CN106108248A - A kind of composite intermediate layer permeable shoe pads - Google Patents
A kind of composite intermediate layer permeable shoe pads Download PDFInfo
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- CN106108248A CN106108248A CN201610728241.7A CN201610728241A CN106108248A CN 106108248 A CN106108248 A CN 106108248A CN 201610728241 A CN201610728241 A CN 201610728241A CN 106108248 A CN106108248 A CN 106108248A
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- interlayer
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- guide channel
- air
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- A—HUMAN NECESSITIES
- A43—FOOTWEAR
- A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
- A43B17/00—Insoles for insertion, e.g. footbeds or inlays, for attachment to the shoe after the upper has been joined
- A43B17/08—Insoles for insertion, e.g. footbeds or inlays, for attachment to the shoe after the upper has been joined ventilated
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- Footwear And Its Accessory, Manufacturing Method And Apparatuses (AREA)
Abstract
nullThe invention discloses a kind of composite intermediate layer permeable shoe pads，Shoe pad is distributed up and down and is provided with inducing QI interlayer and compression interlayer，Compression interlayer is provided with the first ventilation mouth connected with the footwear external space and the second ventilation mouth connected with inducing QI interlayer，When the shoes that user's dress is provided with this shoe pad are walked，Under the mating reaction of two check valves，In footwear、The most constantly carry out ventilative ventilation，Substantially increase the permeability of shoes，Make the air in footwear can be continuously available replacing circulation when people walks，Avoid because of in footwear, space is airtight and the discomfort that causes，Simultaneously because inducing QI interlayer is arranged at whole shoe pad upper strata by this shoe pad，Small ventilating holes can be made to be distributed on whole shoe insole surface by rationally arranging air guide channel，Sole can effectively be taken a breath everywhere，Shoe pad ventilation effect of breathing freely is notable，It is effectively increased the comfort of user's dress.
Description
Technical field
The present invention relates to field of footwear, especially relate to a kind of composite intermediate layer permeable shoe pads.
Background technology
Shoes use multiple material to wrap up foot in the mill, and the atmosphere draught-free of Shi Xienei foot causes and wears
Feeling vexed foot during footwear, comfortableness is poor.Nowadays along with the progress in epoch and improving constantly of people's living standard, people are to shoes
Permeability require more and more higher, but its permeability of existing shoes is the most poor, and time length easily makes foot
Perspire, smelly, affect sense comfortable and easy to wear, it is difficult to meet the needs of people.
Summary of the invention
In order to overcome the deficiencies in the prior art, the present invention provides a kind of composite intermediate layer permeable shoe pads, and it has scavenging performance
Good, comfortable and easy to wear feature.
The technical solution adopted in the present invention is mainly: a kind of composite intermediate layer permeable shoe pads, including the inducing QI being distributed up and down
Interlayer and compression interlayer, described inducing QI interlayer is positioned at compression interlayer upper end, is provided with compression chamber and elasticity in described compression interlayer
Laminboard layer, compression interlayer be provided with the first ventilation mouth and second ventilation mouth, described inducing QI interlayer is provided with air guide channel, described in lead
Gas passage upper end is provided with the small ventilating holes connected with space in footwear, and described first ventilation mouth connects compression chamber and the footwear external space,
Described second ventilation mouth connection compression chamber and air guide channel.
It is provided with check valve as in the improvement of technique scheme, described first ventilation mouth and the second ventilation mouth.
As the further improvement of technique scheme, described inducing QI interlayer includes aeroscopic plate, described aeroscopic plate upper end
Connecting and have air-locked insole surfaces, aeroscopic plate upper end to be provided with the air slot of indent, described insole surfaces and aeroscopic plate are connected to one
Forming inducing QI interlayer after Qiing, the space that air slot and insole surfaces surround forms air guide channel, and described small ventilating holes is arranged at shoe pad
The position of corresponding air guide channel on face；Or described inducing QI interlayer includes aeroscopic plate, and the connection of described aeroscopic plate upper end has ventilative
Insole surfaces, be additionally provided with upper padding plate between described aeroscopic plate and insole surfaces, described aeroscopic plate be provided with the air slot of indent,
The space that described air slot and upper padding plate surround forms air guide channel, and described small ventilating holes is arranged at upper padding plate correspondence air guide channel
Position on；Or described inducing QI interlayer includes aeroscopic plate, described aeroscopic plate upper end connects insole surfaces, described aeroscopic plate with
Being additionally provided with upper padding plate between insole surfaces, described aeroscopic plate is provided with the air slot of indent, described air slot encloses with upper padding plate
The space become forms air guide channel, and described small ventilating holes is arranged on the position of upper padding plate air guide channel corresponding with insole surfaces, thoroughly
Gas aperture is formed with the aperture that is connected on insole surfaces by being separately positioned on upper padding plate.
Further, described air slot includes leading air drain and multiple air slots in communication.
As another technical scheme, described inducing QI interlayer includes aeroscopic plate, and described aeroscopic plate upper end connects upper pad
Plate, described upper padding plate upper end connect have ventilative insole surfaces, be connected between described aeroscopic plate and upper padding plate have some each other
Having the support column in gap, the gap between described support column forms air guide channel, and it is corresponding that described small ventilating holes is arranged at upper padding plate
The position of air guide channel；Or described inducing QI interlayer includes aeroscopic plate, described aeroscopic plate upper end connects upper padding plate, described
Upper padding plate upper end connects insole surfaces, is connected and has some supports having gap each other between described aeroscopic plate and upper padding plate
Post, the gap between described support column forms air guide channel, and described small ventilating holes is arranged at upper padding plate inducing QI corresponding with insole surfaces
The position of passage, small ventilating holes is formed with the aperture that is connected on insole surfaces by being separately positioned on upper padding plate.
Further, described upper padding plate is tightly connected with the peripheral edge of aeroscopic plate；Or described aeroscopic plate periphery and upper padding plate
It is provided by the second periphery between periphery to connect limit and be tightly connected, or described support column is arranged on aeroscopic plate, inducing QI
Plate periphery is provided with the protruding limit that connects, and upper padding plate is connected limit with the projection of aeroscopic plate and is tightly connected.
Further, described inducing QI interlayer is provided with the blow vent connection footwear external space and air guide channel.
Further, described compression interlayer lower end is provided with lower bolster, and described lower bolster is close with the peripheral edge of upper end aeroscopic plate
Envelope connects, and the space that aeroscopic plate, lower bolster surround forms compression clip sheaf space, and described compression chamber and elastic clip sandwich layer are placed in compression
In mezzanine space；Or described compression interlayer also includes the first periphery and connects limit, and described compression interlayer lower end is provided with underlay
Plate, described first periphery connects limit and is tightly connected the peripheral edge of aeroscopic plate and lower bolster, and aeroscopic plate, lower bolster, the first periphery are even
The space that edge fit surrounds forms compression clip sheaf space, and described compression chamber and elastic clip sandwich layer are placed in compression clip sheaf space.
Further, described first ventilation mouth is arranged on lower bolster, and described second ventilation mouth is arranged on aeroscopic plate correspondence
The position of air guide channel.
Further, described elastic clip sandwich layer includes some connection posts having gap from each other, and described connection post connects pressure
Contracting interlayer upper and lower end part, connects post and is made by elastomeric material, and the gap connected between post forms described compression chamber；Or institute
State elastic clip sandwich layer and include being separately positioned on the homopolarity magnetic material of compression interlayer upper and lower end part, upper and lower end in compression interlayer
Partly space forms described compression chamber；Or described elastic clip sandwich layer includes the open cell type elastic foam being arranged in compression interlayer
Plastics, the micropore interconnected in open cell type flexible foam forms described compression chamber.
The invention has the beneficial effects as follows:
Remaining to after inducing QI interlayer pressurized in the present invention keep certain space to allow air flow wherein, compression interlayer is by sole
When jamming on, compression chamber space reduces, and air flows out shoe pad, after sole lifts, does not jam on compression interlayer, and compression interlayer is at bullet
Property laminboard layer effect under, compression chamber space increase, air flows to shoe pad.Because the second ventilation mouth connection compression chamber leads to inducing QI
Road.Air can pass through the path turnover compression interlayer of small ventilating holes, the second ventilation mouth, it is also possible to is passed in and out by the first ventilation mouth
Compression interlayer,
When sole position gluing shoe pad does not seals whole small ventilating holes, sole jams on shoe pad, and in making shoe pad, air is a part of
Flowing out footwear from the first ventilation mouth, some flows to the internal space with foot of footwear from small ventilating holes.When sole lift the most right
During shoe pad pressure, under the effect of elastic clip sandwich layer, compression chamber space increases, and a part of air flows to pressure by the first ventilation mouth
Contracting interlayer, a part of air is by being flow to compression by the path of small ventilating holes, the second ventilation mouth from the internal space with foot of footwear
Interlayer, in compression interlayer after mixing, starts again the flowing turnover of a new round, causes shoes lumen air to be formed with footwear outer air and hand over
Changing, air passes in and out at compression clip laminar flow, takes away the heat bottom sole and sweaty foot, makes the heat of user's sole and antiperspirant gas timely
Distribute, thus realize the effect of the ventilative ventilation inside and outside footwear, wear more comfortable.Compression interlayer simultaneously works as damping and increases bullet
Effect, increase shoes dress comfortableness.
In order to preferably drive air at footwear interior or exterior space olderly flowage, can in the first ventilation mouth and the second ventilation mouth all
It is provided with check valve: shoe pad is distributed up and down and is provided with inducing QI interlayer and compression interlayer, and inducing QI interlayer is provided with air guide channel, inducing QI
Being provided with the small ventilating holes connected with space in footwear on passage, compression interlayer is provided with the first ventilation mouth connected with the footwear external space
And it is provided with check valve in the second ventilation mouth connected with air guide channel, the first ventilation mouth and the second ventilation mouth, make air
Unidirectional can enter into compression interlayer from the footwear external world, from compressing, interlayer is unidirectional enters into inducing QI interlayer.When shoes are not used
Time, under two check valve effects, make compression interlayer become an airtight space.When user's dress is provided with the shoes of this shoe pad
When walking, compression interlayer is squeezed when sole falls, and compression cavity space reduces, and air pressure increases, in joining of two check valves
Under cooperation, the air in compression chamber flows out from the second ventilation mouth, enters in the air guide channel of inducing QI interlayer, finally from ventilative
Aperture flows out.After compression interlayer loses sole pressure, compression interlayer restores to the original state under elastic clip sandwich layer effect, now compresses
Cavity space increases, and air pressure reduces, and under the mating reaction of two check valves, the air in the shoes external world flows into pressure from the first ventilation mouth
Contracting interlayer, thus realize the ventilative ventilation of the inside and outside active of footwear, substantially increase the permeability of shoes, in making footwear when people walks
Air can be continuously available replacing circulation, it is to avoid the discomfort that causes because in footwear space is airtight, this shoe pad is saturating simultaneously
Gas aperture can be distributed in whole shoe pad so that in footwear, sole can obtain effective ventilative ventilation everywhere, improves user's dress
Comfort.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of the present invention；
Fig. 2 and Fig. 3 is the structural representation of insole surfaces；
Fig. 4 and Fig. 5 is the structural representation of the aeroscopic plate of embodiment one；
Fig. 6 and Fig. 7 is the connection diagram of elastic clip sandwich layer and lower bolster；
Fig. 8 is elastic clip sandwich layer and the integrated structural representation of lower bolster；
Fig. 9 is the another structural representation of the present invention；
Figure 10 is the another kind of structural representation of the inducing QI interlayer of embodiment one；
Figure 11 and Figure 12 is the aeroscopic plate structural representation of embodiment two；
Figure 13 and Figure 14 is the structural representation of the upper padding plate of embodiment two；
Figure 15 is the another structural representation of the present invention.
Detailed description of the invention
The present invention is further detailed explanation with detailed description of the invention below in conjunction with the accompanying drawings.
Referring to figs. 1 through Figure 15, a kind of composite intermediate layer permeable shoe pads of the present invention, including inducing QI interlayer 1 He being distributed up and down
Compression interlayer 2, inducing QI interlayer 1 is positioned at compression interlayer 2 upper end, is provided with elastic clip sandwich layer and compression chamber in compression interlayer 2.Compression clip
Layer 2 is provided with the first ventilation mouth 221 and the second ventilation mouth 110, and the first ventilation mouth 221 connects compression chamber and the footwear external space, and second
Ventilation mouth 110 connects the air guide channel 10 that compression chamber is provided with inducing QI interlayer 1, in order to preferably drive air at footwear interior or exterior space
Flowing, can be provided with check valve so that air can be in an orderly manner from compression clip in the first ventilation mouth 221 and the second ventilation mouth 110
Layer 2 flows to inducing QI interlayer 1 or flows to compression interlayer 2 from inducing QI interlayer 1, and compression interlayer 2 cooperatively forms with check valve can opening
Confined space, air guide channel 10 upper end is provided with small ventilating holes 121, and small ventilating holes 121 connects with space in footwear, small ventilating holes
121 can select circular or square or other shapes as required, and air can flow to corresponding sole along air guide channel 10
Flow out at the small ventilating holes 121 at each position.Shoes are provided with shoes air inlet 3, and shoes air inlet 3 can be arranged on sole side,
Can also be arranged on other place of footwear, the first ventilation mouth 221 is connected with shoes air inlet 3, and shoe pad entirety can the end big with footwear
Link together composition sole.By selecting the check valve of different directions to coordinate, the flow direction of air can be from compression interlayer 2 warp
Cross the second ventilation mouth 110 to flow in inducing QI interlayer 1, or flow into compression interlayer through the second ventilation mouth 110 in inducing QI interlayer 1
In 2.
When the air flow in this shoe pad is chosen as flowing to inducing QI interlayer 1 from compression interlayer 2, user's dress is provided with this
When the shoes of shoe pad are walked, compression interlayer 2 is squeezed when sole falls, and compression cavity space reduces, and air pressure increases, two
Under the mating reaction of check valve, the air in compression chamber flows out from the second ventilation mouth 110, and the inducing QI entering into inducing QI interlayer 1 is led to
In road 10, finally flow out from small ventilating holes 121.After compression interlayer 2 loses sole pressure, compression chamber is in elastic clip sandwich layer effect
Lower reinstatement, now compression cavity space increases, and air pressure reduces, under the mating reaction of two check valves, the sky that shoes are extraneous
Gas flows into compression chamber from the first ventilation mouth 221, thus realizes the ventilative ventilation of the inside and outside active of footwear, substantially increases the saturating of shoes
Gas performance, makes the air in footwear can be continuously available replacing circulation, it is to avoid because in footwear, space is airtight and cause when people walks
Discomfort, simultaneously this shoe pad owing to inducing QI interlayer 1 is arranged at whole shoe pad upper strata, can make by rationally arranging air guide channel 10
Small ventilating holes 121 is distributed on whole shoe insole surface so that sole can effectively be taken a breath everywhere, and ventilative ventilation effect shows
Write, be effectively increased the comfort of user's dress.
In above-mentioned shoe pad, being provided that of check valve arranges compression interlayer breather check valve, the at the first ventilation mouth 221
Two ventilation mouths 110 arrange compression interlayer outgassing nonreturn valve, and during use, air flows through the footwear external space, shoes air inlet 3, first successively
Ventilation mouth 221, compression interlayer breather check valve, compression interlayer the 2, second ventilation mouth 110, compression interlayer outgassing nonreturn valve, inducing QI
Space in passage 10, small ventilating holes 121, footwear.When i.e. sole is stepped on, space in air enters footwear in shoe pad, when sole lifts, outward
Boundary's air enters in shoe pad.
Certainly, according to different needs, check valve can also be arranged as follows: arranges compression interlayer at the first ventilation mouth 221
Outgassing nonreturn valve, arranges compression interlayer breather check valve at the second ventilation mouth 110.Space in air flows through footwear successively during use,
Small ventilating holes 121, air guide channel the 10, second ventilation mouth 110, compression interlayer breather check valve, compression interlayer the 2, first ventilation mouth
221, compression interlayer outgassing nonreturn valve, shoes air inlet 3, the footwear external space.When i.e. sole is stepped on, in shoe pad, air discharges the external world,
When sole lifts, in footwear, air enters shoe pad.
Embodiment one: referring to figs. 1 through Fig. 5, Fig. 9 to Figure 10, in above-mentioned embodiment, inducing QI interlayer 1 can have multiple knot
Configuration formula, the present embodiment is one of them preferred embodiment: inducing QI interlayer 1 includes aeroscopic plate 11, and aeroscopic plate 11 upper end connects
Having air-locked insole surfaces 12, insole surfaces 12 is positioned at the plantar contact of shoe pad the top and user, and aeroscopic plate 11 is provided with recessed
Air slot, air slot is provided with leading air drain 111 and multiple air slots 112 in communication.Air slot plays to air
The effect of water conservancy diversion, air is along flowable each position of sole to insole surfaces 12 correspondence of air slot.It is provided with bottom air slot
Aeroscopic plate ventilation mouth, aeroscopic plate ventilation mouth is the second ventilation mouth 110, and the second ventilation mouth 110 is preferably provided at leading air drain 111
Bottom, air can flow to each air slot 112 after the second ventilation mouth 110 enters leading air drain 111.Insole surfaces 12 with
Aeroscopic plate 11 forms inducing QI interlayer 1 after linking together, and the space that the air slot on aeroscopic plate 11 and insole surfaces 12 surround is formed
Air guide channel 10, on insole surfaces 12, the position of corresponding air guide channel 10 is provided with some small ventilating holes 121, by small ventilating holes 121
Air can enter in footwear space from inducing QI interlayer 1 or space enters inducing QI interlayer 1 in footwear.
In embodiment one, when insole surfaces 12 is ventilative insole surfaces, can set between aeroscopic plate 11 and insole surfaces 12
Being equipped with upper padding plate 13, small ventilating holes 121 is arranged on the position of the corresponding air guide channel 10 of upper padding plate 13.Embodiment one can also be made
Following change: being provided with upper padding plate 13 between aeroscopic plate 11 and insole surfaces 12, small ventilating holes 121 is arranged at upper padding plate 13 and shoe pad
On the position of the corresponding air guide channel 10 in face 12, small ventilating holes 121 is by being separately positioned on upper padding plate 13 and being connected on insole surfaces 12
Aperture forms, and the most whether insole surfaces 12 breathes freely, and small ventilating holes 121 can connect space in air guide channel 10 and footwear.
Embodiment two: with reference to Fig. 2 to Fig. 3, Figure 11 to Figure 14, present invention also offers another enforcement of inducing QI interlayer
Example, in the present embodiment, inducing QI interlayer 2 includes aeroscopic plate 11, and aeroscopic plate 11 upper end connects upper padding plate 13, upper padding plate 13 upper end
Connect and have ventilative insole surfaces 12, be connected between aeroscopic plate 11 with upper padding plate 13 and have some support columns having gap each other
113, the gap between support column 113 forms air guide channel 10, and on upper padding plate 13, the position of corresponding air guide channel 10 is provided with
Some small ventilating holes 121.Second ventilation mouth 110 is arranged on aeroscopic plate 11, and the second ventilation mouth 110 is preferably disposed on aeroscopic plate 11
Front end so that air is after the second ventilation mouth 110 enters air guide channel 10, and air can be from the smooth and easy flow direction in air guide channel 10 front end
Air guide channel 10 rear end so that sole can realize larger range of ventilative ventilation.In this embodiment, due in air guide channel 10
Portion is provided with support column 113, and when sole jams on insole surfaces 12, air guide channel 10 still maintains certain space, this
Be conducive to air flowing in air guide channel 10.
In embodiment two, small ventilating holes 121 can also be arranged at the corresponding air guide channel 10 of upper padding plate 13 and insole surfaces 12
Position, small ventilating holes 121 is formed with the aperture that is connected on insole surfaces 12 by being separately positioned on upper padding plate 13, the most no matter shoe pad
Whether face 12 breathes freely, and small ventilating holes 121 can connect space in air guide channel 10 and footwear.
Embodiment three: with reference to embodiment one and embodiment two, do not set in the first ventilation mouth 221 and the second ventilation mouth 110
Putting check valve, small ventilating holes 121 is arranged at the corresponding arch regions of insole surfaces 12, and at this moment small ventilating holes 121 is not sealed by sole
Pushing down, air flows between turnover shoes lumen and shoe pad from small ventilating holes 121, and the resistance being subject to is little.Shoe pad compresses interlayer 2
When pressurized stretches, air flowing can pass in and out shoe pad at small ventilating holes 221 liang of mouth of the 121, first ventilation, completes in shoe pad space
Partly air exchange, thus reach the purpose of shoes lumen and the exchange of footwear outer air.
In above-mentioned embodiment, the connection of upper padding plate 13 and aeroscopic plate 11 can be by following several ways: upper padding plate 13
It is tightly connected with the peripheral edge of aeroscopic plate 11；Or support column 113 is arranged on aeroscopic plate 11, aeroscopic plate 11 periphery is provided with convex
Rising and connect limit, upper padding plate 13 is connected limit with the projection of aeroscopic plate 11 and is tightly connected；Or aeroscopic plate 11 periphery and upper padding plate 13 weeks
Being provided by the second periphery between edge to connect limit 114 and be tightly connected, the second periphery connects the sidepiece on limit 114 and is provided with some
Edge air-vent 115, upper padding plate 13 peripheral side portion is provided with breathe freely notch 131 corresponding with edge air-vent 115, breathes freely in edge
Hole 115 connects air guide channel 10 and space in footwear.When sole jam on insole surfaces 12 make small ventilating holes 121 be enclosed time, due to limit
Edge air-vent 115 and ventilative notch 131 constitute air guide channel 10 and the interface channel in space in footwear, and the outlet of this interface channel is positioned at
Upper padding plate 13 edge side is difficult to be sealed by sole, and this contributes to realizing in shoe pad in air and footwear the smooth and easy stream between air
Logical.For saving space and being prone to make, it is one-body molded that aeroscopic plate 11, support column 113 and the second periphery connect limit 114.
Can separate up and down with reference to Figure 15, inducing QI interlayer 1 and compression interlayer 2, air guide channel 10 is provided with and compresses
The through hole that second ventilation mouth 110 of interlayer 2 is connected, inducing QI interlayer 1 and compression interlayer 2 can individually make, and produce more
Convenient.
In the present invention, inducing QI interlayer 1 is also provided with the blow vent connection footwear external space and air guide channel 10, so makes
Air can flow at footwear interior or exterior space more smoothly.When the small ventilating holes 121 of insole surfaces 12 is all sealed by sole, inducing QI
When air in passage 10 cannot be flowed out by small ventilating holes 121, now air can flow out footwear outer space swimmingly by blow vent
Between, when air flows in air guide channel 10, take away the heat bottom sole and sweaty foot by small ventilating holes 121, make user's foot
Heat and the antiperspirant of the palm are so incensed that to distribute in time, wear more comfortable.
With reference to Fig. 1, Fig. 6 to Fig. 9, the compression interlayer 2 of the present invention can be there to be various structures form, for making the technology of this area
Personnel are more readily understood technical scheme, and the present invention there is provided herein several preferred constructive form of compression interlayer 2: pressure
Contracting interlayer 2 lower end is provided with lower bolster 22, and lower bolster 22 is tightly connected with the peripheral edge of upper end aeroscopic plate 11, aeroscopic plate 11, under
The space that backing plate 22 surrounds forms compression clip sheaf space, and described compression chamber and elastic clip sandwich layer are placed in compression clip sheaf space；Or
Person compresses interlayer 2 and also includes the first periphery and connect limit 23, and described compression interlayer 2 lower end is provided with lower bolster 22, and described first
Periphery connects limit 23 and is tightly connected the peripheral edge of aeroscopic plate 11 and lower bolster 22, and aeroscopic plate 11, lower bolster the 22, first periphery connect
The space that limit 23 surrounds forms compression clip sheaf space, and described compression chamber and elastic clip sandwich layer are placed in compression clip sheaf space.Certainly,
Compression interlayer 2 can also have other version, and the present invention is not limited to this.
Additionally, the present invention additionally provides several preferred constructive form of elastic clip sandwich layer and compression chamber at this: elastic clip
Sandwich layer is made up of the elastomeric material with favorable elasticity and intensity, and elastic clip sandwich layer includes some companies having gap from each other
Connect post 21, connect post 21 and connect the upper and lower end part of compression interlayer 2, connect the gap between post 21 and form compression chamber, for making
Simply, elastic clip sandwich layer is one-body molded with lower bolster；Or described elastic clip sandwich layer includes being separately positioned on compression interlayer 2,
The homopolarity magnetic material of lower end part, in compression interlayer 2, upper and lower end part space forms described compression chamber；Or described elasticity
Laminboard layer includes the open cell type flexible foam being arranged in compression interlayer 2, interconnects in open cell type flexible foam
Micropore form described compression chamber.Certainly elastic clip sandwich layer and compression chamber can also have other version, and the present invention is not
It is limited to this.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, as long as with essentially identical
Means realize within the technical scheme of the object of the invention broadly falls into protection scope of the present invention.
Claims (10)
1. a composite intermediate layer permeable shoe pads, it is characterised in that: include the inducing QI interlayer that is distributed up and down and compression interlayer, described in lead
Air casing is positioned at compression interlayer upper end, is provided with compression chamber and elastic clip sandwich layer in described compression interlayer, and compression interlayer is provided with
First ventilation mouth and the second ventilation mouth, described inducing QI interlayer is provided with air guide channel, and described air guide channel upper end is provided with and footwear
The small ventilating holes of interior space connection, described first ventilation mouth connection compression chamber and the footwear external space, described second ventilation mouth connection pressure
Contracting chamber and air guide channel.
A kind of composite intermediate layer permeable shoe pads the most according to claim 1, it is characterised in that: described first ventilation mouth and second
It is provided with check valve in ventilation mouth.
A kind of composite intermediate layer permeable shoe pads the most according to claim 1, it is characterised in that: described inducing QI interlayer includes leads
Gas plate, described aeroscopic plate upper end connects has air-locked insole surfaces, aeroscopic plate upper end to be provided with the air slot of indent, described shoe pad
Face and aeroscopic plate form inducing QI interlayer after linking together, and the space that air slot and insole surfaces surround forms air guide channel, described
Small ventilating holes is arranged on insole surfaces the position of corresponding air guide channel；Or described inducing QI interlayer includes aeroscopic plate, described in lead
Gas plate upper end connects ventilative insole surfaces, is additionally provided with upper padding plate, on described aeroscopic plate between described aeroscopic plate and insole surfaces
Being provided with the air slot of indent, the space that described air slot and upper padding plate surround forms air guide channel, and described small ventilating holes is arranged
On the position of upper padding plate correspondence air guide channel；Or described inducing QI interlayer includes aeroscopic plate, described aeroscopic plate upper end connects
There is insole surfaces, be additionally provided with upper padding plate between described aeroscopic plate and insole surfaces, described aeroscopic plate is provided with the air slot of indent,
The space that described air slot and upper padding plate surround forms air guide channel, and it is corresponding with insole surfaces that described small ventilating holes is arranged at upper padding plate
On the position of air guide channel, small ventilating holes is formed with the aperture that is connected on insole surfaces by being separately positioned on upper padding plate.
A kind of composite intermediate layer permeable shoe pads the most according to claim 3, it is characterised in that: described air slot includes leading
Air drain and multiple air slots in communication.
A kind of composite intermediate layer permeable shoe pads the most according to claim 1, it is characterised in that: described inducing QI interlayer includes leads
Gas plate, described aeroscopic plate upper end connects a upper padding plate, and described upper padding plate upper end connects ventilative insole surfaces, described aeroscopic plate with
Connecting between upper padding plate and have some support columns having gap each other, the gap between described support column forms air guide channel,
Described small ventilating holes is arranged at the position of upper padding plate correspondence air guide channel；Or described inducing QI interlayer includes aeroscopic plate, institute
Stating the connection of aeroscopic plate upper end and have upper padding plate, described upper padding plate upper end connects insole surfaces, connects between described aeroscopic plate and upper padding plate
Being connected to some support columns having gap each other, the gap between described support column forms air guide channel, described small ventilating holes
Being arranged at the position of upper padding plate air guide channel corresponding with insole surfaces, small ventilating holes is by being separately positioned on upper padding plate and insole surfaces
Connected aperture composition.
A kind of composite intermediate layer permeable shoe pads the most according to claim 5, it is characterised in that: described upper padding plate and aeroscopic plate
Peripheral edge is tightly connected；Or it is provided by the second periphery between described aeroscopic plate periphery and upper padding plate periphery and is connected limit and close
Envelope connects, or described support column is arranged on aeroscopic plate, and aeroscopic plate periphery is provided with protruding connection limit, upper padding plate and aeroscopic plate
The protruding limit that connects be tightly connected.
A kind of composite intermediate layer permeable shoe pads the most according to claim 1, it is characterised in that: described inducing QI interlayer is provided with logical
The QI KOU connection footwear external space and air guide channel.
8. according to the arbitrary described a kind of composite intermediate layer permeable shoe pads of claim 3 to 6, it is characterised in that: described compression interlayer
Lower end is provided with lower bolster, and described lower bolster is tightly connected with the peripheral edge of upper end aeroscopic plate, the sky that aeroscopic plate, lower bolster surround
Between formed compression clip sheaf space, described compression chamber and elastic clip sandwich layer are placed in compression clip sheaf space；Or described compression interlayer
Also including the first periphery and connect limit, described compression interlayer lower end is provided with lower bolster, and described first periphery connects limit and seals even
Connecing the peripheral edge of aeroscopic plate and lower bolster, aeroscopic plate, lower bolster, the first periphery connect the space formation compression interlayer sky that skirt becomes
Between, described compression chamber and elastic clip sandwich layer are placed in compression clip sheaf space.
A kind of composite intermediate layer permeable shoe pads the most according to claim 8, it is characterised in that: described first ventilation mouth is arranged at
On lower bolster, described second ventilation mouth is arranged on aeroscopic plate the position of corresponding air guide channel.
A kind of composite intermediate layer permeable shoe pads the most according to claim 1, it is characterised in that: described elastic clip sandwich layer includes
Some connection posts having gap from each other, described connection post connects compression interlayer upper and lower end part, connects post by elastomeric material
Making, the gap connected between post forms described compression chamber；Or described elastic clip sandwich layer includes being separately positioned on compression interlayer
The homopolarity magnetic material of upper and lower end part, in compression interlayer, upper and lower end part space forms described compression chamber；Or described bullet
Property laminboard layer include being arranged on the open cell type flexible foam in compression interlayer, open cell type flexible foam in interconnect
Micropore form described compression chamber.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610728241.7A CN106108248A (en) | 2016-08-25 | 2016-08-25 | A kind of composite intermediate layer permeable shoe pads |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610728241.7A CN106108248A (en) | 2016-08-25 | 2016-08-25 | A kind of composite intermediate layer permeable shoe pads |
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| CN106108248A true CN106108248A (en) | 2016-11-16 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201610728241.7A Pending CN106108248A (en) | 2016-08-25 | 2016-08-25 | A kind of composite intermediate layer permeable shoe pads |
Country Status (1)
| Country | Link |
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| CN (1) | CN106108248A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112244427A (en) * | 2020-09-24 | 2021-01-22 | 朱正直 | Low-cost ventilative heat dissipation type sports shoes sole and sports shoes |
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|---|---|---|---|---|
| CN2047900U (en) * | 1989-04-03 | 1989-11-22 | 王家奇 | Footwear with air cushions |
| CN2102647U (en) * | 1991-08-22 | 1992-04-29 | 常峰 | Footwear with single direction air-hole adjustable automatically |
| FR2727606A1 (en) * | 1994-12-02 | 1996-06-07 | Vermonet Christian | VENTILATION DEVICE FOR FOOTWEAR AND METHOD OF MANUFACTURE |
| CN201528730U (en) * | 2009-11-19 | 2010-07-21 | 东莞市北谛鞋业有限公司 | Ventilating insole |
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| CN202714274U (en) * | 2012-07-09 | 2013-02-06 | 查方春 | Dustproof, waterproof and breathable sole |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112244427A (en) * | 2020-09-24 | 2021-01-22 | 朱正直 | Low-cost ventilative heat dissipation type sports shoes sole and sports shoes |
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