the free end (free end) of pedestal 741 Circular arc (arc) track will be formed, thus ontology guiding piece 76 can be configured as circular shape.
On the other hand, above-mentioned ontology guiding piece 76 can be set to carry out support base 741 positioned at the lower part of above-mentioned ontology 74, It may be disposed at the height side by side with the height of the location of the top of above-mentioned ontology 74 or above-mentioned ontology 74.
If above-mentioned ontology guiding piece 76 is set in a manner of supporting the bottom surfaces of above-mentioned pedestal 741, do not need to connect Connect the guiding piece fastening part 781,783 of above-mentioned ontology 74 and above-mentioned ontology guiding piece 76, if but above-mentioned ontology guiding piece 76 set In height of the height with the height residing for the top of ontology 74 or above-mentioned ontology side by side, then preferably, also set in above-mentioned guiding piece 7 There is guiding piece fastening part 781,783.
If above-mentioned ontology guiding piece 76 is set in a manner of supporting the bottom surfaces of above-mentioned pedestal 741, ontology guiding piece 76 When should be to be inserted in the inside of housing 2 in drawer 3, the mode by the interference of drawer 3 not be set.For this purpose, above-mentioned ontology guiding piece 76 can be set to extend from support portion 72 to the lower part of above-mentioned pedestal 741, and with circular shape.
On the other hand, if above-mentioned ontology guiding piece 76 be set to height with the top of above-mentioned ontology 74 or above-mentioned ontology residing for Height height side by side, as long as not interfering the movement of drawer 3 then, above-mentioned ontology guiding piece 76 can be fixed on housing 2 Internal any position.
Fig. 6 shows that above-mentioned ontology guiding piece 76 is fixed on an example of the upper panel 25 of housing.In the case, above-mentioned Ontology guiding piece 76 can also be equipped with fastening rib 761, and above-mentioned fastening rib 761 supports to fix above-mentioned ontology guiding piece 76 In the retention mechanism (screw thread etc.) of upper panel 25
Above-mentioned guiding piece fastening part 78 is for above-mentioned ontology 74 to be made to be guided to rotate by above-mentioned ontology guiding piece 76 Mechanism, above-mentioned guiding piece fastening part 78 may include：First fastening part 781, is set to ontology 74；And second fastening part 783, to The length direction setting of ontology guiding piece 76, and above-mentioned first fastening part 781 is made to be fastened with above-mentioned second in a movable manner Portion 783 is combined.
If above-mentioned ontology guiding piece 76 is set in a manner of supporting the free end of above-mentioned ontology 74, above-mentioned first fastening part 781 can be set to the ring formed from above-mentioned lid 749 protrusion.
In the case, above-mentioned second fastening part 783 can be set to dash forward with the length direction to above-mentioned ontology guiding piece 76 The track that the mode of above-mentioned ring is out supported to set can be configured as making the surface of ontology guiding piece 76 to above-mentioned ontology guiding piece 76 length direction is recessed and bends come the slot for accommodating above-mentioned ring.
On the other hand, above-mentioned ontology guiding piece 76 can be in a manner of supporting the part except the free end of above-mentioned ontology 74 Setting.In the case, above-mentioned first fastening part 781 is set at least one of the first flange 747 and the second flange 748, Above-mentioned second fastening part 783 is set to the length direction of the ontology guiding piece 76 positioned at the top of ontology 74, to support above-mentioned the One fastening part 781.
The ontology 74 for being set to above-mentioned guiding piece 7 is rotatably disposed in the top of drawer cover 35, above-mentioned Body guiding piece 76 is set to height of the height with the height residing for the top of above-mentioned ontology 74 or above-mentioned ontology side by side, therefore, when During from the above-mentioned drawer 3 of housing pull-out or to the housing above-mentioned drawer 3 of insertion, above-mentioned drawer 3 is not by the interference of above-mentioned guiding piece 7.Cause This, when pulling out drawer 3 from housing or being inserted into drawer 3 to housing, device for clothing processing 100 of the invention can prevent feed pipe 77 It is wound with drawer 3 or causes feed pipe 77 impaired due to drawer 3.
On the other hand, the drainpipe 87 for being set to the present invention is supported by exit guide part 8.
As shown in fig. 7, above-mentioned exit guide part 8 may include：First frame 82, is rotatably disposed in above-mentioned pumping Drawer 3, to support a part for above-mentioned drainpipe 87；Second frame 84 is rotatably disposed in above-mentioned housing 2, to prop up Support a part for above-mentioned drainpipe 87；And frame rotary shaft 86, make in a rotatable way above-mentioned first frame 82 with it is above-mentioned Second frame 84 is combined.
Since first frame support 823 at the back side of the first axle 821 with being fixed on above-mentioned drawer body 31 is combined, because This, above-mentioned first frame 82 is combined in a rotatable way with drawer 3, due to the back side of second axis 841 with being fixed on shell Second frame support 843 of panel 23 is combined, therefore, above-mentioned second frame 84 in a rotatable way with 2 phase knot of shell It closes.
The free end of first frame 82 is connected with the free end of the second frame 84 by said frame rotary shaft 86.
On the other hand, the discharge set in a manner of penetrating through back panel 23 is equipped in above-mentioned second frame support 843 Pipe 845, above-mentioned discharge pipe 845 can be connected by downcomer F7 with downcomer.In the case, above-mentioned drainpipe 87 is with connection The mode of shell first discharge unit F4 and above-mentioned discharge pipe 845 is set, and above-mentioned drainpipe 87 will be by above-mentioned first frame 82 and Two frames 84 support.
If as shown in figure 8, pulling out drawer 3 from housing 2, the second frame 84 is centered on the second axis 841 to side clockwise To rotation, the first frame 82 is rotated counterclockwise centered on first axle 821, and is tieed up by said frame rotary shaft 86 Hold the state that above-mentioned first frame 82 is connected with the second frame 84.Therefore, it is inserted into when from the pull-out drawer 3 of housing 2 or to housing 2 During drawer 3, device for clothing processing of the invention can prevent drainpipe 87 be wound in drawer 3 or feed pipe 77 or drainpipe by Damage.
When the motor F2 work of discharge unit, the only inside of the outer barrel ontology 41 of the device for clothing processing with above structure Washings can be discharged due to siphon (Siphon) phenomenon.
If siphonage occurs, although not remaining on outer barrel ontology 41 or 87 aspect of drainpipe favorably in washings, The stench of downcomer can be flowed into via downcomer F7 to outer barrel ontology 41, and if to outer barrel sheet before draining is completed to washings Body 41 supplies washings, then there is the danger for being also possible to discharge the washings flowed into outer barrel ontology 41.
Therefore, the present invention may also include communicating pipe 79, be used to above-mentioned communicating pipe 79 prevent from showing in the generation siphon of drainpipe 87 As.Above-mentioned communicating pipe 79 is enough as long as connection feed pipe 77 and drainpipe 87 is arranged for.
On the other hand, it in order to idle in the motor F2 for being set to above-mentioned discharge unit F, prevents to outer barrel ontology The washings of 41 supplies are discharged via drainpipe 87 to the external of outer barrel ontology 41, and discharge pipe 845 should be set to height higher than can To be stored in the position of the peak level of the washings of outer barrel ontology 41.
In this case, the direction row in the shell F1 of pump of the position less than discharge pipe 845 is set to of drainpipe 87 Outlet pipe 845 extends, if motor F2 interrupts the work of impeller, the air of the inside of drawer 3 is via communicating pipe 79 to drainpipe 87 flow into, and so as to block siphonage, therefore, washings will remain on drainpipe 87.
If washings remain on drainpipe 87, having can prevent the stench of downcomer via drainage flow path to outer barrel ontology 41 effects flowed into, but there are winter drainpipe 87 it is possible that the danger of bursting by freezing can occur.Therefore, as needed, it is necessary to right The washings of the inside of drainpipe 87 also carry out draining, for this purpose, the present invention can be equipped with residual water discharge unit 9.
Being set to the residual water discharge unit 9 of the present invention may include residual water drainpipe 91, above-mentioned residual water drainpipe 91 with The shell F1 of discharge unit F is connected, and when pulling out drawer 3 from housing 2, above-mentioned residual water drainpipe 91 is exposed to housing 2 It is external.
The fixing end of above-mentioned residual water drainpipe 91 is connected by shell the second discharge unit F5 with shell F1, residual water row The free end of water pipe 91 can be fixed on above-mentioned drawer body 31 in a manner of removable.Above-mentioned residual water drainpipe 91 from By holding the drainpipe opening/closing portion 911 being equipped with for being opened and closed residual water drainpipe 91.
On the other hand, in order to which the free end of residual water drainpipe 91 is made to be fixed on drawer body 31 in a manner of removable, Residual water discharge unit 9 may also include the drainpipe dismounting portion 93 for being set to drawer body 31.
Above-mentioned drainpipe dismounting portion 93 is set to drawer body 31, and is set to the position adjacent with the rear of drawer panel 33 It puts.
That is, drainpipe dismounting portion 93 may include：Fixed ontology 931 is fixed on above-mentioned drawer body 31, and positioned at drawer face Between the back side of plate 33 and input port 353；Fixed ontology through hole 933, is set in a manner of penetrating through above-mentioned fixed ontology 931； And entrance 935, it is cut in a manner of above-mentioned fixed ontology through hole 933 is made to be connected with the outside of fixed ontology 931 solid Determine ontology 931.
The diameter of above-mentioned fixed ontology through hole 933 is more than the diameter of above-mentioned residual water drainpipe 91, above-mentioned entrance 935 Width be less than above-mentioned residual water drainpipe 91 diameter.
Therefore, user of service can come to be inserted into residual water row in above-mentioned fixed ontology through hole 933 by above-mentioned entrance 935 Water pipe 91 pulls out fixed ontology 931 from above-mentioned fixed ontology through hole 933 to outside.
On the other hand, in order to prevent when pulling out drawer 3 from shell 2, residual water drainpipe 91 is kinked in the inside of housing 2 Or residual water drainpipe 91 and be set to housing 2 inside device between generate interference, can also be wrapped in above-mentioned drawer body 31 Drainpipe support portion 313 is included, above-mentioned drainpipe support portion 313 is used to prevent the inner peripheral surface phase of residual water drainpipe 91 and housing 2 Contact.Fig. 8 shows that drainpipe support portion 313 is set to an example of the lower part of drawer body 31.
Although it is not shown, but the present invention device for clothing processing may also include hot air supply device (not shown), above-mentioned heat Wind feedway (not shown) is dried by supplying hot wind to outer barrel 4 come the washings of the inside to being stored in roller 5.On It states hot air supply device and may be disposed at the first processing unit T, may also set up in second processing device L.
Hereinafter, with reference to Fig. 8, the course of work of the device for clothing processing of the present invention is illustrated.
If putting into washings to the receiving portion 4,5 for the inside for being set to drawer 3, user of service is needed by drawer panel 33 to pull out drawer body 31 from housing 2.
If pulling out drawer body 31 from housing 2, ontology 74 is supported by ontology guiding piece 76, and with pedestal rotary shaft 743 Centered on come to drawer pull out ontology 31 direction rotate.Therefore, when pulling out drawer 3 from housing 2, the present invention can prevent from supplying water Pipe 77 is impaired.
On the other hand, if from housing 2 pull out drawer 3, the second frame 84 centered on the second axis 841 clockwise Rotation, the first frame 82 is rotated counterclockwise centered on first axle 821, and is maintained by said frame rotary shaft 86 The state being connected with the second frame 84.As a result, when from housing 2 pull out drawer 3 when, the present invention can also prevent feed pipe 77 by Damage.
If pulling out drawer body 31 from housing 2, the input port 353 for being set to above-mentioned drawer cover 35 will be to outside housing 2 Expose in portion.Therefore, user of service can open outer barrel input port 435 by rotating positioned at the door 49 of the inside of input port 353, from And put into washings to the roller 5 positioned at the lower part of outer barrel input port 435.
If putting into washings to roller 5, user of service inserts after input port 435 is closed by door 49 to housing 2 Enter drawer 3.At this point, guiding piece 7 and exit guide part 8 by prevent drainpipe 87 be arranged at housing 2 inside device or pumping 3 grade of drawer is interfered.
In a state that drawer 3 is located at the inside of housing 2, if user of service by control panel 331 come input for into The control instruction of row washing, then the valve for being set to supply unit V will open feed pipe 77.
If the washings supplied from watering are flowed into feed pipe 77, washings will be via the confession for being set to drawer cover 35 It the mouth of a river 355 and is set to the through hole 438 of outer bung 43 and is supplied to roller 5.
If terminating the supply of washings, driving portion rotates roller 5.When above-mentioned roller 5 rotates, outer barrel ontology 41 Internal washings can be rotated together in the inside of outer barrel ontology 41 with roller.
If washings come the internal rotating in outer barrel ontology 41, the washings of the inside of outer barrel ontology 41 by roller 5 It can be moved from the outside bung 43 in the bottom surface of outer barrel ontology 41, but due to being equipped with rake 4391, thus the present invention in outer bung 43 It can be back flowed back by the upper side being opened of roller 5 come the inside for making washings to roller 5.
If terminating washing, control unit discharge is stored in the washings of the inside of outer barrel ontology 41.
That is, control unit makes washing for the inside of outer barrel ontology 41 by being supplied electric power to the motor F2 for being set to discharge unit F Water is washed to move to drainpipe 87.To move to downcomer via discharge pipe 845 and downcomer F7 to the washings that drainpipe 87 flows into It is dynamic.
Drainpipe 87 is connected by communicating pipe 79 with feed pipe 77, and feed pipe 77 is by feed water inlet 355 and drawer The inside of ontology 31 is connected, and therefore, if control unit blocks the electric power supplied to motor F2, air is supplied to drainpipe 87, So as to block siphonage.
On the other hand, due to being set to the drainpipe 87 of the present invention so that the residual water of the inside of drainpipe 87 can be made outside The mode of shell F1 movements tilts, and therefore, the residual water of the inside of drainpipe 87 is largely stored in the shell F1 of discharge unit.
If washings are stored in shell F1, it can prevent the stench of downcomer from being flowed into via drainage flow path to bucket ontology 41, Also the first drainpipe 83 can be prevented impaired in the case where the external temperature of device for clothing processing declines.
Also, in the present invention, since residual water drainpipe 91 is connected with shell F1, thus as needed, shell F1 The residual water of inside can also go out.But in order to discharge the residual water of the inside of shell F1, user of service need to draw from housing 2 Go out drawer 3.
On the other hand, it is hot water in the washings supplied to be washed to washings or is completed to washings In the case of the backward washings supply steam of washing, can direction be discharged to the external of outer barrel ontology 41 by through hole 438 The moisture (hot water and steam or steam) of the inside supply of outer barrel ontology 41.
Due to by the external moisture discharged from through hole 438 to outer barrel ontology 41 on the top for being set to through hole 438 The surface of the first recoverer 451 be cooled, and be condensed it is rear fallen to the second recoverer 453, therefore, the present invention can will The phenomenon that moisture of the inside of outer barrel ontology 41 is leaked to drawer 3 or housing 2 minimizes.
Fig. 9 A, Fig. 9 B show to be set to another embodiment of the guiding piece 7 of the present invention, are set to the guiding piece of the present embodiment 7 compared with guiding piece 7 shown in Fig. 8, distinct in terms of water supply flow path and drainage flow path are by 7 support of guiding piece.
The guiding piece 7 for being set to the present embodiment also includes：Ontology 74 is rotatably disposed in support portion 72；With And ontology guiding piece 76, for guiding the movement of above-mentioned ontology 74.
Above-mentioned ontology 74 may include：Pedestal 741, by pedestal rotary shaft 743 come in a rotatable way with support portion 72 It is combined；Partition board 742, for the inner space of above-mentioned pedestal 741 to be divided into first flow path 71 and second flow path 81；And lid 749, it is combined with above-mentioned pedestal 741, for closing above-mentioned first flow path 71 and second flow path 81.
Above-mentioned ontology 74 is supported by guiding piece fastening part 781,783 by above-mentioned ontology guiding piece 76, due to saying before Understand the position relationship between ontology 74 and ontology guiding piece 76 and position and the structure of guiding piece fastening part 781,783, thus It is described in detail omitting.
In the present embodiment, being set to the water supply flow path of device for clothing processing may include：First flow path 71, is set to ontology 74；Connecting tube 73, for connecting first flow path 71 and supply unit V；And feed pipe 77, for connecting first flow path 71 and setting In the feed water inlet of drawer 355.Feed pipe 77 can be fixed on feed water inlet 355 by the fixed part 771 for being fixed on drawer 3.
On the other hand, being set to the drainage flow path of the present embodiment may include：Second flow path 81 is set to ontology 74；First Drainpipe 83, for connecting the shell F1 of second flow path 81 and discharge unit；And second drainpipe 85, for connecting second flow path 81 and downcomer F7.
Above-mentioned second drainpipe 85 can be connected by the shell first discharge unit F4 for being set to shell with shell F1.Into And the first drainpipe 83 and the second drainpipe 85 are set from elastic material (rubber etc.) or are arranged to what can be stretched to length direction Bellows structure.
On the other hand, the ontology 74 for being set to the present invention may also be arranged to the section with form as shown in Figure 10.Figure 10 show that the section positioned at the ontology 74 on the top of the trailing flank of drawer 3 is in the upper end edge for the trailing flank that can accommodate above-mentioned drawer 3 The situation of the shape at angle, the present invention can be on one side by the volume minimization of housing 2, on one side by the volume maximization of drawer 3 as a result,.
The top that above-mentioned first flow path 71 may be disposed at above-mentioned drawer 3 is come and the upper side of above-mentioned drawer 3 (drawer cover 35) It is parallel, above-mentioned second flow path 81 may be disposed at above-mentioned drawer 3 rear come it is parallel with the trailing flank of drawer 3.
If generated due to dead weight or external force (vibration of drawer when) in ontology 74 it is sagging, in the region of above-mentioned ontology 74 In, the region equipped with first flow path 71 can be supported by the upper side 35 of above-mentioned drawer, therefore, the section shape of above-mentioned ontology 74 It will be as the mechanism for preventing guiding piece 7 from deforming or being damaged.
In the case where being inserted in the state of housing 2 in above-mentioned drawer 3, second is equipped in the region of above-mentioned ontology 74 The region on road 81 will prevent guiding piece 7 from being rotated to drawer 3.Therefore, the section shape of above-mentioned ontology 74, which will become, prevents ontology 74 mechanisms being detached from due to external force (vibration of drawer when) from the position set.
The present invention can be deformed into variform to implement, and the claimed range of invention of the invention is not limited to above-mentioned Embodiment.Therefore, it as long as the embodiment of deformation includes the structural element in the claimed range of invention of the present invention, just should be regarded as It belongs to the scope of protection of the present invention.

Claims (13)

1. a kind of device for clothing processing, including：
Housing,
Drawer is set in a manner of it can be pulled out from above-mentioned housing,
Receiving portion is set to the inside of above-mentioned drawer, defines the space for receiving water,
Ontology is set to above-mentioned housing, can rotate to the movement of above-mentioned drawer position and
Water supply flow path is connected with watering and supplies water to above-mentioned receiving portion, and above-mentioned water supply flow path is formed in the interior of above-mentioned ontology Portion is supported in above-mentioned ontology；
One end of above-mentioned ontology is incorporated into above-mentioned housing in a manner of it can rotate, and the other end of above-mentioned ontology is located at above-mentioned housing Upper aspect and above-mentioned drawer upper aspect between,
When above-mentioned drawer is inserted in the inside of above-mentioned housing, at least part of above-mentioned ontology is located at the upper aspect of above-mentioned drawer With the upper aspect of above-mentioned housing.
2. device for clothing processing according to claim 1, wherein, one end of above-mentioned ontology in a manner of it can rotate with it is upper State the rear aspect of housing, the side face of above-mentioned housing, above-mentioned housing upper aspect in any surface be combined.
3. device for clothing processing according to claim 2, wherein, above-mentioned water supply flow path forms the inside as above-mentioned ontology Internal flow path.
4. device for clothing processing according to claim 3, wherein, above-mentioned water supply flow path includes：
First flow path is formed in the inside of above-mentioned ontology, and provides the channel for water；
Connecting tube is connected between above-mentioned first flow path and above-mentioned watering；And
Feed pipe is connected between above-mentioned first flow path and above-mentioned receiving portion.
5. device for clothing processing according to claim 4, wherein, it further includes：
Through hole provides for water to be directed to the channel in above-mentioned receiving portion；
Above-mentioned feed pipe is connected through above-mentioned drawer and with above-mentioned through hole.
6. device for clothing processing according to claim 5, wherein, at least part of above-mentioned feed pipe includes to stretch Structure or elastic material.
7. device for clothing processing according to claim 4, wherein,
Above-mentioned receiving portion includes：Outer barrel is arranged on the inside of above-mentioned drawer and for receiving water；And roller, can rotate Mode be arranged on the inside of above-mentioned outer barrel and for storing washings,
Above-mentioned drawer includes：Input port guides washings by above-mentioned input port；And feed water inlet, above-mentioned feed pipe are connected to Above-mentioned feed water inlet,
Above-mentioned outer barrel includes：Outer barrel input port, for above-mentioned input port to be connected with above-mentioned roller；And through hole, it is used for Above-mentioned feed water inlet is connected with above-mentioned roller.
8. device for clothing processing according to claim 7, wherein, it further includes：
Flexible hose or bellows, for connecting above-mentioned feed water inlet and above-mentioned through hole.
9. device for clothing processing according to claim 1, wherein, above-mentioned water supply flow path, which forms to be used as, is supported in above-mentioned ontology Feed pipe.
10. device for clothing processing according to claim 9, wherein, it further includes：
Through hole is provided for water to be directed to the channel in above-mentioned receiving portion,
Above-mentioned water supply flow path is connected through above-mentioned drawer and with above-mentioned through hole.
11. device for clothing processing according to claim 10, wherein, at least part of above-mentioned water supply flow path includes can Flexible structure or elastic material.
12. device for clothing processing according to claim 9, wherein,
Above-mentioned receiving portion includes：Outer barrel is arranged on the inside of above-mentioned drawer and for receiving water；And roller, can rotate Mode be arranged on the inside of above-mentioned outer barrel and for storing washings,
Above-mentioned drawer includes：Input port guides washings by above-mentioned input port；And feed water inlet, above-mentioned water supply flow path with it is upper Feed water inlet is stated to be connected,
Above-mentioned outer barrel includes：Outer barrel input port, for above-mentioned input port to be connected with above-mentioned roller；And through hole, it is used for Above-mentioned feed water inlet is connected with above-mentioned roller.
13. device for clothing processing according to claim 12, wherein, it further includes：
Flexible hose or bellows, for connecting above-mentioned feed water inlet and above-mentioned through hole.
CN201610693938.5A 2014-05-30 2015-05-29 Device for clothing processing Active CN106149275B (en)

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CN106120237A (en) 2016-11-16
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JP6126165B2 (en) 2017-05-10
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KR20160098156A (en) 2016-08-18
KR20160098154A (en) 2016-08-18
CN106120236A (en) 2016-11-16
CN106149275A (en) 2016-11-23
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CN106120237B (en) 2019-08-20
KR102487095B1 (en) 2023-01-11
RU2604315C1 (en) 2016-12-10
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EP3964621A3 (en) 2022-04-20
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KR20160098155A (en) 2016-08-18
CN106120236B (en) 2018-10-02

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