CN201640677U

CN201640677U - Three-dimensional hollow elastic insole

Info

Publication number: CN201640677U
Application number: CN2009201782284U
Authority: CN
Inventors: 陈志伟; 王鹏
Original assignee: Changzhou Topweaving New Material TECH Co Ltd
Current assignee: Changzhou Topweaving New Material TECH Co Ltd
Priority date: 2009-10-24
Filing date: 2009-10-24
Publication date: 2010-11-24
Anticipated expiration: 2019-10-24

Abstract

The utility model provides a three-dimensional hollow elastic insole, wherein the insole (1) is made by three-dimensional stereoscopic hollow formed in once by weaving, comprising an upper surface layer (2), a lower surface layer (3) and a hollow layer, wherein the three-dimensional hollow layer is formed by the flock warps (4). The insole has certain buffering elastic reaction because of the rigidity of the raw material of the flock warps, and the buffering elasticity can be adjusted by the fine density of the flock warps and the yarns. The upper and the lower surface layers and the hollow layer are integrally formed by weaving. The upper and the lower surface layers use the antibacterial natural material or the chemical fibres as the raw materials. The insole will not break caused by the sweat stains like the adhesive air cushion insole. Because the insole is hollow, the hot gas from the sole can permeates the fabric on the surface and the meshes by the crossing points, thereby increasing the air circulation in the shoe avoiding sole perspiration, and increasing the comfortability.

Description

A kind of three-dimensional hollow elasticity shoe-pad

Technical field

The utility model relates to a kind of three-dimensional hollow elasticity shoe-pad.

Background technology

Present existing elastic sock generally all is to adopt two-layer expanded material smooth, and the minute bubbles that make its single face produce independence one by one or communicate, and the atmospheric pressure by the inside and outside plays the buffering elastic reaction.This type of elastic sock is not only made complex forming technology, and the buffering elastic effect is not fine.And as long as minute bubbles breakage or inlet, outlet valve have damage slightly, shoe-pad is functional just to be reduced greatly, even can only scrap.And, also can't reach the effect of the ventilative degerming of good moisture absorption because of the reason of shoe-pad material.

Summary of the invention

The purpose of this utility model provides a kind of three-dimensional hollow elasticity shoe-pad that can be seated in any a pair of shoes, adopt the characteristics of raw material itself, in conjunction with weave specification special but simple to operate weave three-dimensional hollow elasticity fabric and make go out to have certain rigid and the flexible shoe-pad of buffering, simplify manufacture process and can reach the effect of the good ventilative degerming of moisture absorption simultaneously.

The purpose of this utility model is achieved through the following technical solutions: three-dimensional hollow elasticity shoe-pad is made up of upper surface layer, undersurface layer and hollow layer.Upper and lower superficial layer is respectively to be interwoven by upper and lower layer ground warp and upper and lower layer weft yarn; Suede is arranged through interweaving with the upper and lower surface layer respectively in the hollow layer between the upper and lower surface layer, the upper and lower surface layer is linked into an integrated entity.

The upper and lower superficial layer of described three-dimensional hollow elasticity shoe-pad can adopt in antimicrobial natural fiber, the antimicrobial chemical fiber a kind of through weft yarn.

The suede of described three-dimensional hollow elasticity shoe-pad hollow layer is weaved through monofilament polyester or polyamide monofilament that employing has high stiffness.The density of suede warp can be set according to actual needs.

The thickness of described three-dimensional hollow elasticity shoe-pad hollow layer is between 2mm～5mm.

The effect that the utility model is useful is: by the thickness by the three-dimensional hollow layer of suede through forming, through the certain rigid that raw material itself have, play the buffering elastic reaction in conjunction with suede, and cushion flexible size, can realize through density by adjusting suede.The upper and lower surface layer of shoe-pad and hollow layer are that one is weaved and formed, and the upper and lower surface layer is raw material with antibiotic natural or chemical fibre, shoe-pad not only can be as bonding air cushion shoe-pad because of the sweat stain slabbing, because its hollow, the hot gas that sole produces can see through the fiber of shoe insole surface and the mesh that the intertwined point produces, increase the circulation of air of shoes inside, avoided sole to perspire, increased wearing comfortableness.

Description of drawings

Below in conjunction with drawings and the embodiments the utility model is described in further detail.

Fig. 1 is the front view of the utility model shoe-pad;

Fig. 2 is the three-dimensional schematic side view of three dimension stereo fabric;

Fig. 3 is that the utility model shoe-pad is worn the stress side cut away view;

Fig. 4 is that the utility model shoe-pad is worn the state side cut away view that do not stress

Description of reference numerals:

1 three-dimensional hollow elasticity shoe-pad, 2 upper surface layers, 3 undersurface layers, 4 suede warps.

The specific embodiment

As shown in Figure 2, suede through 4 with upper surface layer 2 and undersurface layer 3 are three-dimensional hollow stereo fabrics of weaving formation through one, hollow layer has certain thickness.Suede interts through 4 and is woven between the upper and lower superficial layer, when suede moves to undersurface layer via upper surface layer, or when moving to upper surface layer by undersurface layer, just forms the three-dimensional hollow support point between the levels.Just form hollow layer by rows between a strong point and another strong point.

Three-dimensional hollow elasticity shoe-pad 1 superficial layer adopts antibiotic natural fiber or chemical fibre, has very good snugness of fit and hygroscopicity, and sweat stain can discharge by hollow layer, and gas permeability is very good, can play the effect that prevents that pin is smelly.

When pin lands (as shown in Figure 3), upper surface layer 2 is under pressure close to undersurface layer, the attenuation of hollow layer thickness, and whole process plays good buffering elastic reaction to pin, when shoe-pad is not subjected to foot force (as shown in Figure 4), hollow layer by suede through the rigidity original shape of rebounding itself.

Claims

1. a three-dimensional hollow elasticity shoe-pad (1), it is characterized in that: shoe-pad comprises upper surface layer (2), undersurface layer (3) and hollow layer, upper and lower superficial layer is respectively to be interwoven by upper and lower layer ground warp and upper and lower layer weft yarn, there is suede to interweave with the upper and lower surface layer respectively in the hollow layer between the upper and lower surface layer, the upper and lower surface layer is linked into an integrated entity through (4).

2. three-dimensional hollow elasticity shoe-pad according to claim 1 is characterized in that: what be used for weaving the upper and lower superficial layer of shoe-pad is adopt antimicrobial natural fiber, antimicrobial chemical fiber a kind of through weft yarn.

3. three-dimensional hollow elasticity shoe-pad according to claim 1 is characterized in that: the suede of shoe-pad hollow layer is weaved through monofilament polyester or polyamide monofilament that employing has high stiffness.

4. three-dimensional hollow elasticity shoe-pad according to claim 1, it is characterized in that: the thickness of shoe-pad hollow layer is between 2mm～5mm.