CN206043610U

CN206043610U - A kind of sole for having guide function of having an effect with pedaling and the sport shoess comprising the sole

Info

Publication number: CN206043610U
Application number: CN201620976284.2U
Authority: CN
Inventors: 张雪红
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-08-29
Filing date: 2016-08-29
Publication date: 2017-03-29
Anticipated expiration: 2026-08-29

Abstract

This utility model specifically discloses a kind of sole for having guide function of having an effect with pedaling, including half sole portion, half sole portion bottom surface is provided with the antiskid unit of some downwardly projecting settings, each antiskid unit is made up of concentric and spaced anti-skidding interior body and anti-skidding ectosome, and the anti-skidding interior body in the anti-skidding interior body and the 4th region in second area is complete cylinder projection, anti-skidding interior body in first area is the cylinder projection that side cornice has the first wall trench, anti-skidding interior body in 3rd region is the cylinder projection that side cornice has the second wall trench, and first wall trench be arranged on the front exterior orientation of anti-skidding interior body, second wall trench is arranged on the front inner orientation of anti-skidding interior body.This utility model has good skid resistance, damping property, anti-down tilt stability and gait correcting simultaneously, produce power-assisted move ahead while can well guide pressure center of gravity to first metatarsal and big toe, foot's pronation during avoiding pedaling ground simultaneously, realization is had an effect concentration, step appearance is coordinated, and gait is slim and graceful.

Description

A kind of sole for having guide function of having an effect with pedaling and the sport shoess comprising the sole

Technical field

This utility model is related to footwear technical field, more particularly to a kind of sole and bag for having guide function of having an effect with pedaling Sport shoess containing the sole.

Background technology

Proved according to researches on exercise biomechanics, foot walking is a continuous rolling process, is contacted to earth successively from heel Be transitioned into arch of foot and forefoot, wherein during forefoot contacts to earth be usually first with forefoot on the outside of first contact to earth and then transit to again On the inside of forefoot, finally firmly ground is pushed off by first metatarsal and big toe.And the front metacarpus structure design of existing sole is general Focus on bottom surface non-slip texture design, though and non-slip texture design can play benign skidproof effect, can not for step appearance Effective actively impact is played in correction.It is desirable to be improved to existing on sole, according to human foot structure and biology Mechanical characteristics, produce power-assisted and help walk, while producing the total tune on walking posture, allow people with easily attitude row Walk.

Utility model content

The purpose of this utility model is to provide the sole and the fortune comprising the sole that a kind of tool has an effect guide function with pedaling Dynamic footwear, produce power-assisted move ahead while can well guide pressure center of gravity to first metatarsal and big toe, concentrations of having an effect, walk Appearance is coordinated, and gait is slim and graceful.

This utility model adopt technical solution be：

A kind of sole for having guide function of having an effect with pedaling, including half sole portion corresponding with forefoot position, the footwear Before bottom, metacarpus bottom surface is in turn divided into the corresponding first area for being located at half sole inside edge, correspondence from inside to outside and is located at first and second The second area of plantar toe, correspondence are located at the 5th plantar toe and half sole outer side edges positioned at the 3rd region of third and fourth plantar toe and correspondence 4th region of edge；Half sole portion bottom surface is provided with the antiskid unit of some downwardly projecting settings, each antiskid unit by Concentric and spaced anti-skidding interior body and anti-skidding ectosome composition, and it is anti-in the anti-skidding interior body and the 4th region in second area In sliding, body is complete cylinder projection, and the anti-skidding interior body in first area is the cylinder projection that side cornice has the first wall trench, and the 3rd Anti-skidding interior body in region is the cylinder projection that side cornice has the second wall trench, and before first wall trench is arranged on anti-skidding interior body Exterior orientation, second wall trench are arranged on the front inner orientation of anti-skidding interior body.

Using the beneficial effect of above-mentioned technical proposal：Due to each antiskid unit by concentric and spaced anti-skidding interior body and Anti-skidding ectosome composition, can greatly enhance the anti-skidding effect of antiskid unit by the chemiluminescence of anti-skidding interior body and anti-skidding ectosome Effect；Again as the anti-skidding interior body in the 3rd region is the cylinder projection that side cornice has the second wall trench, the second wall trench setting In the front inner orientation of anti-skidding interior body, anti-skidding interior body forced compression deformation is forced after foot pressure center of gravity goes to the 3rd region, On the one hand good bradyseism effect and bounce-back power-assisted effect are played, on the other hand by the second wall trench guide pressure of front inner orientation Barycentre steadiness is transferred to second area；Again as the anti-skidding interior body of first area is the cylinder projection that side cornice has the first wall trench, First wall trench is arranged on the front exterior orientation of anti-skidding interior body, can also direct centre of pressure by the anti-skidding interior body of the first area Concentrate on second area, at the same during avoiding pedaling ground foot's pronation and can not smooth safety complete liftoff action.This practicality New realization is had an effect concentrations while with good skid resistance, damping property, anti-down tilt stability and gait correcting, and step appearance is assisted Adjust, gait is slim and graceful.

Preferably, the anti-skidding interior body and anti-skidding ectosome are highly identical with respect to what half sole portion bottom surface was protruded, are 1.5mm～2.5mm.

Preferably, connected by convex tendon between adjacent antiskid unit, the convex tendon is high with respect to half sole portion bottom surface protrusion Degree is less than antiskid unit with respect to half sole portion bottom surface protrusion height.

Preferably, each anti-skidding interior body is provided with non-slip texture.

Preferably, non-slip texture on the anti-skidding interior body in first area, second area and the 4th region it is perpendicular in Sole length centrage is arranged, and the non-slip texture on anti-skidding interior body in the 3rd region is outer backward in relative sole length centrage Side is obliquely installed 45 °～90 ° and angle of inclination is cumulative to 90 ° from the front to the back.

Using the beneficial effect of the optimal technical scheme：Main stress point and motion during being carried out according to footwork becomes Gesture arranges the non-slip texture of targetedly different incline directions, further greatly enhances the anti-skidding active force of respective regions, greatly Big lifter motion safety coefficient.

Preferably, depression volume of the depression volume of second wall trench less than the first wall trench.

Using the beneficial effect of the optimal technical scheme：Ensure that centre of pressure is guided at second area, and will not occur Pronation phenomenon.

Preferably, shape of cross section of the anti-skidding ectosome at arbitrary height is annular, the anti-skidding ectosome Anti-skidding interior external footpath of the internal diameter more than same antiskid unit, and the periphery of the described anti-skidding ectosome in first area and second area The diametrically cumulative from lower to upper multistage hierarchic structure in face.

Using the beneficial effect of the optimal technical scheme：Contacting to earth, pressurized rear anti-skidding ectosome can produce bigger deflection And increase with contact area of ground, so as to produce more preferably skidproof effect, simultaneously because anti-skidding ectosome outer peripheral face is in multistage ladder Structure, on the one hand contact to earth it is pressurized after can extrude layer by layer, spring-like is imitated with stronger bounce-back power-assisted while disperses impact forces Really, on the other hand strengthen stable support, effectively reduce rollover probability.

Preferably, step of the step number of the anti-skidding ectosome in the second area more than the anti-skidding ectosome in first area Number, and the anti-skidding ectosome collar in second area is with diameter greater than the anti-skidding ectosome collar diameter in first area.

Using the beneficial effect of the optimal technical scheme：Specific aim strengthens the damping effect of second area and stable support is made With, it is ensured that possess more firm support and damping rebound effect during pedaling ground as sticking point with second area, realize having an effect Concentrate, step appearance is coordinated, and gait is slim and graceful.

This utility model also provides a kind of sport shoess, including above-mentioned tool is had an effect the sole of guide function with pedaling.

Description of the drawings

Fig. 1 is schematic structural view of the invention.

Fig. 2 is second area antiskid unit structural representation of the present invention.

Fig. 3 is the sectional view at the A-A shown in Fig. 2.

Fig. 4 is antiskid unit structural representation in first area of the present invention.

Fig. 5 is the sectional view at the B-B shown in Fig. 4.

Fig. 6 is the 3rd region antiskid unit structural representation of the invention.

Fig. 7 is the sectional view at the C-C shown in Fig. 6.

Description of reference numerals：

101st, first area；102nd, second area；103rd, the 3rd region；104th, the 4th region；200th, antiskid unit；201、 Anti-skidding interior body；202nd, anti-skidding ectosome；300th, convex tendon；11st, the first wall trench；12nd, the second wall trench.

Specific embodiment

The utility model is described in further detail below in conjunction with the accompanying drawings：

As shown in figs. 1-7, the present embodiment provides a kind of tool and has an effect with pedaling the sole of guide function, including with forefoot position Corresponding half sole portion, half sole portion bottom surface are in turn divided into correspondence from inside to outside positioned at the of half sole inside edge One region 101, correspondence positioned at first and second plantar toe second area 102, correspondence positioned at third and fourth plantar toe the 3rd region 103 with And correspondence is positioned at the 5th plantar toe and the 4th region 104 of half sole outer ledge.

In the present embodiment, half sole portion bottom surface is provided with the antiskid unit 200 of some downwardly projecting settings, respectively Antiskid unit 200 is made up of concentric and spaced anti-skidding interior body 201 and anti-skidding ectosome 202, the anti-skidding interior body 201 and anti- It is highly identical that 202 relative half sole portion bottom surface of sliding ectosome is protruded, and is 1.5mm～2.5mm.Adjacent antiskid unit 200 it Between connected by convex tendon 300, the relative half sole portion bottom surface protrusion height of the convex tendon 300 is less than 200 relative footwear of antiskid unit Metacarpus bottom surface protrusion height before bottom.

In the present embodiment, the anti-skidding interior body 201 in the anti-skidding interior body 201 and the 4th region 104 in second area 102 is equal For complete cylinder projection, the anti-skidding interior body 201 in first area 101 is the cylinder projection that side cornice has the first wall trench 11, the 3rd Anti-skidding interior body 201 in region 103 is that side cornice has a cylinder projection of the second wall trench 12, and first wall trench 11 be arranged on it is anti- The front exterior orientation of body 201 in sliding, second wall trench 12 are arranged on the front inner orientation of anti-skidding interior body 201, second wall trench 12 Depression volume less than the first wall trench 11 depression volume.

In the present embodiment, each anti-skidding interior body 201 is provided with non-slip texture, first area 101, second area 102 and The non-slip texture on anti-skidding interior body 201 in four regions 104 is perpendicular in the setting of sole length centrage, the 3rd region 103 In relative sole length centrage, foreign side is obliquely installed 45 °～90 ° and inclines non-slip texture on interior anti-skidding interior body 201 backward Angle is cumulative to 90 ° from the front to the back.

In the present embodiment, the anti-skidding ectosome 202 is annular in the shape of cross section at arbitrary height, described anti- Anti-skidding interior body 201 external diameter of the internal diameter of sliding ectosome 202 more than same antiskid unit 200, and first area 101 and second area The diametrically cumulative from lower to upper multistage hierarchic structure of the outer peripheral face of the described anti-skidding ectosome 202 in 102.Further, it is described Step number of the step number of the anti-skidding ectosome 202 in second area 102 more than the anti-skidding ectosome 202 in first area 101, and the 202 collar of anti-skidding ectosome in two regions 102 is with diameter greater than the 202 collar diameter of anti-skidding ectosome in first area 101.

The present embodiment also provides a kind of sport shoess, including above-mentioned tool is had an effect the sole of guide function with pedaling.

Above example is only to illustrate technological thought of the present utility model, it is impossible to limit protection model of the present utility model with this Enclose, it is every according to the utility model proposes technological thought, any change done on the basis of technical scheme each falls within this reality Within the scope of novel protected.

Claims

1. a kind of tool is had an effect the sole of guide function with pedaling, including half sole portion corresponding with forefoot position, the sole Front metacarpus bottom surface is in turn divided into correspondence from inside to outside and is located at the first area of half sole inside edge, correspondence positioned at first and second plantar The second area of toe, correspondence are located at the 5th plantar toe and half sole outer ledge positioned at the 3rd region of third and fourth plantar toe and correspondence The 4th region, it is characterised in that half sole portion bottom surface is provided with the antiskid unit of some downwardly projecting settings, each anti- Sliding unit is made up of concentric and spaced anti-skidding interior body and anti-skidding ectosome, and the anti-skidding interior body in second area and the 4th area Anti-skidding interior body in domain is complete cylinder projection, and the anti-skidding interior body in first area has the cylinder of the first wall trench convex for side cornice Block, the anti-skidding interior body in the 3rd region are that side cornice has a cylinder projection of the second wall trench, and first wall trench be arranged on it is anti-skidding The front exterior orientation of interior body, second wall trench are arranged on the front inner orientation of anti-skidding interior body.

2. tool according to claim 1 is had an effect the sole of guide function with pedaling, it is characterised in that the anti-skidding interior body and anti- Sliding ectosome is highly identical with respect to what half sole portion bottom surface was protruded, is 1.5mm～2.5mm.

3. tool according to claim 1 is had an effect the sole of guide function with pedaling, it is characterised in that between adjacent antiskid unit Connected by convex tendon, the convex tendon is with respect to half sole portion bottom surface protrusion height less than antiskid unit relative half sole portion bottom surface Protrusion height.

4. tool according to claim 1 is had an effect the sole of guide function with pedaling, it is characterised in that each anti-skidding interior body is provided with Non-slip texture.

5. tool according to claim 4 is had an effect the sole of guide function with pedaling, it is characterised in that first area, the secondth area The non-slip texture on anti-skidding interior body in domain and the 4th region is perpendicular in the setting of sole length centrage, in the 3rd region Non-slip texture on anti-skidding interior body in relative sole length centrage backward foreign side be obliquely installed 45 °～90 ° and angle of inclination by It is cumulative to 90 ° before backward.

6. tool according to claim 1 is had an effect the sole of guide function with pedaling, it is characterised in that second wall trench it is recessed Depression volume of the sunken volume less than the first wall trench.

7. the tool according to any one of claim 1 to 6 is had an effect the sole of guide function with pedaling, it is characterised in that described anti- Sliding shape of cross section of the ectosome at arbitrary height is annular, and the internal diameter of the anti-skidding ectosome is more than same antiskid unit Anti-skidding interior external footpath, and the outer peripheral face of the described anti-skidding ectosome in first area and second area is diametrically cumulative from lower to upper Multistage hierarchic structure.

8. tool according to claim 7 is had an effect the sole of guide function with pedaling, it is characterised in that in the second area Step number of the step number of anti-skidding ectosome more than the anti-skidding ectosome in first area, and the anti-skidding ectosome collar in second area is straight Footpath is more than the anti-skidding ectosome collar diameter in first area.

9. sport shoess, it is characterised in that include that the tool as described in any one of claim 1 to 8 is had an effect the footwear of guide function with pedaling Bottom.