CN204888906U - At bottom of even power on -slip shoes - Google Patents

Abstract

The utility model provides an at bottom of even power on -slip shoes, sole include flexure strip and wear pad in sole main part and the embedding sole main part, and the metatarsophalangeal joints department of sole main part has offered the cavity, and during flexure strip and wear pad all bonded and be fixed in the cavity, the flexure strip lay in between wear pad and the sole main part, and wear pad's the surface and the bottom surface of sole main part flush, and the hardness of sole main part is between wear pad and flexure strip, and wear pad's hardness is greater than the flexure strip, sole department and the rear foot be with department's indent before the sole main part bottom surface, all is equipped with 2 above non -slip raised groups along vertical on the interior concave surface, and non -slip raised group comprises 2 archs that above shape is the same, and bellied shape is different in the adjacent non -slip raised group, and the terminal surface that non -slip raised organized and the bottom surface of sole main part flush, this sole sets up flexure strip and wear pad on the metatarsophalangeal joints stress point, comfortable and easy to wear and wear -resisting.

Description

A kind of even power Antiskid sole

Technical field

The utility model relates to a kind of sole, is specifically related to a kind of wear-resisting sole.

Background technology

The main stress point of sole is articulationes metatarsophalangeae place and the rear heel place of forefoot, if sole has certain slope as high-heeled shoes, then main stress point is the articulationes metatarsophalangeae place of forefoot, therefore abrasion condition is herein comparatively serious, existing sole, and especially slipper sole mostly is the direct injection mo(u)lding of a kind of material, its structure is simple, cost is less, but after long-time dress, the wearing and tearing of forefoot place are comparatively serious, and the time of wearing is short, change and frequently make the total input of people to it increase; Also there is the problem in hardness at the bottom of this kind of integrated shoes, sole hardness is excessive, though the good wear-resisting poor flexibility of intensity, dress is uncomfortable, if but sole hardness is less than normal, and it is worn the life-span and greatly reduces.

The anti-skidding design of conventional soles is and arranges anti-skidding projection on shoe sole bottom, Cleat structures is identical, therefore single with the direction on ground, and after long-time dress, abrasion condition is identical, after this kind of sole uses for a long time, along with its skidproof effect of wearing and tearing of anti-skidding projection reduces gradually.

Summary of the invention

The purpose of this utility model is to overcome the deficiencies in the prior art, and provides a kind of even power Antiskid sole, and this sole arranges flexure strip and wear plate on stress point, comfortable and easy to wear and wear-resisting.

Realizing the technical scheme that the utility model object adopts is, a kind of even power Antiskid sole, comprise the flexure strip in outsole body and embedding outsole body and wear plate, the articulationes metatarsophalangeae place of outsole body offers cavity, flexure strip and wear plate are all bonded and fixed in cavity, and flexure strip is between wear plate and outsole body, and the surface of wear plate flushes with the bottom surface of outsole body, the hardness of outsole body is between wear plate and flexure strip, and the hardness of wear plate is greater than flexure strip; Forefoot place, outsole body bottom surface and rear heel place indent, inner concave is all vertically provided with more than 2 anti-skidding convex sets, anti-skidding convex sets is made up of the projection that more than 2 shapes are identical, the shape of adjacent anti-skidding convex sets protrusions is different, and the end face of anti-skidding convex sets flushes with the bottom surface of outsole body.

Cavity, flexure strip and wear plate are all in cylindric, and cavity is opened in the Metatarsophalangeal joint place of outsole body.

The inner concave at forefoot place and rear heel place is all vertically provided with 3 anti-skidding convex sets, the shape being arranged in each projection of anti-skidding convex sets A of both sides is identical and all in quadrangle, in middle anti-skidding convex sets B, the shape of each projection is identical and all linearly.

The tiptoe of outsole body bottom surface and the inner concave at heel place are equipped with arc shape convex, and the width of arc shape convex is equal with the width of each projection in anti-skidding convex sets A.

As shown from the above technical solution, the even power Antiskid sole that the utility model provides, for the anatomical structure of foot, at the main stress point place of foot, flexure strip and wear plate are set, flexure strip is all different with outsole body from the material of wear plate, wherein the hardness of flexure strip is minimum, elasticity is best, flexure strip is packaged between wear plate and outsole body, be positioned at the bottom of the chamber of cavity, wear plate plays effective protection to flexure strip, flexure strip increases the elasticity at sole articulationes metatarsophalangeae place, sole is worn more comfortable, wear plate directly contacts with ground, its hardness is maximum, because wear plate position is the main stress point place of sole, therefore sole wearability is good, flexure strip and wear plate are all bonded and fixed in the cavity that outsole body offers, and be connected firmly, not easily get loose with outsole body, outsole body forefoot place and rear heel place indent, inner concave is provided with projection and the end face of projection flushes with shoe sole bottom, the contact area of sole and bottom surface is the face area sum of outsole body edge, arch portion and projection, compared to the anti-skidding projection of male type, therefore protruding stressed reduction weares and teares less, during walking, sole is stressed bending, and now the projection of sweep protrudes from shoe sole bottom and plays skidproof effect, the anti-skid structure of sole is more than 2 anti-skidding convex sets, the shape of adjacent two anti-skidding convex sets protrusions is not identical, therefore each anti-skidding convex sets is different from the direction of frictional force during earth surface, good antiskid effect, because Impact direction is different, therefore the abrading section of each anti-skidding convex sets is different, and in anti-skidding convex sets, each convex shape is identical, ensures the intensity of each anti-skidding convex sets self.

In five articulationes metatarsophalangeaes of foot, Metatarsophalangeal joint is stressed maximum, therefore flexure strip and wear plate are arranged at Metatarsophalangeal joint place (forefoot is near the position of big toe), save the material of flexure strip and wear plate, because cavity volume is less, ensure the intensity of outsole body simultaneously.

The tiptoe of outsole body bottom surface and the inner concave at heel place are equipped with arc shape convex, and arc shape convex engages with two anti-skidding convex sets A, is surrounded on inner concave edge, and what increase anti-skidding convex sets grabs ground effect.

Accompanying drawing explanation

The structural representation of the even power Antiskid sole that Fig. 1 provides for the utility model.

Fig. 2 is the side view of sole.

Wherein, 1-outsole body, 2-wear plate, 3-arc shape convex, anti-skidding convex sets B, the 6-flexure strip of 4-anti-skidding convex sets A, 5-, 7-cavity.

Detailed description of the invention

Illustrate in detail the utility model below in conjunction with drawings and Examples, content of the present utility model is not limited to following examples.

The even power Antiskid sole that the utility model provides, the flexure strip 6 comprising outsole body 1 and embed in outsole body and wear plate 2, the Metatarsophalangeal joint place of outsole body offers cavity 7, cavity, flexure strip and wear plate are all in cylindric, flexure strip and wear plate are all bonded and fixed in cavity, flexure strip is between wear plate and outsole body, the surface of wear plate flushes with the bottom surface of outsole body, the hardness of outsole body is between wear plate and flexure strip, and the hardness of wear plate is greater than flexure strip, forefoot place, outsole body bottom surface and rear heel place indent, inner concave is all vertically provided with 3 anti-skidding convex sets, anti-skidding convex sets is made up of the projection that more than 2 shapes are identical, its end face flushes with the bottom surface of outsole body, the shape being wherein arranged in each projection of anti-skidding convex sets A4 of both sides is identical and all in quadrangle, in middle anti-skidding convex sets B5, the shape of each projection is identical and all linearly, the tiptoe of outsole body bottom surface and the inner concave at heel place are equipped with arc shape convex 3, the width of arc shape convex is equal with the width of each projection in anti-skidding convex sets A, arc shape convex engages with two anti-skidding convex sets A, be surrounded on inner concave edge.

Claims (4)

1. an even power Antiskid sole, it is characterized in that: comprise the flexure strip in outsole body and embedding outsole body and wear plate, the articulationes metatarsophalangeae place of outsole body offers cavity, flexure strip and wear plate are all bonded and fixed in cavity, flexure strip is between wear plate and outsole body, the surface of wear plate flushes with the bottom surface of outsole body, and the hardness of outsole body is between wear plate and flexure strip, and the hardness of wear plate is greater than flexure strip; Forefoot place, outsole body bottom surface and rear heel place indent, inner concave is all vertically provided with more than 2 anti-skidding convex sets, anti-skidding convex sets is made up of the projection that more than 2 shapes are identical, the shape of adjacent anti-skidding convex sets protrusions is different, and the end face of anti-skidding convex sets flushes with the bottom surface of outsole body.

2. even power Antiskid sole according to claim 1, is characterized in that: cavity, flexure strip and wear plate are all in cylindric, and cavity is opened in the Metatarsophalangeal joint place of outsole body.

3. even power Antiskid sole according to claim 1, it is characterized in that: the inner concave at forefoot place and rear heel place is all vertically provided with 3 anti-skidding convex sets, the shape being arranged in each projection of anti-skidding convex sets A of both sides is identical and all in quadrangle, in middle anti-skidding convex sets B, the shape of each projection is identical and all linearly.

4. even power Antiskid sole according to claim 3, is characterized in that: the tiptoe of outsole body bottom surface and the inner concave at heel place are equipped with arc shape convex, and the width of arc shape convex is equal with the width of each projection in anti-skidding convex sets A.