CN204861471U

CN204861471U - Elasticity shoe -pad

Info

Publication number: CN204861471U
Application number: CN201520620764.0U
Authority: CN
Inventors: 冯建龙
Original assignee: Dongguan Kangcheng Shoe Material Co Ltd
Current assignee: Guangdong Kangcheng New Material Science and Technology Co., Ltd.
Priority date: 2015-08-17
Filing date: 2015-08-17
Publication date: 2015-12-16
Anticipated expiration: 2025-08-17

Abstract

The utility model discloses an elasticity shoe -pad, it includes a shoe -pad main part, this shoe -pad main part includes the EVA expanded material layer, fabric layer and an organic whole that an organic whole is fixed in EVA expanded material layer up end are fixed in EVA expanded material layer bottom surface and lie in the sole and the first elasticity film of heel position and second elasticity film, this first elasticity film and second elasticity film terminal surface shaping plural number respectively are first, second elasticity bump, this is first, second elasticity bump is protrusion in EVA expanded material layer bottom surface all. When the teaching draw case is in use, place whole shoe -pad main part inside shoes, this shoe -pad main part bottom surface first, second elasticity bump and shoes inside bottom surface contact, sole and heel position and the inside bottom surface of shoes are formed with the interval in messenger's shoe -pad main part, and the EVA expanded material layer in the shoe -pad main part and first, second elasticity bump all has certain elasticity, in order to cause the shoe -pad main part to have better spring effect, can make the foot step on more comfortable, and has a good shock attenuation effect.

Description

A kind of elastic sock

Technical field:

The utility model relates to insole products technical field, refers in particular to a kind of elastic sock.

Background technology:

Shoes belong to one of indispensable commodity in people's daily life, people wear shoes and carry out work, outdoor activities, carry out various sports etc., and the sole of shoes has different materials to adapt to different application scenarios, different materials has different physical propertys, people buy shoes according to service condition, and sole cannot be changed, then need to hoard a large amount of shoes, therefore, people are place mat shoe-pad in shoes often, utilize shoe-pad to improve the comfortableness of sole, gas permeability, the effects such as elasticity, and shoe-pad is not fixedly installed in footwear, a shoe-pad goes for various shoes, can repeat to replace and use, practical.

The elastic effect of shoe-pad is not ideal enough mostly at present, causes damping effect poor.

Utility model content:

The purpose of this utility model is to overcome the deficiencies in the prior art, provides a kind of elastic sock.

In order to solve the problems of the technologies described above, the utility model have employed following technical proposals: this elastic sock comprises a shoe-pad main body, described shoe-pad main body comprises EVA foamed material layer, is integrally fixed on the tissue layer of EVA foamed material layer upper surface and is integrally fixed on EVA foamed material layer bottom surface and is positioned at the first elastic force film and the second elastic force film of sole and heel position, wherein, this the first elastic force film and the second elastic force film end face first, second elasticity salient point of shaping plural number respectively, this first, second elasticity salient point all protrudes from EVA foamed material layer bottom surface.

Furthermore, in technique scheme, the first elasticity salient point outer rim and the first elastic force film end face joining place are formed with the first annular groove; Described second elasticity salient point outer rim and the second elastic force film end face joining place are formed with the second annular groove.

Furthermore, in technique scheme, described EVA foamed material layer bottom surface is formed with the first cell body and the second cell body respectively in sole and heel location, described first elastic force film and the second elastic force film are integrally fixed in this first cell body and the second cell body respectively, and this first elastic force film and the second elastic force film end face flush with EVA foamed material layer bottom surface.

Furthermore, in technique scheme, between described first elastic force film outer rim and the cell wall of the first cell body, be formed with interval.

Furthermore, in technique scheme, the position of described EVA foamed material layer bottom surface between sole and heel forms anti-slip part.

Furthermore, in technique scheme, the longitudinal section of first, second elasticity salient point described is all in arc-shaped.

After adopting technique scheme, the utility model has following beneficial effect compared with prior art: when the utility model uses, whole shoe-pad main body is positioned over shoes inside, first of this shoe-pad body floor sole and heel location, in second elastic force film first, second elasticity salient point contacts with shoes inner bottom surface, sole and heel position and shoes inner bottom surface in shoe-pad main body is made to be formed with interval, and the EVA foamed material layer and first in this shoe-pad main body, second elasticity salient point all has certain elasticity, to cause shoe-pad main body, there is better elastic effect, the foot of user can be made to step on step on more comfortable, and there is good damping effect.

Accompanying drawing illustrates:

Fig. 1 is front view of the present utility model;

Fig. 2 is rearview of the present utility model;

Fig. 3 is the sectional view in Fig. 2.

Detailed description of the invention:

Below in conjunction with specific embodiments and the drawings, the utility model is further illustrated.

See shown in Fig. 1-3, for a kind of elastic sock, it comprises a shoe-pad main body 1, and described shoe-pad main body 1 comprises EVA foamed material layer 11, is integrally fixed on the tissue layer 12 of EVA foamed material layer 11 upper surface and is integrally fixed on EVA foamed material layer 11 bottom surface and is positioned at the first elastic force film 13 and the second elastic force film 14 of sole and heel position.

Described tissue layer 12 is also printed with a patterned layer.

Described EVA foamed material layer 11 bottom surface is formed with the first cell body 111 and the second cell body 112 respectively in sole and heel location, described first elastic force film 13 and the second elastic force film 14 are integrally fixed in this first cell body 111 and the second cell body 112 respectively, and this first elastic force film 13 and the second elastic force film 14 end face flush with EVA foamed material layer 11 bottom surface.Wherein, this first elastic force film 13 and the second elastic force film 14 end face first, second elasticity salient point 131,141 of shaping plural number respectively, and the longitudinal section of this first, second elasticity salient point 131,141 is all in arc-shaped.

Described first, second elasticity salient point 131, 141 all protrude from EVA foamed material layer 11 bottom surface, to such an extent as to the utility model in use, whole shoe-pad main body 1 is positioned over shoes inside, first of this shoe-pad main body 1 bottom surface, second elasticity salient point 131, 141 contact with shoes inner bottom surface, sole and heel position and shoes inner bottom surface in shoe-pad main body 1 is made to be formed with interval, and EVA foamed material layer in this shoe-pad main body 1 11 and first, second elasticity salient point 131, 141 all have certain elasticity, to cause shoe-pad main body 1, there is better elastic effect, the foot of user can be made to step on step on more comfortable, and there is good damping effect.

In addition, the first elasticity salient point 131 outer rim and the first elastic force film 13 end face joining place are formed with the first annular groove; Described second elasticity salient point 141 outer rim and the second elastic force film 14 end face joining place are formed with the second annular groove, after being extruded distortion, can extend respectively to the first annular groove and the second annular groove to cause this first, second elasticity salient point 131,141.

Interval is formed between described first elastic force film 13 outer rim and the cell wall of the first cell body 111.The position of described EVA foamed material layer 11 bottom surface between sole and heel forms anti-slip part 113, makes shoe-pad main body 1 be put into the skidproof effect after in shoes with one end, shoe-pad main body 1 can be avoided to be shifted.

When the utility model uses, whole shoe-pad main body 1 is positioned over shoes inside, first of this shoe-pad main body 1 bottom surface sole and heel location, second elastic force film 13, in 14 first, second elasticity salient point 131, 141 contact with shoes inner bottom surface, sole and heel position and shoes inner bottom surface in shoe-pad main body 1 is made to be formed with interval, and EVA foamed material layer in this shoe-pad main body 1 11 and first, second elasticity salient point 131, 141 all have certain elasticity, to cause shoe-pad main body 1, there is better elastic effect, the foot of user can be made to step on step on more comfortable, and there is good damping effect.

Manufacture craft of the present utility model is: first in shoe-pad mould, place first, second elastic force film, EVA foaming material tablet is placed again on first, second elastic force film, and fabric is placed on EVA foaming material tablet, finally by hot briquetting, form above-mentioned shoe-pad main body.

Certainly, the foregoing is only specific embodiment of the utility model, be not limit the utility model practical range, all equivalences done according to structure, feature and principle described in the utility model claim change or modify, and all should be included in the utility model claim.

Claims

1. an elastic sock, it comprises a shoe-pad main body (1), it is characterized in that: described shoe-pad main body (1) comprises EVA foamed material layer (11), integrally be fixed on the tissue layer (12) of EVA foamed material layer (11) upper surface and be integrally fixed on EVA foamed material layer (11) bottom surface and be positioned at the first elastic force film (13) and the second elastic force film (14) of sole and heel position, wherein, this the first elastic force film (13) and the second elastic force film (14) end face difference shaping plural first, second elasticity salient point (131, 141), this is first years old, second elasticity salient point (131, 141) EVA foamed material layer (11) bottom surface is all protruded from.

2. a kind of elastic sock according to claim 1, is characterized in that: the first elasticity salient point (131) outer rim and the first elastic force film (13) end face joining place are formed with the first annular groove; Described second elasticity salient point (141) outer rim and the second elastic force film (14) end face joining place are formed with the second annular groove.

3. a kind of elastic sock according to claim 1, it is characterized in that: described EVA foamed material layer (11) bottom surface is formed with the first cell body (111) and the second cell body (112) respectively in sole and heel location, described first elastic force film (13) and the second elastic force film (14) are integrally fixed in this first cell body (111) and the second cell body (112) respectively, and this first elastic force film (13) and the second elastic force film (14) end face flush with EVA foamed material layer (11) bottom surface.

4. a kind of elastic sock according to claim 3, is characterized in that: be formed with interval between described first elastic force film (13) outer rim and the cell wall of the first cell body (111).

5. a kind of elastic sock according to claim 1, is characterized in that: the position of described EVA foamed material layer (11) bottom surface between sole and heel forms anti-slip part (113).

6. a kind of elastic sock according to claim 1, is characterized in that: the longitudinal section of described first, second elasticity salient point (131,141) is all in arc-shaped.