CN211005843U - Frosted texture fabric - Google Patents
Frosted texture fabric Download PDFInfo
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- CN211005843U CN211005843U CN201921165920.3U CN201921165920U CN211005843U CN 211005843 U CN211005843 U CN 211005843U CN 201921165920 U CN201921165920 U CN 201921165920U CN 211005843 U CN211005843 U CN 211005843U
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Abstract
The utility model relates to a surface fabric technical field, concretely relates to surface fabric is felt to dull polish texture. The frosted texture fabric is composed of a plurality of minimum pattern cycles, wherein the minimum pattern cycles sequentially comprise an X transverse path group, a Y transverse path group and a Z transverse path group, the X transverse path group, the Y transverse path group and the Z transverse path group respectively comprise at least two transverse paths, and each transverse path of the X transverse path group, the Y transverse path group and the Z transverse path group respectively comprises three weaving positions. The utility model discloses a cooperation of the minimum flower type circulation design of yarn raw materials and surface fabric can form the surface fabric of dull polish texture sense, and the sense of touch is comfortable.
Description
Technical Field
The utility model relates to a surface fabric technical field, concretely relates to surface fabric is felt to dull polish texture.
Background
With the continuous development of textile industry technology and the continuous improvement of living standard of people, people pursue the texture and touch of fabrics more and more. However, the fabric is basically flat and smooth in the market at present, the fabric effect is single, aesthetic fatigue is easy to occur to consumers and fabric suppliers, and meanwhile, for the finished product of the flat and non-textured fabric, the touch and the sale of the finished product are also influenced to a certain extent, so that the fabric with a new touch effect needs to be developed.
Disclosure of Invention
In order to overcome the shortcoming and the not enough that exist among the prior art, the utility model aims to provide a surface fabric is felt to dull polish skin texture, this surface fabric passes through the cooperation of the minimum flower type circulation design of yarn raw materials and surface fabric, can form the surface fabric that dull polish skin texture felt, and the sense of touch is comfortable.
The purpose of the utility model is realized through the following technical scheme: the frosted texture fabric is formed by a plurality of minimum pattern type circulations, the minimum pattern type circulations sequentially comprise an X transverse path group, a Y transverse path group and a Z transverse path group, the X transverse path group, the Y transverse path group and the Z transverse path group respectively comprise at least two transverse paths, and each transverse path of the X transverse path group, the Y transverse path group and the Z transverse path group respectively comprises three weaving positions.
Furthermore, the X cross road group, the Y cross road group and the Z cross road group comprise two cross roads;
a first knitting position of a first transverse road of the X transverse road group is a tuck unit, and a second knitting position and a third knitting position of the first transverse road are non-knitting units; each knitting position of a second transverse road of the X transverse road group is a looping unit;
the first weaving position and the third weaving position of the first cross road of the Y cross road group are both non-weaving units, and the second weaving position of the first cross road is a tucking unit; each knitting position of a second crossroad of the Y crossroad group is a looping unit;
a first weaving position and a second weaving position of a first cross road of the Z cross road group are non-weaving units, and a third weaving position of the first cross road is a tucking unit; each knitting position of the second crossroad of the Z-crossroad group is a looping unit.
Furthermore, the X cross road group, the Y cross road group and the Z cross road group comprise three cross roads;
a first knitting position of a first transverse road of the X transverse road group is a tuck unit, and a second knitting position and a third knitting position of the first transverse road are non-knitting units; each knitting position of a second transverse road of the X transverse road group is a looping unit; each knitting position of a third transverse road of the X transverse road group is a looping unit;
the first weaving position and the third weaving position of the first cross road of the Y cross road group are both non-weaving units, and the second weaving position of the first cross road is a tucking unit; each knitting position of a second crossroad of the Y crossroad group is a looping unit; each knitting position of a third crossroad of the Y crossroad group is a looping unit;
a first weaving position and a second weaving position of a first cross road of the Z cross road group are non-weaving units, and a third weaving position of the first cross road is a tucking unit; each knitting position of a second crossroad of the Z crossroad group is a looping unit; and each knitting position of the third transverse road of the Z transverse road group is a looping unit.
Further, the first cross road of the X cross road group, the first cross road of the Y cross road group and the first cross road of the Z cross road group penetrate 30S/1 blended yarn of terylene and cotton; the blending ratio of the terylene to the cotton is 63-67: 33-37;
the second crossroads of the X crossroads group, the second crossroads of the Y crossroads group and the second crossroads of the Z crossroads group all penetrate through 75D polyester-40D spandex-wrapped core-spun yarns; the ratio of the polyester to the spandex of the core-spun yarn is 85-87: 13-15.
Further, the first cross road of the X cross road group, the first cross road of the Y cross road group and the first cross road of the Z cross road group penetrate 20S/1 blended yarn of terylene and cotton; the blending ratio of the terylene to the cotton is 63-67: 33-37;
the second crossroads of the X crossroads group, the second crossroads of the Y crossroads group and the second crossroads of the Z crossroads group all penetrate through 75D polyester-40D spandex-wrapped core-spun yarns; the material proportion of terylene and spandex of the core-spun yarn is 85-87: 13-15;
and the third crossroad of the X crossroad group, the third crossroad of the Y crossroad group and the third crossroad of the Z crossroad group penetrate through 50D/36F polyester yarns.
Further, the first cross road of the X cross road group, the first cross road of the Y cross road group and the first cross road of the Z cross road group penetrate 20S/1 blended yarn of terylene and cotton; the blending ratio of the terylene to the cotton is 63-67: 33-37;
the second crossroads of the X crossroad group, the second crossroads of the Y crossroad group and the second crossroads of the Z crossroad group penetrate through the composite yarns of the terylene and the PTT fibers of 100D/60F; the proportion of the composite material of the terylene and the 100D/60F PTT fiber is 1: 1;
and the third crossroad of the X crossroad group, the third crossroad of the Y crossroad group and the third crossroad of the Z crossroad group are all penetrated by 50D/36F polyester yarns.
Further, the first cross road of the X cross road group, the first cross road of the Y cross road group and the first cross road of the Z cross road group are all penetrated by 10S/1 of blended yarn of terylene and cotton; the blending ratio of the terylene to the cotton is 63-67: 33-37;
the second crossroads of the X crossroads group, the second crossroads of the Y crossroads group and the second crossroads of the Z crossroads group all penetrate through 75D polyester-40D spandex-wrapped core-spun yarns; the ratio of the polyester to the spandex of the core-spun yarn is 92-96: 4-8;
and the third crossroad of the X crossroad group, the third crossroad of the Y crossroad group and the third crossroad of the Z crossroad group are all penetrated by 50D/36F elastic polyester yarns.
Further, the first cross road of the X cross road group, the first cross road of the Y cross road group and the first cross road of the Z cross road group are all penetrated by 16S/1 blended yarn of polyester yarn and viscose; the blending ratio of the polyester yarns to the viscose fibers is 28-32: 68-72;
the second crossroads of the X crossroads group, the second crossroads of the Y crossroads group and the second crossroads of the Z crossroads group all penetrate through 75D polyester-40D spandex-wrapped core-spun yarns; the material ratio of terylene to spandex of the core-spun yarn is 83-87: 13-17;
and the third crossroad of the X crossroad group, the third crossroad of the Y crossroad group and the third crossroad of the Z crossroad group are all penetrated by 50D/36F polyester yarns.
The beneficial effects of the utility model reside in that: the utility model discloses a cooperation of the minimum flower type circulation design of yarn raw materials and surface fabric can form the surface fabric of dull polish texture sense, and the sense of touch is comfortable.
Drawings
Fig. 1 is a schematic diagram of weaving in embodiment 1 of the present invention;
fig. 2 is a schematic diagram of weaving in embodiment 2 of the present invention.
Detailed Description
In order to facilitate the understanding of those skilled in the art, the present invention will be further described with reference to the following examples and accompanying fig. 1-2, which are not intended to limit the present invention.
Example 1
The frosted texture sensing fabric comprises a plurality of minimum pattern type circulations, wherein the minimum pattern type circulations sequentially comprise an X transverse path group, a Y transverse path group and a Z transverse path group, the X transverse path group, the Y transverse path group and the Z transverse path group respectively comprise two transverse paths, and each transverse path of the X transverse path group, the Y transverse path group and the Z transverse path group respectively comprises three weaving positions.
The first weaving position of a first cross road of the X cross road group is a tuck unit, and the second weaving position and the third weaving position of the first cross road are non-weaving units; each knitting position of a second transverse road of the X transverse road group is a looping unit;
the first weaving position and the third weaving position of the first cross road of the Y cross road group are both non-weaving units, and the second weaving position of the first cross road is a tucking unit; each knitting position of a second crossroad of the Y crossroad group is a looping unit;
a first weaving position and a second weaving position of a first cross road of the Z cross road group are non-weaving units, and a third weaving position of the first cross road is a tucking unit; each knitting position of the second crossroad of the Z-crossroad group is a looping unit.
Wherein the first crossroads of the X crossroads group, the first crossroads of the Y crossroads group and the first crossroads of the Z crossroads group all penetrate 30S/1 blended yarn of terylene and cotton; the blending ratio of the terylene to the cotton is 63-67: 33-37;
the second crossroads of the X crossroads group, the second crossroads of the Y crossroads group and the second crossroads of the Z crossroads group all penetrate through 75D polyester-40D spandex-wrapped core-spun yarns; the ratio of the polyester to the spandex of the core-spun yarn is 85-87: 13-15.
The utility model discloses a cooperation of the minimum flower type circulation design of yarn raw materials and surface fabric can form the surface fabric that dull polish texture was felt, and the sense of touch is comfortable, can improve the processability that this dull polish texture felt surface fabric, widens the finished product and sells the way.
The triangular knitting table of the present embodiment is shown in the following table:
wherein, the ' Λ ', ' ∩ ', ' respectively are a looping unit, a tucking unit and a non-weaving unit, and ABC is taken as a cycle.
Example 2
Referring to fig. 2 and 1, the frosted texture sensing fabric is composed of a plurality of minimum pattern cycles, the minimum pattern cycles sequentially comprise an X transverse path group, a Y transverse path group and a Z transverse path group, the X transverse path group, the Y transverse path group and the Z transverse path group respectively comprise three transverse paths, and each transverse path of the X transverse path group, the Y transverse path group and the Z transverse path group respectively comprises three weaving positions.
The first weaving position of a first cross road of the X cross road group is a tuck unit, and the second weaving position and the third weaving position of the first cross road are non-weaving units; each knitting position of a second transverse road of the X transverse road group is a looping unit; each knitting position of a third transverse road of the X transverse road group is a looping unit;
the first weaving position and the third weaving position of the first cross road of the Y cross road group are both non-weaving units, and the second weaving position of the first cross road is a tucking unit; each knitting position of a second crossroad of the Y crossroad group is a looping unit; each knitting position of a third crossroad of the Y crossroad group is a looping unit;
a first weaving position and a second weaving position of a first cross road of the Z cross road group are non-weaving units, and a third weaving position of the first cross road is a tucking unit; each knitting position of a second crossroad of the Z crossroad group is a looping unit; and each knitting position of the third transverse road of the Z transverse road group is a looping unit.
Wherein the first cross road of the X cross road group, the first cross road of the Y cross road group and the first cross road of the Z cross road group all penetrate 20S/1 blended yarn of terylene and cotton; the blending ratio of the terylene to the cotton is 63-67: 33-37;
the second crossroads of the X crossroads group, the second crossroads of the Y crossroads group and the second crossroads of the Z crossroads group all penetrate through 75D polyester-40D spandex-wrapped core-spun yarns; the material proportion of terylene and spandex of the core-spun yarn is 85-87: 13-15;
and the third crossroad of the X crossroad group, the third crossroad of the Y crossroad group and the third crossroad of the Z crossroad group penetrate through 50D/36F polyester yarns.
Wherein the first cross road of the X cross road group, the first cross road of the Y cross road group and the first cross road of the Z cross road group all penetrate 20S/1 blended yarn of terylene and cotton; the blending ratio of the terylene to the cotton is 63-67: 33-37;
the second crossroads of the X crossroad group, the second crossroads of the Y crossroad group and the second crossroads of the Z crossroad group penetrate through the composite yarns of the terylene and the PTT fibers of 100D/60F; the proportion of the composite material of the terylene and the 100D/60F PTT fiber is 1: 1;
and the third crossroad of the X crossroad group, the third crossroad of the Y crossroad group and the third crossroad of the Z crossroad group are all penetrated by 50D/36F polyester yarns.
Wherein the first crossroads of the X crossroads group, the first crossroads of the Y crossroads group and the first crossroads of the Z crossroads group all penetrate 10S/1 blended yarn of terylene and cotton; the blending ratio of the terylene to the cotton is 63-67: 33-37;
the second crossroads of the X crossroads group, the second crossroads of the Y crossroads group and the second crossroads of the Z crossroads group all penetrate through 75D polyester-40D spandex-wrapped core-spun yarns; the ratio of the polyester to the spandex of the core-spun yarn is 92-96: 4-8;
and the third crossroad of the X crossroad group, the third crossroad of the Y crossroad group and the third crossroad of the Z crossroad group are all penetrated by 50D/36F elastic polyester yarns.
Wherein the first crossroads of the X crossroads group, the first crossroads of the Y crossroads group and the first crossroads of the Z crossroads group all penetrate the blended yarn of the 16S/1 polyester yarn and the viscose; the blending ratio of the polyester yarns to the viscose fibers is 28-32: 68-72;
the second crossroads of the X crossroads group, the second crossroads of the Y crossroads group and the second crossroads of the Z crossroads group all penetrate through 75D polyester-40D spandex-wrapped core-spun yarns; the material ratio of terylene to spandex of the core-spun yarn is 83-87: 13-17;
and the third crossroad of the X crossroad group, the third crossroad of the Y crossroad group and the third crossroad of the Z crossroad group are all penetrated by 50D/36F polyester yarns.
The utility model discloses a cooperation of the minimum flower type circulation design of yarn raw materials and surface fabric can form the surface fabric that dull polish texture was felt, and the sense of touch is comfortable, can improve the processability that this dull polish texture felt surface fabric, widens the finished product and sells the way.
The triangular knitting table of the present embodiment is shown in the following table:
wherein, the ' Λ ', ' ∩ ', ' respectively are a looping unit, a tucking unit and a non-weaving unit, and ABC is taken as a cycle.
The above-mentioned embodiment is the utility model discloses the implementation of preferred, in addition, the utility model discloses can also realize by other modes, not deviating from the utility model discloses any obvious replacement is all within the protection scope under the prerequisite of design.
Claims (8)
1. The utility model provides a surface fabric is felt to dull polish skin which characterized in that: the frosted texture fabric is composed of a plurality of minimum pattern cycles, wherein the minimum pattern cycles sequentially comprise an X transverse path group, a Y transverse path group and a Z transverse path group, the X transverse path group, the Y transverse path group and the Z transverse path group respectively comprise at least two transverse paths, and each transverse path of the X transverse path group, the Y transverse path group and the Z transverse path group respectively comprises three weaving positions.
2. The frosted texture face fabric of claim 1, wherein: the X cross road group, the Y cross road group and the Z cross road group comprise two cross roads;
a first knitting position of a first transverse road of the X transverse road group is a tuck unit, and a second knitting position and a third knitting position of the first transverse road are non-knitting units; each knitting position of a second transverse road of the X transverse road group is a looping unit;
the first weaving position and the third weaving position of the first cross road of the Y cross road group are both non-weaving units, and the second weaving position of the first cross road is a tucking unit; each knitting position of a second crossroad of the Y crossroad group is a looping unit;
a first weaving position and a second weaving position of a first cross road of the Z cross road group are non-weaving units, and a third weaving position of the first cross road is a tucking unit; each knitting position of the second crossroad of the Z-crossroad group is a looping unit.
3. The frosted texture face fabric of claim 1, wherein: the X cross road group, the Y cross road group and the Z cross road group comprise three cross roads;
a first knitting position of a first transverse road of the X transverse road group is a tuck unit, and a second knitting position and a third knitting position of the first transverse road are non-knitting units; each knitting position of a second transverse road of the X transverse road group is a looping unit; each knitting position of a third transverse road of the X transverse road group is a looping unit;
the first weaving position and the third weaving position of the first cross road of the Y cross road group are both non-weaving units, and the second weaving position of the first cross road is a tucking unit; each knitting position of a second crossroad of the Y crossroad group is a looping unit; each knitting position of a third crossroad of the Y crossroad group is a looping unit; a first weaving position and a second weaving position of a first cross road of the Z cross road group are non-weaving units, and a third weaving position of the first cross road is a tucking unit; each knitting position of a second crossroad of the Z crossroad group is a looping unit; and each knitting position of the third transverse road of the Z transverse road group is a looping unit.
4. The frosted texture face fabric of claim 2, wherein: the first crossroads of the X crossroad group, the first crossroads of the Y crossroad group and the first crossroads of the Z crossroad group are all penetrated by 30S/1 blended yarn of terylene and cotton;
and the second crossroads of the X crossroad group, the second crossroads of the Y crossroad group and the second crossroads of the Z crossroad group penetrate through the 75D polyester-covered 40D spandex core-spun yarn.
5. The frosted texture face fabric of claim 3, wherein: the first crossroads of the X crossroad group, the first crossroads of the Y crossroad group and the first crossroads of the Z crossroad group are all penetrated by 20S/1 blended yarn of terylene and cotton;
the second crossroads of the X crossroads group, the second crossroads of the Y crossroads group and the second crossroads of the Z crossroads group all penetrate through 75D polyester-40D spandex-wrapped core-spun yarns;
and the third crossroad of the X crossroad group, the third crossroad of the Y crossroad group and the third crossroad of the Z crossroad group penetrate through 50D/36F polyester yarns.
6. The frosted texture face fabric of claim 3, wherein: the first crossroads of the X crossroad group, the first crossroads of the Y crossroad group and the first crossroads of the Z crossroad group are all penetrated by 20S/1 blended yarn of terylene and cotton;
the second crossroads of the X crossroad group, the second crossroads of the Y crossroad group and the second crossroads of the Z crossroad group penetrate through the composite yarns of the terylene and the PTT fibers of 100D/60F;
and the third crossroad of the X crossroad group, the third crossroad of the Y crossroad group and the third crossroad of the Z crossroad group are all penetrated by 50D/36F polyester yarns.
7. The frosted texture face fabric of claim 3, wherein: the first crossroads of the X crossroad group, the first crossroads of the Y crossroad group and the first crossroads of the Z crossroad group are all penetrated by 10S/1 blended yarn of terylene and cotton;
the second crossroads of the X crossroads group, the second crossroads of the Y crossroads group and the second crossroads of the Z crossroads group all penetrate through 75D polyester-40D spandex-wrapped core-spun yarns;
and the third crossroad of the X crossroad group, the third crossroad of the Y crossroad group and the third crossroad of the Z crossroad group are all penetrated by 50D/36F elastic polyester yarns.
8. The frosted texture face fabric of claim 3, wherein: the first crossroads of the X crossroad group, the first crossroads of the Y crossroad group and the first crossroads of the Z crossroad group are all penetrated by 16S/1 blended yarn of polyester yarn and viscose;
the second crossroads of the X crossroads group, the second crossroads of the Y crossroads group and the second crossroads of the Z crossroads group all penetrate through 75D polyester-40D spandex-wrapped core-spun yarns;
and the third crossroad of the X crossroad group, the third crossroad of the Y crossroad group and the third crossroad of the Z crossroad group are all penetrated by 50D/36F polyester yarns.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921165920.3U CN211005843U (en) | 2019-07-23 | 2019-07-23 | Frosted texture fabric |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921165920.3U CN211005843U (en) | 2019-07-23 | 2019-07-23 | Frosted texture fabric |
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| Publication Number | Publication Date |
|---|---|
| CN211005843U true CN211005843U (en) | 2020-07-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921165920.3U Active CN211005843U (en) | 2019-07-23 | 2019-07-23 | Frosted texture fabric |
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| CN (1) | CN211005843U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114892328A (en) * | 2022-04-24 | 2022-08-12 | 常州裕源灵泰面料科技有限公司 | Multifunctional polyester knitted fabric with raised grains and dyeing and finishing process thereof |
-
2019
- 2019-07-23 CN CN201921165920.3U patent/CN211005843U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114892328A (en) * | 2022-04-24 | 2022-08-12 | 常州裕源灵泰面料科技有限公司 | Multifunctional polyester knitted fabric with raised grains and dyeing and finishing process thereof |
| CN114892328B (en) * | 2022-04-24 | 2024-02-02 | 常州裕源灵泰面料科技有限公司 | Multifunctional polyester knitted fabric with raised grains and dyeing and finishing process thereof |
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