CN206333448U - A kind of side set ripple glaze Antiskid sole - Google Patents

Abstract

The utility model provides a kind of side set ripple glaze Antiskid sole, the lower surface of sole body is provided with more than the 2 horizontal wave anti-slip veins extended along shoe sole width direction, each horizontal wave anti-slip veins are spaced apart and are mutually aligned along sole length direction, the thickness of each horizontal wave anti-slip veins is incremented by from trough to crest or is incremented by from crest to trough, horizontal side set anti-skid structure is constituted along shoe sole width direction, the thickness change situation of adjacent two horizontal wave anti-slip veins along sole length direction on the contrary, constitute longitudinal side set anti-skid structure；Using special three-dimensional ripple glaze, form side set anti-skid structure, so that the sole can produce effective friction with ground in all directions, and the design of side set is so that form flow-guiding channel staggeredly between each horizontal wave anti-slip veins, so that the sole will not hinder ponding to flow when wearing, the friction of wave burr increase sole and sole is set on the upper surface of sole body, it is to avoid dress is skidded when arch of the foot is perspired.

Description

A kind of side set ripple glaze Antiskid sole

Technical field

The utility model is related to a kind of sole, and in particular to a kind of side set ripple glaze Antiskid sole.

Background technology

When walking or standing, biped bears the whole weight of body, therefore the wearing comfort of footwear is particularly important, people Require that footwear dress is ventilative comfortable, and slow down with certain elasticity in the burden of biped, shoes, the major part of upper of a shoe covering foot Area, therefore it is required that water-proof breathable properties are good, sole separates foot and bottom surface, therefore it is required that with good elasticity.

The anti-skidding design of conventional soles is sets shape single and thickness identical anti-skid bulge on shoe sole bottom, wears Sole is only contacted with ground by the surface of anti-skid bulge when, therefore each anti-skid bulge stress is larger, is worn and torn more serious, such a After sole long-time use, with the abrasion of anti-skid bulge, its skidproof effect is gradually reduced.

The content of the invention

The purpose of this utility model is to solve the deficiencies in the prior art, and provides a kind of elastic good, anti-skid structure and be difficult The side set ripple glaze Antiskid sole of abrasion.

Realize technical scheme that the utility model purpose used for a kind of side set ripple glaze Antiskid sole at least includes Sole body, the lower surface of the sole body is provided with more than the 2 horizontal wave anti-slip veins extended along shoe sole width direction, Each horizontal wave anti-slip veins are spaced apart and are mutually aligned along sole length direction, and the thickness of each horizontal wave anti-slip veins is from ripple Paddy is incremented by crest or is incremented by from crest to trough, and horizontal side set anti-skid structure, adjacent two are constituted along shoe sole width direction The thickness change situation of horizontal wave anti-slip veins along sole length direction on the contrary, constitute longitudinal side set anti-skid structure；The sole The upper surface of body is provided with more than the 2 wave burrs extended along shoe sole width direction, and each wave burr is along sole length side To being spaced apart.

The sole body is three-decker, and upper strata, middle level and bottom, the wherein hardness of bottom are followed successively by from top to bottom most Greatly, the hardness in middle level is minimum.

The thickness in middle level is incremented by along sole length direction.

Horizontal wave anti-slip veins pass through injection moulding integrated molding with bottom.

The horizontal wave anti-slip veins are provided with the wear-resisting raised line being spaced apart.

The hardness of the wear-resisting raised line is not less than the hardness of horizontal wave anti-slip veins.

The horizontal wave anti-slip veins along sole length direction interval and are uniformly distributed with wave burr.

As shown from the above technical solution, the side set ripple glaze Antiskid sole that the utility model is provided, it is anti-in existing waveform Its own structure is improved on the basis of sliding lines, changes the design of the single thickness of prior art, horizontal wave is anti-skidding The thickness of line is designed as being incremented by from trough to crest or is incremented by two kinds of thickness change situations from crest to trough, for same Horizontal wave anti-slip veins, make its equal undulate on horizontal plane and thickness direction, that is, form three-dimensional ripple glaze, horizontal wave The change of anti-slip veins its thickness is constituting horizontal side set anti-skid structure along shoe sole width direction；Adjacent two horizontal waves are anti-skidding The thickness change situation of line is and latter on the contrary, the crest thickness of the horizontal wave anti-slip veins of i.e. previous bar is maximum, trough thickness is minimum The crest thickness of bar transverse direction wave anti-slip veins is minimum, trough thickness is maximum, because each horizontal wave anti-slip veins are along sole length side To being spaced apart and crest mutually aligns with trough, the crest of the horizontal wave anti-slip veins of previous bar along along sole length direction Form the crest of longitudinal direction, the crest of the horizontal wave anti-slip veins of latter bar and form longitudinal trough, adjacent two horizontal waves are anti-skidding Line uses antipodal thickness change situation, and longitudinal side set anti-skid structure is constituted along sole length direction, and said structure causes The sole can produce effective friction with ground in all directions, and horizontal wave anti-slip veins are provided with the abrasion resistant convex being spaced apart Bar, the hardness of wear-resisting raised line is not less than the hardness of horizontal wave anti-slip veins, increases the wearability of side set anti-skid structure；This practicality is new Type is provided with the wave burr extended along shoe sole width direction, wave burr increase sole and sole on the upper surface of sole body Friction, it is to avoid arch of the foot perspire when dress skid.

Sole of the present utility model is three-decker, upper strata, middle level and bottom is followed successively by from top to bottom, wherein bottom is hard Degree is maximum, and the hardness in middle level is minimum, and middle level is relatively soft, elasticity is good, increase wearing comfort, and intima-media thickness is along sole length direction It is incremented by, maximum in heel thickness, because heel stress is maximum, the impact that heel is born when this structure can be to walking is played Good cushioning effect.

Compared with prior art, the side set ripple glaze Antiskid sole that the utility model is provided, using special three-dimensional wave Line, forms horizontal side set anti-skid structure and longitudinal side set anti-skid structure so that the sole can be produced with ground in all directions Raw effectively friction, and formed staggeredly between the crest designed on the thickness direction for causing each horizontal wave anti-slip veins of side set Flow-guiding channel, while the crest on the thickness direction of each horizontal wave anti-slip veins is beneficial to break moisture film so that when the sole is worn Ponding will not be hindered to flow, it is to avoid drench and set on vamp, horizontal wave anti-slip veins the relatively large wear-resisting raised line of hardness, increase The wearability of side set anti-skid structure；The friction of the wave burr increase sole and sole that are set on the upper surface of sole body, keeps away Exempt from dress when arch of the foot is perspired to skid.

Brief description of the drawings

The bottom surface structure figure for the side set ripple glaze Antiskid sole that Fig. 1 provides for the utility model.

Fig. 2 for Fig. 1 AA to profile.

Fig. 3 for Fig. 1 BB to profile.

The Facad structure figure for the side set ripple glaze Antiskid sole that Fig. 4 provides for the utility model.

Wherein, 1- sole bodies, 1a- bottoms, 1b- middle levels, 1c- upper stratas, 2- transverse direction wave anti-slip veins, 2a- thickness crests, 2b- thickness troughs, 2c- crests, 2d- troughs, 3- wave burrs, the wear-resisting raised lines of 4-.

Embodiment

The utility model is illustrated in detail with reference to the accompanying drawings and examples, content of the present utility model not office It is limited to following examples.

The side set ripple glaze Antiskid sole provided referring to Fig. 1, Fig. 2 and Fig. 3, the utility model, sole body 1 is three-layered node Structure, is followed successively by upper strata 1c, middle level 1b and bottom 1a from top to bottom, and the wherein hardness of bottom is maximum, and the hardness in middle level is minimum, middle level 1b thickness is incremented by along sole length direction；

The lower surface of sole body 1 is horizontal provided with more than the 2 horizontal wave anti-slip veins 2 extended along shoe sole width direction To wave anti-slip veins 2 and bottom 1a by injection moulding integrated molding, each horizontal wave anti-slip veins are along sole length direction interval and It is even distribution and crest be mutually aligned with crest, trough and trough, the thickness of each horizontal wave anti-slip veins is passed from trough to crest Increase or be incremented by from crest to trough, referring to Fig. 3,2c is the crest of the horizontal wave anti-slip veins 2 at cutting, crest in Fig. 3 2c thickness in the horizontal wave anti-slip veins 2 is maximum, and the thickness of the horizontal wave anti-slip veins 2 is incremented by from trough to crest, in Fig. 3 2d is the trough close to the horizontal wave anti-slip veins 2 at cutting, and trough 2d thickness in the horizontal wave anti-slip veins 2 is maximum, Then the thickness of the horizontal wave anti-slip veins 2 is incremented by from crest to trough, and the horizontal wave anti-slip veins of thickness change constitute three-dimensional ripple Slippage, horizontal side set anti-skid structure is constituted along shoe sole width direction；

The thickness change situations of adjacent two horizontal wave anti-slip veins 2 is on the contrary, referring to Fig. 2, the position that 2a is indicated in Fig. 2 is The position that 2b is indicated in the thickness maximum (crest or trough) of corresponding horizontal wave anti-slip veins 2, Fig. 2 is corresponding lateral wave At the thickness minimum of unrestrained anti-slip veins 2 (crest or trough), if the thickness maximum of previous bar transverse direction wave anti-slip veins 2 is crest, It is then crest at the thickness minimum of the horizontal wave anti-slip veins 2 of latter bar, along along sole length direction, the horizontal wave of previous bar is anti-skidding The crest that the crest of line 2 constitutes the horizontal wave anti-slip veins 2 of thickness crest 2a, latter bar constitutes thickness trough 2b, along sole length Direction constitutes longitudinal side set anti-skid structure；

Referring to Fig. 2, horizontal wave anti-slip veins 2 are provided with the wear-resisting raised line 4 being spaced apart, and the hardness of wear-resisting raised line 4 is not small In the hardness of horizontal wave anti-slip veins；

Referring to Fig. 4, the upper surface of the sole body is provided with more than the 2 wave burrs extended along shoe sole width direction 3, each wave burr 3 is along sole length direction interval and is uniformly distributed.

Claims (7)

1. a kind of side set ripple glaze Antiskid sole, at least including sole body, it is characterised in that：The lower surface of the sole body Provided with more than the 2 horizontal wave anti-slip veins extended along shoe sole width direction, each horizontal wave anti-slip veins are along sole length side To being spaced apart and being mutually aligned, the thickness of each horizontal wave anti-slip veins is incremented by or from crest to trough from trough to crest It is incremented by, horizontal side set anti-skid structure, the thickness change situation of adjacent two horizontal wave anti-slip veins is constituted along shoe sole width direction On the contrary, constituting longitudinal side set anti-skid structure along sole length direction；The upper surface of the sole body is provided with more than 2 along footwear The wave burr of bottom width extension, each wave burr is spaced apart along sole length direction.

2. side set ripple glaze Antiskid sole according to claim 1, it is characterised in that：The sole body is three-layered node Structure, is followed successively by upper strata, middle level and bottom from top to bottom, and the wherein hardness of bottom is maximum, and the hardness in middle level is minimum.

3. side set ripple glaze Antiskid sole according to claim 2, it is characterised in that：The thickness in middle level is along sole length side To incrementally.

4. side set ripple glaze Antiskid sole according to claim 2, it is characterised in that：Horizontal wave anti-slip veins lead to bottom Cross injection moulding integrated molding.

5. the side set ripple glaze Antiskid sole according to claim 1 or 4, it is characterised in that：The horizontal wave anti-slip veins Provided with the wear-resisting raised line being spaced apart.

6. side set ripple glaze Antiskid sole according to claim 5, it is characterised in that：The hardness of the wear-resisting raised line is not small In the hardness of horizontal wave anti-slip veins.

7. side set ripple glaze Antiskid sole according to claim 1, it is characterised in that：The horizontal wave anti-slip veins and ripple Unrestrained burr along sole length direction interval and is uniformly distributed.