CN208933706U - Garment support, garment support component and laundry care appliance - Google Patents
Garment support, garment support component and laundry care appliance Download PDFInfo
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- CN208933706U CN208933706U CN201821454129.XU CN201821454129U CN208933706U CN 208933706 U CN208933706 U CN 208933706U CN 201821454129 U CN201821454129 U CN 201821454129U CN 208933706 U CN208933706 U CN 208933706U
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- garment support
- gas outlet
- clothing
- air inlet
- garment
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Abstract
The utility model discloses a kind of garment supports, including garment support bracket and for hanging the garment support ontology for taking clothing, the garment support internal stent is equipped with cavity, and the first air inlet being connected to the cavity and the first gas outlet are equipped on the garment support bracket, wherein, the second air inlet and the second gas outlet are equipped on the garment support ontology；The garment support ontology is installed at first gas outlet, and first gas outlet is connected to second air inlet, so that the gas being passed through from first air inlet is circulated to second air inlet by the cavity and first gas outlet, and is discharged by second gas outlet.The invention also discloses garment support component and laundry care appliances.So that the inner surface of clothing forms stronger air-flow, so that clothing is rapidly dried；Meanwhile the gas of strength forms stronger active force in clothing inner surface, shakes each position of clothing, to remove the gauffer on clothing.
Description
Technical field
The utility model relates to clothes treatment device fields more particularly to a kind of garment support, garment support component and laundry care to set
It is standby.
Background technique
With the improvement of the quality of life, clothing care machine gradually becomes the higher household electrical appliance of frequency of use.Current
Clothing care machine mostly uses greatly and clothing is suspended in process chamber, and by into the process chamber supply hot-air or steam it is direct
The mode for acting on clothing outer surface works, but this mode is at work since hot-air or vapor action are in clothing
Outer surface and also do not form stronger air-flow, therefore do not form stronger active force in clothing surface, clothing caused to exist
Wrinkle improvement effect is not obvious when shake, and the time dried is longer.
Utility model content
The embodiments of the present invention main purpose is to provide a kind of garment support, garment support component and laundry care appliance, it is intended to
At least one solve the problems, such as present in the relevant technologies.
To achieve the above object, the utility model proposes a kind of garment support, comprising: garment support bracket and take clothing for hanging
Garment support ontology, the garment support internal stent are equipped with cavity, and first be connected to the cavity is equipped on the garment support bracket
Air inlet and the first gas outlet, wherein the second air inlet and the second gas outlet of connection are equipped on the garment support ontology；It is described
Garment support ontology is installed at first gas outlet, and first gas outlet is connected to second air inlet, so that from institute
It states gas that the first air inlet is passed through and is circulated to second air inlet by the cavity and first gas outlet, and by
The second gas outlet discharge.
Preferably, the garment support bracket includes rack body and bracket lower cover, the rack body and the bracket lower cover
Connection, makes the garment support internal stent form the cavity.
Preferably, the garment support bracket further includes cover piece for covering first gas outlet and for elastic connection institute
State the elastic component of cover piece Yu the bracket lower cover；
The cover piece is located at first gas outlet and sets in the cavity, and the garment support ontology connects with the cover piece
When touching and pushing the cover piece, form gas passage between the garment support ontology and the cover piece so that the garment support ontology with
The cavity connection.
Preferably, intersect on the cover piece and be provided with the first vertical plate and the second vertical plate, second air inlet is supported in institute
It states on the first vertical plate and second vertical plate, to push the cover piece；
The thickness of the thickness of first vertical plate and second vertical plate is respectively less than the diameter of second air inlet.
Preferably, the garment support ontology includes hook portion and takes the extension of clothing for hanging and take portion, the hook portion installing
It in first gas outlet and supports on first vertical plate and second vertical plate, and the hook portion and the extension take portion
Connection.
Preferably, the shape of first gas outlet is adapted with the shape of the hook portion.
Preferably, the region that the hook portion is contacted with first gas outlet is equipped with the ring for installing sealing structure
Slot.
A kind of garment support that the embodiments of the present invention propose, by the way that cavity and garment support sheet is arranged in garment support internal stent
Body is set as hollow structure, and garment support ontology is installed at the first gas outlet, so that the second air inlet of garment support ontology goes out with first
Port connection, so that the gas being passed through from the first air inlet is circulated to the second air inlet by cavity and the first gas outlet, and
By being acted on inside clothing after the discharge of the second gas outlet.It acts on inside clothing, makes in this way, the gas of strength is enabled to concentrate
The inner surface for obtaining clothing forms stronger air-flow, so that clothing is rapidly dried；Meanwhile the gas of strength is in clothing inner surface shape
At stronger active force, shake each position of clothing, to remove the gauffer on clothing.
To achieve the goals above, the utility model also proposes a kind of garment support component, including shaker mechanism and above-mentioned
Garment support；
The shaker mechanism includes driving portion, connector and fixing piece, and the driving portion is connect with the connector, institute
It states connector and is connect by the fixing piece with the garment support bracket, the driving portion is used to that the connector to be driven to rotate, with
The garment support bracket is driven to move back and forth.
Preferably, it is provided with holding tank on the connector, converter section is provided on the driving portion, the converter section is inserted
In the holding tank；
The driving portion drives the converter section in the holding tank rotary motion, to drive the connector in the clothing
The setting direction for supportting bracket moves back and forth.
Preferably, the converter section includes:
First connecting portion, the rotary shaft of the driving portion are inserted in the first connecting portion；
Transition arm, the transition arm are upwardly extended from the first connecting portion in the Vertical Square relative to the rotary shaft；
Second connecting portion, the second connecting portion is prominent from the end of the transition arm, and can be relative to the rotation
Axis rotation.
Preferably, the driving portion further includes bearing and the retainer plate for fixing the bearing, second connection
Portion is inserted in the bearing and is fixed by the retainer plate, and the bearing is used to support the second connecting portion.
It preferably, further include air heater for heating air, the air heater is set to the garment support bracket
The first air inlet at, and be connected to first air inlet by pipeline.
A kind of garment support component that the embodiments of the present invention propose, by being arranged shaker mechanism on garment support bracket,
Cooperate simultaneously and ventilate to garment support body interior, so that gas acts on inside clothing.In this way, the gas of strength is enabled to concentrate
It acts on inside clothing, so that the inner surface of clothing forms stronger air-flow, so that clothing is rapidly dried；Meanwhile in clothing
Inner surface forms stronger active force and cooperates shaker mechanism driving clothing shake to remove the fold on clothing.
To achieve the goals above, the utility model also proposes a kind of laundry care appliance, including above-mentioned garment support, or
Including above-mentioned garment support component.
A kind of laundry care appliance that the embodiments of the present invention propose, has above-mentioned garment support, in this way, making strength
Gas can concentrate and act on inside clothing so that the inner surface of clothing forms stronger air-flow, so that clothing rapidly dries
It is dry；Meanwhile stronger active force is formed in clothing inner surface and shakes clothing to remove the fold on clothing.Alternatively, on having
The garment support component stated acts on inside clothing in this way, the gas of strength is enabled to concentrate so that clothing inner surface formed compared with
Strong air-flow, so that clothing is rapidly dried；Meanwhile stronger active force is formed in clothing inner surface and shaker mechanism is cooperated to drive
Dynamic clothing shake is to remove the fold on clothing.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.
Fig. 1 is the structural schematic diagram of the utility model embodiment garment support；
Fig. 2 is the structural blast schematic diagram of the utility model embodiment garment support；
Fig. 3 is the structural schematic diagram of the utility model embodiment garment support ontology；
Fig. 4 is the part-structure enlarged diagram of the utility model embodiment garment support；
Fig. 5 is the schematic cross-section at the first gas outlet of the utility model embodiment；
Fig. 6 is the structural schematic diagram of the utility model embodiment garment support component；
Fig. 7 is the structural blast schematic diagram of the utility model embodiment garment support component；
Fig. 8 is the movement schematic diagram of the utility model embodiment converter section and holding tank；
Fig. 9 is the structural schematic diagram of the utility model embodiment converter section；
Figure 10 is the scheme of installation of the utility model embodiment driving portion.
Description of symbols:
| Label | Title | Label | Title | Label | Title |
| 1 | Garment support bracket | 16 | Cover piece | 311 | Converter section |
| 11 | Cavity | 161 | Limited post | 3111 | First connecting portion |
| 12 | First air inlet | 17 | Elastic component | 3112 | Transition arm |
| 13 | First gas outlet | 18 | First vertical plate | 3113 | Second connecting portion |
| 14 | Rack body | 19 | Second vertical plate | 32 | Connector |
| 141 | Fixed plate | 2 | Garment support ontology | 321 | Holding tank |
| 142 | Grab | 21 | Second air inlet | 312 | Bearing |
| 143 | Screw hole | 22 | Hook portion | 3121 | Step |
| 15 | Bracket lower cover | 23 | Extension takes portion | 313 | Retainer plate |
| 151 | Accommodating cavity | 24 | Second gas outlet | 314 | Limit film |
| 152 | Mounting hole | 25 | Annular groove | 33 | Fixing piece |
| 153 | Limiting slot | 3 | Shaker mechanism | 131 | First guide surface |
| 154 | Limited wall | 31 | Driving portion | 132 | Second guide surface |
| 4 | Air heater | 41 | Crossover sub | 42 | Inlet end |
The realization, functional characteristics and advantage of the utility model aim will be done referring to attached drawing and further say in conjunction with the embodiments
It is bright.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise
Under every other embodiment obtained, fall within the protection scope of the utility model.
It is to be appreciated that if related in the utility model embodiment directionality instruction (such as upper and lower, left and right, it is preceding,
Afterwards ...), then directionality instruction is only used for explaining opposite between each component under a certain particular pose (as shown in the picture)
Positional relationship, motion conditions etc., if the particular pose changes, directionality instruction is also correspondingly changed correspondingly.
In addition, if relating to the description of " first ", " second " etc. in the utility model embodiment, " first ", " the
Two " etc. description is used for description purposes only, and is not understood to indicate or imply its relative importance or is implicitly indicated meaning
The quantity of the technical characteristic shown." first " is defined as a result, the feature of " second " can explicitly or implicitly include at least one
A this feature.It in addition, the technical solution between each embodiment can be combined with each other, but must be with ordinary skill
Based on personnel can be realized, this technical side will be understood that when the combination of technical solution appearance is conflicting or cannot achieve
The combination of case is not present, also not within the protection scope of the requires of the utility model.
The utility model proposes a kind of garment supports.
Fig. 1 is the structural schematic diagram of the utility model embodiment garment support, and Fig. 2 is the structure of the utility model embodiment garment support
Perspective view of the explosion.Shown in referring to Figures 1 and 2, which includes garment support bracket 1 and for hanging the garment support ontology 2 for taking clothing, garment support
It is equipped with cavity 11 inside bracket 1, and is equipped with the first air inlet 12 being connected to cavity 11 and the first gas outlet on garment support bracket 1
13, wherein the second air inlet 21 and the second gas outlet 24 of connection are equipped on garment support ontology 2；Garment support ontology 2 is installed in first
At gas outlet 13, and the first gas outlet 13 is connected to the second air inlet 21, so that the gas being passed through from the first air inlet 12 passes through
Cavity 11 and the first gas outlet 13 are circulated to the second air inlet 21, and are discharged by the second gas outlet 24, and make the gas of discharge
From 2 internal action of garment support ontology in the inside of clothing, the inner surface of clothing is made to form stronger air-flow, to make clothing rapidly
Dry moisture；Meanwhile the strength gas forms stronger active force in clothing inner surface and shakes clothing to remove on clothing
Fold.Specifically, the gas being passed through acts in the interior surface of clothing, can increase the contact area of gas and clothing, and
And each position of clothing can be completely attached to, and such as: the coat-sleeve etc. of clothing is difficult to the position contacted, to circulate in gas
Measure it is identical under the premise of, the present embodiment is able to ascend the effect of drying and smoothing wrinkle.In the present embodiment, garment support ontology 2 is removably
It is installed at the first gas outlet 13, garment support ontology 2 can be made to be installed at the first gas outlet 13 easily, it can also be easily by clothing
Support ontology 2 disassembles from the first gas outlet 13.Second air inlet 21 and the second gas outlet 24 are arranged on garment support ontology 2,
And make to form the channel for being used for circulated gases inside garment support ontology 2, the gas being passed through from the first air inlet 12 is by cavity 11, the
One gas outlet 13, the second air inlet 21 and second gas outlet of passage flow 24 discharge, and act on extension and ride over garment support ontology 2
On clothing inside, thus make fast clothes drying moisture and removal fold.Specifically, which is internally provided with
For the cavity 11 of circulated gases, and the first air inlet 12 is provided on garment support bracket 1, first air inlet 12 is by cavity 11
End extend outwardly, the first air inlet 12 leads to from the first air inlet 12 to the inner space of cavity 11 for being passed through gas
Enter gas.In the present embodiment, the first air inlet 12 can extend outwardly two the first air inlets for the end of cavity 11, can also
Think the first air inlet for crossing and being formed after the end of cavity 11 extends outwardly, in remaining embodiment, can also be in cavity 11
Multiple first air inlets for being formed of the external multiple pipelines of outwardly extending two the first air inlets in end, i.e., in practical application
In, the quantity of the first air inlet can be selected according to the quantity of specific gas source, there is no restriction herein.Certainly, in the present embodiment
The gas that first air inlet 12 is passed through can also be able to be the faster strength of flow velocity for temperature is higher, the faster strength hot-air of flow velocity
Air, alternatively, can also be the higher steam of heat；The settable air heater i.e. at the first air inlet 12 is logical for heating
Enter the air of the first air inlet 12；Alternatively, the settable air blower at the first air inlet 12, for being blown into the first air inlet 12
Powerful air；Alternatively, the settable steam generating equipment at the first air inlet 12, to provide the steam of high heat.And at remaining
In embodiment, be not intended to limit specific structure, only need to the first air inlet 12 be blown into strength hot-air and/or air and/or
Steam.For example, specifically, when clothing is wet corrugation state, the first air inlet 12 can be blown into powerful air or hot-air, and
It is expelled to the inside of clothing, powerful air or hot-air from the second gas outlet 24 and forms powerful air-flow and work in the inside of clothing
For each position of clothing so that some positions (such as coat-sleeve etc.) for being difficult to smoothing wrinkle and drying of clothing have powerful air or
Hot-air passes through, and takes away the moisture on clothing, while powerful air-flow forms stronger active force in clothing inner surface and makes clothing
Each position of object is by shaking to remove the fold on clothing, to reach smoothing wrinkle and drying effect；When clothing is shriveling shape
When state, the first air inlet 12 is blown into steam, to clothing provide temperature and humidity, each position of the vapor action inside clothing,
Vapor stream powerful simultaneously forms stronger active force in clothing inner surface and shakes each position of clothing, can
The fold on clothing is removed, while taking away the moisture on clothing, to reach smoothing wrinkle and drying effect.
Specifically, the first gas outlet 13 is additionally provided on garment support bracket 1, and first gas outlet 13 and cavity 11 connect
It is logical, so that the first gas outlet 13 is also connected to the first air inlet 12, i.e. cavity 11, the first air inlet 12 and the first gas outlet 13
It is interconnected and is used for circulated gases.The inside of garment support bracket 1 is hollow structure in the present embodiment, and garment support bracket 1 is installed in
At first gas outlet 13, it is connected to the hollow structure inside garment support bracket 1 with cavity 11, so as to be passed through from the first air inlet 12
Gas is circulated to the inside of garment support ontology 2 by cavity 11 and the first gas outlet 13, and gas is concentrated and acts on extension
Each position inside the clothing on garment support ontology 2 is ridden over, the inner surface of clothing is made to form stronger air-flow, to keep clothing fast
Moisture is dried fastly；Meanwhile the strength gas forms stronger active force in clothing inner surface and shakes clothing to remove clothing
On fold.In the present embodiment, the quantity of the first gas outlet 13 setting is multiple, and each first gas outlet 13 is mutually solely
Vertical, only when being installed with garment support ontology 2 on the first gas outlet 13, which is connected to the garment support ontology 2,
And remaining first gas outlet 13 is closed state, i.e., the gas when the quantity that garment support ontology 2 is arranged is one, inside cavity 11
Body is all circulated to the garment support ontology 2, at this point, the drying of clothing and wrinkle improvement effect are best；When the quantity that garment support ontology 2 is arranged is
When two or more, the gas inside cavity 11 is shared in two or more garment support ontologies 2, at this point it is possible to empty by increasing
The circulation of gas or increase duration of ventilation, realize smoothing wrinkle and drying effect in chamber 11.
By being set as inside garment support bracket 1 equipped with cavity 11 and garment support ontology 2 in the embodiments of the present invention
Hollow structure, garment support ontology 2 are installed at the first gas outlet 13, so that the second air inlet 21 of garment support ontology 2 and the first outlet
Mouthfuls 13 are connected to so that the gas being passed through from the first air inlet 12 by cavity 11 and the first gas outlet 13 be circulated to second into
Port 21, and by being acted on inside clothing after the discharge of the second gas outlet 24.It is acted in this way, the gas of strength is enabled to concentrate
Inside clothing, so that the inner surface of clothing forms stronger air-flow, so that clothing is rapidly dried；Meanwhile the gas of strength exists
Clothing inner surface forms stronger active force, shakes each position of clothing, to remove the gauffer on clothing.
Garment support bracket 1 is the "-" type bracket that an inside is equipped with accommodating space in the present embodiment, which is used for
Garment support ontology 2 is supported, and accommodating space is connected to the inner space of garment support ontology 2.Specifically, garment support bracket 1 includes bracket sheet
Body 14 and bracket lower cover 15, rack body 14 are connect with bracket lower cover 15, make to form cavity 11 inside garment support bracket 1.Under bracket
Accommodating cavity 151 is offered on lid 15, hot-air and/or air of the accommodating cavity 151 for being passed through at first air inlet 12 that circulates
And/or steam, and when bracket lower cover 15 is connected on rack body 14, accommodating cavity 151 forms cavity 11.On rack body 14
Equipped with equally distributed multiple first gas outlets 13, and from outwardly extending first air inlet 12 in 14 both ends of rack body,
Identical first gas outlet of pore size can be set into multiple first gas outlets 13, or can be configured as pore size difference
The first gas outlet, to be adapted to the size of the garment support ontology 2 of one or more sizes, certainly, the first gas outlet 13 setting number
Amount can be set according to specific demand or the length of rack body 14, and the size of the first gas outlet 13 can be according to garment support
The size of ontology 2 is configured, and there is no restriction in the present utility model application.In order to facilitate suspension, in 14 end of rack body
Two the first air inlets 12 extended are crossed together by pipeline and form a first public air inlet, at this point, connection
The pipeline of two the first air inlets 12 forms the structure of similar hook, to facilitate the suspension of entire garment support.
Preferably, the fixed plate 141 and grab for fixing the rack body 14 are additionally provided on rack body 14
142, fixed plate 141 extends from 14 both ends of rack body to its vertical direction, which is installed in fixed plate 141, uses
In snapping fit onto external fixed structure (not shown), to prevent entire garment support from loosening or falling during the work time.In this reality
It applies in example, rack body 14 can be connect with 15 connection type of bracket lower cover for screw rod.Specifically, rack body 14 is equipped with spiral shell
Hole 143, and the mounting hole 152 cooperated with the screw hole 143 is provided in the accommodating cavity of bracket lower cover 15 151, it is passed through by screw rod
Screw hole 143 is simultaneously installed in the mounting hole 152, and the connection of rack body 14 Yu bracket lower cover 15 may be implemented.And in order to make to hold
The hot-air and/or air and/or steam for setting chamber 151 will not leak out, in the contact of rack body 14 and bracket lower cover 15
Face is equipped with rubber layer and/or is equipped with rubber layer in the contact surface of bracket lower cover 15 and rack body 14, to guarantee accommodating cavity
151 air-tightness, it is, of course, also possible to be laid with other materials for preventing accommodating cavity 151 discouraged, such as silica gel material, herein
There is no restriction.It is appreciated that rack body 14 and 15 connection type of bracket lower cover can also be other sides in the remaining embodiments
Formula, such as welding etc., there is no restriction in the present utility model application.
In the present embodiment, in order to make the first gas outlet 13 when being not used by closed state, the garment support bracket 1
It further include the cover piece 16 for covering the first gas outlet 13 and the elastic component 17 for elastic connection cover piece 16 and bracket lower cover 15；
Cover piece 16 and elastic component 17 are set in accommodating cavity 151, and the size of cover piece 16 is greater than the aperture of the first gas outlet 13, so that
Cover piece 16 can cover the first gas outlet 13.The first gas outlet 13 is lost heart in order to prevent, in the first gas outlet 13 and cover piece 16
Contact surface be equipped with rubber layer and/or the contact surface in cover piece 16 and the first gas outlet 13 is equipped with rubber layer, to guarantee
Air-tightness between one gas outlet 13 and cover piece 16, it is, of course, also possible to be laid with other materials for preventing accommodating cavity 151 discouraged
Material, such as silica gel.Specifically, cover piece 16 is located at the first gas outlet 13 and is set in cavity 11, and garment support ontology 2 connects with cover piece 16
When touching and pushing cover piece 16, gas channels are formed between garment support ontology 2 and cover piece 16, so that garment support ontology 2 is connected to cavity 11.
When garment support ontology 2 and cover piece 16 contact, garment support ontology 2 relies on the gravity of itself, pushes cover piece 16, while in the pressure of cover piece 16
Under power, elastic component 17 is compressed and is put aside elastic force, at this point, gas passage is formed between garment support ontology 2 and cover piece 16, so that garment support
Ontology 2 is connected to cavity 11, so that hot-air and/or air and/or steam in cavity 11 be allow to be circulated to garment support ontology 2
It is interior, and act on the clothing hung and taken.After garment support ontology 2 is dismantled from the first gas outlet 13, elastic component 17 is from compressive state quilt
Release, and the elastic force put aside by compressive state, push cover piece 16 to return to initial position, first go out so that cover piece 16 covers this
Port 13.
Preferably, limited post 161 is provided on cover piece 16, limited post 161 is from cover piece 16 towards the accommodating of bracket lower cover 15
The direction of chamber 151 extends, and the position that accommodating cavity 151 corresponds to limited post 161 is provided with limiting slot 153, and limited post 161 is inserted
In the limiting slot 153, so that cover piece 16 can only be vertically movable, and the transverse shifting of cover piece 16 is limited.Of course, it is possible to
Understand, in order to avoid limited post 161 and limiting slot 153 collide, the size of limited post 161 slightly larger than limiting slot 153, and
It is equipped with anticollision material on the outside of the cylinder of limited post 161 and/or on the inside of the slot of limiting slot 153, which kind of material specifically used
It no longer limits herein.And the length of limited post 161 is less than the groove depth of limiting slot 153, avoids bottom and the limiting slot of limited post 161
153 slot bottom collides and causes the damage of structure.
Preferably, elastic component 17 is spring structure, and one end of elastic component 17 is connected on cover piece 16, and limited post 161
In the inside of elastic component 17, the other end of elastic component 17 is connected on bracket lower cover 15, and bracket lower cover 15 corresponds to elastic component
17 position is provided with limited wall 154, which is annular shape, and limiting slot 153 is arranged in limited wall 154.Limit
Wall 154 is mutually matched with elastic component 17, and elastic component 17 is connected on bracket lower cover 15, and is located in the limited wall 154, limited wall
154 for limiting the transverse shifting of elastic component 17.Certainly, elastic component 17 is the structure that end diameter is gradually reduced and/or increases,
It is straight that the end diameter that elastic component 17 is connect with cover piece 16 in the present embodiment is greater than the end that elastic component 17 is connect with bracket lower cover 15
Diameter, to increase the contact area of elastic component 17 Yu cover piece 16, so that movement of the cover piece 16 in pushing or uphill process is more flat
Surely.In the remaining embodiments, elastic component 17 can also be other structures for having elasticity, and there is no restriction herein.It is understood that
It is that limiting slot 153 and position that limited wall 154 is arranged are corresponding with the position of the first gas outlet 13, and the quantity being arranged and the
The quantity of one gas outlet 13 is identical.
In the present embodiment, in conjunction with Fig. 4, when garment support ontology 2 and cover piece 16 contact, in order to make garment support ontology 2 with
Gas passage is formed between cover piece 16, intersects on cover piece 16 and is provided with the first vertical plate 18 and the second vertical plate 19, garment support ontology 2
Second air inlet 21 supports on the first vertical plate 18 and the second vertical plate 19, with lower cover part 16.Specifically, the first vertical plate 18 and
Two vertical plates 19 are fixed on the cover piece 16 in cross, and are located at one end opposite with limited post 161, at this point, the first vertical plate
18 and second form the channel for being used for circulated gases between vertical plate 19, when the second air inlet 21 of garment support ontology 2 is supported first
On vertical plate 18 and the second vertical plate 19, hot-air and/or air and/or steam inside cavity 11 can be from the first vertical plates 18 and
It is formed at channel between two vertical plates 19, is circulated to the second air inlet 21 of garment support ontology 2, and be passed through the inside of garment support ontology 2.It can
To understand, the length of the first vertical plate 18 and the second vertical plate 19 is all larger than the aperture of the second air inlet 21, so that the second air inlet 21
Can support on the first vertical plate 18 and the second vertical plate 19, avoid between the first vertical plate 18 and the second vertical plate 19 set tap into second into
In port 21.In order to which the evacuation that the first vertical plate 18 and the second vertical plate 19 are formed will not block the second air inlet 21, the present embodiment the
The thickness of the thickness of one vertical plate 18 and the second vertical plate 19 is respectively less than the diameter of the second air inlet 21, so that the heat inside cavity 11 is empty
Gas and/or air and/or steam can pass through in passage flow to the second air inlet 21, and be passed through the inside of garment support ontology 2.
Preferably, cover piece 16, limited post 161, the first vertical plate 18 and the second vertical plate 19 are all made of heat proof material preparation, avoid
When the hot-air and/or air and/or steam of high heat pass through cover piece 16, limited post 161, the first vertical plate 18 and the second vertical plate 19
When, cover piece 16, limited post 161, the first vertical plate 18 and the second vertical plate 19 are dissolved.
In the present embodiment, garment support ontology 2 includes hook portion 22 and takes the extension of clothing for hanging and take portion 23, hook portion 22
It is installed in the first gas outlet 13 and supports on the first vertical plate 18 and the second vertical plate 19, and hook portion 22 is taken portion 23 with extension and connect.
In order to which garment support ontology 2 is convenient for being suspended on garment support bracket 1, hook portion 22 is set as hook formation, is installed in the hook portion 22
First gas outlet 13, and be pressed on the first vertical plate 18 and the second vertical plate 19, the second air inlet 21 is set to hook portion 22 and first
Vertical plate 18 and the second vertical plate 19 compress on face, enable hot-air inside cavity 11 and/or air and/or steam by logical
It is circulated at road in the second air inlet 21, and is passed through the inside of garment support ontology 2.Portion 23 is taken it will be appreciated, of course, that hanging as in inside
Empty structure, the second gas outlet 24 as shown in Figure 3 is towards the hollow structure setting taken inside portion 23 is hung, for being discharged in cavity 11
Portion is circulated to the hot-air and/or air and/or steam of the second air inlet 21, and acts on the surface inside clothing.At it
It in remaining embodiment, hangs and takes portion 23 or the internal structure for being equipped with gas circuit, then the second gas outlet should be arranged in extension and take portion 23
Gas circuit exit, specific location setting takes the gas circuit structure that is arranged inside portion 23 and sets according to hanging, and details are not described herein.Tool
Body, it includes but is not limited to be connect using modes such as screw, welding, rivetings that hook portion 22, which takes portion 23 with extension, moreover, hook portion 22
Taking portion 23 with extension can also be integrally formed structure, it is only necessary to be internally provided with heating air and/or air and/or steam
The gas circuit of circulation, as specific structure, there is no restriction herein.Preferably, garment support ontology 2 is also prepared using heat proof material, is kept away
Exempt to be dissolved when the hot-air of high heat and/or air and/or steam pass through the inner space of garment support ontology 2.
Lose heart after being installed in the first gas outlet 13 in order to avoid garment support ontology 2, the first gas outlet 13 in the present embodiment
Shape is adapted with the shape of hook portion 22.Specifically, referring to Fig. 5, due to hook portion 22 be it is hook-shaped, the first gas outlet 13 includes
The first guide surface 131 and the second guide surface 132 contacted respectively with 22 medial and lateral of hook portion, the first guide surface 131 go out from first
The side of port 13 extends outwardly, and towards 13 lateral bend of the first gas outlet, matches with the shape of 22 inside of hook portion, so that
The curvature of first guide surface 131 is equal with the curvature of 22 medial surface of hook portion；The curvature (curvature) is for flexure plane
Some puts tangent directional angle to the rotation rate of arc length, to indicate that the curve deviates the degree of straight line on curve.Second guide surface 132
It is extended vertically outward from the other side of the first gas outlet 13, and the second guide surface 132 and the lateral surface of hook portion 22 are tangent.Pass through
The setting of first guide surface 131 and the second guide surface 132 can be carried out when hook portion 22 is installed by the second guide surface 132
Guiding, and transition is carried out by the first guide surface 131, the installing process of hook portion 22 can be made more to be close to the first air inlet
13。
Preferably, in order to avoid hook portion 22 and the hot-air or air of the first air inlet 13 are lost heart in the circulation process,
The annular groove 25 for installing sealing structure, specifically, the sealing are equipped in the region that hook portion 22 is contacted with the first gas outlet 13
Structure is sealing rubber ring, alternatively, the sealing structure is sealed silicon cushion rubber；When hook portion 22 is installed, sealing structure is squeezed respectively
Hook portion 22 and the first gas outlet 13 are pressed, so that hook portion 22 and the first gas outlet 13 keep air-tightness.Certainly, in remaining implementation
In example, it can also be other for guaranteeing the sealing structure of air-tightness, there is no restriction herein.Preferably, annular groove 25 can also be set
It sets at the first gas outlet 13, can also realize the effect for guaranteeing air-tightness between hook portion 22 and the first gas outlet 13.Certainly, also
Air-tightness between hook portion 22 and the first gas outlet 13 can be realized otherwise, such as: go out in hook portion 22 with first
The contact surface coating sealant of port 13 and/or the contact surface in the first gas outlet 13 and hook portion 22 coat sealant, this is close
The sealing materials such as silica gel, rubber can be used in sealing, also can guarantee air-tightness between hook portion 22 and the first gas outlet 13, herein simultaneously
Without limitation.
By being set as inside garment support bracket 1 equipped with cavity 11 and garment support ontology 2 in the embodiments of the present invention
Hollow structure, garment support ontology 2 are installed at the first gas outlet 13, so that the second air inlet 21 of garment support ontology 2 and the first outlet
Mouthfuls 13 are connected to so that the gas being passed through from the first air inlet 12 by cavity 11 and the first gas outlet 13 be circulated to second into
Port 21, and by being acted on inside clothing after the discharge of the second gas outlet 24.It is acted in this way, the gas of strength is enabled to concentrate
Inside clothing, so that the inner surface of clothing forms stronger air-flow, so that clothing is rapidly dried；Meanwhile the gas of strength exists
Clothing inner surface forms stronger active force, shakes each position of clothing, to remove the gauffer on clothing.
Based on the above embodiment, Fig. 6 is a kind of structural representation for garment support component that another embodiment of the utility model provides
Figure, Fig. 7 are a kind of structural blast schematic diagram for garment support component that another embodiment of the utility model provides.Referring to figure 6 and figure 7,
The garment support component includes the garment support of shaker mechanism 3 and above-described embodiment, and the frequency which can set drives clothing
Support is realized and is moved repeatedly, so that clothing is shaken repeatedly.On the basis of above-described embodiment, to garment support ontology 2 inside be passed through it is strong
While power hot-air and/or air and/or steam, increases and drive garment support ontology 2 to be moved repeatedly by shaker mechanism 3
Mode combines the mode of clothing internal ventilation and shake to act on each position inside clothing, so that the inner surface of clothing
Stronger air-flow is formed, so that clothing is rapidly dried；Meanwhile stronger active force is formed in clothing inner surface and cooperates shake
Mechanism drives clothing shake to remove the fold on clothing.
Specifically, shaker mechanism 3 includes driving portion 31, connector 32 and fixing piece 33, driving portion 31 and connector 32
Connection, connector 32 are connect by fixing piece 33 with garment support bracket 1, and driving portion 31 is rotated for drive connection part 32, to drive
Garment support bracket 1 moves back and forth.Preferably, driving portion 31 is rotating electric machine, which is rotated by drive connection part 32, and
The garment support bracket 1 connecting with connector 32 is moved back and forth, to shake garment support bracket 1, and garment support ontology 2 is shaken and hangs and take
Each position inside the clothing on garment support ontology 2, with fast jitter clothing, to improve the drying and smoothing wrinkle effect of clothing
Fruit.Certainly, in the remaining embodiments, which can also be set as needed as other driving devices, such as rotary pneumatic
Cylinder etc., there is no restriction in the present utility model application.
Preferably, fixing piece 33 is vertical columns, and the quantity being arranged is two, and two fixing pieces 33 are separately fixed at branch
On frame ontology 14, and the both ends at the first gas outlet 13 being located in one of, connector 32 is fixed on two fixing pieces 33, when
So, the connection between connector 32 and fixing piece 33 includes but is not limited to use the modes such as screw rod, welding.It is appreciated that fixing
Part 33 is greater than height when hook portion 22 is installed in the first gas outlet 13 in vertical height, so that hook portion 22 can be easily
Dismounting.
In this way, clothing can be driven to shake in conjunction with to 2 internal ventilation of garment support ontology and shaker mechanism 3 in the present embodiment
Mode improves the smoothing wrinkle and drying effect of clothing.
Preferably, it is provided with holding tank 321 on connector 32, converter section 311, converter section 311 are provided on driving portion 31
It is inserted in holding tank 321, makes driving portion 31 drive converter section 311 in 321 rotary motion of holding tank, existed with band follower link 32
The setting direction of garment support bracket 1 moves back and forth.Connector 32 is band driving wheel in the present embodiment, and is provided with receiving on band driving wheel
Slot 321, the holding tank 321 are set to the one end connecting with driving portion 31, and converter section 311 is inserted in the holding tank 321.Due to this
Driving portion 31 is rotating electric machine in embodiment, i.e., converter section 311 acts on holding tank after being used to convert the rotary force of driving portion 31
In 321, move back and forth holding tank 321 in the setting direction of garment support bracket 1.At this point, the length and connector of holding tank 321
32 diameter is identical, i.e., when converter section 311 rotates a circle in holding tank 321, connector 32 is in the setting side of garment support bracket 1
Reciprocating motion twice is completed upwards.
It specifically, is the motion conditions of the utility model embodiment converter section 311 referring to Fig. 8.If holding tank 321
Length is equal to the diameter of the rotational trajectory of converter section 311, then garment support bracket 1 in fig. 8 it is seen to the right/left direction on execute
Translational motion (the arrow expression direction of motion).Here, in conjunction with Fig. 6 or Fig. 7, holding tank 321 can be perpendicular or parallel to garment support branch
The longitudinal direction of frame 1 is formed, but holding tank 321 is illustrated only in Fig. 6 or Fig. 7 can be perpendicular to the longitudinal direction shape of garment support bracket 1
At.
I.e. if holding tank 321 is formed perpendicular to the longitudinal direction of garment support bracket 1, as shown in Figure 8, then garment support bracket 1
Translational motion is executed along its longitudinal direction.If the longitudinal direction that holding tank 321 is parallel to garment support bracket 1 forms (not shown),
Then garment support bracket 1 can execute translational motion along the direction vertical relative to its longitudinal direction.
At this point, the horizontal component that converter section 311 moves pushes the peripheral surface of holding tank 321, so that holding tank 321 can be
To the right/move up to the left.However, the vertical component that converter section 311 moves makes converter section 311 along the longitudinal direction of holding tank 321
Direction is mobile, but the vertical component of converter section 311 cannot be such that holding tank 321 moves along upward/downward direction.
As a result, if holding tank 321 is perpendicular to the longitudinal direction of garment support bracket 1, garment support bracket 1 is relative to its longitudinal direction
Translational motion is executed in the parallel direction in direction.If holding tank 321 is parallel to the longitudinal direction of garment support bracket 1, garment support branch
Frame 1 executes translational motion on the direction vertical relative to its longitudinal direction.
In the embodiments of the present invention, referring to Fig. 9, converter section 311 includes first connecting portion 3111, transition arm 3112
And second connecting portion 3113；The rotary shaft of driving portion 31 is inserted in first connecting portion 3111, and transition arm 3112 is connected from first
Portion 3111 is upwardly extended in the Vertical Square relative to rotary shaft, and second connecting portion 3113 is prominent from the end of transition arm 3112, and
It can be rotated relative to rotary shaft.First connecting portion 3111 is axis hole, for connecting the rotary shaft of driving portion 31, and the axis hole
Aperture is slightly larger than rotary shaft, so that rotary shaft can be inserted in easily in first connecting portion 3111.In order to limit rotary shaft
Vertical position is additionally provided with limit film 314 on driving portion 31, and through-hole is provided in limit film 314, and rotary shaft is inserted across the through-hole
In axis hole, wherein the diameter of limit film 314 is greater than the aperture of the axis hole, and is provided with and limits on the axis body of rotary shaft
The slot that bit slice 314 cooperates.It will be appreciated, of course, that in order to avoid rotary shaft and first connecting portion 3111 collide, in rotary shaft
Axis body on the outside of and/or on the inside of the hole of rotary shaft and first connecting portion 3111 be equipped with anticollision material, which kind of is specifically used
Material no longer limits herein.
Preferably, transition arm 3112 is upwardly extended from first connecting portion 3111 in the Vertical Square relative to rotary shaft, is used for
Rotary force is converted, and connects first connecting portion 3111 and second connecting portion 3113, is first connecting portion 3111 and second connecting portion
3113 movement conversion provides support.Preferably, second connecting portion 3113 is prominent from the end of transition arm 3112, and can be opposite
It is rotated in rotary shaft.Second connecting portion 3111 is bolt, and the end from transition arm 3112 towards connector 32 extends and protrudes.
Preferably, in order to guarantee the movement of second connecting portion 3113, in conjunction with Fig. 7 and Figure 10, which is also wrapped
Bearing 312 and the retainer plate 313 for fixing bearing 312 are included, second connecting portion 3113 is inserted in bearing 312 and passes through fixation
Circle 313 is fixed, bearing 312 is used to support second connecting portion 3113, and can reduce second connecting portion 3113 during rotation
Coefficient of friction.Bearing 312 in the present embodiment is preferably oilless bearing, has bearing capacity height, impact resistance, high temperature resistant, Zi Run
The features such as ability of cunning is strong.Certainly, in the remaining embodiments, bearing 312 can also select other types of bearing, herein and unlimited
System.Specifically, referring to Fig. 9, the bottom of bearing 312 is provided with step 3121, and second connecting portion 3113 is hollow structure, and
It is provided with screw thread on the hollow structure inner wall, by the way that retainer plate 313 to be set on step 3121, and screw rod is passed through into retainer plate
313 screw in the screw thread of 3113 hollow structure of second connecting portion, with fixing bearing 312 and second connecting portion 3113.Certainly, may be used also
To be fixed otherwise, such as flanged joint.
Preferably, in order to improve the wrinkle improvement effect of clothing, the air being passed through at the first air inlet 12 is preferably hot-air,
I.e. garment support component further includes the air heater 4 for heating air, and air heater 4 is set to the first air inlet of garment support bracket 1
At mouth 12, and it is connected to by pipeline with the first air inlet 12.When the first air inlet 12 is two, the outlet of air heater 4
End is provided with crossover sub 41, by crossover sub 41 and tube fit, makes air heater 4 by the air after heating by the
One air inlet 12.Alternatively, when the first air inlet 12 crosses into public first air inlet, the outlet side of air heater 4
Directly and tube fit, make air heater 4 that the air after heating is passed through the first air inlet 12.Certainly, in practical applications,
When the first air inlet 12 is arranged with multiple first air inlets, multiple air heaters 4 can be equipped with and carry out heating air, specific number
The setting of amount is set according to the quantity of actual first air inlet 12, and there is no restriction in the present invention.Preferably, in air
Heater 4 is provided with inlet end 42 relative to the side of outlet side, which passes through air for being passed through normal air
Heater 4 is circulated to inside cavity 11 and garment support ontology 2 after being heated, and so that it is acted on extension and is ridden on garment support ontology 2
Each position inside clothing.
It is acted on inside clothing in this way, the hot-air of strength is enabled to concentrate, so that the inner surface formation of clothing is stronger
Air-flow so that clothing is rapidly dried；Meanwhile stronger active force is formed in clothing inner surface and shaker mechanism is cooperated to drive
Clothing is shaken to remove the fold on clothing.
Based on above-mentioned two embodiment, referring to Fig.1-10, the utility model also proposed a kind of laundry care appliance, including
The garment support of above-described embodiment, or the garment support component including above-described embodiment.The specific structure of the garment support or garment support component ginseng
According to above-described embodiment, since the garment support or garment support component of the present embodiment use whole technical sides of above-mentioned all embodiments
Case, therefore the laundry care appliance of the present embodiment at least has all beneficial effects brought by the technical solution of above-described embodiment
Fruit, this is no longer going to repeat them.
The above is only the preferred embodiments of the utility model, and therefore it does not limit the scope of the patent of the utility model, all
Under the concept of the utility model, equivalent structure transformation made based on the specification and figures of the utility model, or
Directly/be used in other related technical areas indirectly and be included in the scope of patent protection of the utility model.
Claims (13)
1. a kind of garment support characterized by comprising garment support bracket and for hanging the garment support ontology for taking clothing, the garment support bracket
Inside is equipped with cavity, and the first air inlet being connected to the cavity and the first gas outlet are equipped on the garment support bracket,
In, the second air inlet and the second gas outlet of connection are equipped on the garment support ontology；
The garment support ontology is installed at first gas outlet, and first gas outlet is connected to second air inlet,
So that the gas being passed through from first air inlet by the cavity and first gas outlet be circulated to described second into
Port, and be discharged by second gas outlet.
2. garment support as described in claim 1, which is characterized in that the garment support bracket includes rack body and bracket lower cover, institute
It states rack body to connect with the bracket lower cover, the garment support internal stent is made to form the cavity.
3. garment support as claimed in claim 2, which is characterized in that the garment support bracket further includes for covering first outlet
Mouthful cover piece and elastic component for cover piece described in elastic connection and the bracket lower cover；
The cover piece is located at first gas outlet and sets in the cavity, and the garment support ontology contacts simultaneously with the cover piece
When pushing the cover piece, form gas passage between the garment support ontology and the cover piece so that the garment support ontology with it is described
Cavity connection.
4. garment support as claimed in claim 3, which is characterized in that intersection is provided with the first vertical plate and second and stands on the cover piece
Plate, second air inlet support on first vertical plate and second vertical plate, to push the cover piece；
The thickness of the thickness of first vertical plate and second vertical plate is respectively less than the diameter of second air inlet.
5. garment support as claimed in claim 4, which is characterized in that the garment support ontology includes hook portion and takes clothing for hanging
Extension take portion, the hook portion is installed in first gas outlet and supports on first vertical plate and second vertical plate,
And the hook portion is connect with the extension portion of taking.
6. garment support as claimed in claim 5, which is characterized in that the shape of first gas outlet and the shape of the hook portion
It is adapted.
7. garment support as claimed in claim 6, which is characterized in that the region that the hook portion is contacted with first gas outlet is set
There is the annular groove for installing sealing structure.
8. a kind of garment support component, which is characterized in that including shaker mechanism and clothing as claimed in any one of claims 1 to 7
Support；
The shaker mechanism includes driving portion, connector and fixing piece, and the driving portion is connect with the connector, the company
Fitting is connect by the fixing piece with the garment support bracket, and the driving portion is for driving the connector to rotate, to drive
The garment support bracket moves back and forth.
9. garment support component as claimed in claim 8, which is characterized in that be provided with holding tank, the driving on the connector
Converter section is provided in portion, the converter section is inserted in the holding tank；
The driving portion drives the converter section in the holding tank rotary motion, to drive the connector in the garment support branch
The setting direction of frame moves back and forth.
10. garment support component as claimed in claim 9, which is characterized in that the converter section includes:
First connecting portion, the rotary shaft of the driving portion are inserted in the first connecting portion；
Transition arm, the transition arm are upwardly extended from the first connecting portion in the Vertical Square relative to the rotary shaft；
Second connecting portion, the second connecting portion is prominent from the end of the transition arm, and can revolve relative to the rotary shaft
Turn.
11. garment support component as claimed in claim 10, which is characterized in that the driving portion further includes bearing and for fixing
The retainer plate of the bearing, the second connecting portion are inserted in the bearing and are fixed by the retainer plate, and the bearing is used
In the support second connecting portion.
12. garment support component as claimed in claim 8, which is characterized in that further include the air heater for heating air, institute
Air heater is stated at the first air inlet of the garment support bracket, and be connected to first air inlet by pipeline.
13. a kind of laundry care appliance, which is characterized in that including the garment support as described in claim 1-7 any one, or packet
Include the garment support component as described in claim 8 to 12 any one.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821454129.XU CN208933706U (en) | 2018-09-05 | 2018-09-05 | Garment support, garment support component and laundry care appliance |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821454129.XU CN208933706U (en) | 2018-09-05 | 2018-09-05 | Garment support, garment support component and laundry care appliance |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208933706U true CN208933706U (en) | 2019-06-04 |
Family
ID=66720102
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821454129.XU Active CN208933706U (en) | 2018-09-05 | 2018-09-05 | Garment support, garment support component and laundry care appliance |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208933706U (en) |
-
2018
- 2018-09-05 CN CN201821454129.XU patent/CN208933706U/en active Active
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