CN205912996U

CN205912996U - Steady sole

Info

Publication number: CN205912996U
Application number: CN201620906146.7U
Authority: CN
Inventors: 吴庆安
Original assignee: In Fujian Province Encircle Xie Fu Co Ltd Of Rising
Current assignee: In Fujian Province Encircle Xie Fu Co Ltd Of Rising
Priority date: 2016-08-21
Filing date: 2016-08-21
Publication date: 2017-02-01
Anticipated expiration: 2026-08-21

Abstract

The utility model discloses a steady sole, including sole bottom surface, sole top surface and sole lateral surface, the sole bottom surface includes the heel bottom surface, a plurality of transverse groove are established at the interval around the heel bottom surface, be the non slipping spur between the adjacent transverse groove, and the one end of non slipping spur is upwards extended respectively to form and is stablized the convex part with sole outside facial features bonds, stablize to be equipped with the holding that runs through to the sole lateral surface on the convex part and to lead to the groove, and the holding lead to the relative heel bottom surface in groove and upwards and backward slopes to extend to the top of stablizing the convex part, non slipping spur and holding lead to the corresponding position punishment of tank bottom end and do not are equipped with the 2nd transverse groove, and the 2nd transverse groove internal stability is equipped with the rubber strip, and the one end of rubber strip is led to the groove along the holding and is upwards extended to and stablize the convex part top and bond with sole outside facial features. The utility model discloses have good anti -skid and trim control system ability, prevent that it excessively turns on one's side to the sole lateral surface to contact to earth earlier stage foot at the heel, have simultaneously to make the good boosting effect of foot to the inboard smooth transition of heel.

Description

A kind of steady sole

Technical field

This utility model is related to sole technical field, more particularly to a kind of steady sole.

Background technology

Shown according to Foot-biomechanics research, the movement characteristic of most people is that the outside of rear heel first lands, then It is gradually transitions outside forefoot, studies simultaneously and also find, foot's rollover of appropriateness is that foot necessarily occurs in motor process A kind of normal phenomenon, is conducive to continuity and the harmony of liftoff action, but, excessive rollover is easily caused feet from injuring. And the lateral heel of existing sport shoess does not mostly have the structure preventing foot's excessively rollover and power-assisted.

Utility model content

For the technological deficiency overcoming prior art to exist, a kind of this utility model steady sole of offer, there is good preventing Sliding effect and steady control ability, prevent from excessively turning on one's side to sole lateral surface in heel early stage foot of contacting to earth, have makes foot simultaneously Portion is to the good power-assisted effect of medial heel smooth transition.

The technical solution that this utility model adopts is:

A kind of steady sole, including the sole top surface opposite with shoe sole bottom of the shoe sole bottom towards ground and far From biped center and vertical connected shoe soles bottom surface sole lateral surface, described shoe sole bottom include corresponding with rear heel position after With bottom surface；

It is interval with multiple first lateral trenchs after in face of described heel bottom, be set to prevent between adjacent two first lateral trenchs Slide block, one end of described non-slipping block upwardly extends respectively and forms the stable protuberance mutually bonding with sole lateral surface, and each is described steady Determine protuberance and be provided with the accommodating groove being through to sole lateral surface, and each described accommodating groove relative to heel bottom towards upper and to Rear-inclined extends to the top of stable protuberance；

It is respectively equipped with second lateral trench at each described non-slipping block and accommodating groove bottom opposite position, described Second lateral trench, parallel to the first lateral trench, is installed with rubber strip in each second lateral trench, and the one of described rubber strip End extends upwardly to stable protuberance top mutually bonding with sole lateral surface along accommodating groove.

Preferably, described rubber strip is triangular in shape in the vertical sectional shape perpendicular to sole fore-and-aft direction, described rubber strip Bottom 1.5mm～2.0mm downwardly projecting relative to non-slipping block.

Preferably, described non-slipping block is provided with some antiskid grooves.

Preferably, described antiskid groove is in the long axis direction strip cell body consistent with rear direction in face of heel bottom.

Preferably, the described top 4mm～8mm protruding upward relative to sole top surface stablizing protuberance.

Preferably, it is respectively kept with gap between two sides and the two side in front and back of the second lateral trench before and after described rubber strip 2mm～3mm.

The beneficial effects of the utility model: due to being interval with multiple first lateral trenchs after in face of heel bottom, adjacent It is set to non-slipping block, non-slipping block is provided with the second lateral trench, and is installed with rubber in the second lateral trench between two lateral trenchs Bar, so that heel bottom face has good anti-skidding effect.Again because one end of non-slipping block upwardly extends outside formation and sole The stable protuberance of side phase bonding, one end of rubber strip along accommodating groove extend upwardly to stable protuberance top and with sole outside Face phase bonding, so greatly enhances the lateral bolster of sole lateral surface rear heel using the rubber strip stablized in protuberance and accommodating groove Support intensity and steady control ability, it is to avoid contact to earth the excessively rollover of initial stage lateral heel in foot and have influence on the coherent of foot action Property and harmony, and due to accommodating groove relative to heel bottom towards upper and tilt backwards extension, rubber strip and sole lateral surface phase Bonding so that heel contact to earth early stage one side prevent to sole lateral surface turn on one's side, on the other hand utilize rubber strip good Good elastic force and produce and make foot to medial heel smooth transition.

Brief description

Fig. 1 is this utility model left heel of a shoe bottom surface structure schematic diagram.

Fig. 2 is this utility model sole lateral surface structural representation.

Description of reference numerals:

10th, the first lateral trench；20th, non-slipping block；30th, stablize protuberance；31st, house groove；40th, rubber strip.

Specific embodiment

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

As shown in Figure 1-2, the present embodiment provides a kind of steady sole, including towards the shoe sole bottom on ground and sole bottom The opposite sole top surface in face and away from biped center and vertical connected shoe soles bottom surface sole lateral surface, described shoe sole bottom Including followed by bottom surface corresponding with rear heel position.

It is interval with multiple first lateral trenchs 10 after in face of described heel bottom, set between adjacent two first lateral trenchs 10 For non-slipping block 20, one end of described non-slipping block 20 upwardly extends respectively and forms the stable protuberance 30 mutually bonding with sole lateral surface, Each described protuberance 30 of stablizing is provided with the accommodating groove 31 being through to sole lateral surface, and each described accommodating groove 31 is relatively Towards upper and tilt backwards the top extending to stable protuberance 30, the angle of inclination of described accommodating groove 31 is preferably heel bottom 45 °～60 °.

It is respectively equipped with second lateral trench at each described non-slipping block 20 and accommodating groove 31 bottom opposite position, Described second lateral trench, parallel to the first lateral trench 10, is installed with rubber strip 40, described rubber in each second lateral trench One end of adhesive tape 40 extends upwardly to stable protuberance 30 top mutually bonding with sole lateral surface along accommodating groove 31.

In the present embodiment, described non-slipping block 20 is provided with some antiskid grooves, described antiskid groove be in long axis direction with The consistent strip cell body of rear direction in face of heel bottom.

In the present embodiment, described rubber strip 40 is triangular in shape in the vertical sectional shape perpendicular to sole fore-and-aft direction, institute State the top 4mm～8mm protruding upward relative to sole top surface of stable protuberance 30.

In the present embodiment, described rubber strip 40 difference between two sides and the two side in front and back of the second lateral trench in front and back Leave gap 2mm～3mm, the bottom 1.5mm～2.0mm downwardly projecting relative to non-slipping block 20 of described rubber strip 40.

This utility model is not limited to above-mentioned preferred forms, and anyone should learn under enlightenment of the present utility model The structure change made, every have same or like technical scheme with this utility model, each falls within guarantor of the present utility model Within the scope of shield.

Claims

1. a kind of steady sole, including the sole top surface opposite with shoe sole bottom of the shoe sole bottom towards ground and away from Biped center the sole lateral surface of vertical connected shoe soles bottom surface, described shoe sole bottom includes heel corresponding with rear heel position Bottom surface it is characterised in that

It is interval with multiple first lateral trenchs after in face of described heel bottom, be set to anti-skidding between adjacent two first lateral trenchs Block, one end of described non-slipping block upwardly extends respectively and forms the stable protuberance mutually bonding with sole lateral surface, and each is described stable Protuberance is provided with the accommodating groove being through to sole lateral surface, and each described accommodating groove relative to heel bottom towards upper and backward Tilt to extend to the top of stable protuberance；

It is respectively equipped with second lateral trench at each described non-slipping block and accommodating groove bottom opposite position, described second Lateral trench, parallel to the first lateral trench, is installed with rubber strip, one end edge of described rubber strip in each second lateral trench Accommodating groove extends upwardly to stable protuberance top mutually bonding with sole lateral surface.

2. steady sole according to claim 1 is it is characterised in that described rubber strip is perpendicular to sole fore-and-aft direction Vertical sectional shape is triangular in shape, the bottom 1.5mm～2.0mm downwardly projecting relative to non-slipping block of described rubber strip.

3. steady sole according to claim 1 is it is characterised in that described non-slipping block is provided with some antiskid grooves.

4. steady sole according to claim 3 is it is characterised in that described antiskid groove is in long axis direction and followed by bottom surface The consistent strip cell body of fore-and-aft direction.

5. steady sole according to claim 1 it is characterised in that the described top stablizing protuberance relative to sole top surface to Protrude above 4mm～8mm.

6. the steady sole according to any one of claim 1 to 5 it is characterised in that before and after described rubber strip two sides with It is respectively kept with gap 2mm～3mm between two side before and after second lateral trench.