CN207461528U - A kind of autonomous respiration formula air sac shoes bottom - Google Patents
A kind of autonomous respiration formula air sac shoes bottom Download PDFInfo
- Publication number
- CN207461528U CN207461528U CN201721441510.8U CN201721441510U CN207461528U CN 207461528 U CN207461528 U CN 207461528U CN 201721441510 U CN201721441510 U CN 201721441510U CN 207461528 U CN207461528 U CN 207461528U
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- insole
- boss
- face
- cavity
- air sac
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Abstract
The utility model discloses a kind of autonomous respiration formula air sac shoes bottoms, including an insole and an outsole, arranged for interval has an interlayer cavity between insole and outsole, and interlayer cavity is formed by several propped up to top to the boss in respective offside cavity wall being respectively arranged on its two face-off cavity walls face.The utility model insole downside forms a pair of of face-off face with outsole upper side, several boss are respectively arranged on two face-off faces, boss is propped up to form interlayer cavity between two face-off faces, along with factor of the boss as sole selection elastic material, it squeezes and resets in the compressing that boss is walked in human body, so as to which interlayer cavity is closed and is opened, interlayer intracavity gas is passed in and out from the gas vent on insole, it is this independently to breathe freely and hydrofuge, prevention tinea pedis effect can be functioned well as naturally.
Description
Technical field
The utility model is related to footwear technical field, more specifically a kind of autonomous respiration formula air sac shoes bottom.
Background technology
The common characteristic of material of general sole should have wear-resisting, water-fast, oil resistant, heat-resisting, pressure-resistant, impact resistance, elastic good, appearance
Easily it is suitble to after foot type, sizing not flexible type, heat preservation etc., but for gas permeability with regard to poor, moisture is easy for greatly bacterium in footwear in turn
It grows, long tinea pedis.So occurring the shoes of many ventilated soles on the market in the recent period, it is commonly called as air sac shoes also known as air exhausting shoes.
Current conventional exhaust heel of a shoe portion is all there are one very big air bag, however the structure in air bag and technological process
It is not easy to produce in batches in complexity, and the parts such as spring, blade, check valve, pipeline assisted can increase significantly its cost, and
The such auxiliary component of spring-like can shorten because of teen-age long-term strenuous exercise and the influence of crust deformation squeezed for a long time
Its service life, while can also influence the mobile obstacle exhaust of its air.And the inadequate hommization of design of some air exhausting shoes, such as row
The pump drainage gas port of gas footwear is arranged on side of the sole, and such design can cause people in rainy days either in the section for having ponding
During walking, ponding can through taking out, gas vent is reverse osmosis is not suitable for walking in rainwater weather to the footwear that this kind in footwear, is caused to design, shadow
Ring practicability.
Utility model content
The purpose of the utility model is to overcome prior art disadvantages described above, provide it is a kind of it is simple in structure, cost is not high, dress
With easily, convenient for batch production, and pliability it is good, elasticity it is splendid, can accommodate in various movements, more importantly can be autonomous
Ventilative, hydrofuge plays the role of preventing the autonomous respiration formula air sac shoes bottom of tinea pedis.
In order to reach object above, the utility model is achieved through the following technical solutions：A kind of autonomous respiration formula gas
Capsule sole, including an insole and an outsole, which is characterized in that self-assembling formation concave-convex clamp between the insole and outsole
Layer chamber, the interlayer cavity several are supportted by what is be respectively arranged on its two face-offs cavity wall face to pushing up to the boss in respective offside cavity wall
It rises and is formed.
The utility model is independent and be integrally formed insole and outsole is combined and formed by upper and lower two layers, so
The utility model is simple in structure, manufacture is easy, cost is not high；The utility model insole downside is formed with outsole upper side
A pair of of face-off face is respectively arranged several boss on two face-off faces, often in face of the boss that stands erect on face to top to respectively on side,
So as to form the interlayer cavity of ventilation between two face-off faces, boss is suitable for soft buffering in interlayer cavity, along with insole and
For outsole as sole, being both needed to selection has the characteristics that the material with high resiliency such as natural rubber or asynthetic rubber, so
The utility model has more that pliability is good, elasticity is splendid, can accommodate in the various movements the features such as；The utility model is in insole and outside
It props up to form interlayer cavity with boss between sole, boss is because of high resiliency material relationship, extruding and reset in human body is walked and oppressed,
So as to which interlayer cavity is closed and is opened, interlayer intracavity gas passes in and out from the gas vent on insole, it is this can independently breathe freely and
Hydrofuge can function well as prevention tinea pedis effect naturally；The utility model is because autonomous breathe freely with hydrofuge is formed in sole
Inside after shoes is upward, i.e., is carried out in the joint gap between human foot bottom and shoes inner face, thus no matter the rainy day
No, it is suitable for dressing, without having to worry about the trouble of water inlet.
Preferably, the fore-set that a cross-sectional area is less than its table top is both provided on the table top of each boss.
The utility model redesigns the fore-set that a cross-sectional area is less than its table top in the end face of boss, mainly increases
The elastic dynamics that boss is squeezed and resetted so as to reduce the trigger condition that interlayer cavity is closed and opens, makes it be more prone to realize；
It penetrates through in addition, global interlayers chamber is also more prone to whole and in flakes, increases airflow circulating amount, so as to increase autonomous ventilative and hydrofuge
Dynamics so that more dry in footwear, hygienic, comfortable.
Preferably, the boss in two cavity wall of interlayer cavity is by matrix-style arranged for interval, two chamber of interlayer cavity
Boss on wall is staggeredly embedded in each other.
The utility model by the boss on insole downside and outsole upper side by matrix-style arranged for interval, one
To facilitate die sinking, injection, demoulding；Two is embedded and identical to facilitate the two that can preferably misplace after engaging up and down, joins together,
If make sole be not felt by the boss compressive zone arranged with asterism come concave-convex tingling sensation；Three come do not have to worry interlayer cavity shape
Into, be closed with open problem because the fore-set of boss surface is to form gap, the guarantee that can be buffered.
Preferably, the boss in two cavity wall of interlayer cavity is in the narrow halfpace structure in the wide top of base portion.
The shape of the utility model boss can be the arbitrary shapes such as cylinder, frustum, square or abnormity, it might even be possible to make
It is cellular, but make a general survey of in all shapes, it can misplace what is be embedded in and coincide up and down, just belong to landing shape and be most suitable for, appearance shape
Into also better appearance.
Preferably, several spiracles for running through entire insole are provided on the insole.
In order to allow the shoes that sole is formed that can preferably form airflow circulating, autonomous respiration is vented the utility model
Hydrofuge devises some spiracles on insole, directly extends through in interlayer cavity, be concentrated mainly at corresponding human body sole arch of foot
At toe, increase from the path that interlayer cavity air-flow comes out, so as to increase airflow circulating amount, so as to increase autonomous ventilative and row
Wet dynamics so that more dry in footwear, hygienic, comfortable.
Advantageous effect：（1）The utility model insole downside forms a pair of of face-off face, two face-offs with outsole upper side
Several boss are respectively arranged on face, often in face of the boss that stands erect on face to top to respectively on side, so as to two face-off faces it
Between form the interlayer cavity of ventilation, boss is suitable for soft buffering in interlayer cavity, along with insole and outsole are equal as sole
It need to select natural rubber or asynthetic rubber etc. that there is elastomeric material, pliability is good so the utility model has more, bullet
Property is splendid, can accommodate in the various movements the features such as.
（2）The utility model is propped up to form interlayer cavity between insole and outsole with boss, and boss is because of high resiliency material
Matter relationship is squeezed and is resetted in human body is walked and oppressed, and so as to which interlayer cavity is closed and is opened, interlayer intracavity gas is from insole
Gas vent in pass in and out, it is this independently to breathe freely and hydrofuge, prevention tinea pedis effect can be functioned well as naturally.
Description of the drawings
Fig. 1 is the structure diagram of the utility model；
Fig. 2 is the structure sectional view of A-A in Fig. 1；
Fig. 3 is the structure sectional view of B-B in Fig. 1；
Fig. 4 is the structure diagram of the utility model insole；
Fig. 5 is the structure diagram of the utility model outsole.
In figure：1- insoles, 2- outsoles, 3- interlayer cavities, 4- boss, 5- fore-sets, 6- spiracles.
Specific embodiment
In order to which the technological means of the utility model, creation characteristic and reached purpose is made to be readily apparent from understanding, below in conjunction with tool
The utility model is expanded on further in body embodiment.
Embodiment：As shown in Figure 1, a kind of autonomous respiration formula air sac shoes bottom, has open upper end chamber i.e. in ship type including one
The outsole 2 and one of structure is accommodated in the insole 1 in outsole 2, although wherein insole 1 and outsole 2 are stacked on top of one another
Combination but be that separate component is separable each other, outsole 2 is circumferential to have the periphery that a circle flange extends insole 1 so as to more preferable
Ground is combined with shoe body, facilitates gluing.
Arranged for interval has an interlayer cavity 3 between insole 1 and outsole 2, and interlayer cavity 3 on its two face-off cavity walls face by distinguishing
The several of arrangement prop up top to the boss 4 in respective offside cavity wall to be formed.Boss 4 in 3 liang of cavity walls of interlayer cavity is in base
The narrow halfpace structure in the wide top in portion.Boss 4 in 3 liang of cavity walls of interlayer cavity is by matrix-style arranged for interval, 3 liang of cavity walls of interlayer cavity
On boss 4 it is staggeredly embedded each other and coincide, a cross-sectional area is both provided on the table top of each boss 4 less than its table top
Fore-set 5.
Several spiracles 6 for running through entire insole are provided on insole 1.
It uses：It props up to form interlayer cavity with boss between insole and outsole, the fore-set of boss front end is because of high resiliency material
Matter and whole accounting are small（It is a small）The reason of relationship, human body walk oppress in squeeze and reset so that interlayer cavity be closed
With opening, interlayer intracavity gas is passed in and out from the spiracle on insole, this independently to breathe freely and hydrofuge, naturally can be very
Play the role of well preventing tinea pedis.
Claims (7)
- A kind of 1. autonomous respiration formula air sac shoes bottom, including an insole and an outsole, which is characterized in that the insole and outer Arranged for interval has an interlayer cavity between sole, and the interlayer cavity is several to pushing up to each by being respectively arranged on its two face-off cavity walls face It props up to be formed from the boss in offside cavity wall.
- 2. autonomous respiration formula air sac shoes bottom according to claim 1, which is characterized in that on the table top of each boss It is provided with the fore-set that a cross-sectional area is less than its table top.
- 3. autonomous respiration formula air sac shoes bottom according to claim 1 or 2, which is characterized in that in two cavity wall of interlayer cavity Boss by matrix-style arranged for interval, the boss in two cavity wall of interlayer cavity is staggeredly embedded in each other.
- 4. autonomous respiration formula air sac shoes bottom according to claim 3, which is characterized in that convex in two cavity wall of interlayer cavity Platform is in the narrow halfpace structure in the wide top of base portion.
- 5. autonomous respiration formula air sac shoes bottom according to claim 1 or 2, which is characterized in that be provided on the insole Several run through the spiracle of entire insole.
- 6. autonomous respiration formula air sac shoes bottom according to claim 3, which is characterized in that be provided on the insole several A spiracle through entire insole.
- 7. autonomous respiration formula air sac shoes bottom according to claim 4, which is characterized in that be provided on the insole several A spiracle through entire insole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721441510.8U CN207461528U (en) | 2017-11-02 | 2017-11-02 | A kind of autonomous respiration formula air sac shoes bottom |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721441510.8U CN207461528U (en) | 2017-11-02 | 2017-11-02 | A kind of autonomous respiration formula air sac shoes bottom |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207461528U true CN207461528U (en) | 2018-06-08 |
Family
ID=62262476
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721441510.8U Active CN207461528U (en) | 2017-11-02 | 2017-11-02 | A kind of autonomous respiration formula air sac shoes bottom |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207461528U (en) |
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2017
- 2017-11-02 CN CN201721441510.8U patent/CN207461528U/en active Active
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