CN208995793U - Clothes treatment device - Google Patents

Abstract

The utility model discloses a kind of clothes treatment devices, comprising: outer cylinder, outer cylinder have outer barrel chamber；Inner cylinder, inner cylinder are rotatably arranged at that outer cylinder is intracavitary, and inner cylinder has the rotary shaft being horizontally or diagonally arranged, and clothes treatment device has drying mode, and outer barrel chamber is the condensation chamber for condense the gas from inner cylinder blowout under drying mode；Part is filled the water, part is filled the water and is filled the water under drying mode to the outer barrel chamber.It can use outer barrel chamber as condensation chamber according to the clothes treatment device of the utility model embodiment, and condensed water can be injected, condensation effect is good, and drying efficiency is promoted.

Description

Clothes treatment device

Technical field

The utility model relates to clothing processing technology fields, more particularly, to a kind of clothes treatment device.

Background technique

In the related art, some clothes treatment device drying efficiencies with drying function are lower.In addition, some laundries The clothes treatment devices such as machine at runtime, since clothing is unevenly distributed, will lead to washing machine and eccentric situation occur, thus lead Cause vibration of washing machine more serious.It is some to use clump weight again in the related technology, while utilizing pendulum spring and bottom shock mitigation system It reduces vibration when washing machine high speed dewatering, but vibrates still larger.

Utility model content

The utility model aims to solve at least one of the technical problems existing in the prior art.For this purpose, the utility model mentions A kind of clothes treatment device out, the clothes treatment device can use outer barrel chamber as condensation chamber, and condensation can be injected Water, drying efficiency are higher.

According to the clothes treatment device of the utility model embodiment, comprising: outer cylinder, the outer cylinder have outer barrel chamber；Inner cylinder, The inner cylinder is rotatably arranged at that the outer cylinder is intracavitary, and the inner cylinder has the rotary shaft being horizontally or diagonally arranged, the clothing Processing equipment has drying mode, and the outer barrel chamber is under the drying mode for for condensing the gas blown out from the inner cylinder Condensation chamber；Part is filled the water, the water filling part fills the water under the drying mode to the outer barrel chamber.

It can use outer barrel chamber as condensation chamber according to the clothes treatment device of the utility model embodiment, and can infuse Enter condensed water, condensation effect is good, drying efficiency can be made to be promoted.

In addition, can also have following additional technology special according to the clothes treatment device of the utility model above-described embodiment Sign:

In some embodiments of the utility model, the water filling part is mounted on the rear portion of the outer cylinder and protrudes into described To be filled the water from the rear portion of the outer barrel chamber between the rear wall of cylinder and the rear wall of the outer cylinder.

Further, the water filling port of the water filling part is located at the top of the outer barrel chamber.

Optionally, the waterflood direction of the water filling part tilts obliquely relative to horizontal direction.

According to the clothes treatment device of some embodiments of the utility model, further includes: water fender, the water fender protrude into institute It states between outer cylinder and the inner cylinder, at least part of the water fender is located at the lower section of the water filling part to accept from the note The water that water part sprays, the water fender circumferentially extend and along the inner cylinder with multiple drainings along its circumferentially spaced setting Mouthful.

Further, the discharge outlet is set as making at least part water flowed out from the discharge outlet along the outer cylinder Rear wall flow downward.

Further, the rear wall of the outer cylinder has the lower section positioned at the discharge outlet and relative to the inner cylinder The lower water surface extended axially inwards and forward.

Some embodiments according to the present utility model, the water filling part have multiple water filling ports.

Further, the water discharging direction of multiple water filling ports is arranged in parallel and perpendicular to the axial direction of the inner cylinder.

Optionally, according to the clothes treatment device of the utility model embodiment, further includes: balance ring, after the inner cylinder Portion is equipped with the balance ring that rotates with the inner cylinder, the central axis of the balance ring it is parallel with the rotary shaft of the inner cylinder or It is overlapped, there is chamber in the balance ring, the water filling part protrudes into the annular distance of the balance ring.

The additional aspect and advantage of the utility model will be set forth in part in the description, partially will be from following description In become obvious, or recognized by the practice of the utility model.

Detailed description of the invention

The above-mentioned and/or additional aspect and advantage of the utility model from the description of the embodiment in conjunction with the following figures will Become obvious and be readily appreciated that, in which:

Fig. 1 is the front view according to the clothes treatment device of the utility model one embodiment；

Fig. 2 is the cross-sectional view along the direction Fig. 1 middle line A-A；

Fig. 3 is the cross-sectional view along the direction Fig. 2 middle line B-B；

Fig. 4 is the front view according to the part-structure of the clothes treatment device of the utility model another embodiment；

Fig. 5 be in Fig. 4 along the direction C-C cross-sectional view；

Fig. 6 be in Fig. 5 along the direction D-D cross-sectional view；

Fig. 7 is the structural schematic diagram according to the balance ring of the clothes treatment device of the utility model one embodiment；

Fig. 8 is the side view according to the balance ring of the clothes treatment device of the utility model one embodiment；

Fig. 9 be along Fig. 8 along the direction E-E cross-sectional view；

Figure 10 be along Fig. 9 along the direction F-F cross-sectional view；

Figure 11 be along Fig. 9 along the direction G-G cross-sectional view；

Figure 12 be along Fig. 9 along the direction H-H cross-sectional view；

Figure 13 is the side view according to the balance ring of the clothes treatment device of second embodiment of the utility model；

Figure 14 is the cross-sectional view along structure shown in Figure 13；

Figure 15 be along Figure 14 along the direction F '-F ' cross-sectional view；

Figure 16 is the structural schematic diagram according to the balance ring of the clothes treatment device of the utility model third embodiment；

Figure 17 is the cross-sectional view along structure shown in Figure 16；

Figure 18 be along Figure 17 along F "-F " direction cross-sectional view；

Figure 19 is the enlarged structure schematic diagram shown at I along Figure 17 centre circle；

Figure 20 is the enlarged structure schematic diagram shown at J along Figure 18 centre circle；

Figure 21 is the structural schematic diagram according to the balance ring of the clothes treatment device of the 4th embodiment of the utility model；

Figure 22 be along Figure 21 along the direction K-K cross-sectional view；

Figure 23 be along Figure 21 along the direction E '-E ' cross-sectional view；

Figure 24 be along Figure 23 along F " '-F " ' the cross-sectional view in direction；

Figure 25 is a kind of set-up mode schematic diagram according to the balance ring of the clothes treatment device of the utility model embodiment；

Figure 26 is illustrated according to another set-up mode of the balance ring of the clothes treatment device of the utility model embodiment Figure；

Figure 27 is illustrated according to the outer cylinder of the clothes treatment device of the utility model embodiment and the assembling structure of water-accepting board Figure；

Figure 28 is the structural schematic diagram according to the water filling part of the clothes treatment device of the utility model one embodiment；

Figure 29 is the structure according to another angle of the water filling part of the clothes treatment device of the utility model one embodiment Schematic diagram；

Figure 30 is the cross-sectional view along the direction Figure 29 middle line L-L；

Figure 31 is the cross-sectional view along the direction Figure 30 middle line M-M；

Figure 32 is the structural schematic diagram according to the clothes treatment device of the utility model another embodiment；

Figure 33 is the cross-sectional view along the direction Figure 32 middle line B '-B '；

Figure 34 is the structure of the balance ring and water filling part according to the clothes treatment device of the utility model another embodiment Schematic diagram；

Figure 35 is the side view of structure shown in Figure 34；

Figure 36 is the cross-sectional view of structure shown in Figure 34；

Figure 37 is the structural schematic diagram according to the Gimbal Assembly of the utility model one embodiment；

Figure 38 is the side view according to the Gimbal Assembly of the utility model one embodiment；

Figure 39 is the cross-sectional view along the direction Figure 38 middle line N-N；

Figure 40 is the cross-sectional view along the direction Figure 38 middle line O-O；

Figure 41 is the structural schematic diagram according to the clothes treatment device of the utility model further embodiment；

Figure 42 is the partial sectional view of structure shown in Figure 41；

Figure 43 is the front view according to the clothes treatment device of the utility model further embodiment；

Figure 44 is the top view according to the clothes treatment device of the utility model further embodiment；

Figure 45 is the cross-sectional view along the direction Figure 44 middle line Q-Q；

Figure 46 is the part-structure schematic cross-sectional view according to the clothes treatment device of one specific example of the utility model；

Figure 47 is the rearview according to the water-accepting board of the clothes treatment device of the utility model further embodiment；

Figure 48 is the cross-sectional view along the direction Figure 47 middle line R-R；

Figure 49 is the structural schematic diagram according to the water-accepting board of the clothes treatment device of the utility model further embodiment；

Figure 50 is the front view according to the clothes treatment device of one specific embodiment of the utility model；

Figure 51 is the rearview according to the clothes treatment device of one specific embodiment of the utility model；

Figure 52 is the cross-sectional view along the direction Figure 51 middle line S-S；

Figure 53 is that Figure 52 centre circle shows enlarged structure schematic diagram at T；

Figure 54 is that Figure 52 centre circle shows enlarged structure schematic diagram at U；

Figure 55 is the partial structure diagram according to the clothes treatment device of one specific embodiment of the utility model；

Figure 56 is the cross-sectional view along the direction Figure 55 middle line V-V；

Figure 57 be according to the cross-sectional view of another angle of the clothes treatment device of one specific embodiment of the utility model, Wherein shown in Figure 56 compared with structure also containing the part-structure of inner cylinder；

Figure 58 is the structural schematic diagram according to the water filling part of the clothes treatment device of one specific embodiment of the utility model；

Figure 59 is the cross-sectional view according to the water filling part of the clothes treatment device of one specific embodiment of the utility model；

Figure 60 is the structural schematic diagram according to the water fender of the clothes treatment device of one specific embodiment of the utility model；

Figure 61 is the rearview according to the water fender of the clothes treatment device of one specific embodiment of the utility model；

Figure 62 is the left view according to the water fender of the clothes treatment device of one specific embodiment of the utility model；

Figure 63 is the cross-sectional view according to the water fender of the clothes treatment device of one specific embodiment of the utility model；

Figure 64 is the cross-sectional view according to the clothes treatment device of one specific embodiment of the utility model.

Appended drawing reference:

Clothes treatment device 1000；

Process cartridge device 100；Device housings 200；Driving device 300；Door component 400；

Gimbal Assembly 10；Inner cylinder 20；Gas outlet 210；Protrusion 220 afterwards；Outer cylinder 30；Outer barrel chamber 310；The lower water surface 320；It connects Water plate 40；Collector nozzle 401；Water blocking flange 41；Flange 42 is installed；Reinforcement structure 43；Preceding cover 50；Dash side 51；Guiding gutter 52； First guide face 53；Second guide face 54；Water fender 60；Discharge outlet 601；Plate body 61 is installed；Arc plate body 62；Strengthening rib strip 602；Gap 460 is installed；

Balance ring 1；Ontology 11；Reinforcing rib 12；First balance ring 110；Second balance ring 120；

Chamber 101；First chamber 111；Second chamber 121；Third chamber 131；Annular distance 1110；

Chamber side wall surface 1011；Bottom of chamber wall surface 1012；Chamber end wall surface 1013；

Water inlet 102；Water channel slot 103；First water channel slot 113；Second water channel slot 123；Third water channel slot 133；

Slot bottom wall surface 1031；Opening 104；Water retaining ribs 105；Axial end medial angle 106；Circumferential end medial angle 107；

Separate space wall 108；Closed cavity 1081；Partition wall 109；Communication port 1091；Sub- chamber 1010；

Fill the water part 2；Water filling port 201；Injection point 202；Water injection path 203；First water channel section 2031；Second water channel section 2032； Main casing 21；Nozzle 22；Inlet segment 2035；Cross water cavity 2036；Sluice 2037；Water exit end 2038；Bending plate 23.

Specific embodiment

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings.Below by The embodiment being described with reference to the drawings is exemplary, it is intended to for explaining the utility model, and should not be understood as practical new to this The limitation of type, those skilled in the art can be to these in the case where not departing from the principles of the present invention and objective Embodiment carries out a variety of change, modification, replacement and modification, and the scope of the utility model is defined by the claims and their equivalents.

In the description of the present invention, it should be understood that term " center ", "upper", "lower", "front", "rear", The orientation of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom" ", interior ", "outside", " axial direction ", " radial direction ", " circumferential direction " Or positional relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description the utility model and simplification is retouched It states, rather than the device or element of indication or suggestion meaning must have a particular orientation, be constructed and operated in a specific orientation, Therefore it should not be understood as limiting the present invention.In the description of the present invention, unless otherwise indicated, " multiple " contain Justice is two or more.

Below with reference to Fig. 1 to Figure 36 description according to the clothes treatment device 1000 of the utility model embodiment.

Referring to figs. 1 to shown in Fig. 3, the clothes treatment device 1000 according to some embodiments of the utility model may include processing Wound packages sets 100, device housings 200, driving device 300 and control system etc..Process cartridge device 100 can be set in device housings In 200, settable door component 400 sets 100 to be opened and closed processing wound packages on device housings 200.Wherein, device housings 200 are optional Part, for example, in some optional embodiments, process cartridge device 100 can be directly exposed in outer or insertion wall or cabinet body.

As shown in Fig. 2, driving device 300 can be driving motor, such as direct driving motor, to drive under control of the control system Dynamic process cartridge device 100 is run.Optionally, door component 400 is connected with the front of process cartridge device 100, driving device 300 and place The rear portion that reason wound packages sets 100 is connected, and more meets operating habit in this way, while driving device 300 may be implemented to hide, and drives effect Preferably.

Some embodiments according to the present utility model, as shown in Fig. 2, process cartridge device 100 may include outer cylinder 30, inner cylinder 20 and Gimbal Assembly 10.Inner cylinder 20 is located in the outer barrel chamber 310 of outer cylinder 30, and inner cylinder 20 has the rotation being horizontally or diagonally arranged Axis, that is to say, that the rotary shaft of inner cylinder 20 is with respect to the horizontal plane parallel or favours horizontal plane.Gimbal Assembly 10 is located at outer In the outer barrel chamber 310 of cylinder 30, Gimbal Assembly 10 includes balance ring 1 and water filling part 2, and balance ring 1 is connected with inner cylinder 20 with interior Cylinder 20 rotates.

The central axis of balance ring 1 it is parallel with the rotary shaft of inner cylinder 20 or be overlapped, that is to say, that balance ring 1 can with it is interior Cylinder 20 is coaxially disposed, can also be relative to 20 eccentric setting of inner cylinder.It is imitated to guarantee that balance ring 1 plays good balance to inner cylinder 20 Fruit, when 1 eccentric setting of balance ring, the value of eccentric distance can be smaller, for example, in some embodiments of the utility model In, the central axis of balance ring 1 and the distance between the rotary shaft of inner cylinder 20 can be set to 5mm hereinafter, for example, 2mm, 3mm Deng.

Water filling part 2 can be filled the water into balance ring 1, so that the center of gravity of balance ring 1 changes, to realize to inner cylinder 20 Eccentric adjustment, plays the role of adjustment.Optionally, control system can be connected with water filling part 2, fill the water part 2 with control It is actively filled the water to balance ring 1, clothes treatment device 1000 is made to have active balancing control function.

Optionally, referring to shown in Fig. 2 to Fig. 6, water filling part 2 be may be mounted on outer cylinder 30, in inner cylinder 20 with balancing loop 1 When rotation, water filling part 2 can be stationary, not only facilitates in this way and is manufactured and installed, but also more stable note may be implemented Water.The dependency structure of water filling part 2 will be described in detail later, and first the dependency structure of balance ring 1 is described further below.

Referring to shown in Fig. 7 to Figure 12, in some embodiments of the utility model, balance ring 1 includes the ontology 11 of annular, There is in ontology 11 chamber 101, the inner peripheral surface of ontology 11 has a water inlet 102, water inlet 102 along ontology 11 circumferentially extending, I.e. water inlet 102 is set on the annular mouth of the inner peripheral surface of ontology 11.As a result, when balance ring 1 rotation when, can be convenient water filling part 2 are filled the water by the water inlets 102 of annular into chamber 101, and entering the water in chamber 101 under the influence of centrifugal force can be to Gather at the outside wall surface of chamber 101, will not be flowed out from water inlet 102；When balance ring 1 stops operating, water can be made in gravity It is flowed out with lower by water inlet 102, drainage effect is preferable.

It is understood that the chamber 101 in balance ring 1 can be set to different structures to reach and realize by water filling The eccentric effect of adjustment load.It is described further below with reference to dependency structure of some embodiments to balance ring 1.

Fig. 7 to Figure 12 shows the balance ring 1 according to first specific embodiment of the utility model.Such as Fig. 7 to Figure 12 institute Show, chamber 101 can be three, and three chambers 101 are along the circumferentially distributed of ontology 11.Thus, it is possible to pass through three chambers of control Water injection rate in 101 realizes balance control, and control action is preferable.

With continued reference to shown in Fig. 7 to Figure 12, the inner peripheral surface of ontology 11 can set that there are three water channel slot 103, three water channel slots 103 respectively along the circumferentially extending of ontology 11, and along the axial arranging of ontology 11.Three water channel slots 103 and three chambers 101 1 One corresponding connection, the tool of slot bottom wall surface 1031 of each water channel slot 103 is there are three opening 104, to be connected to water channel slot 103 and corresponding Chamber 101.Accordingly, for three chambers 101 water injection rate control can by control three water channel slots 103 water injection rate come It realizes, it, can be by filling the water part 2 to corresponding 103 note of water channel slot when the water for needing to need to the injection of corresponding chamber 101 Enter the water of needs, water filling is more targeted, and faster to the eccentric equilibrium response of load, adjusting is more efficient, can effectively contract The time of weakness reason clothing.

The quantity of some embodiments according to the present utility model, chamber 101 and water channel slot 103 is not limited to be retouched above Three stated, control according to balance and the requirements such as manufacture processing can also set it for the quantity of chamber 101 and water channel slot 103 It is worth, such as two, four or more.Also, chamber 101 can be identical and one-to-one for quantity with water channel slot 103 Relationship, or quantity is identical and different one-to-one correspondence.

For example, the quantity of water channel slot 103 can be more than chamber 101 quantity, some chambers 101 respectively with a water channel slot 103 connections, other chambers 101 are connected to at least two water channel slots 103 respectively, i.e., water channel slot 103 and chamber 101 are many-one Relationship.

For another example the quantity of water channel slot 103 is more than the number of chamber 101 in some alternative embodiments of the utility model Amount, multiple water channel slots 103 include the special water channel slot being only connected to a chamber 101 and are connected to at least two chambers 101 Public waterway slot, each chamber 101 can all have the special water channel slot being connected to the chamber 101.As a result, when needs are to one When chamber 101 fills the water, it can control and filled the water to corresponding special water channel slot, other special water channel slots and public waterway slot are then infused Water not only can control corresponding special water channel slot water inlet, can also control when needing to fill the water at least two chambers 101 It is filled the water with the public waterway slot for needing at least two chambers 101 filled the water to be connected to.

In another example in other alternative embodiments of the utility model, each water channel slot 103 with all chambers 101 connection, each water channel slot 103 is different from the size of opening 104 that multiple chambers 101 are connected to, allow water channel slot 103 to Multiple chambers 101 are injected separately into different waters, are achieved in the adjustment of balance.

In this regard, for ease of description, there are three water channel slots 103 for referring to Fig. 9 to Figure 12, respectively the first water channel slot 113, the second water channel slot 123 and third water channel slot 133, there are three chambers 101, respectively first chamber 111, second chamber 121 With third chamber 131, the size of the opening 104 for being used to be connected to first chamber 111 of the first water channel slot 113 can be arranged Larger and the opening 104 that is connected to second chamber 121 and third chamber 131 size setting it is smaller, by the second water channel slot 123 The opening 104 for being connected to second chamber 121 size setting it is larger and with first chamber 111 and third chamber 131 The size of the opening 104 of connection is arranged smaller, by the opening 104 for being used to be connected to third chamber 131 of third water channel slot 133 Size setting the size of opening 104 that is larger and be connected to first chamber 111 and second chamber 121 be arranged it is smaller.

As a result, when mainly needing some chamber 101 to fill the water, the correspondence water channel slot 103 big to its water injection rate can control Water filling, such as when mainly being filled the water to first chamber 111, can control and filled the water to the first water channel slot 113.

It will be understood by those skilled in the art that except through control be connected with chamber 101 water channel slot 103 quantity, The modes such as the size of opening 104 that water channel slot 103 is connected with multiple chambers 101 may be implemented by controlling multiple water channel slots 103 water inlet state realizes that except the adjusting of the water injection rate of each chamber 101, multiple water channel slots 103 may be arranged as Other structures form, as long as can satisfy the water inlet state by controlling multiple water channel slots 103 to realize the note of each chamber 101 The requirement of the adjusting of water, details are not described herein.

In addition, multiple chambers 101 can be completely wrong in the circumferential direction of ontology 11 in the embodiment shown in Fig. 7 to Figure 12 Open up and set, i.e., any two chamber 101 in the circumferential direction of ontology 11 unfolded part in other words, in the circumferential of ontology 11 There is no two chambers 101 at any position, if any then only existing a chamber 101.Thus, it is possible to promote the effect of balancing.

Certainly, the utility model is without being limited thereto, and multiple chambers 101 can also be arranged in a staggered manner along the circumferential portion of ontology 11, I.e. two neighboring chamber 101 can extend to the circumferential same position of ontology 11, while the two adjacent chambers 101 also divide The circumferential different location of ontology 11 is not extended to.

According to the balance ring 1 of the utility model embodiment, by the way that circumferentially distributed multiple chambers are arranged in ontology 11 101, and in multiple water channel slots 103 of the inner peripheral surface of ontology 11 setting circumferentially extending, it can be by water channel slot 103 to corresponding chamber Room 101 fills the water, and by controlling the water injection rate to the adjustable each chamber 101 of charging state of multiple water channel slots 103, thus may be used To realize the distribution situation of the weight of balance ring 1 circumferentially, realizes the aligning of load, be finally reached balanced adjustment.

As shown in Figure 10 to Figure 12, three openings 104 that water channel slot 103 is connected to each chamber 101 can be along ontology 11 Circumferentially spaced setting, make so more smooth and uniform into water.It is understood that water channel slot 103 and each 101 phase of chamber The opening 104 of connection is not limited to three, can also be other quantity, for example, one, two, four etc., it can be according to reality It needs to carry out flexible setting.

With continued reference to Figure 10 to Figure 12, three chambers 101 can and shape identical with volume it is identical, be not only convenient for making in this way It makes, and is easier to carry out balance adjustment.Some embodiments according to the present utility model are more when chamber 101 is other quantity A chamber 101 still can be set to that volume is identical and shape is identical.Certainly, the utility model is without being limited thereto, as needed, more A chamber 101 may be set to be volume and shape is not identical.

Optionally, some embodiments according to the present utility model, the depth direction of each water channel slot 103 and each water channel slot The direction of 103 notch (i.e. water inlet 102) is each perpendicular to the axial direction of ontology 11.That is, the slot bottom wall surface of water channel slot 103 1031 to the direction of the notch substantially radial section of ontology 11 extending direction, the direction of the notch also substantially diameter of ontology 11 To the extending direction in section, in this way, in the substantially face ontology 11 of the direction to notch of the slot bottom wall surface 1031 of water channel slot 103 The heart not only makes water be easier to enter in notch, but also water more rapidly and can move smoothly through water channel slot 103 and enter chamber In 101, adjusting efficiency is further improved.

Figure 13 to Figure 15 shows the balance ring 1 according to second specific embodiment of the utility model.This specific embodiment In structure it is roughly the same with the structure in first specific embodiment, difference essentially consists in the notch of water channel slot 103 Structure.As shown in FIG. 13 to 15, water retaining ribs 105 can be set in the edge of notch (i.e. water inlet 102), when water injection to ontology Certain splashing is likely to result in when 11 inner wall, splashing can be effectively reduced in the setting of water retaining ribs 105, makes to fill the water part 2 The water of ejection is not easy to splash out, and improves water-injection efficiency.

The utility model the specific structure of water retaining ribs 105 is not done it is specifically limited, as long as the splashing to water can be played Form the requirement of certain inhibiting effect.Optionally, shown in Figure 14 for embodiment, the settings of water retaining ribs 105 can be with So that notch is generally formed into throat structure, can be not easy to sputter outward by the blocking of water retaining ribs 105 into the water in notch. Optionally, in the present embodiment, water retaining ribs 105 are to turn over from the edge of notch along what the axial direction of ontology 11 extended into notch Side, this spline structure are not only convenient for manufacturing, and make the more regular beauty of shape, and avoid the effect splashed preferable.

Certainly, water retaining ribs 105 may be arranged as favouring the flange that the axial direction of ontology 11 extends into notch, and flange can Can also extend along curve along linear extension.Optionally, as shown in figure 19, water retaining ribs 105 may be arranged as being located at notch Edge protrusion, this structure can equally play the role of anti-splashing.

In addition, reducing the influence to water inlet while being the splashing eliminated, bulge size of the water retaining ribs 105 in notch is not It is easily excessive, for example, the bulge size can be set within 3mm, for example, 1mm or 2mm etc..

Optionally, water retaining ribs 105 can be integrated with ontology 11, can also be with ontology 11 be assemblied in it is integrated seperated Part, can flexible setting water retaining ribs 105 according to the actual situation.

According to Figure 19, in some embodiments of the utility model, the depth h of water channel slot 103 can be arranged At more than or equal to 5 millimeters.In this way, ensure that enough depth of water channel slot, equally play the role of anti-splashing.

Figure 16 to Figure 20 shows the balance ring 1 according to the utility model third specific embodiment.This specific embodiment In structure it is roughly the same with the structure in second embodiment, difference essentially consists in the inner wall structure of chamber 101.Letter 101 structure of chamber is optimized in Yan Zhi, this specific embodiment, and chamfering is arranged at the angle of chamber 101, makes in balance ring 1 Water be easier be discharged, while can make in washing process enter balance ring 1 in soft flocks be highly susceptible to being discharged.

As shown in Figure 16, Figure 17 and Figure 19, optionally, the inner wall at both ends of the chamber 101 in the axial direction along ontology 11 Axial end medial angle 106 is formed between the inner wall of the inner end radially of ontology 11 with chamber 101, that is to say, that chamber It is axial end medial angle that the junction of the bottom of chamber wall surface 1012 of the chamber side wall surface 1011 and chamber 101 of room 101, which is formed by angle, 106.Optionally, the equal chamfering of axial end medial angle 106 setting at the both ends of chamber 101.This structure can weaken in chamber 101 Dead zone, the accumulation of soft flocks is avoided, and keep the inner wall of chamber 101 more smooth, to be conducive to water and soft flocks etc. The discharge of substance.

It is understood that two axial end medial angles 106 of chamber 101 can be set as chamfering simultaneously, it can also be only One of them is set for chamfering, i.e., in the embodiments of the present invention, chamber 101 in the axial direction along ontology 11 at least one The inner wall and chamber 101 at end are formed with axial end medial angle 106 between the inner wall of the inner end radially of ontology 11 can It is arranged with chamfering.

Further, axial end medial angle 106 can be further arranged to fillet.Thus, it is possible to further eliminate dead angle Region keeps the inside of chamber 101 more round and smooth, more conducively the discharge of water, soft flocks etc..

Optionally, as shown in Figure 17, Figure 18 and Figure 20, the inner wall at both ends of the chamber 101 in the circumferential direction of ontology 11 with Chamber 101 is formed with circumferential end medial angle 107 between the inner wall of the inner end radially of ontology 11, that is to say, that chamber The junction of 101 chamber end wall surface 1013 and the bottom of chamber wall surface 1012 of chamber 101 is formed by angle as circumferential end medial angle 107. Optionally, the circumferential end medial angle 107 at the both ends of chamber 101 can chamfering setting.This can equally reduce the dead angle in chamber 101 Region, conducive to the discharge of the substances such as water and soft flocks.

It is understood that the circumferential end medial angle 107 of two of chamber 101 can be set as chamfering simultaneously, it can also be only It is chamfering that one of them, which is arranged, i.e., in the embodiments of the present invention, at least one end of chamber 101 in the circumferential direction of ontology 11 Inner wall and chamber 101 circumferential end medial angle 107 is formed between the inner wall of the inner end radially of ontology 11 can be with Chamfering setting.

Still optionally further, circumferential end medial angle 107 can be fillet.Dead zone can be further eliminated in this way, make chamber The inside of room 101 is further round and smooth, it is easier to the substances such as water and soft flocks be discharged.

As shown in figure 20, optionally, separate the separate space wall 108 of two neighboring chamber 101 in the radial direction along ontology 11 End is equipped with closed cavity 1081.In other words, adjacent chamber 101 can be spaced apart by separate space wall 108, the court of separate space wall 108 Side into chamber 101 constitutes the chamber end wall surface 1013 of chamber 101.Optionally, along ontology 11 radially, separate space wall 108 inner end is equipped with closed cavity 1081, can reduce material utilization amount while chamfering is arranged in this way, reduce cost.It is optional The width on ground, closed cavity 1081 can successively decrease from inside to outside along the radial direction of ontology 11, and closed cavity 1081 can be substantially as a result, Be formed as triangle, more matched with chamfering structure, structure design is more reasonable, convenient for manufacture.

In the embodiment with closed cavity 1081, each separate space wall 108 can be made to all have closed cavity 1081, It can make a part of separate space wall 108 therein that there is closed cavity 1081, for example, in the embodiment shown in Figure 18, separate space wall 108 be three, and two of them separate space wall 108 has closed cavity 1081, another separate space wall 108 is solid construction.

In some embodiments of the utility model, ontology 11 can be formed as one part, at this point, 108 one of separate space wall It is formed in ontology 11, overall structural strength is higher, and leakproofness is preferable, and chamber caused by can reducing later period rigging error etc. 101 positions or size deviate.Certainly, ontology 11 is also possible to assembly parts, for example, in other implementations of the utility model In example, ontology 11 is made of main part and separate space plate, and separate space plate can be assemblied in ontology 11 to be separated to form multiple chambers 101, separate space plate may be constructed above-mentioned separate space wall 108, wherein separate space plate and the junction arc of main part can be made with shape At above-mentioned arc angle.

Figure 21 to Figure 24 shows the balance ring 1 according to the 4th specific embodiment of the utility model.This specific embodiment In structure it is roughly the same with the structure in third specific embodiment, difference essentially consists in the internal structure of chamber 101. Structure in this specific embodiment can promote device for clothing processing traveling comfort.

Specifically, referring to Figure 21 to Figure 24, it is equipped at least one partition wall 109 optionally, in chamber 101 with by chamber 101 are separated into circumferentially distributed multiple sub- chambers 1010 along ontology 11.That is, partition wall can be equipped in chamber 101 109, chamber 101 can be divided into multiple sub- chambers 1010 by partition wall 109, the quantity of sub- chamber 1010 as needed, partition wall 109 It can be correspondingly arranged, for example, for each chamber 101, sub- chamber 1010 is three, and partition wall 109 is two in Figure 24 It is a.When group chamber 1010 is two, a partition wall 109 can be set in chamber 101.Multiple sub- chambers 1010 can be along ontology 11 it is circumferentially distributed, two neighboring sub- chamber 1010 can be communicated with each other by the communication port 1091 of partition wall 109, so that adjacent two A sub- chamber 1010 can realize the flowing each other of water by communication port 1091.

In view of balance ring 1 is in high-speed motion, the water in chamber 101 is due to the effect by gravity and centrifugal force, water It is easily collected on one end of chamber 101, and is easy to happen concussion.Above-mentioned this structure design can make the inside of chamber 101 Realize subregion, and the water in chamber 101 can mutually flow between multiple sub- chambers 1010, make the moisture inside chamber 101 Cloth is more uniform, causes the operation of clothes treatment device 1000 more steady, for example, dehydration is more stable, vibration and noise can To reduce.

The utility model the quantity, shape and distributing position etc. of communication port 1091 are not done it is specifically limited, in Figure 22 For shown structure, communication port 1091 can be set to two, and two communication ports 1091 are respectively provided at radial the two of partition wall 109 End, regulating effect are preferable.As shown in figure 22, optionally, communication port 1091 can substantially elongate holes, more conducively water is logical It crosses, and the corner of communication port 1091 can be with arc-shaped transition.The uniformity of water distribution, counterbalance effect can be further promoted in this way It is more significant.

Optionally, partition wall 109 can be made of the demarcation plate being arranged in chamber 101 or partition wall 109 can be with Ontology 11 is integrated, can flexible setting according to the actual situation.In addition, in order to improve the integral strength of balance ring 1 and stabilization Property, reinforcing rib 12 can be set on ontology 11, as shown in figure 21.The specific structure of reinforcing rib 12 is not done it is specifically limited, For example, as shown in figure 21, reinforcing rib 12 can according to along ontology 11 radially extend and circumferentially distributed mode is configured.

Some embodiments according to the present utility model, balance ring 1 can also can be used in pairs with used aloned.For example, such as Shown in Fig. 2 and Fig. 5, in some specific embodiments of the utility model, process cartridge device 100 may include two balance rings 1, Two balance rings 1 are respectively provided at the axial ends of inner cylinder 20.The operation of adjustment can be balanced from the both ends of inner cylinder 20 in this way, Regulating effect is more preferable.

Figure 25 and Figure 26 shows two kinds of set-up modes of balance ring 1, and balance control may be implemented in both set-up modes System.For convenience of description, it is assumed that two balance rings 1 are respectively the first balance ring 110 and the second balance ring 120.Shown in Figure 25 In embodiment, the chamber 101 that two balance rings 1 correspond to each other is in alignment with each other in the circumferential direction of inner cylinder 20, i.e. the first balance ring 110 First chamber 111 and the first chamber 111 of the second balance ring 120 before and after be aligned, at this point, two chambers 101 are along balance ring 1 Axial projection coincides with one another, and second chamber 121 and third chamber 131 are equally in alignment with each other respectively.

In the embodiment shown in Figure 26, two balance rings 1 have identical quantity and one-to-one chamber 101, optional The chamber 101 to correspond to each other on ground, two balance rings 1 is arranged in a staggered manner in the circumferential direction of inner cylinder 20, and offset angular is 180 Degree a, that is to say, that balance ring 1 is relative to the rotation 180 degree installation of another balance ring 1.At this point, optionally, in Figure 27 institute In the embodiment shown, when chamber 101 is three, a chamber 101 of a balance ring 1 can be with another balance ring 1 Another two chamber 101 corresponds to each other, for example, the first chamber 111 of the first balance ring 110 can be with the of the second balance ring 120 Two chambers 121 and third chamber 131 are corresponding.

It should be noted that both the above configuration mode is only described as example, the utility model is flat for two The set-up mode of weighing apparatus ring 1 does not do specifically limited.That is, two balance rings 1 are each other in the embodiments of the present invention Corresponding chamber 101 can be in alignment with each other in the circumferential direction of inner cylinder 20, can also be arranged in a staggered manner, and be staggered here including being partially staggered Be staggered both of these case completely, for example, the angle being staggered can be 30 degree, 45 degree, 60 degree, 75 degree, 90 degree, 120 degree etc..

In some specific embodiments of the utility model, a chamber 101 can be only set in balance ring 1, at this point, Water channel slot 103 can be with only one, and chamber 101 is arranged in circumferential a part of ontology 11, at this point, adjusting to realize Balance, can be arranged multiple balance rings 1 on inner cylinder 20, for example, multiple balance rings 1 are arranged in axial one end of inner cylinder 20, make The chamber 101 of multiple balance rings 1 is arranged in a staggered manner in the circumferential, again may be by adjusting the water filling in each chamber 101 in this way Amount realizes the balanced adjustment to process cartridge device 100.

In addition, be set as multiple when balance ring 1, such as at two, water filling part 2 may be set to be it is multiple, to multiple Balance ring 1 is filled the water respectively.Certainly, it in some embodiments, it is also possible to set one for water filling part 2, can incite somebody to action at this time Water filling part 2 is set as transportable, is filled the water with realizing to different balance rings 1.

As shown in Fig. 1 to Fig. 3, Figure 27, some embodiments according to the present utility model can be equipped in outer barrel chamber 310 and connect Water plate 40, water-accepting board 40 have collector nozzle 401, and water-accepting board 40 is configured to that the water to fall from the top of balance ring 1 can be accepted And water is made to flow to the bottom of outer barrel chamber 310 from collector nozzle 401.

The structure of water-accepting board 40 is formed as a variety of, and referring to shown in Fig. 2, Fig. 3 and Figure 27, water-accepting board 40 can be formed as edge The arc panel of the circumferentially extending of balance ring 1, arc panel are located at the lower half portion of the inside of balance ring 1, the circumferential both ends of arc panel Upwards without departing from the central axis of balance ring 1, that is to say, that the height at the circumferential both ends of arc panel is not higher than balance ring 1 Central axis height.For example, they can be concordantly arranged.Space between balance ring 1 and inner cylinder 20 and outer cylinder 30 as a result, It more matches, space utilization is more reasonable, also, the moderate dimensions of water-accepting board 40 and can accept upper clan from balance ring 1 Under most of water, water receiving effect is more preferable.

Optionally, as shown in Fig. 2, the axial outer end of water-accepting board 40 can be connected with the side wall of outer cylinder 30, collector nozzle 401 can To be located at junction, the axial inner ends of water-accepting board 40 can be equipped with water blocking flange 41, as shown in Fig. 2 and Figure 27.Water blocking flange 41 Water can be stopped to drip downwards from the axial inner ends of water-accepting board 40, water is promoted to flow down from collector nozzle 401, water receiving effect promoting.

Refering to what is shown in Fig. 2, some embodiments according to the present utility model, when balance ring 1 is two, water-accepting board 40 can also be with Two are set as, so that the water flowed down out of each balance ring 1 can be led by the bottom of the outside barrel chamber 310 of water-accepting board 40 Stream.Specific structure in relation to water-accepting board 40 will be described in detail later, and this will not be detailed here.

The structure of water filling part 2 is described further with reference to the accompanying drawing.

Referring to shown in Figure 32 to Figure 36, in some specific embodiments of the utility model, water filling part 2 has water filling port 201, water filling port 201 is located in the annular distance 1110 of balance ring 1, and as shown in figure 35, the water outlet water flow of water filling port 201 passes through water inlet 102 enter in the chamber 101 of balance rings 1, the direction of linear velocity V of the balance ring 1 at the falling into of water outlet water flow and water filling port 201 water discharging direction (or waterflood direction) L1 is formed by angle α less than 90 °.Here, the direction of linear velocity V is along water outlet The tangential direction that water flow falls into point Z extends and the direction in the same direction with the rotation direction W of balance ring 1.

Water discharging direction can favour ontology 11 and fall into tangent line at point Z in water outlet water flow as a result, and also favour through The straight line L2 radially extended along ontology 11 of water entry Z is crossed, the ring 1 moreover, waterflood direction of water filling part 2 substantially tends to balance Rotation direction W.When water flow injects balance ring 1 in this way, the reaction force of the inner wall of suffered balance ring 1 can be much smaller, water Sputtering also can be many less, be more advantageous to water injection balance ring 1.

Some embodiments according to the present utility model, α can further satisfactions: α≤30 degree.Waterflood direction is closer as a result, In the tangential of balance ring 1, flood effectiveness can be further promoted, and is further reduced the sputtering of water.For example, practical new at this In some specific examples of type, α is respectively 5 degree, 10 degree, 15 degree, 20 degree, 25 degree etc..

As previously mentioned, water channel slot 103 can have at least one in the embodiments of the present invention, when water channel slot 103 has At one, water filling port 201 can be one or more；When water channel slot 103 has multiple, water filling port 201 equally be can be set For one or more, at this point, when water filling port 201 be one when, can will fill the water part 2 the part for being provided with water filling port 201 It can move, to be realized by a water filling port 201 to the different water fillings of water channel slot 103.

Optionally, as shown in figure 34 to figure 36, water filling port 201 can be multiple, for example, two, three or four etc., it is more A water filling port 201 and multiple water channel slots 103 can correspond.It is more convenient control water filling as a result,.

The utility model is not specifically limited, Figure 28 to Figure 31, Figure 32 to Figure 36 and figure for filling the water the specific structure of part 2 37 to Figure 40 respectively illustrate the water filling part 2 of three kinds of structures.As shown in Figure 28 to Figure 31, in some embodiments of the utility model In, water filling part 2 may include main casing 21, can have at least one water injection path 203 in main casing 21, and water injection path 203 goes out Mouth is water filling port 201.Water injection path 203 and water filling port 201 as needed can be set to multiple.At this point, water filling part 2 can be substantially Be formed as an entirety, install more convenient.

Optionally, as shown in figure 31, when water injection path 203 is multiple, multiple water injection paths 203 can be arranged side by side.In this way Water route is more regular, and water flow is more smooth, also, the thickness for filling the water part 2 can be relatively small, is conducive to inner cylinder 20 and balance ring 1 Between space in install.Wherein, the shape of water injection path 203 is not done specifically limited, can is straight line, or folding Line can according to need carry out flexible setting.

Some embodiments according to the present utility model, referring to shown in Figure 26 to Figure 31, Fig. 1 to Fig. 6, water filling part 2 can be adjacent The inside of ontology 11 is closely set, also, filling the water part 2 can be along the circumferential whole extension camber of ontology 11.At 20 turns of inner cylinder In dynamic process, water filling part 2 can be to be static, and certain spacing will be kept by being filled the water between part 2 and balance ring 1 at this time, and interior Certain spacing is also kept between cylinder 20.Above-mentioned setting allows main casing 21 to be integrally formed into arc, can reduce note Water part 2 more saves space along the radial thickness of ontology 11 in this way, so that the space between balance ring 1 and inner cylinder 20 can be with Best utilization is obtained, is conducive to the volume for increasing inner cylinder 20, increases the processing capacity of clothes treatment device 1000.

In addition, in the embodiment shown in Figure 28 to Figure 31, filling the water the separate note of part 2 for the ease of the installation of water filling part 2 The mounting plate of protrusion can be set in the one end at the mouth of a river 201, and mounting plate is located at the outside in the gap of balance ring 1 and inner cylinder 20, specifically It can be found in the water filling part 2 for being located at front side in Fig. 5.Certainly, mounting plate is not required structure, can remove, directly pass through at this time It fills the water part 2 and other components is realized and connected, for example, being fitted without plate positioned at the water filling part 2 of rear side in Fig. 5.

In the Gimbal Assembly 10 of Figure 37 to Figure 40 illustrated embodiment, water filling part 2 protrudes into the annular distance 1110 of balance ring 1 Interior, water filling part 2 is equally along the circumferential whole extension camber of balance ring 1, to reach section space-efficient effect.Wherein, it needs here The explanation wanted, " along the circumferential whole extension camber of balance ring 1 " shall be understood in a broad sense herein, it can be understood as water filling part The 2 stringent circumferentially extending cambers according to balance ring 1, at this point, water filling part 2 and the inner peripheral surface of balance ring 1 can be arranged in parallel, The constant dimension in gap between the two；Can certainly be interpreted as balance ring 1 approximately along balance ring 1 circumferential traversing arc Shape extends, at this point, the gap between balance ring 1 and water filling part 2 can slightly change in the circumferential direction of balance ring 1.

Optionally, the center of arc can be located on the central axis of balance ring 1, i.e. water filling part 2 is coaxially set with balance ring 1 It sets, that is to say, that the central axis of water filling part 2 is overlapped with the central axis of balance ring 1, for example, straight line L3 shown in Figure 37 is The central axis being overlapped for two.It is possible thereby to match water filling part 2 more with the shape of balance ring 1, be conducive to promote installation With water filling performance.In addition, the central axis of water filling part 2 can also be handled with clothing in some embodiments of the utility model The central axis of the outer cylinder 30 of equipment 1000 is overlapped, and is installed with being more convenient for.

Further, the inner peripheral surface of the inner peripheral surface for filling the water part 2, the outer peripheral surface for filling the water part 2 and balance ring 1 is concentric circle Column cambered surface.Here, the outer peripheral surface of water filling part 2 namely fills the water the medial surface of the inner peripheral surface towards balance ring 1 of part 2, fills the water part 2 Inner peripheral surface be fill the water part 2 the center towards balance ring 1 medial surface.It fills the water the inner peripheral surface of part 2 as a result, and outer peripheral surface is flat Capable cambered surface, water filling part 2 can be formed as arc and the uniform plate structure of thickness, and fill the water between part 2 and balance ring 1 Gap can be held essentially constant on the circumferential and axial of balance ring 1, fill the water the gap between part 2 and inner cylinder in balance ring It is held essentially constant in 1 circumferential direction and also in axial direction, is not only convenient for manufacturing in this way, and flood effectiveness is good.

Some embodiments according to the present utility model fill the water central angle alpha 1 corresponding to part 2 and meet: 1≤30 degree of 5 degree≤α. Here, central angle alpha 1 as fills the water line of the circumferential both ends of part 2 respectively with the center of water filling part 2 and is formed by angle, it is, Fill the water central angle corresponding to the development length of the arc of part 2.In the embodiment shown in Figure 37, fills the water part 2 and balance ring 1 is same Heart setting, central angle alpha 1 are that line of the center of balance ring 1 respectively with the circumferential both ends of water filling part 2 is formed by angle.Research Show that the size setting of water filling part 2 is more reasonable, more conducively manufactures, can be with when filling the water part 2 and meeting above-mentioned angular configurations requirement Product yield is improved, and flood effectiveness is more excellent.In some specific examples of the utility model, central angle alpha 1 is respectively 10 Degree, 15 degree, 20 degree, 25 degree etc..

As previously mentioned, balance ring 1 can have a water inlet 102 in the embodiments of the present invention, can also have Multiple water inlets 102, when water inlet 102 is one, the water filling port 201 for filling the water part 2 can be one, when water inlet 102 is When multiple, water filling port 201 can be, be in this way more convenient for control water filling one-to-one multiple with water inlet 102.In Figure 28 to figure In embodiment shown in 31, water inlet 102 is multiple, wherein balance described in the structure and preceding embodiment of balance ring 1 The structure of ring 1 is substantially similar, for example, balance ring 1 may include multiple circumferentially distributed chambers 101 as shown in Figure 39 and Figure 40, Multiple water channel slots 103 etc. can be set in the inner peripheral surface of balance ring 1, and it is related real that the specific structure of balance ring 1 may refer to front The description in example is applied, this will not be detailed here.

As shown in figure 40, water filling port 201 may include multiple, for example, three, multiple water filling ports 201 can be along balance ring 1 Circumferentially spaced setting, with more corresponding each other with the position of circumferentially spaced multiple water inlets 102, further convenient for note Water.In the present embodiment, fill the water part 2 internal structure and Figure 28 to Figure 31 shown in structure it is substantially similar, specifically, water filling Multiple water injection paths 203 arranged side by side can be set in part 2, water injection path 203 can be formed as L shape and including the first water channel section 2031 and the second water channel section 2032, the first water channel section 2031 is along the axially extending of balance ring 1, and the second water channel section 2032 is along balance ring 1 circumferentially extending, the outlet of the second water channel section 2032 are water filling port 201.Can realizing from different directions for part is filled the water as a result, It is more stable that inflow and outflow, the installation of more conducively each component, and the waterway structure bent are discharged water filling port 201.It is optional The junction of ground, the first water channel section 2031 and the second water channel section 2032 round and smooth can connect, to reduce resistance to water-flow.

Referring to Figure 32 to Figure 36, in other embodiments of the utility model, water filling part 2 may include at least one spray Mouth 22, each nozzle 22 is interior to have water injection path 203, and the outlet of water injection path 203 is water filling port 201.When water injection path 203 and water filling port When 201 needs are multiple, the nozzle 22 of corresponding number can be set, be formed at this point, water filling part 2 can be assembled by multiple nozzles 22. Optionally, multiple nozzles 22 can be set to separable structure each other, to facilitate the quantity of increase and decrease water filling port 201.

Optionally, as shown in figure 34, when nozzle 22 is multiple, multiple nozzles 22 can be arranged side by side, and manufacture and install It is more convenient, also, the thickness for filling the water part 2 can be relatively small, pacifies conducive into the space between inner cylinder 20 and balance ring 1 Dress.In addition, in the embodiment of water filling part 2 including nozzle 22, water filling part 2 can also along the circumferentially extending camber of ontology 11, Reduce thickness, space-saving effect further to reach.

The utility model position of the water filling part 2 in the circumferential direction of balance ring 1 is not done it is specifically limited, for example, such as Fig. 2 institute Show, water filling part 2 can be set in the inside on the top of balance ring 1；For another example water filling part 2 also can be set under balance ring 1 The inside in portion.When filling the water the inside on the top that balance ring 1 is arranged in part 2, can not only be set to avoid water filling part 2 from clothing processing Standby 1000 the water of washing stage submergence, avoid soft flocks etc. from entering water filling part 2, and be more conducive to be sealed.

In the embodiment shown in Figure 32 to Figure 37, water filling part 2 is located at the lower part of balance ring 1, but fills the water the setting position of part 2 Set it is without being limited thereto, can flexible setting is in different positions according to the actual situation, for example, in Fig. 1 to embodiment shown in fig. 6 In, water filling part 2 may be provided at the top of balance ring 1.The study found that the top installation of water filling part 2 is more preferable than installation effect on the lower.

In conjunction with the clothes treatment device 1000 of some embodiments of the utility model, for example, referring to Fig. 1 to Fig. 6 and figure 37 to shown in Figure 40, and water filling part 2 is connected with outer cylinder, and water filling part 2 protrudes into the annular distance 1110 of balance ring 1 to spray to water inlet 102 Water enters water in the chamber 101 of balance ring 1, and the height of water filling part 1 is not less than the height of the central axis of balance ring 1 Degree, that is to say, that the height of the minimum point of water filling part 2 is higher than the height of the central axis of balance ring 1, can make to fill the water part in this way 2 be in relatively high position, when clothes treatment device 1000 washing when, water filling part 2 can reduce washing and washing The entrance for the batting that washings is fallen in the process enables the more reliable successfully equilibrium function of the balance system.

Here, it should be noted that since balance ring 1 can be rotated with inner cylinder 20, in the skill coaxial with inner cylinder 20 of balance ring 1 In art scheme, the height of the central axis of balance ring 1 can't change, and eccentric relative to inner cylinder 20 in balance ring 1 In technical solution, the central axis of balance ring 1 is with rotating and can float up and down in a small range, and above-mentioned " height of water filling part 1 is not Lower than the height of the central axis of balance ring 1 " it is interpreted as herein when balance ring 1 turns to any angle, fill the water the height of part 1 Not less than the height of the central axis of balance ring 1.

The specific height number of water filling part 2 central axis that is higher by balance ring 1 is not done it is specifically limited, optionally, root According to some embodiments of the utility model, referring to shown in Figure 38, fills the water part 2 and the vertical distance of the central axis of balance ring 1 is D1, d1 >=0.5r1, r1 are the internal diameter of balance ring 1, the i.e. radius of the inner peripheral surface of balance ring 1.In this way, water filling part 2 is apart from cleaning solution The distance in face is bigger, and water filling part 2 is more effectively avoided to be washed water submerged, is further reduced washing water and enters in water filling part 2, It can especially prevent the washing water to splash upwards from entering in water filling part 2.

As optional embodiment, the vertical plane where the rotary shaft of inner cylinder 20 can pass through water filling part 2, for example, Embodiment shown in Fig. 3, the vertical plane where the rotary shaft (i.e. the central axis of inner cylinder 20) of inner cylinder 20 can be by water filling part 2 One end, for another example in the embodiment shown in fig. 6, the vertical plane where the rotary shaft of inner cylinder 20 can be substantially by water filling The middle part of part 2.Water filling part 2 is intended to be arranged further to be conducive to avoid washing water and soft flocks etc. in higher position as a result, Foreign matter.

Optionally, some embodiments according to the present utility model, water filling part 2 can be located at range corresponding to central angle alpha 2 Interior, the center of circle of central angle alpha 2 is located in the rotary shaft of inner cylinder 20, also, central angle alpha 2 can be where the rotary shaft of inner cylinder 20 Vertical plane is divided equally, and 2≤120 degree of α.That is, be reference with inner cylinder 20, water filling part 2 be can be set 120 degree of 20 top of inner cylinder Angular range in any position.It can equally make water filling part 2 larger apart from the distance of washing liquid level in this way, effectively avoid Fill the water the water inlet of part 2 and soft flocks.Further, 2 further satisfaction of α: 2≤60 degree of α.In this way, the setting position of water filling part 2 is higher, Prevent the effect into foreign matter more excellent.

Water-accepting board 40 is described further below with reference to some accompanying drawings and embodiments.

Referring to shown in Figure 41 to Figure 49, in some embodiments of the utility model, water-accepting board 40 is the week along balance ring 1 To the arc panel of extension, the lower half portion of the inside of balance ring 1 is arranged in a part of arc panel, and another part of arc panel can Be located at annular distance 1110 except, and can be higher or lower than annular distance 1110 lower hole wall (as shown in figure 45, water-accepting board 40 The installation flange 42 of axial outer end extends downward into the lower hole wall lower than annular distance 1110).

Certainly, the above is only a part of the embodiment of the utility model connects in other embodiments of the utility model Water plate 40 can all protrude into the annular distance 1110 of balance ring 1, and height is higher than the lower hole wall of annular distance 1110 and lower than balance The central axis of ring 1.For another example the top of water-accepting board 40 can also prolong upwards in the still other embodiments of the utility model Extend over the height of the central axis of balance ring 1.I.e. in the embodiments of the present invention, at least part of water-accepting board 40 can The lower half portion of the inside of balance ring 1 is arranged in.

As shown in figure 43, some embodiments according to the present utility model, central angle corresponding to water-accepting board 40 are α 3, and α 3 is full Foot: 3≤200 degree of 60 degree≤α, good water blocking effect can be played in the angular range, reduces the upper clan from balance ring 1 Under water be further dropped into balance ring 1.It is understood that realize good water blocking effect, water-accepting board 40 is preferentially arranged Center position in the lower half portion of the inside of balance ring 1, the height at the both ends of water-accepting board 40 can be set to it is identical, can also be with It is set as different.To realize better water receiving effect, α 3 can be further disposed in the range of 120 degree -180 degree.Optionally, In some specific examples of the utility model, α 3 distinguish value be 90 degree, 120 degree, 160 degree, 180 degree etc..

In some specific embodiments of the utility model, circumferential both ends (the i.e. edge balance of water-accepting board 40 of water-accepting board 40 The circumferential both ends of ring 1) height be not higher than balance ring 1 central axis height, also, 120 degree≤α, 3≤180 degree, At this point, the effective rate of utilization of water-accepting board 40 is bigger, water receiving effect is good.As shown in figure 43, the lowest part of water-accepting board 40 can be set There is collector nozzle 401, may insure that the draining of water-accepting board 40 is more thorough smooth in this way, it is possible to reduce the backwater capacity on drain bar 40.

As shown in Figure 41 to Figure 48, the axial outer end of water-accepting board 40 is connected with the side wall of outer cylinder 30 and junction is equipped with and is lauched Mouth 401, at least part of the upper surface of water-accepting board 40 is formed as the water receiving face for water receiving, and water receiving face is relative to horizontal direction It tilts downwards and to the direction close to collector nozzle and extends, as shown in figure 45, water receiving face inclination angle relative to horizontal direction is β, Wherein, β meets: 3 degree≤β≤20 degree.In this way, good water receiving effect not only may be implemented in the water receiving face of small angle inclination, and And water receiving face can have the effect of water guide, flow down water from water-accepting board 40 in time, and water is avoided to be accumulated in water-accepting board 40 for a long time On.For example, β is respectively 5 degree, 10 degree, 12 degree, 15 degree, 17 degree etc. in some specific examples of the utility model.

Optionally, as shown in figure 45, the axial inner ends of water-accepting board are equipped with water blocking flange 41 protruding upward, water blocking flange 41 Water blocking effect can be played, water is avoided to flow backwards from the axial inner ends of water-accepting board 40, water (flow) direction is more controllable.

Some embodiments according to the present utility model, as Figure 42 to Figure 45, the axial outer end of water-accepting board 40 be equipped with to The installation flange 42 of lower protrusion, water-accepting board 40 are connected by installing flange 42 with outer cylinder 30, are installed more convenient secured.Water-accepting board 40 Downside can be equipped with reinforcement structure 43, reinforcement structure 43 with install flange 42 be connected.Reinforcement structure 43 and water receiving water guide as a result, Structure will not interfere, and water receiving face can be set to shiny surface, in favor of water guide, and the entirety of water-accepting board 40 can be improved Intensity, water-accepting board 40 are installed more reliable, and shape stability is high, is not susceptible to deform.For the structure, when installation flange 42 When having gap between outer cylinder 30, the water on water-accepting board 40 can not only be flowed out from collector nozzle 401, can also be downward from the gap It flow between inner/outer tube.

The specific structure of reinforcement structure 43 is not done it is specifically limited, optionally, in some embodiments of the utility model In, as shown in Figure 47 to Figure 49, reinforcement structure includes multiple strengthening rib strips, and multiple strengthening rib strips are along the circumferentially spaced of water-accepting board Distribution, each reinforcing rib extend to the medial surface of installation flange 42 from the axial inner ends of water-accepting board 40 to realize with installation flange 42 Connection, the reinforcement structure 43 of this spline structure not only facilitates manufacture, but also reinforcing effect is good.

Referring to shown in Figure 41 to Figure 46, in some embodiments of the utility model, the front of inner cylinder 20 is equipped with balance Ring 1, the front of inner cylinder 20 are equipped with the preceding cover 50 for protruding into the annular distance 1110 of balance ring 1, and preceding cover 50 can be accepted from balance ring 1 The water that falls of top.To accept the water fallen from preceding cover 50 between cover 50 and balance ring 1 before water-accepting board 40 is located at.By This, the water fallen from the top of balance ring 1 can the transition Jing Guo preceding cover 50 flow to water-accepting board 40, before dropping down onto cover 50 Water can flow to its underpart from upper part, later fall on water-accepting board 40.Thus, it is possible to reduce top and the water receiving of balance ring 1 Water receiving drop between plate 40, water receiving effect are more preferable.

As shown in Figure 46 and Figure 47, the axial forward end of preceding cover 50 is equipped with the dash side 51 outwardly protruded, so that preceding cover 50 outer peripheral surface could be formed with guiding gutter 52, and the water before dropping down onto cover 50 can flow to guiding gutter 52, then along water guide Slot 52 flows downward, and the effect for controlling water flow is more preferable, and dash side 51 can block water to excessive, causes to pour into inner cylinder 20.

Optionally, the protrusion height H of dash side 51 can satisfy: H >=3mm, water-accepting board 40 can extend forwardly beyond gear Waterside 51.The height of dash side 51 is moderate as a result, can both guarantee good water blocking effect, while can also guarantee and balance There is enough gaps, water-accepting board 40 can be accepted more completely from the water fallen in preceding cover 50 between ring 1.

Dash side 51 can be straight flange, or the shapes such as bending edge.For example, as shown in Figure 45 and 46, it is practical at this In novel some embodiments, then dash side 51 can extend rearwardly to form outward as bending.It can make front cover portion in this way 50 is rounder and more smooth, the intensity and appearance of cover 50 before improving, but also water blocking effect can be improved.

With continued reference to shown in Figure 45 and Figure 46, some embodiments according to the present utility model, the outer peripheral surface of preceding cover 50 At least part can relative to inner cylinder 20 axially forward and slope inwardly extend, as a result, before cover 50 can form water conservancy diversion Structure, so that the water flow in preceding cover 50 is more controllable.

Optionally, preceding cover 50 is whole approximately along an angle tilt, can also extend in multiple angle tilts, example Such as, in the embodiment shown in Figure 45 and Figure 46, the outer peripheral surface of preceding cover 50 includes the first guide face 53 and the second guide face 54, Second guide face 54 relative to inner cylinder 20 axially forward and slope inwardly extend, positioned at the second of the rear side of the first guide face 53 Guide face 54, the second guide face 54 relative to inner cylinder 20 axially forward and slope inwardly extend, the inclination of the second guide face 54 Angle is greater than the tilt angle of the first guide face 53.Preceding cover 50 substantially forms two inclined surface as a result, is not only more conducive in this way The water conservancy diversion of water, and water can be made to be easier to be concentrated in guiding gutter 52 and flow downward.Optionally, the first guide face 53 and second Guide face 54 can connect in step, not only have good diversion effect in this way, but also structural strength is higher.

Figure 50 to Figure 58 shows the clothes treatment device 1000 according to one specific embodiment of the utility model, the clothing Processing equipment 1000 includes inner cylinder 20, outer cylinder 30, balance ring 1 and water filling part 2 etc..Outer cylinder 30 has outer barrel chamber 310, and inner cylinder 20 can It is rotationally located in outer barrel chamber 310, inner cylinder 20 has horizontally disposed rotary shaft, certainly, in other tools of the utility model In body embodiment, inner cylinder 20 also can have inclined rotary shaft.Balance ring 1 is connected to rotate with inner cylinder 20 with inner cylinder 20, puts down Weigh the central axis of ring 1 and the rotation overlapping of axles of inner cylinder 20.Certainly, in other embodiments of the utility model, balance ring 1 Central axis can also be parallel with the rotary shaft of inner cylinder.

There is chamber 101, the inner peripheral surface of balance ring 1 has the water inlet 102 for water inlet in balance ring 1.Clothing processing Equipment 1000 can realize balancing by filling the water in the chamber 101 to balance ring 1.The structure of balance ring 1 with it is previously mentioned Some embodiments in balance ring 1 structure it is substantially similar, described before can joining, this will not be detailed here.

In this embodiment, clothes treatment device 1000 can also be passed through by drying component 500 into inner cylinder 20 Hot wind, to dry to the clothing in inner cylinder 20, clothes treatment device 1000 also has condensation chamber, occurs with clammy clothing Humid air after heat exchange can condense in condensation chamber.Wherein, water filling part 2 can be filled the water into condensation chamber, so that cold It coagulates intracavitary with condensed water.In this embodiment, water filling part 2 can also be filled the water to balance ring 1, fill the water the water filling port of part 2 201 water sprayed can be entered in chamber 101 by water inlet 102.

It is difference in some water structures in the related technology, filled the water to condensation chamber and the water structure filled the water to balance ring Structure, clothes treatment device needs two sets of water structures, not only makes increased costs in this way, but also install inconvenient, can also account for With space, keep structure not compact, will lead under identical washing capacity, clothes treatment device become large-sized or identical complete machine Under size, washing capacity becomes smaller, this all causes great waste.

And in specific embodiment of the utility model, clothes treatment device 100 can be by filling the water part 2 to balance ring 1 water filling can also be filled the water by water filling part 2 to condensation chamber, so that the water filling of balance ring 1 and condensation chamber water filling can share a note Water system saves inner space to reduce number of components, is conducive to the promotion and wash volume of space utilization rate Increase, reduces the cost of clothes treatment device 1000.

Some embodiments according to the present utility model, water filling part 2 can in the different stages to balance ring 1 and condensation chamber into Row water filling, for example, water filling part 2 can be in drying mould in the clothes treatment device 1000 with drying mode and washing mode It fills the water under formula to condensation chamber, and fills the water under washing mode to water inlet 102 to realize to balance ring 1 and fill the water.Wherein, it is washing It washs under mode, the stage control that water filling part 2 can according to need balancing is filled the water to water filling part 2, if washing mode includes rinsing When the stages such as stage, dehydration drying stage, water filling part 2 can be filled the water in the dehydration drying stage to balance ring 1 to realize balancing.

The utility model the specific setting position of condensation chamber is not done it is specifically limited, can flexibly be located at can benefit In the position that water filling part 2 fills the water, this will be appreciated that those skilled in the art.For example, in some embodiments, condensation chamber Neighbouring water filling part 2 is arranged and has the accent towards water filling part 2, and water filling part 2 is infused by accent into condensation chamber Water.In some specific examples, water filling part 2 is set as transportable, is convenient in this way and targetedly to corresponding component Water filling, flood effectiveness are promoted.

Optionally, in some embodiments of the utility model, for example, as shown in Figure 50 to Figure 52, outer barrel chamber 310 can be with It is used as condensation chamber, specifically, outer barrel chamber 310 can be used as water storage when clothes treatment device 1000 is in washing mode Chamber, cooperation inner cylinder 20 use；When clothes treatment device 1000 is in drying mode, outer barrel chamber 310 can be used as condensation Chamber uses, and the gas that inner cylinder 20 is blown out can enter outer barrel chamber 310, and condensation is realized in outer barrel chamber 310.As a result, without additional Condensation chamber is set, and the effect of multi-purpose content may be implemented in outer barrel chamber 310, and inner space utilization rate is higher, is conducive to clothing processing The miniaturization of equipment and bigizationner of processing volume.

In such an embodiment, optionally, water filling part 2 can directly inject water into outer barrel chamber when filling the water to condensation chamber In 310, can also first injection balance ring 1, then flow out to outer barrel chamber 310 from balance ring 1.Specifically, clothes treatment device 1000 under drying mode, and the revolving speed of inner cylinder 20 and balance ring 1 is lower, and centrifugal force is smaller, if at this point, having water, water in balance ring 1 When turning to the top of balance ring 1 with balance ring 1, centrifugal force is less than gravity, and water can be flowed out of balance ring 1 naturally Out, it to be flowed into outer barrel chamber 310, fills the water, is enabled water to more at this point, balance ring 1 can play the role of auxiliary water filling part 2 It is uniformly injected into outer barrel chamber 310, flood effectiveness is promoted.

In actual use, balance ring 1 uses commonly used in clothes treatment device 1000 when being dehydrated drying, at this point, interior Cylinder 20 and the revolving speed of balance ring 1 are higher, and centrifugal force is larger, at this point, when having water in balance ring 1, even if water is with 1 turn of balance ring The top for moving balance ring 1, since centrifugal force is greater than gravity, so that water can't be flowed out out of balance ring 1, at this point, flat The ring 1 that weighs can continue to maintain the effect of balancing, until the revolving speed of inner cylinder 20 lowers.

In this way, no matter fill the water part 2 to balance ring 1 fill the water, or outward barrel chamber 310 fill the water, can by water filling part 2 to The water filling of balance ring 1 realizes that water filling control structure is simpler controllable, while flood effectiveness is preferable.

It should be noted that, although in the above description, realizing outside barrel chamber by directly filling the water to balance ring 1 The 310 water filling parts 2 filled the water indirectly are also the water filling component filled the water to balance ring 1, and still, other in the utility model are specific In embodiment, water filling part 2 may be set to be only external barrel chamber 310 and be filled the water, that is to say, that water filling part 2 can be kept By realizing the water filling of outside barrel chamber 310 to the water filling of balance ring 1, still, the note to realize balancing is filled the water to balance ring 1 Water-bound, which can not be, fills the water part 2, but water structure set in addition.I.e. balance ring 1 and outer barrel chamber 310 can not share one Flood pattern is covered, under drying mode, indirect water filling can be realized by filling the water the outside barrel chamber 310 of part 2, specifically, fill the water part 2 Can be filled the water by water inlet 102 to chamber 101, the water in injecting chamber 101 with when balance ring 1 turns to top in gravity Effect is lower to flow out from water inlet 102 again and flows into outer cylinder chamber 310；It, can be under washing mode when drying (for example, be dehydrated) It is filled the water by other water structures to balance ring 1.

Water structure is not shared in this balance ring 1 and outer barrel chamber 310 and fills the water what the outside barrel chamber 310 of part 2 filled the water indirectly In embodiment, compared with the mode directly filled the water in the related technology, the flood effectiveness of the outside barrel chamber 310 of clothes treatment device 1000 It is promoted, water can drip downwards out of balance ring 1, can not only promote water filling height by balance ring 1, but also from flat The interior water flowed out of the ring 1 that weighs can make water filling more evenly, injection area is bigger, can be a greater degree of in effect unrestrained downwards The film-cooled heat for increasing water flow, reaches condensation effect bigizationner, while greatly reducing condenser system material cost, also reduces Structure space requirement of the condenser system to clothes treatment device 1000.

In addition, the balance when clothes treatment device 1000 is preferable, it, can also be by balance ring not when the demand of balancing 1 removal, i.e. balance ring 1 are selectable unit.Therefore, in some embodiments, when clothes treatment device 1000 do not have balance ring 1, and And outer barrel chamber 310 as condensation chamber when, water filling part 2 can outward the water filling of barrel chamber 310 to improve condensation effect.

Further, water filling part 2 may be mounted at the rear portion of outer cylinder 30 and protrude into the rear wall and outer cylinder 30 of inner cylinder 20 Rear wall between, to be filled the water out of the rear portion of outer barrel chamber 310 outside barrel chamber 310.In this way, the rear wall of inner cylinder 20 stops Condensed water reduces condensed water and enters in inner cylinder 20 and drenches clothing, meanwhile, water filling part 2 is hidden in the rear side of inner cylinder 20, so that The structure of the front side of clothes treatment device 1000 seems simpler and more direct.

In order to improve condensation effect, optionally, as shown in Figure 55 and Figure 56, the water filling port 201 for filling the water part 2 can be positioned at outer The top of barrel chamber 310 can be filled the water in this way from the top of outer barrel chamber 310, and water can be into during flowing downward Row heat exchange can extend the time of heat exchange over time and space.Further, the waterflood direction for filling the water part 2 can phase Horizontal direction is tilted obliquely, the flow path of water not only can be extended and the water sprayed obliquely can also promote Into the convection current of hot-air, condensation effect can be further improved.Optionally, in conjunction with some embodiments of the utility model, water filling Direction inclination angle relative to horizontal direction can be arranged between 5 degree of -60 degree, and resultant effect is more preferable.

Optionally, water filling part 2 can have multiple water filling ports 201, can be infused simultaneously by multiple water filling ports 201 in this way Water, waterflood injection rate improve, and condensation efficiency can be improved.Further, the waterflood direction of multiple water filling ports 201 can be set in parallel Set, and axially vertical with inner cylinder 20, such waterflood direction is more controllable, and flood effectiveness is more preferable, and be further reduced water into Enter into inner cylinder 20.When multiple water filling ports 201 are closer, water filling part 2 can form the water outlet of water curtain shape, and flood effectiveness mentions It rises.

Optionally, when clothes treatment device 1000 has balance ring 1, balance ring 1 be can be set in the front of inner cylinder 20, Also it can be set at the rear portion of inner cylinder 20, or balance ring 1 be set simultaneously in the front and rear of inner cylinder 20, to realize that front and back is same When balancing.Referring to shown in Figure 50 to Figure 56, in some specific embodiments of the utility model, outer barrel chamber 310 is in drying mould It is condensation chamber under formula, the rear portion of inner cylinder 20 is equipped with balance ring 1, and at least part of the water flowed out from water inlet 102 can be along The rear wall of outer cylinder 30 flows downward.In this way, the contact area of water and outer cylinder 30 is bigger, the condensation effect to gas can be promoted Fruit, while the rear portion more adjacent to outer cylinder 30 is filled the water, further from inner cylinder 20, it can be further reduced water and enter inner cylinder 20 for baking Dry clothing drenches again.

In some embodiments of the utility model, from balance ring 1 flow out water all along outer cylinder 30 rear wall to Lower flowing, in other embodiments of the utility model, from balance ring 1 flow out water a part along outer cylinder 30 rear side Wall flows downward, and another part is not pressed against the rear wall flowing of outer cylinder 30, but in the position of the rear wall in neighbouring outer cylinder 30 Place is set directly to fall, under the overboard bottom that can flow to outer barrel chamber 310, outer cylinder 30 can be cooled down, can equally be risen To the effect of condensation.

In order to further improve flood effectiveness, optionally, water filling part 2 can also be along scheduled waterflood direction to balance Ring 1 fills the water, and waterflood direction can refer to Figure 33, specifically, water filling part 2 has the water filling in the annular distance 1110 of balance ring 1 Mouthfuls 201, the linear velocity fallen at point Z of the water discharging direction and balance ring 1 of water filling port 201 in the water outlet water flow of water filling port 201 Direction is formed by angle α less than 90 °, can reduce the sputtering of water in this way, fills the water more smooth.

Further, referring to shown in Figure 55, fill the water the water filling water flow of part 2 fall into point Z be located at balance ring 1 top and Positioned at the water outlet position of the balance ring 1 (position of outflow water i.e. in balance ring 1, in some implementations on the rotation direction W of balance ring 1 In example, the position of outflow water is located at the highest point of the inner peripheral surface of balance ring 1, in further embodiments, the position of outflow water The slightly less than highest point of the inner peripheral surface of balance ring 1, or the highest point of the inner peripheral surface from balance ring 1 extend preset distance to two sides In the range of position) downstream side, along radially extending and by falling into the straight line of point Z relative to vertical for the inner cylinder 20 The tiltangleθ in direction meets: 15 degree≤θ≤75 degree.For example, θ can be 20 degree, 25 degree, 30 degree, 35 degree, 40 degree, 45 degree, 50 Degree, 55 degree, 60 degree, 65 degree, 70 degree etc..

In this way, can not only guarantee good flood effectiveness, but also even if balance ring 1 is in the shape of water outlet in water filling State, the water energy gone out from the outlet part bit stream of balance ring 1 is enough far from water filling part 2, reduces to the unrestrained of water filling part 2, meanwhile, into flat Water in weighing apparatus ring 1 is just flowed out out of balance ring 1 after can moving big half-turn, can also play the role of balancing.

Referring to shown in Figure 50 to Figure 56, in some specific embodiments of the utility model, clothes treatment device 1000 can To include water-accepting board 40, water-accepting board 40 can be located in the outer barrel chamber 310 of outer cylinder 30 and have collector nozzle 410, and water-accepting board 40 can At least to block the top in the lower part of balance ring 1, the water for flowing to water-accepting board 40 can flow to outer barrel chamber 310 from collector nozzle 410 Bottom.In this way, water-accepting board 40 can block balance ring 1, the water flowed out from the top of balance ring 1 is avoided to drop into flat It weighs in ring 1.Here, water-accepting board 40 can be similar with the water-accepting board 40 in aforementioned some embodiments, herein no longer about its structure Detailed description, it is described before can joining.

Optionally, clothes treatment device 1000 can also include water fender 60, referring to shown in Figure 51 to Figure 57, water fender 60 It is located in outer barrel chamber 310 and protrudes between outer cylinder 20 and inner cylinder 30, at least part of water fender 60 is located under water filling part 2 Side, with accept from water filling part spray water, water fender 60 can along inner cylinder 20 circumferentially extending and have it is multiple along its circumferential direction It is spaced apart the discharge outlet of setting.In this way, water can be flowed downward by the collection and water conservancy diversion of water fender 60, water distribution is more dispersed, It can be further improved condensation effect.

In addition, water fender 60, which can block, to be blocked flat in the embodiment that clothes treatment device 100 has balance ring 1 The lower section on the top of weighing apparatus ring 1, the water flowed out from balance ring 1 flow downward by water fender 60.In this way, water fender 60 can be from upper Side blocking water falls into the lower part of balance ring 1, while water fender 60 can also play the role of controlling water.In relation to the specific of water fender 60 Structure will be below into being described in further detail.

Referring to shown in Figure 50 to Figure 58, the clothes treatment device 1000 of specific embodiment according to the present utility model further includes A kind of water filling part 2 of new construction, water filling part 2 have water filling port 201, when balance ring 1 has multiple water inlets 102, fill the water part 2 There can be multiple water filling ports 201, wherein multiple water injection paths 203 of setting, each note are equipped with side by side and be spaced apart in water filling part 2 The outlet of water channel 203 is formed as a water filling port 201.Thus, it is possible to pass through multiple water filling ports 201 to multiple 102 notes of water inlet Water, multiple water filling ports 201 will not interfere between each other, and water outlet performance is good, and the waterway structure for filling the water part 2 is more neat, is easier to In manufacture.

Further, referring to shown in Figure 57 and Figure 58, each water injection path 203 may include the inlet channel being sequentially communicated 2035, water cavity 2036, sluice 2037 and water outlet 2038 are crossed, the flow area for crossing water cavity 2036 is maximum, sluice 2037, into Water channel 2035 and water outlet 2038 are vertical two-by-two.That is, sluice 2037 and inlet channel 2035 are perpendicular to one another, sluice 2037 and water outlet 2038 it is also perpendicular to one another, inlet channel 2035 and water outlet 2038 are also perpendicular to one another.Water injection path 203 is in as a result, The structure of bending keeps water flow gentler, and water cavity 2036 can play the effect of temporary water excessively, can promote the smooth of water outlet Property and continuity.

As shown in Figure 52 to Figure 58, water filling part 2 can be connected with outer cylinder 30, and outer cylinder 30 can be equipped with installing port, and water filling part is inserted In installing port and stretch in the annular distance 1110 of balance ring 1.Water filling part 2 is installed more convenient as a result, and fills the water part 2 It can remain stationary, fill the water more stable when inner cylinder 20 rotates.Optionally, the both ends for filling the water part 2 can be equipped with bending plate 23, after Continuous bending plate 23 has a mounting hole 231 referring to shown in Figure 52 to Figure 58, and water filling part 2 can be by the spiral shell that is inserted into mounting hole Line fastener is connected with outer cylinder 30, and water filling 2 structural strength of part is high, is not susceptible to deform, and installs more reliable.

Certainly, unlimited this of mounting structure for filling the water part 2 fills the water part 2 in some specific embodiments of the utility model It can also be connected with the device housings 200 of clothes treatment device 1000, water filling part 2 can also pass through bending plate 23 and device housings 200 are connected, or can also be connected by other structures, such as clamping structure, welding structure etc. with device housings 200, this is right It will be appreciated that for those skilled in the art.

Figure 64 shows the clothes treatment device 1000 of other specific embodiments of the utility model, is shown one The new water structure of kind.Specifically, as shown in Figure 64, clothes treatment device 1000 has inner cylinder 20 and outer cylinder 30, outer cylinder 30 Outer barrel chamber 310 is condensation chamber, and water filling part 2 is provided on outer cylinder 30, and the top of the water filling port 201 and outer barrel chamber 310 that fill the water part 2 connects Logical, to fill the water from the outside barrel chamber 310 in the top of outer barrel chamber 310, flood effectiveness is good, the condensation effect of clothes treatment device 1000 compared with It is good.Meanwhile water filling port 210 is also located at the rear portion of outer barrel chamber 310, is more conducive to the rear wall and outer cylinder 30 of water filling inner cylinder 20 in this way The gap in rear wall gap flows downward, and water (flow) direction is referring to shown in arrow in Figure 64.

In addition, water filling part 2 is set to the top of outer cylinder 30 and is integrated with outer cylinder 30 in the specific embodiment, this The connection sealing and intensity of water filling part 2 and outer cylinder 30 can be improved in sample.Certainly, part 2 and outer cylinder 30 or fission are filled the water Part, at this point, it is alternatively possible to which installation hole is arranged on outer cylinder 30, being then inserted into water filling part 2 to install water filling part 2 In installation hole, this equally also can be realized the reliable of water filling part 2 and hermetically connects.

Below with reference to some specific embodiments of the utility model, the dependency structure of water fender 60 is further retouched It states.

Referring to shown in Figure 50 to Figure 63, in some specific embodiments of the utility model, clothes treatment device 1000 is wrapped Include inner cylinder 20, outer cylinder 30, water filling part 2 and water fender 60.Outer cylinder 30 has outer barrel chamber 310, and outer barrel chamber 310 constitutes condensation chamber.It is interior Cylinder 20 is rotatably arranged in outer barrel chamber 310, and inner cylinder 20 has the rotary shaft being horizontally or diagonally arranged, and inner cylinder 20 is equipped with and condensation The gas outlet 210 of chamber connection, the interior gas carried out after heat exchange with clothing of inner cylinder 20 can enter conduct by gas outlet 210 To realize condensation in the outer barrel chamber 310 of condensation chamber.

Water filling part 2 can be filled the water into condensation chamber, and water filling part 2 extend into the top of condensation chamber to be filled the water from top. As shown in figure 53, the water filling port 201 for water filling for filling the water part 2 is higher than gas outlet 210, and water fender 60 is located in outer barrel chamber 310 And block the top in gas outlet 210 to stop condensed water to enter gas outlet 210, water fender 60 can stop condensed water into Enter and drench the clothing of drying into inner cylinder 20, can be used as the use of condensed water baffle, and flow to the condensed water of water fender 60 Water fender 60 can also be cooled down.

Optionally, as shown in Figure 52 to Figure 57, gas outlet 210 can be set to the rear wall of inner cylinder 20, fill the water part 2 from outer cylinder The top of outer barrel chamber 310 is protruded at 30 rear portion, and water fender 60 is located at the underface of water filling part 2.In this way, being not only convenient for the peace of component Dress, and water blocking effect is more preferable.Optionally, water fender 60 can be along the circumferentially extending camber of inner cylinder 20, in this way, water fender 60 It is more matched with the structure of inner cylinder 20 and outer cylinder 30, is not only convenient for installing, and be easier to efficiently use the space of outer barrel chamber 310, Improve water blocking effect.Also, the water fender 60 of arc can also play the role of water guide, when water drops down onto the top of water fender 60 When, water can flow downward along water fender 60 from two sides, and it is more preferable to be lauched effect.

The development length of water fender 60 is not done specifically limited, flexible setting, reference can be carried out according to the actual situation Shown in Figure 55, central angle corresponding to water fender 60 is α 4, and optionally, some embodiments according to the present utility model, α 4 can be with Meet: 4≤250 degree of 90 degree≤α, for example, α 4 can be 120 degree, 150 degree, 180 degree (as shown in figure 50), 220 degree etc..In this way, The development length of water fender 60 is more suitable for that water blocking effect is preferable.Here, when water fender 60 and concentric inner cylinder 20, water fender The radial alignment at two circumferential both ends for passing through water fender 60 respectively of central angle corresponding to 60 i.e. inner cylinder 20 is formed Angle.

Some embodiments according to the present utility model, water fender 60 is equipped with multiple discharge outlet 601, as shown in figure 55, more A discharge outlet can be along the circumferentially spaced setting of water fender 60 along 601.In this way, the water flowing on water fender 60 not only can be from The lower edge of water fender 60 flows down, but also the speed being lauched can be improved in this way from discharge outlet 601 to flowing down.

As shown in Figure 52 to Figure 57, Figure 60 to Figure 63, in some embodiments of the utility model, water fender 60 be can wrap Installation plate body 61 and arc plate body 62 are included, installation plate body 61 is connected with outer cylinder 30, and arc plate body 62 is connected simultaneously with installation plate body 61 And along the axially extending of inner cylinder 20, arc plate body 61 blocks the top at the rear portion of inner cylinder 20, and discharge outlet 601 is located at arc plate body On 62.The mounting structure of water fender 60 and water-retaining structure interfere small as a result, are not only conducive to installation, but also water blocking effect is more It is good.

Further, arc plate body 62 can be inside relative to the axial direction of inner cylinder 20 and tilts backwards extension, such as Figure 54 institute Show, and the lower part of plate body 61 is installed and the rear portion of arc plate body 62 is connected so that shape between arc plate body 62 and installation plate body 61 At angle can be acute angle, discharge outlet 601 can be located at the back of arc plate body 62, can not surpass backward along the rear portion of inner cylinder 20 Discharge outlet 601 out.In this way, the water-blocking groove of V-arrangement can be substantially formed between arc plate body 62 and installation plate body 61, and drain Mouth 601 can be located substantially at the lower part of water-blocking groove, not only can play the effect of temporary water, draining can pass through discharge outlet 601 carry out a part excludes in advance, reduces the dilutional hyponatremia in water-blocking groove and causes excessive and avoid water whole water conservancy diversion to arc The circumferential both ends of plate body 62, water blocking effect promoting, and it is lauched more evenly smooth, while discharge outlet 601 may be located remotely from inner cylinder 20 Gas outlet 210, it is possible to reduce discharge outlet 601 flow out water enter in inner cylinder 20.

Optionally, as shown in Figure 60 to Figure 63, the upper surface of arc plate body 62 is shiny surface, the lower surface of arc plate body 62 Equipped with strengthening rib strip 602, in this way, in this way, the water flow on arc plate body 62 is more smooth, and the intensity of arc plate body 62 is more It is high.Here, it should be noted that shiny surface shall be understood in a broad sense herein, that is, includes the surface polished smooth, can also refer to not Polishing but not obvious raised or sunken surface.Spy is not done for the extending direction and quantity of strengthening rib strip 602 Different limitation, for example, as shown in figure 60, strengthening rib strip 602 may include the axially extending and circumferentially spaced of arcuately plate body 62 Open up set it is multiple etc..

For installation plate body 61 and outer cylinder 30 connection structure do not do it is specifically limited, optionally, the one of the utility model In a little embodiments, installation plate body 61 is connected by threaded fastener with the rear wall of outer cylinder 30, and installation plate body 61, which is equipped with, to be used for Make to fill the water the avoid holes 611 that part 2 passes through, as shown in Figure 53 and Figure 61, the front surface of installation plate body 61 is equipped with strengthening rib strip 602. In this way, the structure of water fender 60 can be made to further increase, it is connect with outer cylinder 30 more reliable, and water fender 60 can be to water filling Part 2 is played a supporting role, and keeps the installation for filling the water part 2 more stable and reliable.

In order to improve condensation effect, optionally, as shown in figure 52, the rear wall of outer cylinder 30 can have the lower water surface 320, under The water surface 320 is located at the lower section of discharge outlet 601 and extending forward axially inwards relative to inner cylinder 20.Be conducive to make from draining in this way The water of 601 outflow of mouth flow to the lower water surface 320, and flow downward under the guide functions of the lower water surface 320, it is possible thereby to increase condensation The contact area of water and outer cylinder 30 is conducive to the drying efficiency for further promoting condensation effect and clothes treatment device 1000 And drying effect.

In the embodiment shown in Figure 50 to Figure 57, clothes treatment device 1000 further includes balance ring 1, the rear portion of inner cylinder 20 It can be equipped with balance ring 1, balance ring 1 can be rotated together with inner cylinder 20.The central axis of balance ring 1 and the rotary shaft weight of inner cylinder 20 It closes (in some embodiments, it is also possible to being arranged in parallel).There is in balance ring 1 chamber 101, the inner peripheral surface of balance ring 1 have into The rear wall at the mouth of a river 102, inner cylinder 20 has rear protrusion 220, and rear protrusion 220 is protruded into the annular distance 1110 of balance ring 1, gas outlet 210 are set to rear protrusion 220, and water filling part 2 protrudes between balance ring 1 and rear protrusion 220, and water fender 60 protrudes into water filling part 2 and rear convex Between portion 220.The capacity of inner cylinder 20 can be made bigger in this way, and the more compact structure of clothes treatment device 100, can passed through Into balance ring 1, balancing is realized in water filling.

It should be noted that the balance when clothes treatment device 1000 is preferable, it, can also be with not when the demand of balancing Balance ring 1 is removed, i.e., balance ring 1 is selectable unit.When there is balance ring 1, can be filled the water by filling the water part 2 into balance ring 1, Component can also be filled the water by others to fill the water to balance ring 1, then water filling part 2 can also be controlled by filling the water into balance ring 1 The revolving speed of balance ring 1 processed flows out water from the top of balance ring 1 to realize that outside barrel chamber 310 fills the water, and water fender 60 can To stop the water flowed out out of balance ring 1 to be flowed into gas outlet 210.

In the embodiment that clothes treatment device 1000 has water fender 60, clothes treatment device 100 can also include Water-accepting board 40, referring to shown in Figure 52 to Figure 57, water-accepting board 40 has collector nozzle 401, and water-accepting board 40 protrudes into balance ring 1 and rear protrusion It between 220 and at least blocks in the top of the lower part of balance ring 1, to stop water to enter balance ring 1 from lower part, flow to water-accepting board 40 water can flow to the bottom of outer barrel chamber 310 from collector nozzle 401.

As shown in figure 55, in the circumferential direction along inner cylinder 20, the both ends of water-accepting board 40 and the both ends of water fender 60 are formed with peace Gap 460 is filled, also, using the point in the rotary shaft of inner cylinder 20 as the center of circle, installing central angle corresponding to gap 460 is α 5, α 5 >=5 degree, the radius R10 in the water receiving face of water-accepting board 40 is greater than the radius R11 of the obstructing surface of water fender 60.Here, water-accepting board 40 Water receiving face is mainly the upper surface of water-accepting board 40., there is being arc in the upper surface for the water fender 60 that the obstructing surface of water fender 60 is mainly In the embodiment of shape plate body 62, the obstructing surface of water fender 60 is mainly the upper surface of arc plate body 62.

Water-accepting board 40 and water fender 60 could be formed with the segment difference of low-angle in the circumferential direction of inner cylinder 20 as a result, in this way may be used It to reduce the interference between water-accepting board 40 and water fender 60, is more convenient for installing, moreover, the water receiving face of water-accepting board 40 can be in inner cylinder The outside of 20 obstructing surface for being radially located at water fender 40, it is easier to accept the water flowed down from water fender 40, water receiving effect Also preferably.

Arrow shows the flow direction of condensed water in Figure 55, and the condensed water in injection balance ring 1 can be from balance ring 1 It under overhead stream, and falls on the water fender 60 being disposed below, water flows down along the water fender 60 of arc from two sides are past, wherein one Part water can be flowed directly out from discharge outlet 601, and another part water can fall to installation gap in the water conservancy diversion of water fender 60 460, water-accepting board 40 is then dropped down onto, under the water conservancy diversion of water-accepting board 40, water can be flowed out from multiple collector nozzles 401, in this process In, water fender 60 can stop water to enter the gas outlet 210 of inner cylinder 20, and water-accepting board 60 can stop water to be re-introduced into balance In ring 1.As shown in figure 52, it can flow downward from the water that discharge outlet 601 is discharged along the lower water surface 320, connecing in the embodiment Water plate 40 can also accept the water flowed down from the lower water surface 320.

For washing machine, dryer or dry one can be washed according to the clothes treatment device 1000 of the utility model embodiment Machine.

By taking washing machine as an example, in some embodiments of the utility model, control system may include detection unit, wash During clothing machine is dehydrated, from low to high, detection unit can be with the vibration of real-time detection process cartridge device 100 for the revolving speed of driving motor Dynamic size, according to the vibration signal and control algolithm detected, control water filling part 2 or the water supplying pipe etc. being connected with water filling part 2 The state of device is filled the water with realizing to the correspondence chamber 101 of balance ring 1, eccentric with the load for balancing inner cylinder 20.

For example, can be filled the water to second chamber 121 and third chamber 131 when the bias of load is close to first chamber 111, Due to the effect of centrifugal force, the water of injection can accumulate at the outside wall surface of balance ring 1, and load at this time is eccentric to be can be obtained significantly Balance, the vibration of the process cartridge device 100 of washing machine when the method can effectively reduce dehydration.

At the end of dehydration, the revolving speed of driving motor is reduced, and the water in chamber 101 under the effect of gravity can be along water inlet 102 outflows.The water that balance ring 1 flows out can flow on water-accepting board 40, and water can flow under the water conservancy diversion of water-accepting board 40 from collector nozzle 401 Out and it flow to the bottom of outer cylinder 30.At this point, the water in outer cylinder 30 can be discharged by drainpipe.Optionally, the water inlet of washing machine Front side and the rear side of washing machine can be separately positioned on draining, smaller into the interference of draining in this way, washing machine operation is more reliable.

According to other compositions of the clothes treatment device 1000 of the utility model embodiment and operate for this field Be for those of ordinary skill it is known, be not described in detail herein.

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

In the description of this specification, the description of reference term " embodiment ", " specific embodiment ", " example " etc. means to tie Close at least one reality that the embodiment or example particular features, structures, materials, or characteristics described are contained in the utility model It applies in example or example.In the present specification, schematic expression of the above terms are not necessarily referring to identical embodiment or show Example.Moreover, particular features, structures, materials, or characteristics described can be in any one or more of the embodiments or examples Do not interfering, can be combined with each other in an appropriate manner in reconcilable situation.

Claims (10)

1. a kind of clothes treatment device characterized by comprising

Outer cylinder, the outer cylinder have outer barrel chamber；

Inner cylinder, the inner cylinder are rotatably arranged at that the outer cylinder is intracavitary, and the inner cylinder has the rotary shaft being horizontally or diagonally arranged, The clothes treatment device has drying mode, and the outer barrel chamber is blown under the drying mode for condensing from the inner cylinder The condensation chamber of gas out；

Part is filled the water, the water filling part fills the water under the drying mode to the outer barrel chamber.

2. clothes treatment device according to claim 1, which is characterized in that after the water filling part is mounted on the outer cylinder It portion and protrudes between the rear wall of the inner cylinder and the rear wall of the outer cylinder to be filled the water from the rear portion of the outer barrel chamber.

3. clothes treatment device according to claim 2, which is characterized in that the water filling port of the water filling part is located at described outer The top of barrel chamber.

4. clothes treatment device according to claim 3, which is characterized in that the waterflood direction of the water filling part is relative to water Square to tilting obliquely.

5. clothes treatment device according to claim 3, which is characterized in that further include:

Water fender, the water fender protrude between the outer cylinder and the inner cylinder, and at least part of the water fender is located at institute State water filling part lower section with accept from it is described water filling part spray water, the water fender along the inner cylinder circumferentially extending and have Multiple discharge outlet along its circumferentially spaced setting.

6. clothes treatment device according to claim 5, which is characterized in that the discharge outlet is set as making from the draining At least part water of mouth outflow flows downward along the rear wall of the outer cylinder.

7. clothes treatment device according to claim 6, which is characterized in that the rear wall of the outer cylinder has positioned at described The lower section of discharge outlet and the lower water surface extended axially inwards and forward relative to the inner cylinder.

8. clothes treatment device according to claim 1, which is characterized in that the water filling part has multiple water filling ports.

9. clothes treatment device according to claim 8, which is characterized in that the waterflood direction of multiple water filling ports is parallel It is arranged and perpendicular to the axial direction of the inner cylinder.

10. clothes treatment device according to claim 1 to 9, which is characterized in that further include:

Balance ring, the rear portion of the inner cylinder are equipped with the balance ring rotated with the inner cylinder, the central axis of the balance ring Or coincidence parallel with the rotary shaft of the inner cylinder, the balance ring is interior to have chamber, and the water filling part protrudes into the balance ring In annular distance.