CN205456435U - Substrate of shoes body of institutional advancement - Google Patents

Abstract

The utility model discloses a substrate of shoes body of institutional advancement, this shoes body substrate on utensil elastic, once the substrate and at least one in the substrate, and the substrate formed the plate body during the above substrate of this shoes body overlapped the clamping with lower substrate, should go up the substrate, lower substrate all runs through with well substrate has offered a plurality of shock absorbing hole, and the substrate is completely gone up to this shock absorbing hole equipartition, the substrate is located with the whole surface of well substrate down, the shock absorbing hole of substrate and lower substrate on being somebody's turn to do the local overlapping of shock absorbing hole of well substrate or underlaping this totally, substrate on the messenger, the substrate is asynchronous with the frequency of shoc of well substrate down, borrow this shock attenuation effect that improves the shoes body, can also utilize simultaneously shock absorbing hole's part to overlap the effect that formation was breathed freely and was improved the compliance, with effectual shock attenuation, its travelling comfort is improved to ventilative reaching.

Description

The ground of the shoe body that structure is improved

Technical field

This utility model is related to the structure of a kind of shoe body, a kind of ground having damping and the shoe body of the structure improvement of low cost effect concurrently.

Background technology

The existing shoe body structure not having damping effect, the situation having foot to ache often is there will be when user tramples for a long time, its comfortableness is caused to reduce, therefore many dealers can add air bag or thickening at sole, although those designs can reach required damping effect, but see above-mentioned existing structure in detail to be not difficult to realize that it has remained a little weak point, main cause is as follows: this shoe body installs air bag additional can be greatly improved difficulty of processing, and also can increase the cost of production, the price making shoe body increases, it is then to increase material cost that this sole thickeies, the weight of this shoe body can be improved especially, shoe body is crossed to focus on and will be had the situation that foot aches when trampling for a long time, it is made cannot effectively to improve the uncomfortable shortcoming of shoe body.

Utility model content

This utility model is intended to solve the technical problem that the disadvantages mentioned above being to exist for prior art, it is provided that the ground of the shoe body that a kind of structure is improved.

This utility model provides the ground of the shoe body of a kind of structure improvement, this shoe body include that tool is elastic one on ground in ground, once ground and at least, and the above ground of this shoe body forms plate body with ground in the lower overlapping clamping of ground, ground on this, lower ground and middle ground all run through and offer multiple shock relieve vent, and this shock relieve vent is all covered with the whole surface of ground, lower ground and middle ground, in this, the shock relieve vent local of ground is overlapping or is not the most overlapped in ground and the shock relieve vent of lower ground on this.

Wherein, on this, ground is overlapping or the most overlapping with the shock relieve vent of lower ground local mutually.

Wherein, on this, ground, lower ground mix with the one or more of which that shock relieve vent is circular hole, square hole, delthyrium or elliptical aperture of middle ground.

Wherein, ground on this, lower ground and middle ground have cooperatively formed multiple groove and multiple projections relative to the surface of clamping, and are combined projection by groove and form chimeric location.

Wherein, this groove is that horizontal strip is arranged with projection relative to shoe body.

Wherein, this groove and projection are that longitudinal strip is arranged relative to shoe body.

Wherein, the upper ground of this shoe body and lower ground are all put together with at least all grooves segmentation formation polylith.

Wherein, the middle ground of this shoe body is put together with at least one fluting segmentation formation polylith.

This utility model has advantages in that

In this utility model, the upper ground of this shoe body, lower ground are overlapping or the most overlapping with the shock relieve vent of middle ground local all mutually, when shoe body be through at user foot trample time, the most overlapping or complete nonoverlapping shock relieve vent is utilized to allow ground, lower ground produce the vibrations of different frequency with middle ground pressurized, ground, lower ground is made to cancel each other with the shock energy of middle ground, can also utilize simultaneously shock relieve vent partly overlap formed ventilative with improve the effect of pliability, with effective damping, ventilative and improve its comfortableness.

In this utility model, this shoe body is made with the material that tool is elastic, and offer shock relieve vent in upper ground, lower ground at middle ground, the local between shock relieve vent is formed again overlapping with the most overlapping with congruent manner, so just can effectively improve damping effect in shoe body, and simultaneously with being easily worked and alleviating effect in weight, to utilize least cost to reach the practical effect of effective damping.

In this utility model, ground on this, lower ground and middle ground have cooperatively formed multiple groove and multiple projections relative to the surface of clamping, and combined projection by groove and form chimeric location, make ground, lower ground the most overlapping with middle ground fixing, the most also can reach effect of easy overlapping combinations shoe body.

Accompanying drawing explanation

Fig. 1 is axonometric chart of the present utility model.

Fig. 2 is three-dimensional exploded view of the present utility model.

Fig. 3 is sectional view of the present utility model.

Fig. 4 is that of the present utility model another uses state three-dimensional exploded view.

Fig. 5 is the axonometric chart of another embodiment of this utility model.

Fig. 6 is the three-dimensional exploded view of another embodiment of this utility model.

Fig. 7 is the sectional view of another embodiment of this utility model.

Fig. 8 is the sectional view of the another embodiment of this utility model.

Fig. 9 is one of three-dimensional exploded view of this utility model another embodiment.

Figure 10 is the two of the three-dimensional exploded view of this utility model another embodiment.

In figure:

10-shoe body；

The upper ground of 11-；

111,121,131-shock relieve vent；

Ground under 12-；

Ground in 13-；

14-groove；

15-projection；

16-grooving；

17-slots.

Detailed description of the invention

The utility model is described in further detail with specific embodiment below in conjunction with the accompanying drawings, so that those skilled in the art can be better understood from this utility model and can be practiced, but illustrated embodiment is not as to restriction of the present utility model.

nullThe most please by Fig. 1、Shown in Fig. 2 Yu Fig. 3，This utility model provides the ground of the shoe body of a kind of ground improvement，This shoe body 10 includes ground 11 on the one of tool elasticity、Ground 13 in ground 12 and at least once，And this shoe body more than 10 ground 11 forms plate body with ground 13 in the lower overlapping clamping of ground 12，Ground 11 on this、Lower ground 12 and middle ground 13 all run through and offer multiple shock relieve vent 111、121、131，And this shock relieve vent 111、121、131 are all covered with ground 11、Lower ground 12 and the whole surface of middle ground 13，The shock relieve vent 111 of ground 13 in this、121、Overlapping or the most overlapping shock relieve vent 111 of ground 11 and lower ground 12 on this in 131 local、121，And the shock relieve vent 111 of ground 11 and lower ground 12 on this、121 is also the most overlapping or the most overlapping，Make ground 11、Lower ground 12 is asynchronous with the vibration frequency of middle ground 13，Improve the damping effect of shoe body 10 whereby.

nullIts actually used effect，The most please by Fig. 1、Shown in Fig. 2 Yu Fig. 3，This shoe body 10 is by lower ground 12、Middle ground 13 and 11 overlaps of upper ground are combined into，And ground 11 on this、Lower ground 12 and the shock relieve vent 111 of middle ground 13、121、131 is the most overlapping or the most overlapping all mutually，When shoe body 10 be through at user foot trample time，Utilize the most overlapping or complete nonoverlapping shock relieve vent 111、121、131 allow ground 11、Lower ground 12 and middle ground 13 pressurized produce the vibrations of different frequency，Make ground 11、Lower ground 12 cancels each other with the shock energy of middle ground 13，Its comfortableness is improved with effective damping，Furthermore，This shoe body 10 is made with the material that tool is elastic，And in upper ground 11、Lower ground 12 offers shock relieve vent 111 at middle ground 13、121、131，Shock relieve vent 111 is formed again with congruent manner、121、Local between 131 is overlapping with the most overlapping，So just can effectively improve the damping effect of shoe body 10，And simultaneously with the effect being easily worked with alleviate weight，To utilize least cost to reach the practical effect of effective damping.

nullEquivalence use state of the present utility model，The most as shown in Figure 4，Ground 11 on this、Lower ground 12 and the shock relieve vent 111 of middle ground 13、121、131 is circular hole、Square hole、The one or more of which mixing of delthyrium or elliptical aperture is constituted，This shock relieve vent 111、121、131 can the equivalent shape changing hole or assembled arrangement，All can reach the use function of damping，This shoe body 10 can utilize ground 11、Lower ground 12 and the shock relieve vent 111 of middle ground 13、121、The formation air permeable effect that partly overlaps of 131，More can effectively strengthen the pliability of shoe body 10，In order to increase its comfortableness，Another embodiment of the present utility model，Continuous please by Fig. 5、Fig. 6、Shown in Fig. 7，Ground 11 on this、Lower ground 12 has cooperatively formed multiple groove 14 and multiple projections 15 with the surface of the middle relative clamping of ground 13，And this groove 14 shoe body 10 relative with projection 15 is arranged in horizontal strip，And combined projection 15 by groove 14 and form chimeric location，Make ground 11、Lower ground 12 is the most overlapping fixing with middle ground 13，Another embodiment of the present utility model，In like manner shown in Fig. 8，This groove 14 can relative shoe body 10 be arranged in longitudinal strip with projection 15，The most also effect of easy overlapping combinations shoe body 10 can be reached.

This utility model another embodiment, as shown in Figure 9, the upper ground 11 of this shoe body 10 and lower ground 12 all form polylith with the segmentation of at least all grooves 16 and are put together, shoe body 10 is made to have the using effect of assembling combination, in like manner, as shown in Figure 10, the middle ground 13 of this shoe body 10 all forms polylith with at least one fluting 17 segmentation and is put together, and also can reach the application effect of equivalence.

Embodiment described above is only the preferred embodiment lifted by absolutely proving this utility model, and protection domain of the present utility model is not limited to this.The equivalent that those skilled in the art are made on the basis of this utility model substitutes or conversion, all within protection domain of the present utility model.Protection domain of the present utility model is as the criterion with claims.

Claims (8)

1. the ground of the shoe body of a structure improvement, it is characterized in that, this shoe body include that tool is elastic one on ground in ground, once ground and at least, and the above ground of this shoe body forms plate body with ground in the lower overlapping clamping of ground, ground on this, lower ground and middle ground all run through and offer multiple shock relieve vent, and this shock relieve vent is all covered with the whole surface of ground, lower ground and middle ground, in this, the shock relieve vent local of ground is overlapping or is not the most overlapped in ground and the shock relieve vent of lower ground on this.

The ground of the shoe body that structure the most according to claim 1 is improved, it is characterised in that wherein, on this, ground is overlapping or the most overlapping with the shock relieve vent of lower ground local mutually.

The ground of the shoe body that structure the most according to claim 1 is improved, it is characterised in that wherein, on this, ground, lower ground mix with the one or more of which that shock relieve vent is circular hole, square hole, delthyrium or elliptical aperture of middle ground.

The ground of shoe body that structure the most according to claim 1 is improved, it is characterised in that wherein, ground on this, lower ground and middle ground cooperatively formed multiple groove and multiple projections relative to the surface of clamping, and combined projection by groove and form chimeric location.

The ground of shoe body that structure the most according to claim 4 is improved, it is characterised in that wherein, this groove is that horizontal strip is arranged with projection relative to shoe body.

The ground of shoe body that structure the most according to claim 4 is improved, it is characterised in that wherein, this groove is longitudinal strip setting with projection relative to shoe body.

The ground of the shoe body that structure the most according to claim 1 is improved, it is characterised in that wherein, the upper ground of this shoe body and lower ground all form polylith with the segmentation of at least all grooves and are put together.

The ground of the shoe body that structure the most according to claim 1 is improved, it is characterised in that wherein, the middle ground of this shoe body forms polylith with at least one fluting segmentation and is put together.