The ventilative bubble-massage sole of bradyseism power-assistedTechnical field
The present invention relates to a kind of outsole body, particularly relates to a kind of ventilative bubble-massage sole of bradyseism power-assisted.
Background technology
The outsole body of existing shoes is more using multi-layer bonded or individual layer solid made of the materials such as MD, RB, EVAStructure, though such outsole body possesses certain flexibility, existing most of outsole bodies are carried out into bending stills needLarger strength.Because the outsole body of solid construction, in bending, the material of bending place mutually can extrude to form resistancePower.And moving（Including walking）During, outsole body is to need constantly to be bent, and foot is that needs undertake necessarilyLoad.
In addition, although the outsole body of solid construction possesses certain elasticity, there is cushioning effect.But it is being moved throughCheng Zhong, outsole body are the recurrent states for being constantly in " compression-release "；The outsole body quilt when foot jams on outsole bodyCompression, when ground is left by foot, outsole body is in release conditions, due to mutual between the material of solid outsole bodyThe active force of drawing so that resilience effect when being in release conditions of existing most of solid outsole bodies is preferable not to the utmost,If now foot compresses outsole body again, the damping effect of outsole body can weaken.
In addition, the ventilative channel of existing shoes mostly be to be breathed freely by upper of a shoe, and outsole body do not possess substantially then it is ventilativeFunction.However, in the wearing process of shoes, vola is in close contact more with shoe-pad, and under the compacting of foot, shoe-pad and soleThe contact of main body is also more close, and the zonal ventilation effect i.e. can be very undesirable, this sweat for allowing for shoe-pad absorption be difficult fromThe gas-permeable channels of upper of a shoe are discharged in time, influence shoes snugness of fit；And such shoes are also less susceptible to dry after washing.
The content of the invention
The present invention provides a kind of bradyseism power-assisted ventilative bubble-massage sole, to overcome existing for existing most of shoesFoot's load is big when wearing, and outsole body resilience is undesirable, and shoe-pad and outsole body superposed surfaces air permeable effect it is undesirableThe problem of.
The present invention adopts the following technical scheme that：
The ventilative bubble-massage sole of bradyseism power-assisted, including outsole body, the outsole body are provided with accommodating cavity, sole masterBody is open top structure；At least one layer of bradyseism group is provided with the accommodating cavity, the bradyseism group is by a plurality of bradyseism lists spherical in shapeMember is formed；Either along at least one gas-permeable channels are provided with, the accommodating cavity and the external world pass through for side wall or top for the bottom surface of outsole bodyThe gas-permeable channels connect.
Further：
Above-mentioned sole top surface is uncovered structure, and the sole top surface is fixedly connected with above-mentioned upper of a shoe, the top of above-mentioned bradyseism unitFace is connected with the bottom surface of above-mentioned upper of a shoe.The bottom of each above-mentioned bradyseism unit is fixedly connected with above-mentioned accommodating cavity bottom of chamber.On eachIt is hollow ball structure to state bradyseism unit, and support column is provided with the bradyseism unit of hollow ball structure, the vertical side in support column edgeTo arrangement.
In addition, preferably following three kinds of the structure setting of bradyseism group：First, it is provided with one layer of above-mentioned bradyseism in above-mentioned accommodating cavityGroup, the bradyseism group by it is a plurality of it is being independently arranged, uniformly arranging, inlay and be covered with the bradyseism unit of the accommodating cavity and form.Second,It is provided with one layer of above-mentioned bradyseism group in above-mentioned accommodating cavity, passes through connection strap between two adjacent bradyseism units in the bradyseism groupConnect as one.Third, being provided with two layers of above-mentioned bradyseism group in above-mentioned accommodating cavity, it is provided between upper strata bradyseism group and lower floor's bradyseism groupDemarcation strip, the bradyseism group on upper strata, the bradyseism group of lower floor and demarcation strip integrally connected.The bradyseism unit of the above-mentioned bradyseism group on upper strata withThe hardness of the bradyseism unit of the bradyseism group of lower floor is different.Above-mentioned demarcation strip is provided with plurality of through holes, and the demarcation strip can be hardScutum body or flexible plate body, hard demarcation strip can improve the overall impact resistance of bradyseism group, and flexible demarcation stripThe flexibility that sole can then be lifted makes it easy to bend.The bradyseism of the bradyseism unit of the above-mentioned bradyseism group on upper strata and the bradyseism group of lower floorUnit is corresponded, and two bradyseism units are on same vertical line corresponding to upper and lower layer.
In addition, above-mentioned shoe sole bottom is provided with a plurality of spherical surface hills, each described bradyseism unit bottom is corresponding with oneThe individual spherical surface hill.
From the above-mentioned description to structure of the present invention, compared to the prior art, the invention has the advantages that：The present inventionThe structure setting of bradyseism group can effectively strengthen outsole body bradyseism performance and effectively play the effect of good foot massages,Damping and screen resilience are particularly splendid under the impact of high intensity；And bradyseism unit be pressurized when shrink, absorb external vibrations andSurge, then restore quickly, there is provided good damping effect, and impulsive force is converted into motive force（Energy rebound）, delayThe support effect for the energy resilience that shake unit provides can effectively improve sport efficiency, there is provided lasting motion stabilization performance；SeparatelyOutside, deformation is produced during each unit stress and disperses pressure, the dispersed arrangement of column, can allow user can in any road conditionsExperience the feel of dim soft comfortable；In addition, the structure setting of the bradyseism group of the present invention can provide comprehensive function easy to break,And firm rubber outsole is wear-resisting durable and can provide earth-grasping force on a variety of surfaces, possesses good non-skid property；Finally, originallyThe setting of the gas-permeable channels of the outsole body of invention so that the superposed surfaces of shoe-pad and sole are directly ventilated with the external world（Adjacent is slowGap be present between shake unit, the gap connects with the gas-permeable channels）, be advantageous in time arrange the moisture in sweat or shoe cavityGo out, the shoes after washing can be discharged directly when drying into the air in shoe cavity by gas-permeable channels, be the circulation structure of airPassage is built, this is advantageous to moisture in Quick-air-drying shoe cavity；And the outer end of the gas-permeable channels is arranged in side wall, such structure makesSole is obtained when receiving impulsive force, the part deformation opposing solid part that gas-permeable channels extend laterally can be more flexible, impulsive forceIt can be disperseed during gas-permeable channels deformation, so as to reduce injury of the impulsive force to foot, reach preferably buffering and protectProtective function.
Brief description of the drawings
Fig. 1 is the right side structural representation for the sport footwear for being equipped with the sole of the present invention.
Fig. 2 is the dimensional structure diagram of the sole of embodiment of the present invention one.
Fig. 3 is the structural representation of the shoe sole bottom of the present invention.
Fig. 4 is cross section structure diagram of the bradyseism unit of the present invention along vertical plane.
Fig. 5 is along the cross section structure diagram in A-A directions in Fig. 4.
Fig. 6 is the dimensional structure diagram of the bradyseism group in embodiment two.
Fig. 7 is the dimensional structure diagram of the bradyseism group in embodiment three.
Embodiment
Illustrate the embodiment of the present invention with reference to the accompanying drawings.
Embodiment one
The ventilative bubble-massage sole of bradyseism power-assisted, as shown in Figure 1 and Figure 2, including outsole body 2, the outsole body 2 are setThere is accommodating cavity 20, the top surface of outsole body 2 is uncovered structure.With continued reference to Fig. 2, one layer of bradyseism group 21 is provided with the accommodating cavity 20,The bradyseism group 21 by it is a plurality of it is being independently arranged, uniformly arranging, inlay and be covered with the bradyseism unit 22 of the accommodating cavity 20 and form.GinsengAccording to Fig. 4, Fig. 5, each above-mentioned bradyseism unit 22 is hollow ball structure, and branch is provided with the bradyseism unit 22 of hollow ball structureDagger 221, support column 221 are arranged in a vertical direction；The setting of the support column 221 can effectively lift the bradyseism of bradyseism unit 22Energy, the bradyseism unit 22 of support column 221 being relatively free of, bradyseism unit 22 of the invention can bear higher impact force, andCan quickly be provided after the forced compression of bradyseism unit 22 it is larger push back power, preferably to aid in foot movement, furtherImprove sport efficiency.The bottom of each bradyseism unit 22 is fixedly connected with the above-mentioned bottom of chamber of accommodating cavity 20, and the bradyseism unit 22Top surface is connected with the bottom surface of upper of a shoe 1.In addition, the bottom surface of outsole body 2 is made up of abrasive rubber, firm rubber outsole is wear-resisting durableAnd earth-grasping force can be provided on a variety of surfaces, possess good non-skid property.In addition, reference picture 3, the above-mentioned bottom surface of sole 2 is provided withA plurality of spherical surface hills 23, each bottom of bradyseism unit 22 are corresponding with the spherical surface hill 23；Such structure settingSo that during bradyseism 22 stress of unit, pressure is transferred directly to spherical surface hill 23 so that the stress of spherical surface hill 23 is bigger, is advantageous to carryHigh spherical surface hill 23 and the frictional force of bottom surface, effectively lift the non-skid property of outsole body 2.In addition, with continued reference to Fig. 1, Fig. 2,Fig. 3, the bottom surface of outsole body 2 and side wall are respectively equipped with a plurality of gas-permeable channels 25, and the accommodating cavity 20 and the external world are ventilative by thisPassage 25 connects.The present invention outsole body 2 gas-permeable channels 25 setting so that the superposed surfaces of shoe-pad and sole directly with outsideVentilate on boundary（Gap be present between adjacent bradyseism unit 22, the gap connects with the gas-permeable channels 25）, be advantageous to sweat in timeMoisture discharge in liquid or shoe cavity, the shoes after washing, can be directly by ventilative logical into the air in shoe cavity when dryingRoad 25 is discharged, and is that the circulation of air builds passage, this is advantageous to moisture in Quick-air-drying shoe cavity；And the outer end of the gas-permeable channels 25It is arranged in side wall, such structure causes sole when receiving impulsive force, the part deformation phase that gas-permeable channels 25 extend laterallyCan be more flexible to solid section, impulsive force can also be disperseed during the deformation of gas-permeable channels 25, so as to reduce impulsive forceInjury to foot, reach more preferable buffering protection function.
The structure setting of the bradyseism group 21 of the present invention can effectively strengthen the bradyseism performance of outsole body 2 and effectively play goodFoot massages effect, the effect of damping and screen resilience is particularly evident under the impact of high intensity.And bradyseism unit 22 byShunk during pressure, absorb external vibrations and surge, then restore quickly, there is provided good damping effect, and by impulsive forceBe converted to motive force（Energy rebound）, the support effect for the energy resilience that bradyseism unit 22 provides, which can effectively improve, moves effectRate, there is provided lasting motion stabilization performance.In addition, deformation scattered pressure is produced during each unit stress, the dispersed arrangement of column,User can be allowed to experience the feel of dim soft comfortable in any road conditions.Further, since the bradyseism list of the present inventionMember 22 is that absolute construction is set, and certain gap be present between two neighboring bradyseism unit 22, when outsole body 2 is bent,There is no the active force of drawing between bradyseism unit 22, this is allowed for, and outsole body 2 is more soft, and outsole body 2 can provide entirelyOrientation function easy to break.
Embodiment two
There is difference with embodiment one and be in present embodiment, reference picture 6, in the accommodating cavity 20 of present embodimentConnected as one in one layer of set bradyseism group 21 between two adjacent bradyseism units by connection strap 26.Present embodimentThe structure of bradyseism group 21 support of stress and deformation and energy resilience, bradyseism effect can be provided, also effective lifting sole 2 is softProperty makes it easy to bend.
Embodiment three
There is difference with embodiment one and be in present embodiment, reference picture 7, the outsole body 2 of present embodimentAccommodating cavity 20 in be provided with two layers of bradyseism group 21.With continued reference to Fig. 7, its concrete structure is：Upper strata bradyseism group 21 and lower floor's bradyseismSeparate layer 24, the bradyseism group 21 on upper strata, the bradyseism group 21 of lower floor and the integrally connected of separate layer 24 are provided between group 21.The demarcation strip24 be preferably hard plate body, and the impulsive force being locally subject to can be dispersed to whole bradyseism group 21, Jin Erti by hard demarcation strip 24The overall impact resistance of bradyseism group 21 is risen, protects foot.The demarcation strip is provided with plurality of through holes 240, and the through hole 240 is setIt is equipped with beneficial to the gas permeability between the bradyseism group 21 and the bradyseism group 21 of lower floor for improving upper strata so that the moisture in accommodating cavity 20 is easyIn evaporation, the air circulation of foot and sole superposed surfaces is also beneficial to, and then is the comfortable environment of drying of foot construction.Upper strataBradyseism group 21 bradyseism unit 22 and the bradyseism unit 22 of the bradyseism group 21 of lower floor correspond, and two corresponding to upper and lower layerIndividual bradyseism unit 22 is on same straight line.The bradyseism unit 22 of the bradyseism group 21 on upper strata and the bradyseism list of the bradyseism group 21 of lower floorThe hardness of member 22 is different, and preferably the hardness of the bradyseism unit 22 of the bradyseism group 21 on upper strata is less than the bradyseism list of the bradyseism group 21 of lower floorThe hardness of member 22, the bradyseism group 21 on upper strata possesses good bradyseism performance and rebound performance, and the bradyseism group 21 of lower floor then possessesMore preferable impact resistance so that sole 2 is also equipped with preferable snugness of fit and protects the function of foot.
The embodiment of the present invention is above are only, but the design concept of the present invention is not limited thereto, it is all to utilize thisConceive the change that unsubstantiality is carried out to the present invention, the behavior for invading the scope of the present invention all should be belonged to.