CN205040755U - Shock attenuation oxygen bar shoes with air distribution system - Google Patents
Shock attenuation oxygen bar shoes with air distribution system Download PDFInfo
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- CN205040755U CN205040755U CN201520771577.2U CN201520771577U CN205040755U CN 205040755 U CN205040755 U CN 205040755U CN 201520771577 U CN201520771577 U CN 201520771577U CN 205040755 U CN205040755 U CN 205040755U
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Abstract
The utility model discloses a shock attenuation oxygen bar shoes with air distribution system, including sole and vamp, the sole is by upper base, insole and go to the bottom and constitute, being equipped with on the top surface of going to the bottom and going to the bottom calceiform cavity, the back root that the calceiform suited and be equipped with the draught hole, it has the structure of a plurality of breachs lug to be equipped with in the calceiform cavity to have, and each breach intercommunication forms circulation of air passageway, makes the draught hole passes through circulation of air passageway, through -hole and bleeder vent intercommunication by the shoe cavity that sole and vamp enclose still is equipped with in the calceiform cavity and is located many root circles cylindricality buffer body that qian zhang district and bridge location were distinguished and lieing in back calcaneal region and the oval cylindricality buffer body that has the epirelief cambered surface. The utility model discloses an external and shoe cavity can be realized to shock attenuation oxygen bar shoes in the person's of dress walking air cycle convection current with guarantee the person's of dress foot dry and comfortable and comfortable, can play good shock attenuation cushioning effect to the person's of dress foot again, improved the travelling comfort and experience healthily of dress.
Description
Technical field
The utility model relates to a kind of health shoes, specifically has the damping oxygen bar shoes of air flow system.
Background technology
At present, the footwear with airing function have a variety of, such as, on upper of a shoe, be provided with air-vent, only can make instep surface good permeability some, the ventilative of sole position and moisture issues cannot be solved; Or air-vent is set at sole, allow footwear inside be connected with outside air, the effect of automatic air-exchanging can not be reached, but sweat gas cannot be made to discharge.Further design is had to be have air cavity between sole and the middle end, sole and there is venthole at the middle end, but because the structure of gas extraction system is scientific and reasonable not, in comfortableness and practicality, all can not reach comparatively ideal effect, say nothing of and can play damping, buffering effect further.
Utility model content
Technical problem to be solved in the utility model is: provide a kind of damping oxygen bar shoes with air flow system.
Solve the problems of the technologies described above, the technical scheme that the utility model adopts is as follows:
A kind of damping oxygen bar shoes with air flow system, comprise sole and vamp, described sole is by upper base, the middle end and composition of going to the bottom, described end face of going to the bottom is provided with the shoe-shaped cavity adapted with shoe-shaped of going to the bottom, back root part is provided with air-vent, described shoe-shaped cavity is from front to back by front sole area, bridge location district and heel area composition, the structure projection for intensity of guaranteeing to go to the bottom is provided with in this shoe-shaped cavity, described structure projection is provided with multiple breach, each breach is communicated with the air communication channel being formed and extended to described air-vent by described toe of going to the bottom, described upper base is provided with multiple air-vent, the multiple through hole in the described middle end, the described middle end and upper base overlay on described structure projection successively from the bottom to top, make described air-vent by described air communication channel, through hole is communicated with the footwear chamber surrounded by described sole and vamp with air-vent, it is characterized in that: be also provided with many cylindrical buffer bodies being positioned at described front sole area and bridge location district in described shoe-shaped cavity and be positioned at described heel area and there is the elliptical cylinder-shape buffer body of upper convex globoidal, described structure projection is arranged around described cylindrical buffer body and elliptical cylinder-shape buffer body, the position of described through hole on the middle end is corresponding with described cylindrical buffer body and the position of elliptical cylinder-shape buffer body in shoe-shaped cavity, and described cylindrical buffer body and elliptical cylinder-shape buffer body are extend into respectively when the described middle end overlays on described structure projection in corresponding through hole.
Stressed in the gravity balance support of foot in order to optimize footwear further, to greatest extent alleviate transform foot at walking process produce the large pressure of tool, improve as one of the present utility model, the cylindrical buffer volume array of described many cylindrical buffer bodies composition has the outer contour shape of the side profile close to described front sole area and bridge location district, further, this cylindrical buffer volume array is arranged on the middle position in described front sole area and bridge location district.
In order to base of principle of human engineering can be met, as preferred embodiment of the present utility model, the front sole area of described shoe-shaped cavity is provided with the capable array of cylindrical buffer body of the longitudinal direction uniform intervals layout of going to the bottom described in five groups of edges, the bridge location district of described shoe-shaped cavity is provided with one group of capable array of cylindrical buffer body between two parties, these six groups of capable arrays of cylindrical buffer body are provided with two successively by the order by described front of going to the bottom to rear, three, three, three, two and two described cylindrical buffer bodies, these 15 cylindrical buffer bodies form described cylindrical buffer volume array.
In order to improve the stability of footwear sole construction, as preferred embodiment of the present utility model, described structure projection comprises the front cross group of bumps be abound with in described front sole area, is abound with the grid projection in described bridge location district and is abound with in the rear with the posterior transversal group of bumps in district; Described front cross group of bumps and posterior transversal group of bumps by polylith along described in go to the bottom the lateral projections composition that longitudinal direction uniform intervals arranges, each block lateral projections all along described in go to the bottom horizontal direction extension.
In order to optimize the air circulation performance of air communication channel, as preferred embodiment of the present utility model, the breach of described structure projection comprises front cross group of bumps breach, grid projection breach and posterior transversal group of bumps breach; Described front cross group of bumps breach is arranged on described front sole area middle front part lateral projections group near the position of each cylindrical buffer body, described grid projection breach is arranged in described bridge location district that grid projection is near the position of described shoe-shaped cavity left and right sidewall, and described posterior transversal group of bumps breach is arranged on described heel area postmedian lateral projections group near the position of described shoe-shaped cavity left and right sidewall.
As preferred embodiment of the present utility model, the air-vent of described upper base is arranged on half sole region.
The wearing and tearing produced when colliding along edge skin material to reduce, as preferred embodiment of the present utility model, described in the side-wall outer side face of going to the bottom be provided with the flange extended by shoe-shaped profile.
As preferred embodiment of the present utility model, described sole is by the disposable moulded section of elastomeric material.
Compared with prior art, the utility model has following beneficial effect:
First, damping oxygen bar shoes of the present utility model is provided with structure projection and on this structure projection, arranges breach to form the grid type air communication channel being communicated with footwear chamber and air-vent in the shoe-shaped cavity of going to the bottom of sole, people is when taking a step and fall to walking, air-vent utilizes and acts on the pressure of sole and elastic force via air communication channel by the discharge of footwear chamber air with suck outside air, namely the air flow system formed by air-vent and air communication channel in the process of walking completes air circulative convection that is extraneous and footwear chamber automatically, thus, sole is utilized to realize, strengthen the ventilation effect in footwear chamber, keep the dry and comfortable and health in footwear,
And, damping oxygen bar shoes of the present utility model is provided with the many cylindrical buffer bodies being positioned at front sole area and bridge location district and the elliptical cylinder-shape buffer body being positioned at heel area in the shoe-shaped cavity of going to the bottom of sole, utilize these buffer bodies effectively to reduce and absorb the immense pressure that people produces in the face of heel when taking a step and fall to walking, play a part good damping, buffering, ventilative, meet the scientific design of ergonomics, significantly improve pliability and the snugness of fit of sole.
In sum, the air circulative convection that damping oxygen bar shoes of the present utility model can realize extraneous and footwear chamber in the walking of wearer with ensures wearer's foot dry and comfortable and comfortable, good damping, buffering effect can be played to the foot of wearer again, improve comfortableness and the health experience of dress.
Second, sole is that disposable pressing mold is shaped, and the system that ventilates and therapeutic massage system form an organic whole, and health care reaches the circulation with outside air in footwear simultaneously, be different from traditional multilayer simple function material synthesis sole, stability and comfortableness all have breakthrough raising.
3rd, sole is made up of the special soft material of rubber, coordinate its special structural design simultaneously, difference according to foot in walking process changes, the half sole place of being provided with cylindrical rubber particle supports, play cushioning effect, the raising corresponding to density of material of the thickness at heel place, increase oval rubber projection, better can absorb ground in the face of the impulsive force of human body, sole for foot provides one closely and have the dry ventilated environment of Suitable space, can be eliminated or alleviate medicine simultaneously together with upper of a shoe, stimulate circulation, reach health-care effect.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail:
Fig. 1 is the structural blast figure of sole in damping oxygen bar shoes of the present utility model;
Fig. 2 is the perspective view of going to the bottom in damping oxygen bar shoes of the present utility model;
Fig. 3 is the rearview of going to the bottom in damping oxygen bar shoes of the present utility model.
Detailed description of the invention
As shown in Figure 1 to Figure 3, the utility model has the damping oxygen bar shoes of air flow system, comprises sole and vamp, and sole is by the disposable moulded section of the special soft material of rubber, and it comprises upper base 1, the middle end 2 and goes to the bottom 3.
Above-mentioned go to the bottom 3 end face be provided with the shoe-shaped cavity 3a adapted with 3 shoe-shapeds of going to the bottom, back root part 302 is provided with air-vent 3b, side-wall outer side face is provided with the flange extended by shoe-shaped profile, shoe-shaped cavity 3a is from front to back by front sole area 3a1, bridge location district 3a2 and heel area 3a3 forms, the structure projection for 3 intensity of guaranteeing to go to the bottom is provided with in this shoe-shaped cavity 3a, structure projection is provided with multiple breach, each breach be communicated with formed by go to the bottom 3 toe 301 extend to the air communication channel of air-vent 3b, upper base 1 is provided with multiple air-vent 1a being positioned at half sole region, more than 2, middle end through hole 2a, the middle end 2 and upper base 1 overlay on structure projection successively from the bottom to top, air-vent 3b is made to pass through air communication channel, through hole 2a is communicated with the footwear chamber surrounded by sole and vamp with air-vent 1a,
Wherein, structure projection comprises the front cross group of bumps 6 be abound with in the 3a1 of front sole area, is abound with the grid projection 7 in bridge location district 3a2 and is abound with the posterior transversal group of bumps 8 in the 3a3 of heel area; The lateral projections composition that front cross group of bumps 6 and posterior transversal group of bumps 8 are arranged along 3 longitudinal direction uniform intervals of going to the bottom by polylith, each block lateral projections all extends along 3 horizontal directions of going to the bottom.The breach of structure projection comprises front cross group of bumps breach 6a, grid projection breach 7a and posterior transversal group of bumps breach 8a; Front cross group of bumps breach 6a is arranged on front sole area 3a1 middle front part lateral projections group 6 near the position of each cylindrical buffer body 4, grid projection breach 7a is arranged in bridge location district 3a2 that grid projection 7 is near the position of shoe-shaped cavity about 3a sidewall, and posterior transversal group of bumps breach 8a is arranged on heel area 3a3 postmedian lateral projections group 8 near the position of shoe-shaped cavity about 3a sidewall.
Also be provided with the many cylindrical buffer bodies 4 being positioned at front sole area 3a1 and bridge location district 3a2 in above-mentioned shoe-shaped cavity 3a and be positioned at heel area 3a3 and there is the elliptical cylinder-shape buffer body 5 of upper convex globoidal; Structure projection is arranged around cylindrical buffer body 4 and elliptical cylinder-shape buffer body 5, the position of through hole 2a on the middle end 2 is corresponding with cylindrical buffer body 4 and the position of elliptical cylinder-shape buffer body 5 in shoe-shaped cavity 3a, and cylindrical buffer body 4 and elliptical cylinder-shape buffer body 5 are extend into respectively when the middle end 2 overlays on structure projection in corresponding through hole 2a.
Wherein, the cylindrical buffer volume array of many cylindrical buffer body 4 compositions has the outer contour shape of the side profile close to front sole area 3a1 and bridge location district 3a2, and this cylindrical buffer volume array is arranged on the middle position of front sole area 3a1 and bridge location district 3a2.Cylindrical buffer volume array can adopt following preferred structure: the front sole area 3a1 of shoe-shaped cavity 3a be provided with five groups along go to the bottom 3 the capable array of cylindrical buffer body arranged of longitudinal direction uniform intervals, the bridge location district 3a2 of shoe-shaped cavity 3a is provided with one group of capable array of cylindrical buffer body between two parties, these six groups of capable arrays of cylindrical buffer body by by go to the bottom 3 the order at front to rear be provided with two, three, three, three, two and two cylindrical buffer bodies 4 successively, these 15 cylindrical buffer bodies 4 form cylindrical buffer volume array.
Thus, when wearer wears damping oxygen bar shoes of the present utility model when falling to walking, the pressure acting on sole makes footwear chamber inner air discharge, and take away sweat and hot gas, cylindrical buffer body 4 simultaneously in sole and elliptical cylinder-shape buffer body 5 effectively can absorb the immense pressure that people produces when falling to walking, and play good damping, buffering effect.When taking a step, the elastic force that the special soft material of rubber produces makes pressure rapidly disappear, and the extraneous fresh air of inspiration, this air flow system is by constantly automatically periodic duty in the process of walking, promotes footwear inner air flow, thus ensures the dry and comfortable and comfortable of wearer's foot.
The utility model is not limited to above-mentioned detailed description of the invention; according to foregoing; according to ordinary technical knowledge and the customary means of this area; do not departing under the utility model above-mentioned basic fundamental thought prerequisite; the utility model can also make the equivalent modifications of other various ways, replacement or change, all drops among protection domain of the present utility model.
Claims (8)
1. one kind has the damping oxygen bar shoes of air flow system, comprise sole and vamp, described sole is by upper base (1), the middle end (2) and (3) composition of going to the bottom, described end face of going to the bottom (3) is provided with the shoe-shaped cavity (3a) adapted with (3) shoe-shaped of going to the bottom, back root part (302) is provided with air-vent (3b), described shoe-shaped cavity (3a) is from front to back by front sole area (3a1), bridge location district (3a2) and heel area (3a3) composition, the structure projection for (3) intensity of guaranteeing to go to the bottom is provided with in this shoe-shaped cavity (3a), described structure projection is provided with multiple breach, each breach is communicated with the air communication channel being formed and extended to described air-vent (3b) by the toe (301) of described go to the bottom (3), described upper base (1) is provided with multiple air-vent (1a), the multiple through hole of the described middle end (2) (2a), the described middle end (2) and upper base (1) overlay on described structure projection successively from the bottom to top, make described air-vent (3b) by described air communication channel, through hole (2a) is communicated with air-vent (1a) the footwear chamber surrounded by described sole and vamp, it is characterized in that: be also provided with many cylindrical buffer bodies (4) being positioned at described front sole area (3a1) and bridge location district (3a2) in described shoe-shaped cavity (3a) and be positioned at described heel area (3a3) and there is the elliptical cylinder-shape buffer body (5) of upper convex globoidal, described structure projection is arranged around described cylindrical buffer body (4) and elliptical cylinder-shape buffer body (5), the position of described through hole (2a) on the middle end (2) is corresponding with described cylindrical buffer body (4) and the position of elliptical cylinder-shape buffer body (5) in shoe-shaped cavity (3a), and described cylindrical buffer body (4) and elliptical cylinder-shape buffer body (5) are extend into respectively when the described middle end (2) overlays on described structure projection in corresponding through hole (2a).
2. damping oxygen bar shoes according to claim 1, it is characterized in that: the cylindrical buffer volume array that described many cylindrical buffer bodies (4) form has the outer contour shape of the side profile close to described front sole area (3a1) and bridge location district (3a2), further, this cylindrical buffer volume array is arranged on the middle position of described front sole area (3a1) and bridge location district (3a2).
3. damping oxygen bar shoes according to claim 2, it is characterized in that: the front sole area (3a1) of described shoe-shaped cavity (3a) be provided with five groups along described in go to the bottom (3) the capable array of cylindrical buffer body arranged of longitudinal direction uniform intervals, the bridge location district (3a2) of described shoe-shaped cavity (3a) is provided with one group of capable array of cylindrical buffer body between two parties, these six groups of capable arrays of cylindrical buffer body are provided with two successively by the order at front to the rear by described go to the bottom (3), three, three, three, two and two described cylindrical buffer bodies (4), these 15 cylindrical buffer bodies (4) form described cylindrical buffer volume array.
4. the damping oxygen bar shoes according to Claims 2 or 3, is characterized in that: described structure projection comprises the front cross group of bumps (6) be abound with in described front sole area (3a1), is abound with the grid projection (7) in described bridge location district (3a2) and is abound with in the rear with the posterior transversal group of bumps (8) in district (3a3); Described front cross group of bumps (6) and posterior transversal group of bumps (8) by polylith along described in go to the bottom the lateral projections composition that (3) longitudinal direction uniform intervals arranges, each block lateral projections all along described in go to the bottom the extension of (3) horizontal direction.
5. damping oxygen bar shoes according to claim 4, is characterized in that: the breach of described structure projection comprises front cross group of bumps breach (6a), grid projection breach (7a) and posterior transversal group of bumps breach (8a); Described front cross group of bumps breach (6a) is arranged on the position of described front sole area (3a1) middle front part lateral projections group (6) near each cylindrical buffer body (4), described grid projection breach (7a) is arranged on the position of grid projection (7) close described shoe-shaped cavity (3a) left and right sidewall in described bridge location district (3a2), and described posterior transversal group of bumps breach (8a) is arranged on the position of described heel area (3a3) postmedian lateral projections group (8) near described shoe-shaped cavity (3a) left and right sidewall.
6. the damping oxygen bar shoes according to claims 1 to 3 any one, is characterized in that: the air-vent (1a) of described upper base (1) is arranged on half sole region.
7. the damping oxygen bar shoes according to claims 1 to 3 any one, is characterized in that: described in the side-wall outer side face of (3) of going to the bottom be provided with the flange extended by shoe-shaped profile.
8. the damping oxygen bar shoes according to claims 1 to 3 any one, is characterized in that: described sole is by the disposable moulded section of elastomeric material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520771577.2U CN205040755U (en) | 2015-09-29 | 2015-09-29 | Shock attenuation oxygen bar shoes with air distribution system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520771577.2U CN205040755U (en) | 2015-09-29 | 2015-09-29 | Shock attenuation oxygen bar shoes with air distribution system |
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| Publication Number | Publication Date |
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| CN205040755U true CN205040755U (en) | 2016-02-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520771577.2U Active CN205040755U (en) | 2015-09-29 | 2015-09-29 | Shock attenuation oxygen bar shoes with air distribution system |
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| CN (1) | CN205040755U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107095388A (en) * | 2017-06-28 | 2017-08-29 | 苏伊倩 | A kind of Breathable shock absorption shoe bottom and Breathable shock absorption shoe |
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2015
- 2015-09-29 CN CN201520771577.2U patent/CN205040755U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107095388A (en) * | 2017-06-28 | 2017-08-29 | 苏伊倩 | A kind of Breathable shock absorption shoe bottom and Breathable shock absorption shoe |
| CN107095388B (en) * | 2017-06-28 | 2020-08-14 | 康金沙 | Ventilative shock attenuation sole and ventilative shock attenuation shoes |
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