CN212852685U - Breathable and wear-resistant knitted vamp - Google Patents

Abstract

Translated fromChinese

本实用新型公开了一种透气耐磨的针织鞋面，包括一体编织的鞋面本体，鞋面本体包括立体支撑区和透气区；立体支撑区包括主要由第一纱线编织形成的支撑面层及主要由混合纱线编织形成的支撑底层，混合纱线包括用以编织成支撑底层的外表面的第一单丝和用以编织成支撑底层的内表面的第二纱线；透气区包括透气面层及主要由第三纱线编织形成的透气底层，透气面层上形成有主要由第二单丝按隔针编织的方式编织形成的若干个网眼，于所述鞋面本体的外侧所述支撑面层的外表面高于所述透气面层的外表面。与现有技术相比，鞋面本体不易变形，耐磨，且具有良好的透气性。

The utility model discloses a breathable and wear-resistant knitted shoe upper, which comprises an integrally knitted upper body, the shoe upper body comprises a three-dimensional support area and a breathable area; the three-dimensional support area includes a support surface layer mainly formed by knitting a first yarn and a support bottom layer mainly woven from mixed yarns, the mixed yarns include a first monofilament for weaving into the outer surface of the support bottom layer and a second yarn for weaving into the inner surface of the support bottom layer; the breathable area includes a breathable area The surface layer and the breathable bottom layer mainly formed by knitting the third yarn, the breathable surface layer is formed with a number of meshes mainly formed by the second monofilament knitting in the way of spacer knitting, on the outer side of the upper body of the shoe. The outer surface of the support facing is higher than the outer surface of the breathable facing. Compared with the prior art, the upper body is not easily deformed, wear-resistant, and has good air permeability.

Description

Breathable and wear-resistant knitted vamp

Technical Field

The utility model relates to a knitting vamp, more specifically say and relate to a ventilative wear-resisting knitting vamp.

Background

With the development of society and the acceleration of rhythm of life, body-building sports widely spread throughout the country, because knitting sports shoes often need to be tested by the motion of the wearer in the motion process, so have very high requirement to the gas permeability, the support nature and the wearability of knitting vamp. However, the air permeability, the support property and the wear resistance of the existing knitted vamp are poor, and the requirements of the knitted sports shoes are difficult to meet.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a ventilative wear-resisting knitted fabric, its rigidity and support performance are high.

In order to achieve the above purpose, the utility model discloses a solution is:

a breathable and wear-resistant knitted vamp comprises an integrally knitted vamp body, wherein one side of the vamp body corresponding to a foot of a human body is an inner side, the opposite side is an outer side, and the vamp body comprises a three-dimensional supporting area and a breathable area; the three-dimensional support area comprises a support surface layer and a support bottom layer, wherein the support surface layer is mainly formed by weaving first yarns, the support bottom layer is mainly formed by weaving mixed yarns, and the mixed yarns comprise first monofilaments and second yarns, the first monofilaments are used for weaving the outer surface of the support bottom layer, and the second yarns are used for weaving the inner surface of the support bottom layer; the breathable zone comprises a breathable surface layer and a breathable bottom layer which is mainly formed by weaving third yarns, and a plurality of meshes which are mainly formed by weaving second monofilaments are formed on the breathable surface layer; wherein, the outer surface of the supporting surface layer is higher than the outer surface of the breathable surface layer on the outer side of the vamp body.

The three-dimensional supporting areas are multiple and are arranged on two sides of the vamp body.

In the same three-dimensional supporting area, the supporting surface layer and the edge of the supporting bottom layer are woven together, and a hollow layer is formed between the supporting surface layer and the supporting bottom layer.

In the same three-dimensional supporting area, the supporting surface layer is connected with the ventilation surface layer of the ventilation area nearby, and the supporting bottom layer is woven with the ventilation bottom layer of the ventilation area nearby.

The outer surface of the support bottom layer is a surface formed by a plurality of first loops formed by weaving the first monofilaments, the inner surface of the support surface layer is a surface formed by a plurality of second loops formed by weaving the second yarns, and the second loops are respectively overlapped on the outer sides of the corresponding first loops.

The first yarn is a yarn woven by filament fibers or short fibers.

The second yarn is a yarn woven by filament fibers or short fibers.

The first monofilament and the second monofilament are both monofilaments made of polyester fibers.

The first monofilament and the second monofilament are replaced by TPU yarns, bright yarns or reflective yarns.

After the structure is adopted, the utility model discloses following beneficial effect has:

1. the supporting surface layer of the three-dimensional supporting area is higher than the breathable surface layer of the breathable area, so that on one hand, the three-dimensional supporting area of the vamp body is thicker than the breathable area, on the other hand, the three-dimensional supporting area gives a three-dimensional sense to people visually, the attractiveness of the vamp body is improved, and meanwhile, the thickened part of the three-dimensional supporting area better improves the supporting effect of the vamp body; the outer surface of the support bottom layer is a surface formed by weaving first monofilaments, and the first monofilaments are not in contact with feet of a human body, so that the support bottom layer is high in rigidity, and has good air permeability and support performance due to the characteristics of the first monofilaments; the meshes are arranged on the breathable surface layer, and the breathable surface layer is a layer formed by weaving second monofilaments, so that the breathability of the breathable area is very good, the rigidity of the breathable area is good, and an auxiliary supporting effect is achieved; therefore, the vamp body is not easy to deform and wear-resistant and has good air permeability.

2. The both sides of locating the vamp body are distinguished to a plurality of three-dimensional supports, the both sides of vamp body play the effect of main support, ventilative district distributes in the position department that corresponds to non-three-dimensional support district on the vamp body, play the effect of auxiliary stay, do like this, the appearance that makes the vamp body is three-dimensional, further make the vamp body be difficult for collapsing and warping, moreover, the easy sweat position of human instep corresponds ventilative district, increase the sweat position of the foot of dress person and this external circulation of air of vamp, heat-retaining not, it is ventilative comfortable to wear more.

Drawings

FIG. 1 is a schematic structural view of the outer side surface of the upper body of the present invention;

FIG. 2 is a schematic structural view of the inner side surface of the upper body of the present invention;

FIG. 3 is a schematic diagram of the knitting of the middle three-dimensional support area of the present invention;

fig. 4 is a schematic diagram of the weaving of the middle permeable area of the present invention.

In the figure:

100-a vamp body; 21-a support surface layer;

22-a support substrate; 31-a breathable surface layer;

311-mesh; 32-breathable bottom layer.

Detailed Description

In order to further explain the technical solution of the present invention, the present invention is explained in detail by the following embodiments.

A breathable and wear-resistant knitted vamp is shown in figures 1-4 and comprises avamp body 100 which is integrally knitted, wherein thevamp body 100 comprises a three-dimensional supporting area and a breathable area, for convenience of description, one side of thevamp body 100 corresponding to a foot of a human body is taken as an inner side, the opposite side is taken as an outer side, the outer surface of the three-dimensional supporting area on the outer side of thevamp body 100 is higher than the outer surface of the breathable area, in other words, the outer surface of the three-dimensional supporting area protrudes out of the outer surface of the breathable area.

The three-dimensional support zone comprises asupport surface layer 21 and asupport bottom layer 22. Thesupport surface layer 21 is a layer formed by knitting a first yarn in a full-stitch manner, thesupport bottom layer 22 is a layer formed by knitting a mixed yarn including a first monofilament and a second yarn, the outer surface of thesupport bottom layer 22 is a surface formed by knitting a first monofilament in a split-stitch manner, the inner surface of thesupport bottom layer 22 is a surface formed by knitting a second yarn, and the first monofilament is covered with the second yarn in thesupport bottom layer 22.

When the three-dimensional support is worn, the inner surface of thesupport base layer 22 is in contact with the feet of a wearer, but the outer surface of thesupport base layer 22 is not in contact with the feet of a human body, so that the comfort of the feet of the wearer is ensured, and the rigidity and the support of thesupport base layer 22 are good due to the characteristics of the first monofilaments, so that the whole three-dimensional support area has good rigidity and support, and meanwhile, the gaps between the outer surfaces of thesupport base layer 22 are large, so that the wholesupport base layer 22 has good air permeability, and the air permeability of the three-dimensional support area is good.

Preferably, the first monofilament is a monofilament made of polyester fiber. Preferably, the first monofilament may be a polyester monofilament, known as fish silk.

Preferably, the first yarn is a yarn woven by using filament fibers or staple fibers, for example, the first yarn may be polyester, nylon, polypropylene, cotton, or the like.

As preferred mode, the second yarn is the yarn that adopts filament fiber or short fiber textile to form, for example, the second yarn can be dacron, polyamide fibre, polypropylene fibre or cotton yarn etc. and the cotton yarn is taken as the example to this embodiment, because of the second yarn compare in the monofilament more skin comfortable, so the wearer wears during the shoes body that makes the utility model discloses more comfortable. In addition, the second yarn can also be a mixed yarn formed by two yarns of polyester, nylon, polypropylene or cotton.

In this embodiment, taking one of the three-dimensional support regions as an example, thesupport base layer 22 and thesupport surface layer 21 of the three-dimensional support region may be formed by repeated knitting in the 1 st to 6 th knitting rows in the knitting manner shown in fig. 3, wherein the outer surface of thesupport base layer 22 is a surface formed by knitting a plurality of first stitches with first monofilaments, the inner surface of thesupport base layer 22 is a surface formed by knitting a plurality of second stitches with second yarns, and each second stitch is respectively overlapped on the outer side of the corresponding first stitch, that is, each second stitch covers the corresponding first stitch.

In the present application, a is a back needle bed stitch, B is a front needle bed stitch, and C is an empty needle.

The air-permeable area comprises an air-permeable surface layer 31 and an air-permeable bottom layer 32, wherein a plurality ofmeshes 311 formed by mainly weaving second monofilaments are formed on the air-permeable surface layer 31, the air-permeable surface layer 31 is a layer formed by adopting a needle-separating weaving mode, and the air-permeable bottom layer 32 is a layer formed by mainly weaving third yarns according to the needle-separating weaving mode. Wherein, the ventilation zone is distributed on thevamp body 100 at the position corresponding to the non-three-dimensional support zone.

Preferably, the second monofilament is a monofilament made of polyester fiber. Preferably, the second monofilament may be a polyester monofilament, known as fish silk.

When wearing, the internal surface ofventilative bottom 32 contacts with wearer's foot, butventilative surface course 31 does not contact with human foot, the travelling comfort of wearer's foot has been guaranteed, and, because of the characteristic of second monofilament,ventilative surface course 31's surface wearability is good, form eachmesh 311 on theventilative surface course 31 simultaneously, combineventilative bottom 32's the structure of weaving, it is better in three-dimensional support area to make the gas permeability in ventilative district compare, in addition,ventilative surface course 31 still plays the effect of auxiliarystay vamp body 100.

In this embodiment, the air-permeable bottom layer 32 and the air-permeabletop layer 31 in the air-permeable zone may be repeatedly knitted in the 1 st to 4 th knitting manners as shown in fig. 4, wherein the rigidity of the second monofilament is good, and the air-permeabletop layer 31 is a layer knitted by a needle-separated knitting manner in order to ensure that the air-permeabletop layer 31 is not curled due to the rigidity of the second monofilament and theupper body 100 is not beautiful.

The utility model discloses in, in the outside department ofvamp body 100, the surface ofsupport surface layer 21 is higher than the surface ofventilative surface layer 31, namely, the surface protrusion in ventilative district of three-dimensional surface support district, the surface ofvamp body 100 corresponds and forms the difference in height between three-dimensional surface support district and the ventilative district, so that the surface ofvamp body 100 produces the third dimension, the aesthetic property ofvamp body 100 has been increased on the one hand, the better improvement of thickening part in the three-dimensional surface support district of on the otherhand vamp body 100's support effect, makevamp body 100 difficult collapse, warp.

Preferably, there are a plurality of three-dimensional support areas, and each three-dimensional support area is disposed on two sides of the shoeupper body 100, so that the three-dimensional support areas provide main support for the shoeupper body 100, and the shoeupper body 100 is prevented from collapsing and deforming to affect the beauty of the shoe.

It should be noted that the shape and size of each three-dimensional supporting region can be different, but the layered structure and the woven structure of the three-dimensional supporting regions are the same. In this embodiment, four three-dimensional support areas are provided on the upper body 20, wherein the three-dimensional support areas can be set according to the actual design conditions.

The utility model discloses in, first monofilament and second monofilament all still can replace into the big and good yarns of support nature of rigidity such as TPU yarn, bright yarn or reflection of light yarn.

The utility model discloses in, three-dimensional support area can adopt two kinds of structures of weaving with ventilative district nearby, specifically is:

a first weave structure: the edges of the supporting surface layer and the supporting bottom layer in the same three-dimensional supporting area are mutually woven together and are woven together with the nearby breathable area, and a hollow layer is formed between the supporting surface layer and the supporting bottom layer.

A second weave structure: the supporting surface layer in the same three-dimensional supporting area is woven with the breathable surface layer of the breathable area nearby, and the supporting bottom layer is woven with the breathable bottom layer of the breathable area nearby.

The above description is only a preferred embodiment of the present invention, and all equivalent changes and modifications made within the scope of the claims of the present invention should belong to the scope of the claims of the present invention.

Claims (9)

1. A breathable and wear-resistant knitted upper, characterized in that: the shoe upper comprises an integrally woven shoe upper body, wherein one side of the shoe upper body, which corresponds to a foot of a human body, is an inner side, and the opposite side is an outer side, and the shoe upper body comprises a three-dimensional supporting area and a ventilating area; the three-dimensional support area comprises a support surface layer and a support bottom layer, wherein the support surface layer is mainly formed by weaving first yarns, the support bottom layer is mainly formed by weaving mixed yarns, and the mixed yarns comprise first monofilaments and second yarns, the first monofilaments are used for weaving the outer surface of the support bottom layer, and the second yarns are used for weaving the inner surface of the support bottom layer; the breathable zone comprises a breathable surface layer and a breathable bottom layer which is mainly formed by weaving third yarns, and a plurality of meshes which are mainly formed by weaving second monofilaments are formed on the breathable surface layer; wherein, the outer surface of the supporting surface layer is higher than the outer surface of the breathable surface layer on the outer side of the vamp body.

2. The breathable, wear-resistant knitted upper according to claim 1, characterized in that: the three-dimensional supporting areas are multiple and are arranged on two sides of the vamp body.

3. The breathable, wear-resistant knitted upper according to claim 2, characterized in that: in the same three-dimensional supporting area, the supporting surface layer and the edge of the supporting bottom layer are woven together, and a hollow layer is formed between the supporting surface layer and the supporting bottom layer.

4. The breathable, wear-resistant knitted upper according to claim 2, characterized in that: in the same three-dimensional supporting area, the supporting surface layer is connected with the ventilation surface layer of the ventilation area nearby, and the supporting bottom layer is woven with the ventilation bottom layer of the ventilation area nearby.

5. The breathable, wear-resistant knitted upper according to claim 1, characterized in that: the outer surface of the support bottom layer is a surface formed by a plurality of first loops formed by weaving the first monofilaments, the inner surface of the support surface layer is a surface formed by a plurality of second loops formed by weaving the second yarns, and the second loops are respectively overlapped on the outer sides of the corresponding first loops.

6. The breathable, wear-resistant knitted upper according to claim 1, characterized in that: the first yarn is a yarn woven by filament fibers or short fibers.

7. The breathable, wear-resistant knitted upper according to claim 1, characterized in that: the second yarn is a yarn woven by filament fibers or short fibers.

8. The breathable, wear-resistant knitted upper according to claim 1, characterized in that: the first monofilament and the second monofilament are both monofilaments made of polyester fibers.

9. The breathable, wear-resistant knitted upper according to claim 8, characterized in that: the first monofilament and the second monofilament are replaced by TPU yarns, bright yarns or reflective yarns.

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