CN108903126A - A kind of breathable shoes - Google Patents
A kind of breathable shoes Download PDFInfo
- Publication number
- CN108903126A CN108903126A CN201810835375.8A CN201810835375A CN108903126A CN 108903126 A CN108903126 A CN 108903126A CN 201810835375 A CN201810835375 A CN 201810835375A CN 108903126 A CN108903126 A CN 108903126A
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- CN
- China
- Prior art keywords
- air
- layer
- shoe
- vamp
- drying chamber
- Prior art date
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Classifications
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- A—HUMAN NECESSITIES
- A43—FOOTWEAR
- A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
- A43B7/00—Footwear with health or hygienic arrangements
- A43B7/06—Footwear with health or hygienic arrangements ventilated
- A43B7/08—Footwear with health or hygienic arrangements ventilated with air-holes, with or without closures
-
- A—HUMAN NECESSITIES
- A43—FOOTWEAR
- A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
- A43B13/00—Soles; Sole-and-heel integral units
- A43B13/14—Soles; Sole-and-heel integral units characterised by the constructive form
-
- A—HUMAN NECESSITIES
- A43—FOOTWEAR
- A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
- A43B13/00—Soles; Sole-and-heel integral units
- A43B13/14—Soles; Sole-and-heel integral units characterised by the constructive form
- A43B13/18—Resilient soles
- A43B13/20—Pneumatic soles filled with a compressible fluid, e.g. air, gas
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- A—HUMAN NECESSITIES
- A43—FOOTWEAR
- A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
- A43B23/00—Uppers; Boot legs; Stiffeners; Other single parts of footwear
- A43B23/02—Uppers; Boot legs
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- Health & Medical Sciences (AREA)
- Epidemiology (AREA)
- General Health & Medical Sciences (AREA)
- Public Health (AREA)
- Footwear And Its Accessory, Manufacturing Method And Apparatuses (AREA)
Abstract
The invention discloses a kind of breathable shoes, including vamp and sole, vamp connects the shoe cavity to be formed for entering for foot with sole, it further include gas permeable devices, gas permeable devices are located in shoe cavity, gas permeable devices include air bag component and air flow module, permeable shoe pads are equipped in shoe cavity, permeable shoe pads are removably installed on sole, air bag component is located on permeable shoe pads, and air bag component is equipped with toe-cap for admitting air into or leaving shoe cavity, one end of vamp, air flow module is located on toe-cap, and air flow module is for accelerating flowing of the air in shoe cavity.Gas permeability of the present invention is preferable, can prevent the volatilizations such as a large amount of hot gas, the sweat that foot gives out when walking from not coming out, and can effectively avoid causing tinea pedis, some skin diseases of foot odour and other foots.
Description
Technical field
The present invention relates to a kind of footwear product technology more particularly to a kind of breathable shoes.
Background technique
Footwear has the functions such as protection foot, anti-wear sole, warming, fashion.In daily life, people will wear shoes, such as
Commercial leather shoes, sport footwear, high-heeled shoes, playshoes etc., shoes are one of the necessitys in life.
But traditional shoes poor air permeability, wear the poor shoes of gas permeability for a long time, foot gives out big when walking
The volatilizations such as calorimetric gas, sweat do not come out, and provide breeding ground to anaerobic bacteria, the growth of mould and breeding, are easy to cause tinea pedis, foot
Smelly and other foots some skin diseases.
Summary of the invention
For overcome the deficiencies in the prior art, the purpose of the present invention is to provide a kind of breathable shoes, gas permeability is preferable, can prevent
The volatilizations such as a large amount of hot gas, the sweat that foot gives out when only walking do not come out, and can effectively avoid causing tinea pedis, foot odour and other feet
Some skin diseases in portion.
The purpose of the present invention is realized with following technical solution：
A kind of breathable shoes, including vamp and sole, the vamp connect the shoe cavity to be formed for entering for foot with sole,
It further include gas permeable devices, the gas permeable devices are located in shoe cavity, and the gas permeable devices include air bag component and air flow module,
Permeable shoe pads are equipped in the shoe cavity, the permeable shoe pads are removably installed on sole, and the air bag component is located at ventilative
On insole, the air bag component is equipped with toe-cap, the air for admitting air into or leaving shoe cavity, one end of the vamp
Flow module is located on toe-cap, and the air flow module is for accelerating flowing of the air in shoe cavity.
Further, the gas permeable devices further include agitated assemblies, and the permeable shoe pads include insole upper layer, insole layer
And drying chamber, for the drying chamber between insole upper layer and insole layer, the air bag component is located at drying chamber, the drying
Chamber is connected to shoe cavity, and the agitated assemblies are movably arranged on air bag component, and the agitated assemblies wear the drying chamber,
The drying chamber is equipped with desiccant, the agitated assemblies and desiccant movable contact, for improving the drying efficiency of desiccant.
Further, the insole upper layer, insole layer material be the screen cloth of braiding, the insole upper layer is densely covered with the
One venthole, first venthole are connected to shoe cavity, and the insole layer is densely covered with the second venthole, first ventilation
Hole, the second venthole are connected to drying chamber, and multiple gas vents, the gas vent and the second venthole are offered on the sole
Connection.
Further, the air bag component includes airbag body, air inlet pipe, escape pipe, breather cheek valve and unidirectional outlet
Valve, the air inlet pipe, escape pipe are individually fixed in the two sides of airbag body, and airbag chamber is formed on the airbag body, described
Air inlet pipe, escape pipe are connected to airbag chamber, and the breather cheek valve is fixed on the nozzle of air inlet pipe, the other end of the vamp
Equipped with heel, the breather cheek valve wears the heel, and the unidirectional air outlet valve is fixed on the nozzle of escape pipe, the list
Be connected to air outlet valve with drying chamber, the agitated assemblies wear the breather cheek valve, air inlet pipe, airbag chamber, unidirectional air outlet valve,
Escape pipe.
Further, the agitated assemblies include that limited block, stirring bar and agitation block, the limited block are movably arranged in
On the valve port of breather cheek valve, the stirring bar wears the breather cheek valve, air inlet pipe, airbag chamber, unidirectional air outlet valve, outlet
Pipe, the permeable shoe pads further include baffle, and the both ends of the baffle are affixed with insole upper layer, insole layer respectively, the baffle
Between desiccant and escape pipe, the baffle is equipped with limiting through hole, and the stirring bar wears the limiting through hole, described
Agitation block is located in drying chamber, the both ends of the stirring bar respectively with limited block, to stir block affixed, the is densely covered on the baffle
Three ventholes, the third venthole are connected to drying chamber.
Further, the toe-cap includes partition and movable plate, and one end of the partition and vamp are affixed, the partition
The other end is affixed with sole, and one end of the movable plate and sole are hinged, and the other end of the movable plate passes through with vamp connect
Component realization is detachably connected, and the accommodating cavity for accommodating air flow module is formed between the movable plate and partition, described
Air flow module is built in accommodating cavity, and the connection component gathers on the partition for making accommodating cavity open or be closed
There is free flow of air through-hole, the accommodating cavity is connected to air flowing through-hole, and the air flowing through-hole is connected to shoe cavity.
Further, the air flow module includes fan, humidity sensor, solar panel and controller, institute
State fan, humidity sensor is respectively positioned in accommodating cavity, the fan is removably installed on movable plate, the humidity sensor
Be fixed on partition, for detecting the humidity value in shoe cavity, the solar panel is fixed on vamp, the fan with too
It is positive can solar panel electrical connection, the solar panel is used to power for fan, the controller respectively with solar panel,
Humidity sensor connection, the controller is for limiting turning on or off for fan.
Further, the connection component includes connecting column and connector sleeve, and the connecting column is fixed on solar panel
On, the connector sleeve and movable plate are affixed, offer connection through-hole on the connector sleeve, the connecting column with connect through-hole card
It connects, the movable plate and solar panel are clamped.
Further, the vamp includes outer setting layer, interior articulamentum and cooling layer, and the outer setting layer and sole are solid
It connects, the solar panel is fixed on outer setting layer, and the cooling layer is described between outer setting layer, interior articulamentum
Cooling water bag is movably installed on cooling layer, the cooling water bag is used for cool down to foot.
Further, the vamp further includes zipper, is formed between the outer setting layer and interior articulamentum for for drop
The opening that warm water bag passes through, it is described opening with cooling layer be connected to, the zipper set on be open on, the zipper be used to open or
It is closed the opening.
Compared with prior art, the beneficial effects of the present invention are：
In the shoe cavity that foot enters, when people wears breathable shoes, this breathable shoes utilizes air bag component by setting gas permeable devices
External air is set to enter drying chamber, because drying chamber is connected to shoe cavity, last external air gets enter into shoe cavity, air bag component
Air is set to leave shoe cavity, air is emitted into outside breathable shoes after passing through drying chamber, and accelerates air in shoes using air flow module
Intracavitary flowing allows air to rapidly enter or leave shoe cavity, so that this breathable shoes gas permeability is preferable, air leaves shoes
A large amount of hot gas, sweat etc. can have quickly been taken away when chamber, can prevent the volatilizations such as a large amount of hot gas, the sweat that foot gives out when walking not
Out, a large amount of moistures are effectively removed, can effectively avoid causing tinea pedis, some skin diseases of foot odour and other foots.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention；
Fig. 2 is a kind of schematic diagram of state of sectional structure of the invention；
Fig. 3 is the schematic diagram of sectional structure another kind state of the invention；
In figure：1, vamp；2, sole；3, shoe cavity；4, air bag component；5, accommodating cavity；6, permeable shoe pads；7, toe-cap；8, it stirs
Dynamic component；9, insole upper layer；10, insole layer；11, drying chamber；12, desiccant；13, gas vent；14, airbag body；15, into
Tracheae；16, escape pipe；17, airbag chamber；18, heel；19, limited block；20, stirring bar；21, block is stirred；22, baffle；23, every
Plate；24, movable plate；25, fan；26, humidity sensor；27, solar panel；28, connecting column；29, cool down water bag；30,
Zipper.
Specific embodiment
In the following, being described further in conjunction with attached drawing and specific embodiment to the present invention, it should be noted that not
Under the premise of conflicting, new implementation can be formed between various embodiments described below or between each technical characteristic in any combination
Example.
A kind of breathable shoes as shown in Figs. 1-3, including vamp 1 and sole 2, vamp 1 and the connection of sole 2 are formed for for foot
The shoe cavity 3 that portion enters, further includes gas permeable devices, gas permeable devices are located in shoe cavity 3, and gas permeable devices include air bag component 4, agitation group
Part 8 and air flow module, shoe cavity 3 is interior to be equipped with permeable shoe pads 6, and permeable shoe pads 6 are removably installed on sole 2, air bag group
Part 4 is located on permeable shoe pads 6, and air bag component 4 is equipped with toe-cap 7 for admitting air into or leaving shoe cavity 3, one end of vamp 1,
Air flow module is located on toe-cap 7, and air flow module is for accelerating flowing of the air in shoe cavity 3.
On the basis of above structure, in the shoe cavity 3 that foot enters, when people wears breathable shoes, this breathable shoes passes through setting
Gas permeable devices make external air enter drying chamber 11 using air bag component 4, last external because drying chamber 11 is connected to shoe cavity 3
Air get enter into shoe cavity 3, air bag component 4 makes air leave shoe cavity 3, and air is emitted into breathable shoes after passing through drying chamber 11
Outside, and using air flow module accelerate flowing of the air in shoe cavity 3, allow air to rapidly enter or leave shoe cavity
3, so that this breathable shoes gas permeability is preferable, a large amount of hot gas, sweat etc. can have quickly been taken away when air leaves shoe cavity 3, can prevent from going
The volatilizations such as a large amount of hot gas, the sweat that Zou Shi foot gives out do not come out, and effectively remove a large amount of moistures, can effectively avoid causing foot
Tinea, foot odour and some skin diseases of other foots.Permeable shoe pads 6 are removably installed on sole 2, help easily to realize saturating
The dismounting of gas insole 6, to replace.
As preferable embodiment a kind of in the present embodiment, which further includes agitated assemblies 8, permeable shoe pads 6
Including insole upper layer 9, insole layer 10 and drying chamber 11, between insole upper layer 9, insole layer 10 can by being sewed and connected or
Glue bonding, naturally it is also possible to it is other connection types, connection forms drying chamber 11 between insole upper layer 9 and insole layer 10,
Air bag component 4 is located at drying chamber 11, and drying chamber 11 is connected to shoe cavity 3, and agitated assemblies 8 are movably arranged on air bag component 4, and
Agitated assemblies 8 wear drying chamber 11, and drying chamber 11 is equipped with desiccant 12, agitated assemblies 8 and 12 movable contact of desiccant, is used for
Improve the drying efficiency of desiccant 12.Since drying chamber 11 is connected to shoe cavity 3, the air in shoe cavity 3 is made to get enter into drying chamber
11, processing is dried to air in desiccant 12, so that desiccant 12 is absorbed the moisture carried secretly in air, sweat etc., makes foot
Drying is kept, anaerobic bacteria, mould are not easy to grow, and effectively avoid causing tinea pedis, some skin diseases of foot odour and other foots.This
Desiccant 12 in embodiment is graininess, and the desiccant 12 preferably molecular sieve or aluminium oxide silica gel are right using agitated assemblies 8
Granular desiccant 12 is stirred movement, so that these particulate matters roll in drying chamber 11, so that desiccant 12 is dry
It is evenly arranged in dry chamber 11, helps to improve the utilization rate of each particulate matter, avoid wasting, fully absorb each particulate matter wet
Gas, sweat make permeable shoe pads 6 keep dry and comfortable to be improved drying efficiency, be not easy it is mouldy, can effectively avoid cause tinea pedis,
Some skin diseases of foot odour and other foots.In addition, desiccant 12 is preferably graininess, certain massage can be played to sole
Effect, is conducive to the blood circulation of foot, can effectively avoid causing tinea pedis, some skin diseases of foot odour and other foots.
It should be noted that the material on insole upper layer 9, insole layer 10 is the screen cloth of braiding, insole upper layer 9 is densely covered with the
One venthole, the first venthole are connected to shoe cavity 3, and insole layer 10 is densely covered with the second venthole, the first venthole, the second ventilation
Kong Junyu drying chamber 11 is connected to, and offers multiple gas vents 13 on sole 2, gas vent 13 is connected to the second venthole, thus shoes
Air in chamber 3 can pass sequentially through the first venthole, drying chamber 11, the second venthole, gas vent 13, so that in shoe cavity 3
Air can be emitted into outside breathable shoes by gas vent 13, and permeability is preferable.Moreover, the sundries energy such as silt in shoe cavity 3
It is enough that drying chamber 11 is entered by the first venthole under the effect of gravity, then entered together by the second venthole with air and is vented
Hole 13, the sundries such as final silt are emitted into outside breathable shoes with air, in case the sundries such as silt accumulate in shoe cavity 3 or ventilative for a long time
It is difficult to be discharged outside breathable shoes in insole 6.Insole upper layer 9 in the present embodiment, insole layer 10 material be preferably the net woven
Cloth helps that air is made rapidly to pass through the permeable shoe pads 6, improves its permeability.
It is understood that the particle radius of desiccant 12 should be greater than the radius of the first venthole, the second venthole, so that
Desiccant 12 can be placed in drying chamber 11.
It is emphasized that the air bag component 4 of the present embodiment include airbag body 14, it is air inlet pipe 15, escape pipe 16, unidirectional
Intake valve and unidirectional air outlet valve, air inlet pipe 15, escape pipe 16 are fixedly installed in the two sides of airbag body 14, airbag body 14 respectively
On be formed with airbag chamber 17, air inlet pipe 15, escape pipe 16 are connected to airbag chamber 17, and breather cheek valve is fixedly installed in air inlet pipe 15
Nozzle on, the other end of vamp 1 is equipped with heel 18, and breather cheek valve wears heel 18, and unidirectional air outlet valve is fixedly installed in out
On the nozzle of tracheae 16, unidirectional air outlet valve is connected to drying chamber 11, and agitated assemblies 8 wear breather cheek valve, air inlet pipe 15, air bag
Chamber 17, unidirectional air outlet valve, escape pipe 16 contact so that agitated assemblies 8 are able to realize with desiccant 12, to realize its agitation
Function.It is noted that the escape pipe 16 in the present embodiment is set as horn-like, facilitate agitated assemblies 8 in escape pipe 16
Middle swing makes it that agitation function be better achieved.During the motion, when foot lifts, airbag body 14 unclamps, gas warp
Breather cheek valve enters airbag chamber 17 from air inlet pipe 15, as foot motion presses down, under the extruding of foot's strength, and air bag sheet
Squeezing action power of the body 14 by foot, the gas in airbag chamber 17 are extruded, gas through unidirectional air outlet valve along escape pipe 16 into
Enter to drying chamber 11, then enters shoe cavity 3 through the first venthole and the hot gas of shoe cavity 3 swaps, the gas in subsequent shoe cavity 3
Body is emitted into outside breathable shoes through gas vent 13, this breathable shoes is made to have good gas permeability.
Further, agitated assemblies 8 include that limited block 19, stirring bar 20 and agitation block 21, limited block 19 are moveably mounted
In on the valve port of breather cheek valve, specifically, which should be more bigger than the valve port of breather cheek valve, makes limited block 19 always
Positioned at the outside of the valve port of breather cheek valve, in case limited block 19 enters in breather cheek valve.Make stirring bar 20 wear unidirectionally into
Air valve, air inlet pipe 15, airbag chamber 17, unidirectional air outlet valve, escape pipe 16, permeable shoe pads 6 further include baffle 22, the both ends of baffle 22
It is fixedly connected respectively with insole upper layer 9, insole layer 10, baffle 22 is between desiccant 12 and escape pipe 16, on baffle 22
Limiting through hole is offered, stirring bar 20 wears limiting through hole, and specifically, stirring bar 20 can make certain amplitude in limiting through hole
It swings, baffle 22 plays certain supporting role to stirring bar 20.Agitation block 21 is located in drying chamber 11, which is preferably
It is spherical, it is also possible to other shapes, the both ends of stirring bar 20 are fixedly connected with limited block 19, agitation block 21 respectively, on baffle 22
It is densely covered with third venthole, third venthole is connected to drying chamber 11, it is to be understood that the radius of the third venthole is answered small
In the particle radius of desiccant 12, escape pipe 16 is caused to block in order to avoid desiccant 12 enters escape pipe 16 by third through-hole.This
Preferably elastically-deformable sticking plaster can occur for the stirring bar 20 in embodiment, and then be not easy due to bending deformation occurs for breathable shoes
It is damaged, facilitates the service life for extending stirring bar 20.
Agitated assemblies 8 in the present embodiment can use after taking off breathable shoes, by swinging limited block 19, even if limit
In the valve port external movement of breather cheek valve, stirring bar 20 moves synchronously block 19 with limited block 19, and stirring bar 20 drives agitation block
21 move synchronously, and agitation block 21 is contacted with desiccant 12 and stirred to it, so that desiccant 12 moves in drying chamber 11,
To avoid 12 local accumulation of desiccant, it is uniformly distributed it, helps to improve the utilization rate of each particulate matter.
Further, toe-cap 7 includes partition 23 and movable plate 24, and one end of partition 23 is fixedly connected with vamp 1, partition
23 other end is fixedly connected with sole 2, and one end of movable plate 24 and sole 2 are hinged, and the other end and vamp 1 of movable plate 24 are logical
It crosses connection component realization to be detachably connected, forms the accommodating cavity for accommodating air flow module between movable plate 24 and partition 23
5, air flow module is built in accommodating cavity 5, and connection component is densely covered on partition 23 for making accommodating cavity 5 open or be closed
Air flows through-hole, and accommodating cavity 5 is connected to air flowing through-hole, and air flowing through-hole is connected to shoe cavity 3.To movable plate 24
One end and sole 2 it is hinged, portable propelling plate 24 carries out the rotation of certain angle around sole 2, is opened using connection component
Or it is closed accommodating cavity 5, the air in shoe cavity 3 flows through-hole by air and enters in accommodating cavity 5, makes sky using air flow module
Gas accelerates flowing in shoe cavity 3, and air is enabled to accelerate into shoe cavity 3 and be emitted into outside breathable shoes from gas vent 13, so that
Permeability is preferable.
Specifically, air flow module includes fan 25, humidity sensor 26, solar panel 27 and controller, wind
Fan 25, humidity sensor 26 are respectively positioned in accommodating cavity 5, and fan 25 is removably installed on movable plate 24, humidity sensor 26
It is fixedly installed on partition 23, for detecting the humidity value in shoe cavity 3, solar panel 27 is fixedly installed on vamp 1, wind
Fan 25 be electrically connected with solar panel 27, solar panel 27 for being the power supply of fan 25, controller respectively with solar energy
Solar panel 27, humidity sensor 26 connect, and controller is for limiting turning on or off for fan 25.To humidity sensor
26 detect the humidity value in shoe cavity 3, and humidity value is delivered to controller in such a way that signal transmits, and controller judgement should
When humidity value is greater than set numerical value, controller makes solar panel 27 work, and solar panel 27 is the confession of fan 25
Electricity makes its operating, and fan 25, which operates, accelerates accommodating cavity 5, the air flowing in shoe cavity 3；Controller judges that the humidity value is less than institute
When the numerical value of setting, controller powers off solar panel 27, and fan 25 shuts down.In addition, the partition in the present embodiment
23 help avoid fan 25 directly contacts with foot, prevents fan 25 from damaging when operating to foot.
More specifically, connection component includes connecting column 28 and connector sleeve, connecting column 28 is fixedly installed in solar panel
On 27, connector sleeve is fixedly connected with movable plate 24, and connection through-hole is offered on connector sleeve, and connecting column 28 is clamped with through-hole is connect,
Movable plate 24 and solar panel 27 are clamped, and one end because of movable plate 24 and sole 2 are hinged, and movable plate 24 can be around sole 2
The rotation of certain angle is carried out, so that movable plate 24 can easily realize connection with solar panel 27 or separate,
That is toe-cap 7 and vamp 1 can be realized connection or separation, thus by separating connecting column 28 with connection through-hole, to open
Accommodating cavity 5 overhauls fan 25, very convenient.Certainly, the connection type between movable plate 24 and solar panel 27
It is not limited by clamping connection, can also be attached by zipper 30 or bandage.
More preferably embodiment is that vamp 1 includes outer setting layer, interior articulamentum and cooling layer, and outer setting layer and sole 2 are solid
Fixed connection, solar panel 27 are fixedly installed on outer setting layer, cool down layer between outer setting layer, interior articulamentum, drop
Cooling water bag 29 is movably installed on warm layer, cooling water bag 29 is used for cool down to foot.Specifically, outer setting layer can be firmly
The cloth of matter, to make vamp 1 have preferable external form, interior articulamentum can be more soft cloth, so as to the water bag that cools down
29 with foot's skin closer to reducing generating in shoe cavity 3 to can be effectively reduced the temperature of foot by the water bag 29 that cools down
Hot gas makes foot keep salubrious, can effectively avoid causing tinea pedis, some skin diseases of foot odour and other foots.
In addition, vamp 1 further includes zipper 30, it is formed between outer setting layer and interior articulamentum for being worn for cooling water bag 29
The opening crossed, opening are connected to cooling layer, and zipper 30 is set in opening, and zipper 30 is used to open or is closed opening.Preferably,
The zipper 30 is located at outside shoe cavity 3, in case zipper 30, which scratches foot or contacts with foot, brings sense of discomfort for foot.Pass through zipper
30 open opening, and then cooling water bag 29 can be put into cooling layer through opening or be taken out from cooling layer, so as to
The replacement for realizing cooling water bag 29 makes the preferable temperature of layer holding that cools down, to carry out effective temperature-reducing to foot, even if shoe cavity 3
It is interior to keep preferable temperature, effectively reduce the hot gas generated in shoe cavity 3.When the temperature of winter foot is lower, drawing can be passed through
Chain 30 opens opening, cooling water bag 29 is taken out from cooling layer, so that dismounting is convenient.People can also be according to oneself happiness
It is good, cooling water bag 29 is replaced with into sachet etc., the fragrance of sachet can enter shoe cavity 3 by interior articulamentum, so that in shoe cavity 3
Air is more pure and fresh.Certainly, the opening of opening or closure are realized outer except through zipper 30, can also be connected by bandage, knob
Button the modes such as connects, snaps connection and realizing.
The above embodiment is only the preferred embodiment of the present invention, and the scope of protection of the present invention is not limited thereto,
The variation and replacement for any unsubstantiality that those skilled in the art is done on the basis of the present invention belong to institute of the present invention
Claimed range.
Claims (10)
1. a kind of breathable shoes, including vamp and sole, the vamp connect the shoe cavity to be formed for entering for foot with sole,
It is characterized in that：It further include gas permeable devices, the gas permeable devices are located in shoe cavity, and the gas permeable devices include air bag component and air
Flow module, the shoe cavity is interior to be equipped with permeable shoe pads, and the permeable shoe pads are removably installed on sole, the air bag component
On permeable shoe pads, the air bag component is equipped with toe-cap for admitting air into or leaving shoe cavity, one end of the vamp,
The air flow module is located on toe-cap, and the air flow module is for accelerating flowing of the air in shoe cavity.
2. breathable shoes as described in claim 1, it is characterised in that：The gas permeable devices further include agitated assemblies, described ventilative
Insole includes insole upper layer, insole layer and drying chamber, and the drying chamber is between insole upper layer and insole layer, the gas
Capsule component is located at drying chamber, and the drying chamber is connected to shoe cavity, and the agitated assemblies are movably arranged on air bag component, and institute
It states agitated assemblies and wears the drying chamber, the drying chamber is equipped with desiccant, the agitated assemblies and desiccant movable contact,
For improving the drying efficiency of desiccant.
3. breathable shoes as claimed in claim 2, it is characterised in that：The insole upper layer, insole layer material be braiding
Screen cloth, the insole upper layer are densely covered with the first venthole, and first venthole is connected to shoe cavity, and the insole layer is densely covered with
Second venthole, first venthole, the second venthole are connected to drying chamber, and multiple exhausts are offered on the sole
Hole, the gas vent are connected to the second venthole.
4. breathable shoes as claimed in claim 3, it is characterised in that：The air bag component includes airbag body, air inlet pipe, outlet
Pipe, breather cheek valve and unidirectional air outlet valve, the air inlet pipe, escape pipe are individually fixed in the two sides of airbag body, the air bag
Airbag chamber is formed on ontology, the air inlet pipe, escape pipe are connected to airbag chamber, and the breather cheek valve is fixed on air inlet pipe
On nozzle, the other end of the vamp is equipped with heel, and the breather cheek valve wears the heel, and the unidirectional air outlet valve is fixed
In on the nozzle of escape pipe, the unidirectional air outlet valve is connected to drying chamber, the agitated assemblies wear the breather cheek valve, into
Tracheae, airbag chamber, unidirectional air outlet valve, escape pipe.
5. breathable shoes as claimed in claim 4, it is characterised in that：The agitated assemblies include limited block, stirring bar and agitation
Block, the limited block are movably arranged on the valve port of breather cheek valve, and the stirring bar wears the breather cheek valve, air inlet
Pipe, airbag chamber, unidirectional air outlet valve, escape pipe, the permeable shoe pads further include baffle, and the both ends of the baffle are respectively and on insole
Layer, insole layer are affixed, and for the baffle between desiccant and escape pipe, the baffle is equipped with limiting through hole, described to stir
Dynamic stick wears the limiting through hole, and the agitation block is located in drying chamber, the both ends of the stirring bar respectively with limited block, agitation
Block is affixed, and third venthole is densely covered on the baffle, and the third venthole is connected to drying chamber.
6. breathable shoes as described in claim 1, it is characterised in that：The toe-cap includes partition and movable plate, the partition
One end is affixed with vamp, and the other end and sole of the partition are affixed, and one end of the movable plate and sole are hinged, the activity
The other end of plate is detachably connected with vamp by connection component realization, is formed between the movable plate and partition for accommodating sky
The accommodating cavity of flow of air component, the air flow module are built in accommodating cavity, and the connection component is for opening accommodating cavity
Or be closed, air flowing through-hole is densely covered on the partition, the accommodating cavity is connected to air flowing through-hole, the air stream
Dynamic through-hole is connected to shoe cavity.
7. breathable shoes as claimed in claim 6, it is characterised in that：The air flow module include fan, humidity sensor,
Solar panel and controller, the fan, humidity sensor are respectively positioned in accommodating cavity, and the fan is removably installed in
On movable plate, the humidity sensor is fixed on partition, and for detecting the humidity value in shoe cavity, the solar panel is solid
Due on vamp, the fan is electrically connected with solar panel, and the solar panel is used to power for fan, the control
Device processed is connect with solar panel, humidity sensor respectively, and the controller is for limiting turning on or off for fan.
8. breathable shoes as claimed in claim 7, it is characterised in that：The connection component includes connecting column and connector sleeve, described
Connecting column is fixed on solar panel, and the connector sleeve and movable plate are affixed, and connection through-hole is offered on the connector sleeve,
The connecting column is clamped with through-hole clamping, the movable plate and solar panel is connect.
9. breathable shoes as claimed in claim 7, it is characterised in that：The vamp includes outer setting layer, interior articulamentum and cooling
Layer, the outer setting layer and sole are affixed, and the solar panel is fixed on outer setting layer, and it is outer fixed that the cooling layer is located at
Between type layer, interior articulamentum, cooling water bag is movably installed on the cooling layer, the cooling water bag is used for drop to foot
Temperature.
10. breathable shoes as claimed in claim 9, it is characterised in that：The vamp further includes zipper, the outer setting layer and interior
The opening for passing through for cooling water bag is formed between articulamentum, the opening is connected to cooling layer, and the zipper is set to and opens
On mouth, the zipper is used to open or is closed the opening.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810835375.8A CN108903126B (en) | 2018-07-26 | 2018-07-26 | Air-permeable shoes |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810835375.8A CN108903126B (en) | 2018-07-26 | 2018-07-26 | Air-permeable shoes |
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| CN108903126A true CN108903126A (en) | 2018-11-30 |
| CN108903126B CN108903126B (en) | 2021-07-16 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810835375.8A Active CN108903126B (en) | 2018-07-26 | 2018-07-26 | Air-permeable shoes |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110250655A (en) * | 2019-07-18 | 2019-09-20 | 特步(中国)有限公司 | A kind of sole shock structure with ventilative cooling effect |
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| CN108903126B (en) | 2021-07-16 |
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