CN106108250A - A kind of permeable shoe pads with forward and backward compression interlayer - Google Patents
A kind of permeable shoe pads with forward and backward compression interlayer Download PDFInfo
- Publication number
- CN106108250A CN106108250A CN201610729831.1A CN201610729831A CN106108250A CN 106108250 A CN106108250 A CN 106108250A CN 201610729831 A CN201610729831 A CN 201610729831A CN 106108250 A CN106108250 A CN 106108250A
- Authority
- CN
- China
- Prior art keywords
- interlayer
- compression
- plate
- aeroscopic plate
- ventilation mouth
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Classifications
-
- 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
Landscapes
- Footwear And Its Accessory, Manufacturing Method And Apparatuses (AREA)
Abstract
nullThe invention discloses before one has、The permeable shoe pads of rear compression interlayer，Include compression interlayer and inducing QI interlayer，Before compression interlayer includes being respectively arranged at shoe pad、Before hind paw、Rear compression interlayer，Inducing QI interlayer is provided with air guide channel and small ventilating holes，This shoe pad the most full sole、Shoe pad is pressed by forefoot or hind paw，The compression interlayer of pressurized can be by utmost compression work，Contribute to shoe pad and carry out the most ventilative ventilation，When rear compression interlayer is pressed by hind paw，Forefoot is less to the relative pressure of shoe pad front end，That is the small ventilating holes of shoe pad front end is oppressed less，The air small ventilating holes from shoe pad front end is conducive to flow out，Be conducive to air to flow out from the rear end small ventilating holes of shoe pad too when front compression interlayer is pressed by forefoot，The compression performance utilization ratio of the compression interlayer of this shoe pad is high，Its scavenging performance is excellent simultaneously，There is good practicality.
Description
Technical field
The present invention relates to field of footwear, especially relate to a kind of permeable shoe pads with forward and backward compression interlayer.
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, market occurs in that some shoe pads that can actively breathe freely, this type of shoe pad typically in set
One elastic compression part such as miniature air bag, by sole pressure distortion when elastic compression part is walked, drives shoe pad internal empty
Flow of air works.Use Elastic compression member only part by the sole pressure to it so that the pressure of elastic compression part
Contracting performance utilization rate is the highest, and shoe pad air permeable effect is the highest, it is difficult to meet the demand of people.
Summary of the invention
In order to overcome the deficiencies in the prior art, the present invention provides a kind of permeable shoe pads with forward and backward compression interlayer, its tool
There is the feature that compression clip layer compression performance utilization rate is high, air permeable effect is good.
The technical solution adopted in the present invention is mainly: a kind of permeable shoe pads with forward and backward compression interlayer, including up and down
The inducing QI interlayer of distribution and compression interlayer, described inducing QI interlayer is positioned at compression interlayer upper end, and described compression interlayer includes front compression
Interlayer and rear compression interlayer, described front compression interlayer and rear compression interlayer are respectively arranged at shoe pad forefoot and shoe pad hind paw
Place, is provided with front compression chamber and front elastic clip sandwich layer in described front compression interlayer, and front compression chamber is provided with the first ventilation mouth and second
Ventilation mouth, is provided with rear compression chamber and rear elastic clip sandwich layer in rear compression interlayer, and rear compression chamber is provided with the 3rd ventilation mouth and the 4th
Ventilation mouth, described first ventilation mouth and the 3rd ventilation mouth connect with the footwear external space, are all provided with in described first, second, third and fourth ventilation mouth
Having check valve, be provided with air guide channel in described inducing QI interlayer, air guide channel upper end is provided with connect with space in footwear ventilative
Aperture, compression chamber and air guide channel before described second ventilation mouth connection, after described 4th ventilation mouth connection, compression chamber leads to inducing QI
Road.
As the improvement of technique scheme, described inducing QI interlayer includes aeroscopic plate, and described aeroscopic plate upper end connects to be had
Air-locked insole surfaces, aeroscopic plate is provided with the air slot of indent, and described insole surfaces and aeroscopic plate are formed after linking together
Inducing QI interlayer, the space that air slot and insole surfaces surround forms air guide channel, and described second ventilation mouth, the 4th ventilation mouth one end are divided
Not being arranged in air slot, described small ventilating holes is arranged on insole surfaces the position of corresponding air guide channel；Or described inducing QI is pressed from both sides
Layer includes aeroscopic plate, and described aeroscopic plate upper end connects ventilative insole surfaces, also sets up between described aeroscopic plate and insole surfaces
Having upper padding plate, described aeroscopic plate is provided with the air slot of indent, the space that described air slot and upper padding plate surround forms inducing QI
Passage, described small ventilating holes is arranged on the position of upper padding plate correspondence air slot, described second ventilation mouth, the 4th ventilation mouth one end
It is respectively arranged in air slot；Or described inducing QI interlayer includes aeroscopic plate, described aeroscopic plate upper end connects insole surfaces, institute
State and between aeroscopic plate and insole surfaces, be additionally provided with upper padding plate, described aeroscopic plate is provided with the air slot of indent, described air slot
The space surrounded with upper padding plate forms air guide channel, and described small ventilating holes is arranged at the position of upper padding plate air slot corresponding with insole surfaces
Putting, small ventilating holes is formed with the aperture that is connected on insole surfaces by being separately positioned on upper padding plate, described second ventilation mouth one end, the
Four ventilation mouth one end are respectively arranged in air slot.
As the preferred technical scheme of another kind, described inducing QI interlayer includes aeroscopic plate, and described aeroscopic plate upper end connects
Having upper padding plate, described upper padding plate upper end connects ventilative insole surfaces, and being connected between described aeroscopic plate and upper padding plate has some phases
Having the support column in gap between Hu, the gap between described support column forms air guide channel, and described small ventilating holes is arranged at pad
The position of plate correspondence air guide channel, described second ventilation mouth, the 4th ventilation mouth are respectively arranged on aeroscopic plate；Lead described in or
Air casing includes aeroscopic plate, and described aeroscopic plate upper end connects upper padding plate, and described upper padding plate upper end connects insole surfaces, described
Being connected between aeroscopic plate with upper padding plate and have some support columns having gap each other, the gap between described support column is formed and leads
Gas passage, described small ventilating holes is arranged at the position of upper padding plate air guide channel corresponding with insole surfaces, and small ventilating holes is by setting respectively
Putting at upper padding plate and the aperture composition that is connected on insole surfaces, described second ventilation mouth, the 4th ventilation mouth are respectively arranged at aeroscopic plate
On.
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 backing plate is connected limit with the projection of aeroscopic plate and is tightly connected.
Further, the sidepiece that described second periphery connects limit is provided with some edges air-vent, described upper padding plate peripheral side
Portion is provided with breathe freely notch corresponding with edge air-vent, described edge air-vent connection air guide channel and space in footwear.
Further, described front compression interlayer lower end is provided with front lower bolster, and rear compression interlayer lower end is provided with rear lower bolster,
Described front lower bolster periphery is tightly connected with upper end aeroscopic plate, and interlayer is compressed before being formed in the space that aeroscopic plate, front lower bolster surround
Space, described front compression chamber and front elastic clip sandwich layer are placed in front compression clip sheaf space, and the first ventilation mouth is arranged at front lower bolster
On, the second ventilation mouth is arranged at aeroscopic plate correspondence air guide channel position, front compression clip sheaf space upper end, described rear lower bolster week
Edge is tightly connected with upper end aeroscopic plate, and the space that aeroscopic plate, rear lower bolster surround forms rear compression clip sheaf space, described rear compression
Chamber and rear elastic clip sandwich layer are placed in rear compression clip sheaf space, and described forward and backward lower bolster can be set to one, and the 3rd ventilation mouth sets
Being placed on rear lower bolster, the 4th ventilation mouth is arranged at aeroscopic plate correspondence air guide channel position, rear compression clip sheaf space upper end；Or
Before described in person, compression interlayer also includes front first periphery connection limit, and front compression interlayer lower end is provided with front lower bolster, compresses afterwards
After interlayer also includes, the first periphery connects limit, and rear compression interlayer lower end is provided with rear lower bolster, and described front first periphery connects
While be tightly connected peripheral edge and the aeroscopic plate of front lower bolster, aeroscopic plate, front lower bolster, front first periphery connect the space that skirt becomes
Forming front compression clip sheaf space, described front compression chamber and front elastic clip sandwich layer are placed in front compression clip sheaf space, the first ventilation mouth
Being arranged on front lower bolster, the second ventilation mouth is arranged at aeroscopic plate correspondence air guide channel position, front compression clip sheaf space upper end,
After described, the first periphery connects limit and is tightly connected peripheral edge and the aeroscopic plate of rear lower bolster, aeroscopic plate, rear lower bolster, latter first week
Edge connects the space of skirt one-tenth and forms compression interlayer after rear compression clip sheaf space, described rear compression chamber and rear elastic clip sandwich layer are placed in
In space, the 3rd ventilation mouth is arranged on rear lower bolster, and it is corresponding that the 4th ventilation mouth is arranged at compression clip sheaf space upper end aeroscopic plate
Air guide channel position.
Further, described front elastic clip sandwich layer includes some front connection posts having gap from each other, described front connection post
Connect before compression interlayer upper and lower end parts divide, front connection post is made up of elastomeric material, the gap between front connection post formed described before
Compression chamber, described rear elastic clip sandwich layer includes that some rear connection posts having gap from each other, described rear connection after post connects are pressed
Contracting interlayer upper and lower side part, connects post afterwards and is made up of elastomeric material, and the rear gap connected between post forms described rear compression chamber；Or
The homopolarity magnetic material of compression interlayer upper and lower end part, front compression clip before before described in person, elastic clip sandwich layer includes being separately positioned on
In layer, upper and lower end part space forms described front compression chamber, and described rear elastic clip sandwich layer compresses interlayer after including being separately positioned on
The homopolarity magnetic material of upper and lower end part, in rear compression interlayer, upper and lower end part space forms aftermentioned rear compression chamber；Or
Described front elastic clip sandwich layer compresses the open cell type flexible foam in interlayer, open cell type flexible foam before including being arranged on
The micropore of interior interconnection forms described front compression chamber, and described rear elastic clip sandwich layer compresses the perforate in interlayer after including being arranged on
Type flexible foam, the micropore interconnected in open cell type flexible foam forms described rear compression chamber.
Further, described inducing QI interlayer includes that forward and backward inducing QI interlayer, described leading air casing and rear inducing QI interlayer set respectively
It is placed at shoe pad forefoot and shoe pad hind paw, is provided with front air guide channel in leading air casing, leads after being provided with in rear inducing QI interlayer
Gas passage, described front air guide channel is provided by the 5th ventilation mouth and the 4th ventilation mouth connection, and described rear inducing QI interlayer passes through
It is provided with the 6th ventilation mouth and the second ventilation mouth connection.
Further, described inducing QI interlayer includes forward and backward inducing QI interlayer, is provided with front air guide channel in leading air casing, after lead
Being provided with rear air guide channel in air casing, the aeroscopic plate in described forward and backward inducing QI interlayer is set to integrative-structure, leading air casing
The a part of some with rear compression interlayer shares with a part of aeroscopic plate, and described 4th ventilation mouth is arranged at this and leads with some
Connecting front air guide channel and rear compression chamber on gas plate, the some of rear inducing QI interlayer shares same with the some of front compression interlayer
Partly aeroscopic plate, described second ventilation mouth is arranged at this with air guide channel and front compression chamber after connection on a part of aeroscopic plate.
Further, described inducing QI interlayer is provided with the blow vent connection footwear external space and air guide channel.
The invention has the beneficial effects as follows:
A kind of permeable shoe pads with forward and backward compression interlayer of the present invention, by being provided with compression interlayer and inducing QI on shoe pad
Interlayer, compression interlayer includes the forward and backward compression interlayer that is respectively arranged at the forward and backward sole of shoe pad, no matter full sole during use, front
Shoe pad is pressed by sole or hind paw, and the compression interlayer of pressurized can be driven air in shoe pad pressure by utmost compression work
Contracting interlayer and inducing QI folder interflow, contribute to shoe pad and carry out the most ventilative ventilation, when rear compression interlayer is pressed by hind paw,
Forefoot is less to the relative pressure of shoe pad front end, that is oppresses less to the small ventilating holes of shoe pad front end, beneficially air from
The small ventilating holes of shoe pad front end flows out, and is conducive to the air rear end from shoe pad too when front compression interlayer is pressed by forefoot
Small ventilating holes flows out, and the compression performance utilization ratio of the compression interlayer of this shoe pad is high, and its scavenging performance is excellent simultaneously, has good
Practicality.
Accompanying drawing explanation
Fig. 1 is the structural representation of embodiment one；
Fig. 2 and Fig. 3 is the structural representation of insole surfaces；
Fig. 4 and Fig. 5 is the structural representation of aeroscopic plate；
Fig. 6 is the structural representation of inducing QI interlayer in embodiment two；
Fig. 7 and Fig. 8 is the structural representation of aeroscopic plate in embodiment two；
Fig. 9 and Figure 10 is the structural representation of upper padding plate in embodiment two；
Figure 11 is the structural representation of embodiment three；
Figure 12 is the structural representation of embodiment four；
Figure 13 and Figure 14 is the structural representation of aeroscopic plate in embodiment five.
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 14, a kind of shoes being provided with this shoe pad, including upper of a shoe and sole, this shoe pad is installed on sole
On, inducing QI interlayer 1 that this shoe pad includes being distributed up and down and compression interlayer 2, compression interlayer 2 be can the confined space of opening, inducing QI
Interlayer 1 is positioned at compression interlayer 2 upper end, and compression interlayer 2 includes front compression interlayer 21 and 22 two, rear compression interlayer compression interlayer,
Front compression interlayer 21 and rear compression interlayer 22 are respectively arranged at shoe pad forefoot and shoe pad hind paw, set in front compression interlayer 21
Having front compression chamber and front elastic clip sandwich layer, front compression chamber is provided with the first ventilation mouth 211 and the second ventilation mouth 212, rear compression clip
Being provided with rear compression chamber and rear elastic clip sandwich layer in layer 22, rear compression chamber is provided with the 3rd ventilation mouth 221 and the 4th ventilation mouth 222,
First ventilation mouth 211 connects with the footwear external space with the 3rd ventilation mouth 221, is equipped with check valve in first, second, third and fourth ventilation mouth,
When shoes are not used, under check valve effect, compression interlayer 2 is made to become airtight space.It is provided with in inducing QI interlayer 1
Air guide channel 10, air guide channel 10 upper end is provided with the small ventilating holes 141 connected with space in footwear, and the second ventilation mouth 212 connects
Front compression chamber and air guide channel 10, compression chamber and air guide channel 10 after the 4th ventilation mouth 222 connection.
No matter shoe pad is pressed by the present invention full sole, forefoot or hind paw in use, the compression interlayer 2 of pressurized can
By at utmost compression work, drive air to flow between shoe pad compression interlayer 2 and inducing QI interlayer 1, contribute to shoe pad and lead
Dynamic ventilative ventilation, when rear compression interlayer 22 is pressed by hind paw, forefoot is less to the relative pressure of shoe pad front end that is right
The small ventilating holes 141 of shoe pad front end is oppressed less, and beneficially air flows out from the small ventilating holes 141 of shoe pad front end, works as forefoot
Air is conducive to flow out from the rear end small ventilating holes 141 of shoe pad when front compression interlayer 21 is pressed too, the compression of this shoe pad
The compression performance utilization ratio of interlayer 2 is high, and its scavenging performance is excellent simultaneously, has good practicality.
Embodiment one: with reference to Fig. 1-5, inducing QI interlayer 1 includes aeroscopic plate 13, and the connection of aeroscopic plate 13 upper end has air-locked
Insole surfaces 14, insole surfaces 14 is positioned at shoe pad the top and the plantar contact of user, aeroscopic plate 13 is provided with the air slot of indent,
Air slot includes leading air drain 131 and multiple the air slots 132 connected with leading air drain 131, and air slot plays to air
The effect of water conservancy diversion, air flow to each position of sole of insole surfaces 14 correspondence along air slot and flows out.Inducing QI interlayer air inlet
Mouth i.e. second, four ventilation mouths 212,222 are preferably disposed on leading air drain 131, drive air pressing when compressing interlayer 2 pressurized
Flow between contracting interlayer 2 and inducing QI interlayer 1 so that air can flow to after inducing QI interlayer air inlet enters leading air drain 131
Each air slot 132.Insole surfaces 14 and aeroscopic plate 13 are formed as inducing QI interlayer 1, air slot and insole surfaces 14 after linking together
The space surrounded forms air guide channel 10, and small ventilating holes 141 is arranged on insole surfaces 14 position of corresponding air guide channel 10.Logical
Cross small ventilating holes 141 air and 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 14 is ventilative insole surfaces, can set between aeroscopic plate 13 and insole surfaces 14
Being equipped with upper padding plate 15, the space that air slot and upper padding plate 15 surround forms air guide channel 10, and small ventilating holes 141 is arranged at upper padding plate
On the position of 15 corresponding air slots.
Embodiment one can also make the following changes: is provided with upper padding plate 15 between aeroscopic plate 13 and insole surfaces 14, ventilative little
Hole 141 is arranged at the position of the corresponding air guide channel 10 of upper padding plate 15 and insole surfaces 14, small ventilating holes 141 by being separately positioned on
Backing plate 15 and the aperture composition that is connected on insole surfaces 14, the most whether insole surfaces 14 breathes freely, and small ventilating holes 141 can connect
Space in logical air guide channel 10 and footwear.
Front compression interlayer 21 lower end is provided with front lower bolster 23, and described front lower bolster 23 periphery seals with upper end aeroscopic plate 13
Connecting, the space that aeroscopic plate 13, front lower bolster 23 surround forms front compression clip sheaf space, described front compression chamber and front elastic sandwich
Being placed in front compression clip sheaf space, the first ventilation mouth 211 is arranged on front lower bolster 23, before the second ventilation mouth 212 is arranged at
Corresponding air guide channel 10 position of compression clip sheaf space upper end aeroscopic plate 13, described rear compression interlayer 22 is tied with front compression interlayer 21
Structure is similar to, and also includes rear lower bolster, and rear lower bolster periphery is tightly connected with upper end aeroscopic plate 13, aeroscopic plate 13, rear lower bolster
The space surrounded forms rear compression clip sheaf space, described rear compression chamber and rear elastic clip sandwich layer and is placed in rear compression clip sheaf space,
Described forward and backward lower bolster can be set to one, and the 3rd ventilation mouth 221 is arranged on rear lower bolster, and the 4th ventilation mouth 222 is arranged at
Corresponding air guide channel 10 position of rear compression clip sheaf space upper end aeroscopic plate 13；Or before before described, compression interlayer 21 also includes
First periphery connects limit 231, and front compression interlayer 21 lower end is provided with front lower bolster 23, and rear compression interlayer 22 also includes rear first
Periphery connects limit 232, and rear compression interlayer 22 lower end is provided with rear lower bolster, and described front first periphery connects limit 231 and is tightly connected
The peripheral edge of front lower bolster 23 and aeroscopic plate 13, aeroscopic plate 13, front lower bolster 23, front first periphery connect the sky that limit 231 surrounds
Between formed before compression clip sheaf space, described front compression chamber and front elastic clip sandwich layer be placed in front compression clip sheaf space, the first ventilation
Mouth 211 is arranged on front lower bolster 23, and the second ventilation mouth 212 is arranged at the corresponding inducing QI of front compression clip sheaf space upper end aeroscopic plate 13
Passage 10 position, described rear first periphery connects limit 232 and is tightly connected peripheral edge and aeroscopic plate 13, the aeroscopic plate of rear lower bolster
13, rear lower bolster, rear first periphery connect the space that surrounds, limit 232 and form rear compression clip sheaf space, described rear compression chamber and after
Elastic clip sandwich layer is placed in rear compression clip sheaf space, and the 3rd ventilation mouth 221 is arranged on rear lower bolster, and the 4th ventilation mouth 222 sets
It is placed in corresponding air guide channel 10 position of compression clip sheaf space upper end aeroscopic plate 13.
Front elastic clip sandwich layer includes that some front connection posts 24 having gap from each other, the described front post 24 that connects connect front pressure
Contracting interlayer 21 upper and lower side part, front connection post 24 is made up of elastomeric material, the gap between front connection post 24 formed described before pressure
Contracting chamber, described rear elastic clip sandwich layer is similar with front elastic clip core structure；Or described front elastic clip sandwich layer includes being respectively provided with
At the homopolarity magnetic material of front compression interlayer 21 upper and lower end part, in front compression interlayer 21, upper and lower end part space is formed described
Front compression chamber, described rear elastic clip sandwich layer is similar with front elastic clip core structure；Or described front elastic clip sandwich layer includes arranging
Open cell type flexible foam in front compression interlayer 21, the micropore interconnected in open cell type flexible foam forms institute
Stating front compression chamber, described rear elastic clip sandwich layer is similar with front elastic clip core structure.
When the shoes that user's dress is provided with this shoe pad are walked, under the cooperation of each check valve, compression interlayer 2 falls at sole
Being squeezed time lower, in compression interlayer 2, space is reduced, and air pressure increases, the air in compression interlayer 2 from the second ventilation mouth 212 and/
Or the 4th ventilation mouth 222 flow out, enter in the air guide channel 10 of inducing QI interlayer 1, finally ventilative little from inducing QI interlayer 1 upper end
Hole 141 is flowed out.After compression interlayer 2 loses sole pressure, compression interlayer 2 restores to the original state, now under elastic clip sandwich layer effect
In compression interlayer 2, space increases, and air pressure reduces, and extraneous air flows into from compression interlayer air inlet, thus realizes the inside and outside master of footwear
Dynamic ventilative ventilation, improves the comfortableness of dress, and this shoe pad by being separately set to forward and backward compression interlayer by compression interlayer 2 simultaneously
21,22, no matter full shoe pad is pressed by sole, forefoot or hind paw during use, the compression interlayer 2 of relevant position all can be made to be subject to
Pressure, and the compression interlayer 2 of pressurized can be oppressed air flow out from the small ventilating holes 141 of shoe pad by utmost compression work,
Therefore the compression performance utilization ratio of the compression interlayer 2 of this shoe pad is higher, and footwear ventilating is effective, has good practicality
Property.
Embodiment two: with reference to Fig. 6 to Figure 10, the inducing QI interlayer 1 of the present embodiment includes aeroscopic plate 13, described aeroscopic plate 13
Upper end connects upper padding plate 15, and described upper padding plate 15 upper end connects ventilative insole surfaces 14, described aeroscopic plate 13 and upper padding plate
Connecting between 15 and have some support columns 16 having gap each other, the gap between described support column 16 forms air guide channel
10, described small ventilating holes 141 is arranged at the position of the corresponding air guide channel 10 of upper padding plate 15, described second ventilation mouth the 212, the 4th
Ventilation mouth 222 is respectively arranged on aeroscopic plate 13；Or described inducing QI interlayer 1 includes aeroscopic plate 13, on described aeroscopic plate 13
End connection has upper padding plate 15, and described upper padding plate 15 upper end connects insole surfaces 14, connects between described aeroscopic plate 13 and upper padding plate 15
Being connected to some support columns 16 having gap each other, the gap between described support column 16 forms air guide channel 10, described
Gas aperture 141 is arranged at upper padding plate 15 and the position of the corresponding air guide channel 10 of insole surfaces 14, and small ventilating holes 141 is by being respectively provided with
At upper padding plate 15 and the aperture composition that is connected on insole surfaces 14, the most whether insole surfaces 14 breathes freely, and small ventilating holes 141 all may be used
With space in connection air guide channel 10 and footwear.
Upper padding plate 15 is tightly connected with the peripheral edge of aeroscopic plate 13；Or described aeroscopic plate 13 periphery and upper padding plate 15 periphery
Between be provided by second periphery connect limit 134 and be tightly connected；Or described support column 16 is arranged on aeroscopic plate 13, leads
Gas plate 13 periphery is provided with the protruding limit that connects, and upper padding plate 15 is connected limit with the projection of aeroscopic plate 13 and is tightly connected.
Second periphery connects the sidepiece on limit 134 and is provided with some edges air-vent 133, and described upper padding plate 15 peripheral side portion sets
Being equipped with breathe freely notch 151 corresponding with edge air-vent 133, it is empty with in footwear that described edge air-vent 133 connects air guide channel 10
Between.Sole jams on insole surfaces 14 when making small ventilating holes 141 be enclosed, and leads owing to edge air-vent 133 is constituted with ventilative notch 151
Gas passage 10 and the interface channel in space in footwear, the outlet of this interface channel is positioned at upper padding plate 15 edge side and is difficult to be sealed by sole
Living, this contributes to realizing in shoe pad in air and footwear the smooth and easy circulation between air.For saving space and being prone to make, aeroscopic plate
13, support column 16 and the second periphery connection limit 134 can be one-body molded.
Embodiment three: with reference to Figure 11, the present embodiment differs primarily in that with above-described embodiment, the inducing QI folder of the present embodiment
Layer 1 is provided with two, and the most leading air casing 11 and rear inducing QI interlayer 12, forward and backward inducing QI interlayer 11,12 is respectively arranged at footwear
At pad forefoot and shoe pad hind paw, it is provided with front air guide channel in leading air casing 11, in rear inducing QI interlayer 12, is provided with rear inducing QI
Passage, front air guide channel is provided by the 5th ventilation mouth 111 and connects with the 4th ventilation mouth 222, and rear inducing QI interlayer is by arranging
The 6th ventilation mouth 121 is had to connect with the second ventilation mouth 212.When hind paw is stepped on, in leading air casing 11, air is discharged outside shoe pad,
When hind paw lifts, outside air compresses in interlayer 22 after entering.And forefoot is when stepping on, in rear inducing QI interlayer 12, air is discharged
Outside shoe pad, when forefoot lifts, outside air compresses in interlayer 21 before entering.This example provide the benefit that when hind paw to after pressure
When contracting interlayer 22 presses, forefoot is less to leading air casing 11 relative pressure, that is presses the small ventilating holes 141 of shoe pad front end
Compeling less, the beneficially small ventilating holes 141 of air inducing QI interlayer 11 in the past flows out.Front compression interlayer 21 is pressed also same by forefoot
Sample is conducive to air to flow out from the small ventilating holes 141 of rear inducing QI interlayer 12.
Embodiment four: with reference to Figure 12, the present embodiment differs primarily in that with embodiment three, and the forward and backward of the present embodiment is led
Air casing 11,12 is additionally provided with connection air guide channel 10 and extraneous forward and backward inducing QI interlayer blow vent 112,122, and shoes are arranged
Corresponding forward and backward shoes gas outlet, forward and backward inducing QI interlayer blow vent 112,122 is had to connect with forward and backward shoes gas outlet；Or
Forward and backward shoes gas outlet directly connects respectively with two air guide channels 10.When foot is close to footwear, space between the two is too small to be made
When air in air guide channel 10 difficultly flows into space in footwear, in air guide channel 10, air can be ventilated by forward and backward inducing QI interlayer
Mouth 112,122 flows out free surrounding space.The forward and backward shoes gas outlet of shoes may also be arranged on other position of shoes, it is possible to shares
Same gas outlet.When shoe pad only one of which inducing QI interlayer, can only set a blow vent.The shoe pad of this embodiment is the most empty
Atmidometer is less, is taken away heat and the antiperspirant gas of sole by small ventilating holes 141, owing to sole is main perspiration during air flowing
Position, air flowing carries out ventilative ventilation for sole position, can obtain good effect.
Embodiment five: with reference to Figure 13 and Figure 14, inducing QI interlayer 1 includes forward and backward inducing QI interlayer 11,12, leading air casing 11
Inside it is provided with front air guide channel, in rear inducing QI interlayer 12, is provided with rear air guide channel, the inducing QI in described forward and backward inducing QI interlayer 11,12
Plate 13 is set to integrative-structure, and the some of leading air casing 11 shares with a part of inducing QI with the some of rear compression interlayer 22
Plate 13, described 4th ventilation mouth 222 is arranged on this same a part of aeroscopic plate 13, connects front air guide channel and rear compression chamber, after
The some of inducing QI interlayer 12 and the some of front compression interlayer 21 share with a part of aeroscopic plate 13, described second ventilation mouth
212 are arranged on this same a part of aeroscopic plate 13, connect front air guide channel and rear compression chamber.
Inducing QI interlayer 1 and the compression interlayer 2 of above-mentioned embodiment can separate setting, i.e. inducing QI interlayer 1 He up and down
Front compression interlayer 21, rear compression interlayer about 22 separate setting；Or leading air casing 11, rear inducing QI interlayer 12 and front pressure
Contracting interlayer 21, rear compression interlayer about 22 separate setting.Between each interlayer, mode of communicating is with reference to foregoing embodiments.Inducing QI
Interlayer 1 and compression interlayer 2 can individually make, and produce more convenient.
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 permeable shoe pads with forward and backward compression interlayer, it is characterised in that: include inducing QI interlayer and the compression being distributed up and down
Interlayer, described inducing QI interlayer is positioned at compression interlayer upper end, and described compression interlayer includes front compression interlayer and rear compression interlayer, described
Front compression interlayer and rear compression interlayer are respectively arranged at shoe pad forefoot and shoe pad hind paw, are provided with in described front compression interlayer
Front compression chamber and front elastic clip sandwich layer, front compression chamber is provided with the first ventilation mouth and the second ventilation mouth, is provided with in rear compression interlayer
Rear compression chamber and rear elastic clip sandwich layer, rear compression chamber be provided with the 3rd ventilation mouth and the 4th ventilation mouth, described first ventilation mouth and
3rd ventilation mouth connects with the footwear external space, is equipped with check valve, in described inducing QI interlayer in described first, second, third and fourth ventilation mouth
Being provided with air guide channel, air guide channel upper end is provided with the small ventilating holes connected with space in footwear, described second ventilation mouth connection
Front compression chamber and air guide channel, compression chamber and air guide channel after described 4th ventilation mouth connection.
A kind of permeable shoe pads with forward and backward compression interlayer the most according to claim 1, it is characterised in that: described inducing QI
Interlayer includes aeroscopic plate, and described aeroscopic plate upper end connects air-locked insole surfaces, and aeroscopic plate is provided with the inducing QI of indent
Groove, described insole surfaces and aeroscopic plate form inducing QI interlayer after linking together, and the space that air slot and insole surfaces surround is formed and leads
Gas passage, described second ventilation mouth, the 4th ventilation mouth one end be respectively arranged in air slot, 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 slot
On position, described second ventilation mouth, the 4th ventilation mouth one end are respectively arranged in air slot；Or described inducing QI interlayer includes
Aeroscopic plate, described aeroscopic plate upper end connect have insole surfaces, be additionally provided with upper padding plate between described aeroscopic plate and insole surfaces, described in lead
Being provided with the air slot of indent on gas plate, the space that described air slot and upper padding plate surround forms air guide channel, described ventilative little
Hole is arranged on the position of upper padding plate air slot corresponding with insole surfaces, and small ventilating holes is by being separately positioned on upper padding plate and insole surfaces
Connected aperture composition, described second ventilation mouth one end, the 4th ventilation mouth one end be respectively arranged in air slot.
A kind of permeable shoe pads with forward and backward compression interlayer the most according to claim 1, it is characterised in that: described inducing QI
Interlayer includes aeroscopic plate, and described aeroscopic plate upper end connects upper padding plate, and described upper padding plate upper end connects ventilative insole surfaces,
It is connected between described aeroscopic plate and upper padding plate and has some support columns having gap each other, the gap shape between described support column
Becoming air guide channel, described small ventilating holes is arranged at the position of upper padding plate correspondence air guide channel, described second ventilation mouth, the 4th changes
QI KOU is respectively arranged on aeroscopic plate；Or described inducing QI interlayer includes aeroscopic plate, described aeroscopic plate upper end connects upper pad
Plate, described upper padding plate upper end connects insole surfaces, and being connected between described aeroscopic plate and upper padding plate to have some has gap each other
Support column, gap between described support column forms air guide channel, and described small ventilating holes is arranged at upper padding plate and insole surfaces pair
Answering 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, and described
Two ventilation mouths, the 4th ventilation mouth are respectively arranged on aeroscopic plate.
A kind of permeable shoe pads with forward and backward compression interlayer the most according to claim 3, it is characterised in that: described upper pad
Plate is tightly connected with the peripheral edge of aeroscopic plate；Or it is provided by second week between described aeroscopic plate periphery and upper padding plate periphery
Edge connects limit and is tightly connected；Or described support column is arranged on aeroscopic plate, aeroscopic plate periphery is provided with protruding connection limit, on
Backing plate is connected limit with the projection of aeroscopic plate and is tightly connected.
A kind of permeable shoe pads with forward and backward compression interlayer the most according to claim 4, it is characterised in that: described second
Periphery connects the sidepiece on limit and is provided with some edges air-vent, and described upper padding plate peripheral side portion is provided with corresponding to edge air-vent
Ventilative notch, space in described edge air-vent connection air guide channel and footwear.
6. according to a kind of composite intermediate layer permeable shoe pads described in claim 2-5, it is characterised in that: compression interlayer lower end before described
Being provided with front lower bolster, rear compression interlayer lower end is provided with rear lower bolster, and described front lower bolster periphery seals with upper end aeroscopic plate
Connecting, the space that aeroscopic plate, front lower bolster surround forms front compression clip sheaf space, described front compression chamber and front elastic clip sandwich layer and puts
In front compression clip sheaf space, the first ventilation mouth is arranged on front lower bolster, and the second ventilation mouth is arranged at front compression clip sheaf space
Aeroscopic plate correspondence air guide channel position, upper end, described rear lower bolster periphery is tightly connected with upper end aeroscopic plate, aeroscopic plate, rear under
The space that backing plate surrounds forms rear compression clip sheaf space, described rear compression chamber and rear elastic clip sandwich layer and is placed in rear compression clip sheaf space
In, the 3rd ventilation mouth is arranged on rear lower bolster, and the 4th ventilation mouth is arranged at rear compression clip sheaf space upper end aeroscopic plate correspondence and leads
At gas channel position；Or before described, compression interlayer also includes front first periphery connection limit, and front compression interlayer lower end is provided with
Front lower bolster, after rear compression interlayer also includes, the first periphery connects limit, and rear compression interlayer lower end is provided with rear lower bolster, described
Front first periphery connects limit and is tightly connected peripheral edge and the aeroscopic plate of front lower bolster, and aeroscopic plate, front lower bolster, front first periphery are even
The space that edge fit surrounds forms front compression clip sheaf space, described front compression chamber and front elastic clip sandwich layer and is placed in front compression clip sheaf space
In, the first ventilation mouth is arranged on front lower bolster, and the second ventilation mouth is arranged at front compression clip sheaf space upper end aeroscopic plate correspondence and leads
At gas channel position, described after the first periphery connect limit and be tightly connected peripheral edge and the aeroscopic plate of rear lower bolster, aeroscopic plate, rear under
Backing plate, rear first periphery connect the space of skirt one-tenth and form rear compression clip sheaf space, described rear compression chamber and rear elastic clip sandwich layer
Being placed in rear compression clip sheaf space, the 3rd ventilation mouth is arranged on rear lower bolster, and the 4th ventilation mouth is arranged at compression clip sheaf space
Aeroscopic plate correspondence air guide channel position, upper end.
A kind of composite intermediate layer permeable shoe pads the most according to claim 1, it is characterised in that: described front elastic clip sandwich layer includes
Some front connection posts having gap from each other, described before connect post connect before compression interlayer upper and lower end parts divide, front connection post by
Elastomeric material is made, and the gap between front connection post forms described front compression chamber, described rear elastic clip sandwich layer include some mutually
Between have a rear connection post in gap, described after connect and compress interlayer upper and lower end parts after post connects and divide, the rear post that connects is by elastomeric material
Making, the rear gap connected between post forms described rear compression chamber；Or before described front elastic clip sandwich layer includes being separately positioned on
The homopolarity magnetic material of compression interlayer upper and lower end part, in front compression interlayer, upper and lower end part space forms described front compression
Chamber, described rear elastic clip sandwich layer compresses the homopolarity magnetic material of interlayer upper and lower end part, rear compression clip after including being separately positioned on
In layer, upper and lower end part space forms aftermentioned rear compression chamber；Or described front elastic clip sandwich layer includes being arranged on front compression clip
Open cell type flexible foam in Ceng, the micropore interconnected in open cell type flexible foam forms described front compression chamber,
Described rear elastic clip sandwich layer compresses the open cell type flexible foam in interlayer, open cell type flexible foam after including being arranged on
The micropore of interior interconnection forms described rear compression chamber.
A kind of permeable shoe pads with forward and backward compression interlayer the most according to claim 1, it is characterised in that: described inducing QI
After interlayer includes that forward and backward inducing QI interlayer, described leading air casing and rear inducing QI interlayer are respectively arranged at shoe pad forefoot and shoe pad
At sole, being provided with front air guide channel in leading air casing, be provided with rear air guide channel in rear inducing QI interlayer, described front air guide channel leads to
Crossing and be provided with the 5th ventilation mouth and the 4th ventilation mouth connection, described rear inducing QI interlayer is provided by the 6th ventilation mouth and second and changes
QI KOU connects.
9. according to a kind of permeable shoe pads with forward and backward compression interlayer described in Claims 2 or 3 or 4 or 5, it is characterised in that:
Described inducing QI interlayer includes forward and backward inducing QI interlayer, is provided with front air guide channel, leads after being provided with in rear inducing QI interlayer in leading air casing
Gas passage, the aeroscopic plate in described forward and backward inducing QI interlayer is set to integrative-structure, a part of and rear compression clip of leading air casing
The some of layer shares with a part of aeroscopic plate, and described 4th ventilation mouth is arranged at this with inducing QI before connection on a part of aeroscopic plate
Passage and rear compression chamber, the some of rear inducing QI interlayer and the some of front compression interlayer share with a part of aeroscopic plate, described
Second ventilation mouth is arranged at this with air guide channel and front compression chamber after connection on a part of aeroscopic plate.
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
The blow vent connection footwear external space and air guide channel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610729831.1A CN106108250A (en) | 2016-08-25 | 2016-08-25 | A kind of permeable shoe pads with forward and backward compression interlayer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610729831.1A CN106108250A (en) | 2016-08-25 | 2016-08-25 | A kind of permeable shoe pads with forward and backward compression interlayer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106108250A true CN106108250A (en) | 2016-11-16 |
Family
ID=57275394
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610729831.1A Pending CN106108250A (en) | 2016-08-25 | 2016-08-25 | A kind of permeable shoe pads with forward and backward compression interlayer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106108250A (en) |
Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2102647U (en) * | 1991-08-22 | 1992-04-29 | 常峰 | Footwear with single direction air-hole adjustable automatically |
| CN2195875Y (en) * | 1994-05-05 | 1995-05-03 | 陈锡晖 | Massage and ventilated shoe pad |
| FR2727606A1 (en) * | 1994-12-02 | 1996-06-07 | Vermonet Christian | VENTILATION DEVICE FOR FOOTWEAR AND METHOD OF MANUFACTURE |
| CN201986816U (en) * | 2011-04-27 | 2011-09-28 | 陈鸿灿 | Ventilation insole |
| CN202714274U (en) * | 2012-07-09 | 2013-02-06 | 查方春 | Dustproof, waterproof and breathable sole |
| CN104172654A (en) * | 2013-05-24 | 2014-12-03 | 曹晶晶 | Air circulating type waterproof ventilation shoes |
| CN204812355U (en) * | 2015-08-16 | 2015-12-02 | 名典鞋业集团有限公司 | Air cycle air cushion shoes |
| CN206119361U (en) * | 2016-08-25 | 2017-04-26 | 温卫国 | Breathable insole with preceding intermediate layer that compresses after |
-
2016
- 2016-08-25 CN CN201610729831.1A patent/CN106108250A/en active Pending
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2102647U (en) * | 1991-08-22 | 1992-04-29 | 常峰 | Footwear with single direction air-hole adjustable automatically |
| CN2195875Y (en) * | 1994-05-05 | 1995-05-03 | 陈锡晖 | Massage and ventilated shoe pad |
| FR2727606A1 (en) * | 1994-12-02 | 1996-06-07 | Vermonet Christian | VENTILATION DEVICE FOR FOOTWEAR AND METHOD OF MANUFACTURE |
| CN201986816U (en) * | 2011-04-27 | 2011-09-28 | 陈鸿灿 | Ventilation insole |
| CN202714274U (en) * | 2012-07-09 | 2013-02-06 | 查方春 | Dustproof, waterproof and breathable sole |
| CN104172654A (en) * | 2013-05-24 | 2014-12-03 | 曹晶晶 | Air circulating type waterproof ventilation shoes |
| CN204812355U (en) * | 2015-08-16 | 2015-12-02 | 名典鞋业集团有限公司 | Air cycle air cushion shoes |
| CN206119361U (en) * | 2016-08-25 | 2017-04-26 | 温卫国 | Breathable insole with preceding intermediate layer that compresses after |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101874663B (en) | Ventilating insoles | |
| CN201375087Y (en) | Air cushion type buffering ventilating shoe | |
| CN106360882B (en) | A kind of preparation method for the nano ceramics insole for generating anion | |
| CN206119361U (en) | Breathable insole with preceding intermediate layer that compresses after | |
| CN201308150Y (en) | Embedded nano elastic shock absorbing and ventilating shoe | |
| CN106108250A (en) | A kind of permeable shoe pads with forward and backward compression interlayer | |
| CN106108231A (en) | A kind of active ventilation shoes | |
| CN204888920U (en) | Shoe -pad | |
| CN206006167U (en) | A kind of permeable shoe pads of portable construction | |
| CN206006168U (en) | A kind of composite intermediate layer permeable shoe pads | |
| CN102715692B (en) | Breathable shoes | |
| CN106108249A (en) | A kind of inducing QI sandwich of permeable shoe pads | |
| CN206836386U (en) | A kind of Breathable shock absorption shoe bottom | |
| CN106108248A (en) | A kind of composite intermediate layer permeable shoe pads | |
| CN109892905A (en) | A kind of adjustable mattress of hardness | |
| CN206006166U (en) | A kind of inducing QI sandwich of permeable shoe pads | |
| CN206006137U (en) | A kind of active ventilation shoes | |
| CN201754836U (en) | Ventilating shoe pad | |
| CN204888903U (en) | Sole | |
| CN106165940A (en) | A kind of permeable shoe pads of portable construction | |
| CN221807824U (en) | High ventilative formula playshoes | |
| CN201061290Y (en) | Foot mat device with air-pillow as well as suction exhaustion function | |
| CN218790838U (en) | Sole with deodorization function | |
| CN205125223U (en) | Ventilative sole with inside and outside circulation system of air | |
| CN218650532U (en) | Shoes capable of automatically ventilating during walking |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| RJ01 | Rejection of invention patent application after publication | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20161116 |