CN205874799U - Air drying device - Google Patents
Air drying device Download PDFInfo
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- CN205874799U CN205874799U CN201620682629.3U CN201620682629U CN205874799U CN 205874799 U CN205874799 U CN 205874799U CN 201620682629 U CN201620682629 U CN 201620682629U CN 205874799 U CN205874799 U CN 205874799U
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Abstract
The utility model relates to an air drying device. Air drying device includes the cabinet body, a plurality of supporting mechanism, fan, dehumidifier and drainage mechanism. A plurality of supporting mechanism intervals set up in the cabinet is internal, and every supporting mechanism includes driving piece, guide board, dwang and telescopic clothes airing rod. The fan set up in cabinet body top, the fan include the casing and set up in air blown producer in the casing, a plurality of exhaust vents have been seted up on the casing. The dehumidifier set up in the bottom of the cabinet body. Drainage mechanism includes drain part and dewatering spare, the last drainage groove of having seted up of drain part. Dewatering spare set up in the one end in drainage groove is provided with the subassembly that disinfects among the air drying device, consequently can utilize the subassembly that disinfects spherical parcel layer release bacteriocidal substance disinfects for clothes after the air -dry is aseptic. Air drying device can change places and dry the clothes and do not influence the indoor environment.
Description
Technical field
This utility model relates to a kind of air-dry apparatus.
Background technology
Along with the raising of national life level, food and clothing is lived row and is increasingly paid attention to by people.Such as, people are for the matter of clothes
Amount is the most increasingly paid close attention to.Pledge clothes wear dirty after, need wash and dry.But, for woollen clothes and chemical fibre class
Clothes, needs to be placed in and makes it dry at shady and cool ventilation after cleaning.For wool clothes, due to the surface of wool fiber therein
For scale layer, the natural oleyl amine thin film of scale layer imparts the soft characteristic of wool fiber and gloss.Expose in the sun if put
Shining, oleyl amine thin film can go bad because high temperature produces Oxidation, thus has a strong impact on outward appearance and the service life of wool clothes.And
For chemical fibre class clothes, also should not tan by the sun in the sunlight.Because the acrylic fiber in chemical fibre class clothes is easy variable color after tanning by the sun
Yellowing, and chinlon, polypropylene and staple fibre are the most aging under the tanning by the sun of daylight.Terylene and polyvinyl can accelerate under dayligth effect
The photodestruction of fiber, affects the fabric life-span.For the clothes of these kinds of drying in the shade, need to hang out, so at indoor cool place
And owing to the gear of wall sets, indoor typically no distinguished and admirable, cause clothes to be difficult to dry, and the water capacity on wet clothes easily drip in
On floor, affect indoor environment.
Utility model content
Based on this, it is necessary to provide a kind of air-dry apparatus that can be easier to airing clothes and not affect indoor environment.
A kind of air-dry apparatus, including:
Cabinet, is formed with work space in it；
Multiple supporting mechanisms, are arranged at intervals in described work space, each supporting mechanism include actuator, guided plate,
Rotating bar and telescopic clothes-horse, described actuator arranges on described cabinet, and described guided plate is attached at adjacent to described actuator
In described cabinet, described guided plate being provided with guiding groove, described rotation bar includes the turning end being oppositely arranged and the clothing end that dries in the air, institute
Stating turning end to be connected on described actuator, the area of section of described rotation bar gradually subtracts along the direction away from described actuator
Little, one end of described telescopic clothes-horse is arranged in described guiding groove actively, the other end and the clothing end pivot that dries in the air of described rotation bar
Turning and connect, described telescopic clothes-horse bends adjacent to the part of described rotation bar and is provided with latch closure shape and dries in the air clothing position, and described latch closure shape is dried in the air
Clothing position is used for hanging clothes, and described actuator is for driving described rotation bar at the uniform velocity to revolve around described turning end in Preset Time
Turn, thus drive described telescopic clothes-horse to move along with the drying degree of clothes；
Blower fan, is arranged at described cabinet top, and described blower fan includes housing and is arranged at the air blown producer in described housing,
Multiple exhaust vent is offered on described housing；
Dehumidifier, is arranged at the bottom of described cabinet, for reducing the dampness in described work space；
Drainage mechanism, neighbouring described dehumidifier is arranged, and described drainage mechanism includes drain part and except water part, described drain part
On offer drainage trough, for accepting on clothes the globule of drippage, described one end being arranged at described drainage trough except water part, be used for
Water in described drainage trough is taken away；And
Sterilization module, including bin and ejector, described bin is elliposoidal and includes adhesion layer, spherical parcel
Layer and connecting tube, described adhesion layer adheres in the work space of described cabinet, and described spherical integument is pasted on described viscous
On attached layer, being formed with parcel space in described spherical integument, the two ends of described connecting tube connect described spherical integument respectively
And described ejector.
Wherein in an embodiment, the thickness of described adhesion layer is 0.32-0.56 centimetre.
Wherein in an embodiment, the area of described adhesion layer is 100-300 square centimeter.
Wherein in an embodiment, inside described spherical integument, it is provided with sealing strip, the thickness of described sealing strip
It it is 0.13 millimeter.
Wherein in an embodiment, described ejector includes shell and is arranged at the mesh portion in described shell.
Wherein in an embodiment, described shell is spherical shell shape and offers spray-hole, and described mesh portion gear is located at
In described spray-hole.
Wherein in an embodiment, the mesh of described mesh portion is regular pentagon.
Owing to being provided with blower fan on cabinet, the dry process of clothes therefore can be accelerated, and dehumidifier and drainage mechanism
Arrange, then can ensure that the humidity in cabinet is relatively low, do not affect indoor environment.
Owing to air-dry apparatus being provided with sterilization module, the described spherical integument of sterilization module therefore can be utilized to discharge
Fungicidal substance, sterilizes so that the clothes after Feng Ganing is aseptic, goes for air-drying the aseptic working clothing inside factory.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of the air-dry apparatus of this utility model one embodiment；
Fig. 2 is the front view after the air-dry apparatus of an embodiment removes door assembly；
Fig. 3 is the schematic perspective view of the supporting mechanism of an embodiment；
Fig. 4 is that supporting mechanism shown in Fig. 3 is along the sectional view in IV-IV direction；
Fig. 5 is the schematic perspective view of the blower fan of an embodiment；And
Fig. 6 is the schematic perspective view of the drainage mechanism of an embodiment.
Detailed description of the invention
Understandable for enabling above-mentioned purpose of the present utility model, feature and advantage to become apparent from, below in conjunction with the accompanying drawings to this
The detailed description of the invention of utility model is described in detail.Elaborate a lot of detail in the following description so that fully
Understand this utility model.But this utility model can be implemented to be much different from alternate manner described here, this area
Technical staff can do similar improvement in the case of this utility model intension, and therefore this utility model is not by following public affairs
The restriction being embodied as opened.
It should be noted that when element is referred to as " being fixed on " or " being arranged at " another element, and it can be directly separately
On one element or can also exist element placed in the middle or be positioned at another element certain a part.When an element is recognized
For being " connection " another element, it can be directly to another element or may be simultaneously present centering elements.This
The literary composition term " vertical ", " level ", "left", "right" and the similar statement that are used for illustrative purposes only, and
Do not indicate that it is unique embodiment.
Unless otherwise defined, all of technology used herein and scientific terminology are led with belonging to technology of the present utility model
The implication that the technical staff in territory is generally understood that is identical.At term used in the description of the present utility model it is simply herein
The purpose of specific embodiment is described, it is not intended that in limiting this utility model.Term as used herein "and/or" bag
Include the arbitrary and all of combination of one or more relevant Listed Items.
Referring to Fig. 1 and Fig. 2, an embodiment of the present utility model is a kind of air-dry apparatus 100.Air-dry apparatus 100 includes
Cabinet 10, multiple supporting mechanism 20, blower fan 30, dehumidifier 40 and drainage mechanism 50 being arranged at intervals in cabinet 10.Support
Mechanism 20 is arranged at the top of cabinet 10, is used for hanging clothes.Blower fan 30 is arranged at the top of cabinet 10 and to supporting mechanism 20
Blowing, to dry the clothes on supporting mechanism 20.Dehumidifier 40 is arranged at the bottom of cabinet 10, wet for reduce in cabinet 10
Degree.Drainage mechanism 20 is arranged adjacent to dehumidifier 40, for accepting the globule dropped down on clothes and being taken away in time by water.
Cabinet 10 includes storage portion the 11, first attaching part 13 and the second attaching part 15.Described supporting mechanism 20, blower fan
30, in dehumidifier 40 and described drainage mechanism 50 may be contained within described storage portion 11.Described first attaching part 13 is arranged at institute
Stating the side of storage portion 11, described second attaching part 15 is arranged at described first attaching part 13 away from the one of described storage portion 11
Side.Described storage portion 11 includes storing frame 111 and being arranged at the door assembly 113 on described storage frame 111.Described storage frame
Described work space 1111 it is formed with in 111.Supporting mechanism 20, blower fan 30, dehumidifier 40 and drainage mechanism 50 may be contained within
In work space 1111.Described door assembly 113 is slideably positioned on described storage frame 111.
For the ease of opening the work space 111 of storage portion 11, described door assembly 113 includes the first door body 1131 and
Two door body 1133, described first door body 1131 and described second door body 1133 are arranged in parallel, side by side by work space 1111
Close.After promoting the second door body 1133 to make it slide, the second door body 1133 can be overlapped in the first door body 1131, thus opens work
Make space 111.For the ease of trying on a dress, described second door body 1133 is provided with fitting mirror 1135.Described fitting mirror 1135
For rectangle fitting mirror, and it is embedded in described second door body 1133.The area of described second door body 1133 is described fitting mirror
1.81-2.31 times of area.Described first attaching part 13 is provided with three and hangs compartment 131, described in hang compartment 131 in set
Being equipped with and hang bar 1311, described second attaching part 15 is provided with three collection compartments 151.
Such as, in order to clean clothes further, the top of cabinet 10 is provided with sterilization module, and described sterilization module includes storage
Storage and ejector, store bactericidal liquid in described bin, described ejector is for the clothes in work space 111
Injection bactericidal liquid, to implement the sterilization process to clothes.Described bactericidal liquid includes hydrogen peroxide and silver ion type inorganic composite antimicrobial
Agent, ratio therebetween is: 2:1.31.Owing to hydrogen peroxide can be with fast decoupled, therefore, permissible during clothes airing
It is broken off, and silver ion type inorganic complex antimicrobials can drop under the blowing of air-flow.It addition, the ratio of 2:1.31, make
Obtaining silver ion type inorganic complex antimicrobials preferably can merge with hydrogen peroxide and make the two performance respective used, and dissipation is corresponding
Mushroom, the two complements one another.
Specifically, described bin is elliposoidal, and it includes adhesion layer, spherical integument and connecting tube, described adhesion
Layer adheres in the work space 11 of described cabinet 10, and described spherical integument is pasted on described adhesion layer, spherical integument
In be formed with parcel space, described parcel space stores described bactericidal liquid, the two ends of described connecting tube connect described respectively
Spherical integument and described ejector.
The thickness of described adhesion layer is 0.32-0.56 centimetre, and the area of described adhesion layer is 100-300 square centimeter.Institute
Stating and be provided with sealing strip inside spherical integument, the thickness of described sealing strip is 0.13 millimeter.Described ejector include shell with
And the mesh portion being arranged in shell.Described shell is spherical shell shape, and offers spray-hole, and described mesh portion gear is located at described spray
In perforation.The mesh of described mesh portion is regular pentagon.
Owing to air-dry apparatus being provided with sterilization module, the described spherical integument of sterilization module therefore can be utilized to discharge
Bactericidal liquid, sterilizes so that the clothes after Feng Ganing is aseptic, goes for air-drying the aseptic working clothing inside factory.
Seeing also Fig. 3 and Fig. 4, multiple supporting mechanisms 20 are arranged at intervals in described work space 1111.Each
Support mechanism 20 includes actuator 21, guided plate 22, rotates bar 23 and telescopic clothes-horse 24.Described actuator 21 arranges described cabinet
On body 10, described guided plate 22 is attached in described cabinet 10 adjacent to described actuator 21, described guided plate 22 is provided with and draws
Guide groove 221.One end of described guided plate 22 is formed with inclined-plane 223, and described inclined-plane 223 is provided with friction particles.Described guiding
The length of plate 22 is 1.23-1.61 times of the length of described guiding groove 221.The width of described guided plate 22 by one end towards another
End tapers into.The thickness of described guided plate 22 is tapered into towards the other end by one end.
Described rotation bar 23 includes that the turning end 231 being oppositely arranged and the clothing end 233 that dries in the air, described turning end 231 are connected to institute
Stating on actuator 21, the area of section of described rotation bar 23 is gradually reduced along the direction away from described actuator 21.Described flexible
One end of clothes-horse 24 is arranged in described guiding groove 221 actively, and the other end pivots with the clothing end 233 that dries in the air of described rotation bar 23
Connect.Described telescopic clothes-horse 24 bends adjacent to the part of described rotation bar 23 and is provided with latch closure shape and dries in the air clothing position 241, described flexible
A diameter of 0.31-0.64 centimetre of clothes-horse, described latch closure shape dries in the air clothing position 241 for hanging clothes.
Described actuator 21 is used for driving described rotation bar 23 at the uniform velocity to rotate around described turning end 231 in Preset Time,
Thus drive described telescopic clothes-horse 24 to move along with the degree of drying of clothes.Such as, actuator 21 drives rotation bar 23 to rotate,
And drive one end of telescopic clothes-horse 24 to be gradually increasing, along with clothes hangs the longest of time, now the humidity of clothes is the least, stretches
The position of contracting clothes-horse 24 one end is the highest, will the least clothes hanger of humidity must be the highest.Such as, set actuator 21 and will rotate bar
23 times rotating to extreme higher position were 24 hours, i.e. from the beginning of hanging wet clothes, actuator 21 in 24 hours by swingle
23 turn to extreme higher position.Owing to most of wet clothes are under draughty situation, can dry in 24 hours, therefore drive
Drying clothes can be suspended to extreme higher position in 24 hours by moving part 21, so that drying clothes can be higher than other supporting mechanisms 20
The wet clothes hung, it is to avoid drying clothes are bedewed by other wet clothes again.
Such as, for the ease of installing telescopic clothes-horse 24, the two ends on described telescopic clothes-horse 24 are respectively arranged with buckle
Ball 243 and pivot ball 245, described pivot ball 245 is pivotally connected with described rotation bar 23, and described card slam-shot 243 houses slidably
In described guiding groove 221.For the ease of stretching described telescopic clothes-horse 24, described telescopic clothes-horse 24 is additionally provided with flexible
Pleated portions 247, described flexible pleated portions 247 is arranged at described card slam-shot 243 and described latch closure shape is dried in the air between clothing position 241.Described
A length of 21.3-37.9 centimetre of flexible pleated portions, and it is capable of elastic telescopic.Described card slam-shot 243 a diameter of
1.81-3.61 centimetre.
Such as, for the ease of the buckle installing of described card slam-shot 243, described guiding groove 221 is strip and along described
The length direction of guided plate 22 extends.Described guiding groove 221 includes limiting section 2211 and guide portion 2213, described limiting section 2211
Being opened in the surface of described guided plate 22, described guide portion 2213 is arranged at the bottom of described limiting section 2211, and described card is spiked
243 are contained in described guide portion 2213.Such as, the cross-sectional width of described guide portion 2213 cutting more than described limiting section 2211
Face width degree, described telescopic clothes-horse 24 is arranged in described limiting section 2211, and described card slam-shot 243 through limiting section 2211 and is lived
It is arranged in guide portion 2213 dynamicly.
Seeing also Fig. 5, blower fan 30 is arranged at described cabinet 10 top, for drying to described supporting mechanism 20.Institute
State blower fan 30 include housing 31 and be arranged at the air blown producer (not shown) in described housing 31.In the present embodiment, described
The housing 31 of blower fan 30 includes body 311 and two side of sidewall portion 313, and described air blown producer is arranged in described body 31
Portion, said two side of sidewall portion 313 stretches out from the both sides of the edge of described body 311.The most described of described side of sidewall portion 313
Body 311 tilts and the two angle formed is 117.3 degree.Multiple exhaust vent 315 is offered on described housing 31, the plurality of
A diameter of 1.32-5.42 centimetre of exhaust vent 315.The plurality of exhaust vent 315 includes multiple first exhaust vent 3151 and many
Individual second exhaust vent 3153, the plurality of first exhaust vent 3151 is opened on described body 311, the plurality of second air-out
Hole 3153 is formed on described side of sidewall portion 313.The diameter of described first exhaust vent 3151 is less than described second exhaust vent 3153
Diameter.
Specifically, a diameter of 1.32-3.73 centimetre of described first exhaust vent 3151.Described second exhaust vent 3153 straight
Footpath is 3.73-5.42 centimetre.Described second exhaust vent 3153 is circular port, inclines in the surface of its axially opposing described side of sidewall portion 313
Tiltedly.Due to the second exhaust vent 3153 relative tilt on side of sidewall portion 313, therefore the second exhaust vent 3153 draw distinguished and admirable can be from
Different angles blow to the clothes on supporting mechanism 20, therefore can accelerate the dry process of wet clothes.
Referring to Fig. 1, dehumidifier 40 is arranged at the bottom of described cabinet 10, is used for reducing described work space 1111
Interior dampness.
Seeing also Fig. 6, drainage mechanism 50 is arranged adjacent to described dehumidifier 40.Drainage mechanism 50 include drain part 51 with
And except water part 53.Drainage trough 511 is offered, for accepting the globule of drippage on clothes on described drain part 51.Described except water part
53 one end being arranged at described drainage trough 511, for taking away the water in described drainage trough 511.Wherein, described drain part 51 is
Strip.Such as, for the ease of installing described drainage mechanism 50, described drain part 50 also includes adhered layer 55, described adhered layer
It is attached on described cabinet 10 on 55 sidewalls being arranged at described drain part 51 and by described drain part 51.Described drainage trough 511
The degree of depth be gradually increased along towards described except the direction of water part 53.The bottom of described drainage trough 511 is additionally provided with sealing strip 57, institute
The thickness stating sealing strip 57 is 0.34 millimeter.
In air-dry apparatus 100 of the present utility model, owing to being provided with blower fan 30 on cabinet 10, therefore can accelerate clothes
Dry process, and dehumidifier 40 and the setting of drainage mechanism 50, then can ensure that the humidity in cabinet 10 is relatively low, do not affect room
Interior environment.
Such as, in order to further observe the degree of drying of clothes in cabinet, also including observation structure, described observation is tied
Structure includes the photoscope being arranged on cabinet, button and is arranged at the lamp bead inside described cabinet, and described button is arranged at institute
Stating on cabinet, described lamp bead arranges adjacent to described photoscope and is electrically connected with described button.When needing to observe being dried of clothes
Degree, pressing button can make lamp bead luminous, thus illuminate the work space in cabinet, by the clothing in photoscope observation cabinet
Clothes hang the degree of drying that the most i.e. can determine whether clothes, and owing to being observed without opening door assembly, therefore need not hold
Attacked by dampness in cabinet.
Such as, described photoscope is circular, and its radius is 0.64-0.72 centimetre.Specifically, in the present embodiment, institute
The radius stating photoscope is 0.68 centimetre.Such as, the thickness of described photoscope is 0.35 centimetre.Described button rotates and is arranged at institute
Stating on cabinet, it includes interconnective open end and connects end.End is connected in pressing can connect described lamp bead, pressing release
End, pressing open end combines and makes lamp bead power-off, thus blackout.In the present embodiment, described button is rectangular blocks shape.
For drying clothes quickly, also include that drying unit, described drying unit are installed in described cabinet, described baking
Equipment for drying includes that power supply and heat generating member, described heat generating member and described power supply may be contained within described cabinet, described heat generating member
For rectangular strip, described heat generating member includes generating heat body and being arranged at the heating wire on heating body.
In one embodiment, described heating body is formed with hot zone, a length of 21.3-31.3 of described hot zone
Centimetre, the width of described hot zone is 5.7-8.3 centimetre.Described heating wire is formed on described hot zone.Described heating wire
A diameter of 1.2 millimeters, a length of 3.6 centimetres.Described heating wire extends in bending, and includes interconnective connecting portion and extension
Portion, described connecting portion is connected on described heating body, and the bending of described extension the most described connecting portion extends, described extension
And formation obtuse angle between described connecting portion, such as 135 degree.Owing to heating wire is bending, it is thus advantageous to it and heat is radiated
Out, and then beneficially drying clothes.
Such as, described drying unit also includes the housing housing described power supply and houses the sheath body of described heat generating member, institute
Stating housing to be made up of insulant, described insulant includes the first film layer, the second film layer and the 3rd being cascading
Film layer.Such as, described first film layer nearby electron element or heating element heater, therefore the first film layer should play bigger isolation work
With, and should ensure that the first film layer has less deformation coefficient, from without because be heated and the reason that cools down and with second
Film layer produces gap.Therefore, the first film layer can include each component of following mass parts: silicide heat insulation foam 40 parts-50 parts, poly-second
8 parts-10 parts of alkene, crosslinked polyethylene 6 parts-8 parts, aeroge 5-10 part, polyurethane 3-4 part, glass fibre 3-7 part, cellucotton 2-8
Part, polrvinyl chloride 3-4 part and sheathing paper 3-5 part.
Owing to silicide heat insulation foam has higher heat stability and has the corrosion resistance of excellence, various soda acids are become
The toleration divided is preferable, and therefore the first film layer is based on silicide heat insulation foam, then will not produce bigger deformation, is difficult to and second
Film layer produces gap.
Such as, the second film layer includes each component of following quality: phenolic foam 30-35 part, polyurethane foam plastics
20-25 part, foam plastics 10-12 part, super glass wool 8-15 part, high silica wool 10-13 part.Owing to foam plastics is that vacuum is exhausted
Hot material, its available internal vacuum realizes the effect of trap heat, therefore, it is possible to the heat that the first film layer is passed to
Isolation further.Such as, the first film layer utilizes silicide heat insulation foam to hinder conduction of heat, and the second film layer then utilizes vacuum to hinder
Every the heat radiation of the first film layer, thus the first film layer and the second film layer intercept real by the heat-conducting mode different to two kinds
The most heat insulation.
Third membrane layer is in the outermost layer away from heat, should be based on hard material, to ensure that structure is strong more reliably
Degree and quality.Such as, third membrane layer can include each component of following quality: crystal fibre 30-40 part, containing zirconium fiber 15-20 part,
High aluminum fiber 10-12 part, nano silicon 5-8 part, synthetic resin 5-6 part, filler 5-3 part, plasticizer 4-6 part, stabilizer
3-5 divides, lubricant 2-3 part, colorant 1-2 part.Wherein owing to being provided with rate accelerating material and lubricant and pigment, so that the 3rd
Film layer presents the gloss of plastics, improves its aesthetics.
Being appreciated that in these appliance fields, the material of the sheath body of described heat generating member is usually plastics, is used for reaching matter
Gently, insulate and heat insulation effect, but, owing to these sheath bodies are easily deformed, aging the most poisonous.And in order to avoid these are asked
Topic.Such as, described sheath body includes being cascading: refractory coating, foam metal layer, inner protective layer, porous ceramic layer with
And external protection.Wherein refractory coating needs in the face of various cold and hot and acid or alkali environment, and therefore refractory coating needs the highest
Temperature stability and chemical stability, such as, refractory coating can include the component of following mass parts: nichrome 30-35 part,
Aluminium oxide 20-15 part, calcium oxide 20-15.Foam metal layer can include the component of following mass parts: Porous foam aluminimun 35-40
Part, foam copper 25-30 part, titanium foam alloy 10-20 part.Wherein to have damping, noise reduction, fire-retardant, filtration etc. many for foam metal layer
Kind of function, has again certain mechanical strength simultaneously, the most also light weight, heat-resisting, corrosion-resistant, specific surface area is big, chemical and electric
The advantages such as chemism is high, the most aging so that sheath body normally can work under, working condition that environment is more severe higher in temperature.
Inner protective layer can include the component of following mass parts: boron nitride 30-40 part, aluminium oxide 20-25 part, copper fluoride 15-20 part.In
The material of protective layer with close attachment on foam metal layer, thus can be combined closely in foam metal layer and porous ceramic layer
So that foam metal layer is combined closely with porous ceramic layer in hole.Porous ceramic layer has the component of following mass parts: oxidation
Aluminum 40-50 part, carborundum 30-35 part, cordierite 20-25 part, silica 1 5-20 part, flux 10-15 part, cohesive soil 5-8
Part.Porous ceramic layer has insulation, light weight and heat insulation effect.Adsorb environmental contaminants in order to avoid porous ceramic layer simultaneously
Matter, external protection is arranged at the outside of porous ceramic layer, and external protection includes the component of following mass parts: alkyd resin 20-30
Part, phenolic resin 15-18 part, chlorinated rubber 12-18 part, vinyl chloride resin 12-15 part, acrylic resin 10-13 part, asphalt mixtures modified by epoxy resin
Fat 8-12 part, polyurethane resin 5-8 part, organic siliconresin 3-5 part.Alkyd tree weatherability in external protection, tack are good, can
So that external protection close attachment is on porous ceramic layer, phenolic resin 15-18 part then chemical resistance is good, thus is conducive to
External protection resists extraneous acid or alkali environment.External protection is possible to prevent the space of porous ceramic layer to be blocked by environmental contaminants.
Embodiment described above only have expressed several embodiments of the present utility model, and it describes more concrete and detailed,
But therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that, common for this area
For technical staff, without departing from the concept of the premise utility, it is also possible to make some deformation and improvement, these all belong to
In protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be as the criterion with claims.
Claims (7)
1. an air-dry apparatus, it is characterised in that including:
Cabinet, is formed with work space in it；
Multiple supporting mechanisms, are arranged at intervals in described work space, and each supporting mechanism includes actuator, guided plate, rotation
Bar and telescopic clothes-horse, described actuator arranges on described cabinet, and described guided plate is attached at described adjacent to described actuator
In cabinet, described guided plate being provided with guiding groove, described rotation bar includes the turning end being oppositely arranged and the clothing end that dries in the air, described turn
Moved end is connected on described actuator, and the area of section of described rotation bar is gradually reduced along the direction away from described actuator, institute
The one end stating telescopic clothes-horse is arranged in described guiding groove actively, and the other end pivots even with the clothing end that dries in the air of described rotation bar
Connecing, described telescopic clothes-horse bends adjacent to the part of described rotation bar and is provided with latch closure shape and dries in the air clothing position, and described latch closure shape is dried in the air clothing position
For hanging clothes, described actuator is used for driving described rotation bar at the uniform velocity to rotate around described turning end in Preset Time, from
And drive described telescopic clothes-horse to move along with the drying degree of clothes；
Blower fan, is arranged at described cabinet top, and described blower fan includes housing and is arranged at the air blown producer in described housing, described
Multiple exhaust vent is offered on housing；
Dehumidifier, is arranged at the bottom of described cabinet, for reducing the dampness in described work space；
Drainage mechanism, neighbouring described dehumidifier is arranged, and described drainage mechanism includes drain part and except water part, and described drain part is opened
Being provided with drainage trough, for accepting the globule of drippage on clothes, described one end being arranged at described drainage trough except water part, for by institute
The water stated in drainage trough is taken away；And
Sterilization module, including bin and ejector, described bin be elliposoidal and include adhesion layer, spherical integument with
And connecting tube, described adhesion layer adheres in the work space of described cabinet, and described spherical integument is pasted on described adhesion layer
On, described spherical integument is formed parcel space, the two ends of described connecting tube connect described spherical integument and institute respectively
State ejector.
2. air-dry apparatus as claimed in claim 1, it is characterised in that the thickness of described adhesion layer is 0.32-0.56 centimetre.
3. air-dry apparatus as claimed in claim 2, it is characterised in that the area of described adhesion layer is 100-300 square centimeter.
4. air-dry apparatus as claimed in claim 3, it is characterised in that be provided with sealing strip inside described spherical integument, institute
The thickness stating sealing strip is 0.13 millimeter.
5. air-dry apparatus as claimed in claim 4, it is characterised in that described ejector include shell and be arranged at described outside
Mesh portion in shell.
6. air-dry apparatus as claimed in claim 5, it is characterised in that described shell is spherical shell shape and offers spray-hole, institute
State mesh portion gear to be located in described spray-hole.
7. air-dry apparatus as claimed in claim 6, it is characterised in that the mesh of described mesh portion is regular pentagon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620682629.3U CN205874799U (en) | 2016-06-29 | 2016-06-29 | Air drying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620682629.3U CN205874799U (en) | 2016-06-29 | 2016-06-29 | Air drying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205874799U true CN205874799U (en) | 2017-01-11 |
Family
ID=57693467
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620682629.3U Expired - Fee Related CN205874799U (en) | 2016-06-29 | 2016-06-29 | Air drying device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205874799U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105970574A (en) * | 2016-06-29 | 2016-09-28 | 左邦庆 | Air-drying device |
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2016
- 2016-06-29 CN CN201620682629.3U patent/CN205874799U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105970574A (en) * | 2016-06-29 | 2016-09-28 | 左邦庆 | Air-drying device |
| CN105970574B (en) * | 2016-06-29 | 2018-04-24 | 海门市大德知识产权服务有限公司 | Air-drying device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170111 Termination date: 20170629 |