A kind of multifunctional comfortable Sports shoe sole
Technical field
The invention belongs to functional form Sports shoe sole field, more particularly to a kind of multifunctional comfortable Sports shoe sole.
Background technology
What the characteristics of being taken exercises during sport footwear according to people manufactured and designed, the intense physical exercises of highlight lines necessarily cause sole
Perspire serious so that all sultry humidity of whole footwear chamber, causes feel uncomfortable, and motion it is persistently easy pin class disease.In addition, acute
Sport footwear damping performance is not good enough during strong motion, easily causes medicine or even sprains one's ankle.Therefore, sport footwear is more focused on
Performance is concentrated mainly on gas permeability and damping property, and general realized by grid shoe last surface of the existing shoes of in the market strengthens shoes
Gas permeability, although certain gas permeability can be played, but foot is perspired since sole, so air permeable sole seems particularly
It is important, however existing athletic shoe sole only larger transformation is carried out in damping resilience, gas permeability is not generally good, in addition in view of
This, the applicant furthers investigate for the fault of construction of existing sole, there is this case generation then.
In view of the above-mentioned problems, the applicant furthers investigate for drawbacks described above of the prior art, there is this case generation then.
The content of the invention
It is an object of the invention to provide a kind of multifunctional comfortable Sports shoe sole, tool has excellent permeability, leads to
The sole rapid draing shoes lumen is crossed, and damping effect can be played at the larger position of stress point.
What the present invention was realized in:
A kind of multifunctional comfortable Sports shoe sole is provided, wherein, with sole body, it is located at sole body big foot toe joint
The first air-permeable mattress and closure that shock structure, the lid at position are located at sole body toe portion are located at sole body heel parts
Second air-permeable mattress of position, the sole body is provided with the first cavity volume and the second cavity volume in toe portion and heel position respectively,
The left and right sides of first cavity volume is provided with ventilation mouth, first cavity volume and the second cavity volume be respectively equipped with several first ventilative columns and
Several ventilative outer tubes, the first ventilative column upper end is provided with trapezoidal shape groove, and the lower end of the ventilative outer tube is fixedly connected
Elastic bag, the opening up setting of the elastic bag;
The first air-permeable mattress lower surface matching trapezoidal shape groove projection trapezoidal shape is raised, and the raised middle part of the trapezoidal shape is set
There is the air-vent of up/down perforation, the second air-permeable mattress lower surface is provided with the second ventilative column, and the middle part of the second ventilative column is right
The outer tube that should breathe freely is provided with the ventilative inner tube of up/down perforation, and ventilative inner tube is inserted in ventilative outer tube, elastic bag during nature
It is not compact, inner tube lower end extruding elastic bag of being breathed freely during stress;
The shock structure includes the vertical posts extended along sole body above-below direction and extended along sole body fore-and-aft direction
Transverse post, the top and bottom of the vertical posts abut the upper surface of sole body and the upper surface of anti-skid ball respectively, the transverse direction
Vertically post above-below direction is arranged post at equal intervals, and the vertical posts and transverse post leave gap with shock structure groove.
Further, several described first ventilative columns set at least two row and arranged along the fore-and-aft direction of sole body
Row;Several described ventilative outer tubes set at least four row and arranged along the fore-and-aft direction of sole body.
Further, a total of six of the shock structure, wherein five shock structures surround the periphery for remaining next shock structure
Set.
Further, the sole body uses elastomeric material injection molding, the described first ventilative column and ventilative outer tube
It is molded using hard TPU material injections, the shock structure, the first air-permeable mattress and the second air-permeable mattress use soft TPU material injections
Shaping.
Further, the lower surface of the sole body is also convexly equipped with several five jiaos of Non-slip materials, five jiaos of Non-slip materials with
Wherein one diagonal is that the lower surface of five jiaos of Non-slip materials is divided into the first contacting surface and the second contacting surface by bisector, first contacting surface
Level height be less than the second contacting surface level height.
Further, several described five jiaos of Non-slip materials are arranged in order along sole body left and right directions and fore-and-aft direction respectively
Linear multiple lines and multiple rows are formed, the bisector of each five jiaos of Non-slip materials points to the left and right directions of sole body, and each five jiaos are prevented
First contacting surface of saddle is located at the upside or downside of the bisector.
Further, the sole body is allocated as region malleolaris medialis and region malleolaris lateralis, is distributed in five jiaos of Non-slip materials of multiple row of region malleolaris lateralis
Column pitch be more than the column pitch of the five jiaos of Non-slip materials of multiple row for being distributed in region malleolaris medialis, and the arch portion of region malleolaris medialis does not arrange five jiaos
Non-slip material.
Further, five jiaos of Non-slip materials are made using elastomeric material, and the hardness of the second contacting surface is more than sole body
Hardness, the hardness of sole body is more than the hardness of the first contacting surface.
After adopting the above technical scheme, the present invention relates to a kind of multifunctional comfortable Sports shoe sole, compared with prior art,
Beneficial effect is:Toe portion and heel position of the present invention set the first cavity volume and the second cavity volume, first cavity volume or so
Both sides are provided with ventilation mouth, can be with external world's ventilation, in the first cavity volume provided with the first ventilative column, trapezoidal shape during foot-up by ventilation mouth
There is gap between raised and trapezoidal shape groove, utilizes the raised air-vent of the gap, trapezoidal shape and ventilation mouth formation one
Air communication channel so that can directly be ventilated inside sole with the external world, reach the effect of Quick-air-drying toe portion sweat, trample
When the first shoe-pad stress to sinking so that trapezoidal shape projection blocks trapezoidal shape groove, now, and air duct is just blocked, and then
Play waterproof action.
In addition, provided with ventilative outer tube in the second cavity volume, elastic bag receives ventilative inner tube extruding outlet when trampling, even if
First cavity volume can not breathe freely, and by elastic bag to the tonifying Qi inside sole, can accelerate the air circulation inside sole, during foot-up
Elastic bag air-breathing is shunk, now, sucks the air entered out of first cavity volume, and breathing process can allow what the first cavity volume was transmitted
Gas passes to the second cavity volume so that whole sole is filled with ventilating air, and breathing process drives air velocity, is conducive to adding
Fast air circulation.To sum up, sole is used on sport footwear by the present invention by organic cooperation of the first cavity volume and the second cavity volume,
Allow the motion shoes lumen moment to maintain ventilating air, so that footwear intracavitary is difficult sultry, dry and comfortable feel can be kept.Finally, by
The setting shock structure of the maximum big toe joint part of power realizes damping effect.
Brief description of the drawings
Fig. 1 is the structural representation of the sole body of the present invention;
Fig. 2 is the first air-permeable mattress of the present invention and the first ventilative column connection diagram;
Fig. 3 is the structural representation of the second air-permeable mattress of the present invention;
Fig. 4 is the second ventilative column and ventilative outer tube connection diagram;
Fig. 5 is the structural representation of the bottom surface of the present invention;
Fig. 6 is the structural representation of shock structure;
Fig. 7 is the close-up schematic view of part A in Fig. 5.
Description of reference numerals:
11st, the first air-permeable mattress, 111, trapezoidal shape it is raised, 1111, air-vent;
12nd, the second air-permeable mattress, the 121, second ventilative column, 1211, ventilative inner tube;
13rd, the first cavity volume, the 131, first ventilative column, 1311, trapezoidal shape groove, 132, ventilation mouth;
14th, the second cavity volume, 141, ventilative outer tube, 1411, elastic bag;
24th, shock structure, 241, vertical posts, 242, transverse post;
25th, shock structure groove;
31st, five jiaos of Non-slip materials, the 311, first contacting surface, the 312, second contacting surface.
Embodiment
To describe the technology contents of the present invention in detail, feature, the objects and the effects being constructed, below in conjunction with embodiment
And coordinate accompanying drawing to be explained in detail.Coordinate X, Y, Z represent the fore-and-aft direction, left and right directions and upper and lower of sole body respectively in figure
To.
Shown in reference picture 1, the present invention provides a kind of multifunctional comfortable Sports shoe sole, wherein, with sole body, sealing
The first air-permeable mattress 11 and closure that lid is located at sole body toe portion are located at the second saturating of sole body heel position
Air cushion 12, closure setting tool body can be using strength binder bonding etc., and there are one layer of ventilative nonwoven layer, footwear in air-permeable mattress surface
Chamber passes through nonwoven layer and aeration.The sole body is provided with the first cavity volume 13 in toe portion and heel position respectively
With the second cavity volume 14, the left and right sides of the first cavity volume 13 is provided with ventilation mouth 132, and sole body passes through the ventilation mouth 132 and the external world
Ventilation.
The cavity volume 14 of first cavity volume 13 and second is respectively equipped with several first ventilative columns 131 and several ventilative outer tubes
141, it is preferable that several described first ventilative columns 131 set at least two row and arranged along the fore-and-aft direction of sole body, institute
State several ventilative outer tubes 141 to set at least four row and arrange along the fore-and-aft direction of sole body, each row first are breathed freely column
131 and the equally spaced arrangement of ventilative outer tube 141.
As shown in Fig. 2 the first ventilative upper end of column 131 is provided with trapezoidal shape groove 1311, first air-permeable mattress 11
The projection trapezoidal shape projection 111 of surface matching trapezoidal shape groove 1311, trapezoidal shape groove 1311 can be completely fitted with trapezoidal projection, should
The middle part of trapezoidal shape projection 111 is provided with the air-vent 1111 of up/down perforation, trapezoidal shape projection 111 and trapezoidal shape groove during foot-up
There is gap between 1311,1111 and first cavity volume of air-vent, 13 left and right sides using the gap, trapezoidal shape projection 111 are saturating
Gas port 132 can form an air communication channel so that sole top directly can ventilate with the external world, reach Quick-air-drying toe
The effect of position sweat, the first shoe-pad stress is to sinking when trampling so that trapezoidal shape projection 111 blocks trapezoidal shape groove 1311,
Now, air duct is just blocked, and then plays waterproof action.
As shown in Figure 3,4, the lower end inside the ventilative outer tube 141 is fixedly connected with elastic bag 1411, the elastic bag
1411 opening up setting, the lower surface of the second air-permeable mattress 12 is provided with the second ventilative column 121, the second ventilative column 121
The middle part ventilative outer tube 141 of correspondence be provided with the ventilative inner tube 1211 of up/down perforation, ventilative inner tube 1211 is inserted in ventilative outer tube 141
It is interior, breathe freely inner tube 1211 length will be with elastic bag 1411 diameter, when the first air-permeable mattress 11 does not stress breathe freely inner tube 1211
Lower end when can only just contradict the upper surface, i.e. nature of elastic bag 1411 elastic bag 1411 it is not compact, stress
When the ventilative lower end of inner tube 1211 extruding elastic bag 1411.
Elastic bag 1411 is by outlet after the extruding of ventilative inner tube 1211 after heel stress when trampling, even if first holds
Chamber 13 can not breathe freely, and by elastic bag 1411 to the tonifying Qi inside sole, can accelerate the air circulation inside sole, during foot-up
Heel do not stress elastic bag 1411 it is not compact after can air-breathing shrink, now, suck the sky entered out of first cavity volume 13
Gas, the gas that breathing process can allow the first cavity volume 13 to transmit passes to the second cavity volume 14 so that it is empty that whole sole is filled with circulation
Gas, and breathing process accelerates air velocity, is conducive to accelerating air circulation.To sum up, the present invention passes through the He of the first cavity volume 13
Organic cooperation of second cavity volume 14, sole is used on sport footwear, allows the motion shoes lumen moment to maintain the air of circulation, from
And footwear intracavitary is difficult sultry, dry and comfortable feel can be kept.
Thumb joint part stress than it is larger and it is easy sprain, as shown in fig. 6, the insole body also include be located at
The shock structure 24 of sole body big toe joint part, the shock structure 24 is included along the vertical of sole body above-below direction extension
Post 241 and the transverse post 242 extended along sole body fore-and-aft direction, the top and bottom of the vertical posts 241 abut sole respectively
The upper and lower surface of body, the upper end of vertical posts 241 is in inverted triangular structure, is conducted to greatest extent beneficial to by foot pressure
To vertical posts 241, while the spherical structure of anti-skid ball 3 also has the characteristics of force dispersion is uniform, on the one hand can be by foot pressure
Diffusion, on the other hand the recoil strength on ground can be concentrated conducted to vertical posts 241.
Vertically the above-below direction of post 241 is arranged the transverse post 242 at equal intervals, similar rich word structure, i.e., two neighboring transverse direction
There is sole body support between post 242, the vertical posts 241 and transverse post 242 leave gap with shock structure groove 25 and subtracted to provide
Shake post spring and become space, in this way, when sole body is by pedal force, transverse post 242 is understood after stress to retracted downward deformation, by
There is sole body support in the lower surface of each transverse post 242, therefore will not only continue deformation downwards, there are a footwear on the contrary
Copy for the record or for reproduction body produces a upward support force, the upward support force and the ground reaction transmitted from anti-skid ball 3 to transverse post 242
Power is collectively forming the power for promoting human body to advance, and to sum up, the present invention has damping performance and support performance concurrently, is unlikely to deform, durable.
As another preferred scheme of the present invention, as shown in Fig. 5,7, the lower surface of the sole body is also convexly equipped with some
Individual five jiaos of Non-slip materials 31, specifically in the shape of positive five-pointed star, five jiaos of Non-slip materials 31 will by bisector of wherein one diagonal
The lower surface of five jiaos of Non-slip materials 31 is divided into the first contacting surface 311 and the second contacting surface 312, and the level height of first contacting surface 311 is low
In the level height of the second contacting surface 312, when so trampling the water surface, the first contacting surface 311 first lands, now, and water is from the first contacting surface
311 and second contacting surface 312 exist difference in height gap flow through, i.e., the whole water surface is separated by five jiaos of Non-slip materials 31, so as to destroy
The shaping fluid film of water, reaches anti-skidding effect.
It is highly preferred that several described five jiaos of Non-slip materials 31 are arranged successively along sole body left and right directions and fore-and-aft direction respectively
Row form jiao Non-slip material of linear multiple lines and multiple rows, i.e., five 31 and alignd one by one row along sole body left and right directions and fore-and-aft direction
Row, the bisector of each five jiaos of Non-slip materials 31 points to the left and right directions of sole body, and the first contacting surface of each five jiaos of Non-slip materials 31
311 are located at the upside or downside of the bisector, that is, ensure five jiaos of all Non-slip materials 31 all in the same side of bisector,
In this way, the second higher contacting surface 312 of multiple height forms a plurality of pipelined channel in the left and right directions of sole body so that flow direction
The water of second contacting surface 312 can take advantage of a situation and be discharged by pipelined channel from the left and right sides of sole body.In addition, the second contacting surface 312
The higher namely thickness of height is smaller, and the contacting surface 311 of the second contacting surface 312 to the first compares high, the side wall of the first contacting surface 311
There is side wall of the part not with the first contacting surface 311 mutually to support, thus it is more yielding, therefore the stream formed by the second contacting surface 312
Aquaporin is actually more prone to bending, so as to allow sole to keep flexibility and ductility, improves sole wearing comfort.
Internal malleolus stress is more than external malleolus stress during due to foot motion, it is highly preferred that as shown in figure 5, the sole body point
Make region malleolaris medialis and region malleolaris lateralis, the column pitch for being distributed in five jiaos of Non-slip materials 31 of multiple row of region malleolaris lateralis is more than the multiple row for being distributed in region malleolaris medialis
The column pitch of five jiaos of Non-slip materials 31, and the arch portion of region malleolaris medialis does not arrange five jiaos of Non-slip materials 31, in this way, five jiaos of Non-slip materials 31 exist
Region malleolaris medialis arranges more crypto set, more loose thin in region malleolaris lateralis arrangement so that region malleolaris medialis is more stronger than the frictional force of region malleolaris lateralis, to adapt to footwear
The loading characteristic of external malleolus in copy for the record or for reproduction body.
Making the present invention can have the multiple materials such as MD, TPU, rubber, EVA available, in order to which above-mentioned effect is better achieved
Really, TPU material wear-resistants, bearing capacity are strong, and hardness range is wide, and the sole body uses elastomeric material injection molding, and described the
One ventilative column 131 and ventilative outer tube 141 is using the shaping of hard TPU material injections, the shock structure 24, the and of the first air-permeable mattress 11
Second air-permeable mattress 12 is molded using soft TPU material injections, and the hardness of hard TPU materials is more than the hardness of elastomeric material, rubber
The hardness of material is more than the hardness of soft TPU materials.
Specifically, the hardness of shock structure is less than the hardness of sole body, and such sole body hardness can strengthen greatly carrying energy
Power and conformal ability, coordinate shock structure, and can take into account damping performance, especially shock structure has the branch of sole body during bullet change
It is conformal more longlasting under support.
In addition, the first ventilative column 131 and the hardness of ventilative outer tube 141 are conducive to conformal more than sole body, first is ventilative
The hardness of the air-permeable mattress 12 of pad 11 and second is also smaller than the hardness of sole body can to keep the steadiness of sole body, while in pin
Toe position and heel position keep soft comfortable sense.
Finally, five jiaos of Non-slip materials are made using elastomeric material, and elastomeric material wear-resisting antiskid, five jiaos of Non-slip materials are adopted
Made of elastomeric material, the hardness of the second contacting surface is more than the hardness of sole body, the hardness of sole body is more than the first contacting surface
Hardness, in this way, the first contacting surface is more yielding during bending, the second contacting surface is that whole sole is provided a supporting, so that sole is effectively simultaneous
Turn round and look at bending property and support performance.
Embodiments of the invention are the foregoing is only, the scope of patent protection of the present invention, every utilization is not thereby limited
Equivalent structure or equivalent flow conversion that description of the invention and accompanying drawing content are made, or directly or indirectly it is used in other correlations
Technical field, be included within the scope of the present invention.