CN205597255U

CN205597255U - Sports shoes and focus guide are stabilized at bottom of functional shoe

Info

Publication number: CN205597255U
Application number: CN201620434657.3U
Authority: CN
Inventors: 张升; 吴荣照
Original assignee: FUJIAN HONGXING ERKE GROUP Co Ltd
Current assignee: FUJIAN HONGXING ERKE GROUP Co Ltd
Priority date: 2016-05-12
Filing date: 2016-05-12
Publication date: 2016-09-28
Anticipated expiration: 2026-05-12

Abstract

The utility model discloses a sports shoes and focus guide are stabilized at bottom of functional shoe, the focus guide is stabilized the upper base of fixing including bonding and is gone to the bottom at the bottom of the functional shoe, the bottom surface of going to the bottom is slapped the heel in the past and is equipped with focus guide recess, be equipped with a plurality of holes in the focus guide recess, upper base downwardly extending goes out a plurality of support columns, the support column with hole one -to -one block is fixed. The utility model discloses, be equipped with focus guide recess on going to the bottom, during the support column that extends of going to the bottom inlays the hole of dress in focus guide recess, can be in the motion process of foot, the guide sole warp along pressing close to most the orbit that foot physiology changes under the atress condition, improves foot stability and comfort level, prevents the injury gained in sports, improves the sport efficiency.

Description

A kind of sport shoes and center of gravity guide stabilization function sole

Technical field

This utility model relates to sport shoes, is specifically related to a kind of sport shoes center of gravity and guides stabilization function sole.

Background technology

Letter star that gram sports science laboratory finds in studying human foot road-work, human body foot Portion during run (or walking), plantar nervous arch and the movement locus of sole pressure center point Present certain regularity, and the effect of movement locus impact running (or walking) of sole pressure center point Rate and the stability of foot.

Figure one is plantar pressure figure and sole pressure center locus of points figure, and first figure in left side is normal Center of Pressure locus of points figure during the naked foot walking of foot type right crus of diaphragm, it is from back to front by being made up of continuity point Center of Pressure locus of points line 3, the location of general gravity distribution trajectory figure impact in vola during foot movement The stability of foot movement and the efficiency of foot movement (run or walk), from left to right second and third figure The centrode figure of different shoes is put on for normal naked foot, it is possible to find, wear different shoes to vola Distribution and the track of Center of Pressure point have a significant impact, and existing athletic shoe sole is to sole pressure center The control guiding function of some movement locus is more weak.

Owing to the individual difference of human body foot type, the distribution of Human Sole Center of Pressure point and track exist The biggest diversity, the sole pressure center point movement locus such as high arches can reduce foot stability, Produce athletic injury, affect sport efficiency, be now accomplished by that there is center of gravity and guide the sole of stabilization function Control to guide foot to run along suitable track.

As can be seen here, current sport shoes existence controls the problem that guiding function is more weak to plantar pressure.

Utility model content

Technical problem to be solved in the utility model is the control that current sport shoes exists to plantar pressure The problem that guiding function processed is more weak.

In order to solve above-mentioned technical problem, this utility model be employed technical scheme comprise that to provide one Center of gravity guides stabilization function sole, including the upper end being adhesively fixed and going to the bottom, described in the bottom surface gone to the bottom from Half sole is provided with a center of gravity guide recess to heel, is provided with multiple hole, institute in described center of gravity guide recess Stating the end downwardly extends out multiple support column, and described support column is fixed with described hole one_to_one corresponding.

In such scheme, described center of gravity guide recess is bulb spaced apart and necking part, respectively Described support column is arranged in described bulb.

In such scheme, described support column is rounded, polygon or ellipse.

In such scheme, described center of gravity guide recess is arranged on the centrage of described sole.

In such scheme, described in the bottom surface gone to the bottom be provided with multiple bradyseism bounce-back block, and adjacent described slow It is provided with separation trough between shake bounce-back block.

In such scheme, described bradyseism bounce-back block is elongated fusiformis, and described separation trough is in therewith The waveform joined.

In such scheme, described bradyseism bounce-back block is rectangular, and described separation trough guides with described center of gravity Texturearunaperpendicular.

In such scheme, be positioned at the described separation trough of sole by outside the lateral sole of sole in radiation Shape, and width becomes larger；Be positioned at the described separation trough of heel by lateral heel to medial heel in putting Penetrate shape, and width becomes larger.

In such scheme, described in go to the bottom in the arch of foot position of the both sides being in described center of gravity guide recess It is respectively equipped with anti-torsion network structure, and described in two, anti-torsion network structure is connected by connection strap.

This utility model additionally provides a kind of sport shoes, and the center of gravity including vamp and said structure guides steady Determine functional sole of shoe.

This utility model, is provided with center of gravity guide recess on going to the bottom, the support column setting-in extended of going to the bottom In hole in center of gravity guide recess, it is possible in the motor process of foot, guide sole in stress In the case of deform along the track pressing close to most foot physiological change, improve foot stability and comfort level, Prevent athletic injury, improve sport efficiency.

Accompanying drawing explanation

Fig. 1 is the most naked being enough to and foot pressure centrode figure time normal naked foot wears different shoes；

Fig. 2 is side view of the present utility model；

Fig. 3 is the structural representation of embodiment one of the present utility model；

Fig. 4 is the structural representation of embodiment two of the present utility model.

Detailed description of the invention

Below in conjunction with specific embodiment and Figure of description, this utility model is described in detail.

As in figure 2 it is shown, the center of gravity that this utility model provides guides stabilization function sole to include being adhesively fixed The upper end 10 and go to the bottom 20.

This utility model has embodiment one and 2 two kinds of different structures of embodiment, respectively such as Fig. 3 and Fig. 4 Shown in.

As shown in Figure 3 and Figure 4, go to the bottom 20 bottom surface from half sole to heel, be provided with a center of gravity guide recess 21, it is provided with multiple hole in center of gravity guide recess 21, the upper end 10, downwardly extends out multiple support column 11, Support column 11 is fixed with hole one_to_one corresponding.Owing to center of gravity guide recess 21 is along the length of sole Direction is arranged, during foot movement, and bootable pressure conduction, make the trail change of foot pressure Agree with the naked sufficient Center of Pressure locus of points.

Preferably, support column 11 support column 11 can be set to variform, such as circular, polygon or Oval.

Preferably, center of gravity guide recess 21 is arranged on the centrage of sole.

Preferably, go to the bottom 20 bottom surface be provided with multiple bradyseism bounce-back block 22, and adjacent bradyseism bounce-back block Separation trough 23 it is provided with between 22.Bradyseism bounce-back block 22 plays the effect of accumulation of energy bradyseism, for foot movement Buffering is provided, and improves bounce.

In embodiment one, as it is shown on figure 3, center of gravity guide recess 21 in bulb spaced apart and Necking part, each support column 11 is arranged in bulb.Support column 11 is set to ellipse, and oval Major axis and center of gravity guide recess 21 in the same direction, the beneficially conduction of pressure.

Bradyseism bounce-back block 22 is in elongated fusiformis, and separation trough 23 is in the waveform matched.So Structure the length direction making the pressure conduction of sole along sole is set, bradyseism bounce-back block 22 interval is arranged, Being under pressure and deform upon and can broaden, and then separation trough 23 narrows, deformation uniformly, improves the steady of sole Qualitative.

In embodiment two, as shown in Figure 4, bradyseism bounce-back block 22 is rectangular, separation trough 23 and weight Heart guide recess 21 is vertical.Be positioned at the separation trough 23 of sole by outside the lateral sole of sole in radiation Shape, and width becomes larger；Being positioned at the separation trough 23 of heel by lateral heel is radiation to medial heel Shape, and width becomes larger.During foot movement, center of gravity guide recess 21 guides the pressure of sole Power conduction is deformed along the length direction of sole, bradyseism bounce-back block 22 pressurized, due to outside sole, The width of the separation trough 23 of medial heel is relatively big, and therefore the bradyseism bounce-back block 22 of correspondence position also has relatively Big deformation space, improves energy storage capability；Simultaneously because separation trough 23 is radial, it is possible to decrease side The probability turned over, improves sole stability.

Preferably, go to the bottom and 20 be respectively equipped with in the arch of foot position of the both sides being in center of gravity guide recess 21 Anti-torsion network structure 24, and two anti-torsion network structure 24 are connected by connection strap 241.Such structure Design can make the pressure transition of heel and sole more steadily, prevents sole transition from reversing and causes foot to damage.

This utility model is not limited to above-mentioned preferred forms, and anyone should learn in this practicality new The structure change made under the enlightenment of type, every have same or like technical side with this utility model Case, within each falling within protection domain of the present utility model.

Claims

1. center of gravity guides stabilization function sole, it is characterised in that includes the upper end being adhesively fixed and goes to the bottom, The described bottom surface gone to the bottom is provided with a center of gravity guide recess from half sole to heel, in described center of gravity guide recess Being provided with multiple hole, the described upper end, downwardly extends out multiple support column, described support column and described hole One_to_one corresponding is fixed.

2. center of gravity as claimed in claim 1 guides stabilization function sole, it is characterised in that described heavy Heart guide recess is bulb spaced apart and necking part, each described support column be arranged on described in expand In portion.

3. center of gravity as claimed in claim 1 guides stabilization function sole, it is characterised in that described Dagger is rounded, polygon or ellipse.

4. center of gravity as claimed in claim 1 guides stabilization function sole, it is characterised in that described heavy Heart guide recess is arranged on the centrage of described sole.

5. center of gravity as claimed in claim 1 guides stabilization function sole, it is characterised in that under described The bottom surface at the end is provided with between multiple bradyseism bounce-back block, and adjacent described bradyseism bounce-back block and is provided with separation trough.

6. center of gravity as claimed in claim 5 guides stabilization function sole, it is characterised in that described slow Shake bounce-back block is elongated fusiformis, and described separation trough is in the waveform matched.

7. center of gravity as claimed in claim 5 guides stabilization function sole, it is characterised in that described slow Shake bounce-back block is rectangular, and each described separation trough is vertical with described center of gravity guide recess.

8. center of gravity as claimed in claim 7 guides stabilization function sole, it is characterised in that be positioned at foot The described separation trough of the palm by outside sole lateral in sole radially, and width becomes larger；It is positioned at By lateral heel to medial heel radially, and width becomes larger the described separation trough of heel.

9. center of gravity as claimed in claim 7 guides stabilization function sole, it is characterised in that under described The end, is respectively equipped with anti-torsion network structure in the arch of foot position of the both sides being in described center of gravity guide recess, and Described in two, anti-torsion network structure is connected by connection strap.

10. sport shoes, it is characterised in that include vamp and as described in claim 1～9 any one Center of gravity guide stabilization function sole.