CN214088863U

CN214088863U - Knitted fabric with surface three-dimensional suspension layer structure effect

Info

Publication number: CN214088863U
Application number: CN202023038811.0U
Authority: CN
Inventors: 苏加明; 杨帅奇; 陈欢欢; 何秋梅; 何严冰; 汪芳; 潘德林; 蔡少阳; 蔡俊荣
Original assignee: Anta China Co Ltd
Current assignee: Anta China Co Ltd
Priority date: 2020-12-16
Filing date: 2020-12-16
Publication date: 2021-08-31
Anticipated expiration: 2030-12-16

Abstract

The utility model relates to a knitted fabric field specifically discloses a knitted fabric with three-dimensional suspended layer structure effect in surface, including weaving the bottom surface layer and the superficial layer that link together, the superficial layer is that the fretwork of permeable bottom surface layer weaves the hollow out structure layer that the structure woven, hollow out structure layer corresponds the bottom surface layer and weaves the line number for the interval multirow and weaves the one line, has laid a plurality of U type sections on the TPU yarn of every line, corresponds the bottom surface layer between two liang of U type sections and weaves the needle position for a plurality of needle positions in interval, and U type section on two adjacent lines sets up for staggering to adjacent triplex line divide into in proper order and go upward, well line and down, the line segment between U type section of going upward and the two U type sections of well line all overlaps on descending U type section, U type section weaves at the one end position of its U type and wears to wind on the bottom surface layer. The utility model provides a novel knitted fabric structure can embody three-dimensional suspension effect layer structure effect, and visual effect is more novel, accords with the market demand.

Description

Knitted fabric with surface three-dimensional suspension layer structure effect

Technical Field

The utility model relates to a knitted fabric's structure field.

Background

The requirements of the knitted fabric on the knitted structure, the fabric layer structure and the knitted appearance effect are different according to different products of the knitted fabric. The knitted fabric applied to the vamp has the basic performance requirements of structural strength and wear resistance, so most common knitted fabrics cannot be directly applied to the vamp, the knitted fabric applied to the vamp needs to be designed in a targeted manner, the vamp knitted fabric patterns formed by the adopted yarns, weaving methods and lines are various, and at present, the patterns are continuously innovated and designed to meet the current diversified market demands.

The style of a multilayer structure in the existing knitted fabric on the market can not show the layer structure from the surface basically, and the visual appearance effect is mostly the embodiment of weaving pattern shape and yarn color, so that for the existing diversified and personalized market demands, the existing knitted fabric without special visual effect can not add attraction to the products made of the knitted fabric, and can not meet the market demands.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a can embody the knitted fabric that has the three-dimensional suspension layer structure effect in surface of the novel structure of three-dimensional suspension effect layer structure to satisfy the demand of market to the innovation product.

In order to achieve the above purpose, the technical scheme of the utility model is that: the knitted fabric with the surface three-dimensional suspension layer structure effect comprises a bottom layer and a surface layer which are connected together in a weaving mode, wherein the surface layer is a hollow structure layer which is woven by TPU yarns in a hollow woven structure capable of penetrating out of the bottom layer.

The hollow structure layer corresponds the bottom surface layer and weaves the line number and weave the line for the interval multirow, has laid a plurality of U type sections on the TPU yarn of every line, corresponds the bottom surface layer between two liang of U type sections and weaves the needle position and be a plurality of needle positions of interval, and the U type section on two adjacent lines sets up for staggering to adjacent triplex line divide into in proper order and goes upward, well line and down, the U type section that goes upward all overlaps on descending U type section with the line segment between two U type sections of well line, U type section is woven at the one end position of its U type and is walked around on the bottom surface layer.

The bottom layer is woven and formed with a ventilation through hole at the position of the hollow woven structure corresponding to the surface layer.

The knitted fabric is applied to a knitted vamp, the knitted vamp is provided with a ventilation area at a position corresponding to the inner instep and the outer instep of a human foot, the ventilation area is knitted through different yarns to form a stripe line structure, and the stripe line structure comprises transparent fish silk thread knitting lines and colored yarn knitting lines which are alternately arranged at intervals.

By adopting the technical scheme, the beneficial effects of the utility model are that: its superficial layer of knitted fabric of above-mentioned structure adopts the TPU yarn to weave, this kind of yarn is harder than other commonly used yarns relatively, it can not flatten and collapse to have tension after weaving, can embody the spatial effect, and weave the structure through the fretwork and weave, can see through the lower floor, there is obvious layering effect, obvious layer structure embodies, what the structure of above-mentioned fretwork structural layer presented is a three-dimensional netted effect, the structural effect on a three-dimensional suspended layer that the superficial layer presented under the visual effect, the connection of level has the mysterious sense of not knowing how to connect, more have novel appearance effect and visual appeal, this kind of structural effect is obviously different from the structure setting of current product, accord with the demand of market to the innovation product, can use the product extensively, if be applied to knitting needle vamp, clothing, case and bag etc.

Drawings

Fig. 1 is a schematic structural view of a knitted upper to which a knitted fabric having a surface three-dimensional suspension layer structure effect of the present invention is applied;

FIG. 2 is a schematic diagram of a ground floor structure with a surface three-dimensional suspension layer structure effect

FIG. 3 is a schematic view of a surface layer structure with a surface three-dimensional suspension layer structure effect according to the present invention

Fig. 4 is a schematic structural view of a hollow structure layer in a knitted fabric with a surface three-dimensional suspension layer structure effect according to the present invention.

In the figure:

a knitted upper 10; a bottom surface layer 1; a ventilation through hole 11;

a breathable zone 12; a transparent fish tape weaving line 121; colored yarn knit row 122;

a surface layer 2; a U-shaped section 21; ascending 22; a middle row 23; and a downstream 24.

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.

The utility model discloses a knitted fabric with three-dimensional suspension layer structure effect in surface, this embodiment are for example using at knitted vamp 10, as shown in figure 1, figure 2 and figure 3, including weaving bottom surface layer 1 and superficial layer 2 that link together, superficial layer 2 is the fretwork that can permeate out bottom surface layer 1 for the TPU yarn and weaves the hollow out structure layer that the structure woven, as above beneficial effect the TPU yarn harder have tension after weaving, combine the weave structure of fretwork can see through bottom surface layer 1, can embody the effect of three-dimensional structure layer, the suspension effect mainly is the visual effect through hollow out structure layer's structure reinforcing, thereby realize the utility model discloses foretell purpose effect.

The structure of the hollow structure layer is specifically such that as shown in fig. 1, fig. 3 and fig. 4, the structure corresponds to the knitting lines of the bottom layer 1 and is knitted in a plurality of lines at intervals, a plurality of U-shaped sections 21 are distributed on TPU yarns of each line, the knitting needle positions of every two U-shaped sections 21 corresponding to the knitting lines of the bottom layer are knitted in a plurality of needle positions at intervals, the U-shaped sections 21 on two adjacent lines are arranged in a staggered manner, the adjacent three lines are sequentially divided into an upper line 22, a middle line 23 and a lower line 24, the line segments between the U-shaped sections 21 of the upper line 22 and the two U-shaped sections 21 of the middle line 23 are all sleeved on the U-shaped sections 21 of the lower line 24, the U-shaped sections 21 are knitted at one end of the U-shaped section and wound on the bottom layer 1, the structure is hollow through a plurality of lines at intervals, the U-shaped sections 21 of the adjacent lines are arranged in a staggered manner, and the penetrating structures between the adjacent lines form an interwoven mesh structure, so that the mesh structure presents a stripe effect, meshes between the stripes are triangular, and the net structure has a suspension effect in vision, so that a three-dimensional effect can be set off, the visual effect is not seen in the knitted fabric in the market, and the effect is special and attractive; and the whole thickness of the knitted fabric is thick, the surface is wear-resistant, and the heat dissipation and ventilation effects are good.

In order to further improve the ventilation effect required by application and knitted shoe uppers, the bottom layer 1 can be knitted and formed with ventilation through holes 11 at the positions corresponding to the hollowed-out knitting structures of the surface layer, and the triangular mesh positions between corresponding stripes are knitted to form a porous structure as shown in the figure, so that the heat dissipation and ventilation effect is more excellent.

In addition, if the surface layer 2 of the above structure is a structure which completely covers the bottom layer 1, in this case, some local structural shapes on the knitted vamp need to be reflected from the bottom layer 1, but the bottom layer 1 needs to provide the knitting connection of the surface layer 2, otherwise, the whole structural strength of the knitted vamp is affected, therefore, the knitting pattern structure of the bottom layer 1 is limited by the surface layer, for example, in order to achieve better effect for the local ventilation of the manufactured shoe, an improved structure is provided, the knitted vamp is provided with the ventilation area 12 at the position corresponding to the inner instep and the outer instep of the human foot, the ventilation area 12 is knitted by different yarns to form a stripe row structure, the stripe row structure comprises transparent fish thread knitted rows 121 and colored yarn knitted rows 122 which are alternately arranged at intervals, the fish thread is a transparent thread, and the tightness of the knitted pores is lower than that of other common yarns, the hole of weaving than other commonly used yarns is great, and the part that the fish tape was woven can be thinner softer, is favorable to the heat dissipation ventilative, can provide again the weaving connection of surface level 2, and its transparent texture can embody the visual effect of a bottom surface layer 1 fretwork.

The above embodiments and drawings are not intended to limit the form and style of the present invention, and any suitable changes or modifications made by those skilled in the art should not be construed as departing from the scope of the present invention.

Claims

1. The utility model provides a knitted fabric with three-dimensional suspension layer structure effect in surface which characterized in that: the TPU hollow woven fabric comprises a bottom layer and a surface layer which are connected together in a woven mode, wherein the surface layer is a hollow structure layer formed by weaving TPU yarns in a hollow woven structure capable of penetrating out of the bottom layer.

2. The knitted fabric with the surface three-dimensional suspension layer structure effect as claimed in claim 1, wherein: the hollow structure layer corresponds the bottom surface layer and weaves the line number and weave the line for the interval multirow, has laid a plurality of U type sections on the TPU yarn of every line, corresponds the bottom surface layer between two liang of U type sections and weaves the needle position and be a plurality of needle positions of interval, and the U type section on two adjacent lines sets up for staggering to adjacent triplex line divide into in proper order and goes upward, well line and down, the U type section that goes upward all overlaps on descending U type section with the line segment between two U type sections of well line, U type section is woven at the one end position of its U type and is walked around on the bottom surface layer.

3. A knitted fabric with surface three-dimensional suspension layer structure effect as claimed in claim 1 or 2, characterized in that: the bottom layer is woven and formed with a ventilation through hole at the position of the hollow woven structure corresponding to the surface layer.

4. A knitted fabric with surface three-dimensional suspension layer structure effect as claimed in claim 1 or 2, characterized in that: the knitted fabric is applied to a knitted vamp, the knitted vamp is provided with a ventilation area at a position corresponding to the inner instep and the outer instep of a human foot, the ventilation area is knitted through different yarns to form a stripe line structure, and the stripe line structure comprises transparent fish silk thread knitting lines and colored yarn knitting lines which are alternately arranged at intervals.

5. The knitted fabric with the surface three-dimensional suspension layer structure effect as claimed in claim 3, wherein: the knitted fabric is applied to a knitted vamp, the knitted vamp is provided with a ventilation area at a position corresponding to the inner instep and the outer instep of a human foot, the ventilation area is knitted through different yarns to form a stripe line structure, and the stripe line structure comprises transparent fish silk thread knitting lines and colored yarn knitting lines which are alternately arranged at intervals.