CN211848304U

CN211848304U - Real silk cashmere double-sided fabric

Info

Publication number: CN211848304U
Application number: CN201922308326.1U
Authority: CN
Inventors: 许文荣
Original assignee: Jiaxing Rongqin Textile Co ltd
Current assignee: Jiaxing Rongqin Textile Co ltd
Priority date: 2019-12-20
Filing date: 2019-12-20
Publication date: 2020-11-03
Anticipated expiration: 2029-12-20

Abstract

The utility model discloses a real silk cashmere double-sided fabric, which comprises a real silk layer fabric and a cashmere layer fabric; the real silk layer fabric and the cashmere layer fabric are bound by first binder yarns and second binder yarns; the real silk layer fabric is formed by interweaving first warp yarns, fourth warp yarns, first weft yarns and fourth weft yarns; the cashmere layer fabric is formed by interweaving second warp yarns, third warp yarns, fifth warp yarns, sixth warp yarns, second weft yarns, third weft yarns, fifth weft yarns and sixth weft yarns. The utility model relates to a two-sided fabric of pure silk cashmere adopts two-sided fabric for the fabric both sides have different properties, and one side has the sense of touch of pure silk, and one side has the wool sense of touch. And the elastic core-spun yarn is used, so that the real silk fabric layer has a wrinkle effect. And adopt the structure of two-layer, the space between two-layer has good heat preservation effect, and this surface fabric can regard as the surface fabric of two-sided clothing for the clothing two sides has different effects.

Description

Real silk cashmere double-sided fabric

Technical Field

The utility model belongs to the technical field of the silk surface fabric technique and specifically relates to a silk cashmere double-sided fabric.

Background

The cashmere fabric is fine, soft, smooth and glutinous, has soft and bright natural luster like silk, is a very precious textile raw material, and has low content, high quality and high price. The cashmere double-layer fabric is a two-layer fabric which is formed by interweaving more than two groups of independent warp yarns and more than two groups of independent weft yarns through knots. Along with the continuous improvement of living standard of people, the requirements of people on clothes are also increased day by day, namely, the clothes are required to be beautiful and comfortable to wear, and the clothes taking function is suitable for the requirements of wearing. The real silk has the advantages of fine fineness, soft hand feeling, soft luster, good moisture absorption and permeability and the like. The existing real silk fabric and wool fabric have different touch feeling when contacting with human skin, and how to enable one fabric to have the two touch feeling.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a two-sided fabric of pure silk cashmere for this surface fabric simultaneously presents the sense of touch of pure silk, and the one side presents the sense of touch of wool.

In order to solve the technical problem, the purpose of the utility model is to realize like this:

the utility model relates to a real silk cashmere double-sided fabric, which comprises a real silk layer fabric and a cashmere layer fabric; the real silk layer fabric and the cashmere layer fabric are bound by first binder yarns and second binder yarns;

the real silk layer fabric is formed by interweaving first warp yarns, fourth warp yarns, first weft yarns and fourth weft yarns; the cashmere layer fabric is formed by interweaving second warp yarns, third warp yarns, fifth warp yarns, sixth warp yarns, second weft yarns, third weft yarns, fifth weft yarns and sixth weft yarns;

the yarns used by the first warp yarn and the fourth warp yarn comprise 2 pieces of 20/22D mulberry silk twisted; the yarns used by the first weft yarns and the fourth weft yarns are formed by twisting 20/22D mulberry silks and 45S spun silk yarns;

the yarns used by the second warp yarn, the third warp yarn, the fifth warp yarn and the sixth warp yarn are 80N/2 cashmere yarns; the second weft yarns, the third weft yarns, the fifth weft yarns and the sixth weft yarns are cashmere core-spun yarns; the core yarn of the cashmere core-spun yarn is 20D spandex yarn, and the coating layer is 40S cashmere yarn;

the first and second binder yarns used were 20/22D mulberry silk.

As a further explanation of the above scheme, with respect to each warp yarn, the sinking and floating state of the first weft yarn is, in turn: sinking-floating; the float and sink states of the first binder yarns are in turn: floating-sinking-floating; the floating and sinking states of the second weft yarns are as follows in sequence: sinking-floating-sinking-floating; the floating and sinking states of the third weft yarns are as follows in sequence: sinking-floating; the floating and sinking states of the fourth weft yarns are as follows in sequence: floating-sinking-floating; the sinking and floating states of the second binder yarns are in turn: sink-float-sink; the floating and sinking states of the fifth weft yarn are as follows in sequence: sinking-floating-sinking; the floating and sinking states of the sixth weft yarn are as follows in sequence: sinking-floating-sinking.

As a further explanation of the above scheme, the first weft yarn and the fourth weft yarn further comprise a low-melting point polyester filament yarn.

As a further explanation of the scheme, the twist number of the first warp yarn and the fourth warp yarn is 30-50 twists per meter, and the twist direction is Z twist.

As a further illustration of the above solution, the first weft yarn and the fourth weft yarn have a twist of 30-50 twists per meter and a twist direction of Z twist.

The utility model has the advantages that: the utility model relates to a two-sided fabric of pure silk cashmere adopts two-sided fabric for the fabric both sides have different properties, and one side has the sense of touch of pure silk, and one side has the wool sense of touch. And the elastic core-spun yarn is used, so that the real silk fabric layer has a wrinkle effect. And adopt the structure of two-layer, the space between two-layer has good heat preservation effect, and this surface fabric can regard as the surface fabric of two-sided clothing for the clothing two sides has different effects.

Drawings

Fig. 1 is a schematic structural view of a double-sided fabric according to the present invention;

fig. 2 is a top view of a double-sided fabric according to the present invention.

The designations in the figures illustrate the following: 101-a first warp yarn; 102-a second warp yarn; 103-a third warp yarn; 104-a fourth warp yarn; 105-a fifth warp yarn; 106-sixth warp yarns; 201-first weft yarn; 202-a second weft yarn; 203-third weft yarns; 204-fourth weft yarn; 205-fifth weft yarn; 206-sixth weft yarn; 301-a first binder yarn; 302-second binder yarn.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and specific embodiments.

Example one

This embodiment will be described in detail with reference to fig. 1 and 2. The real silk cashmere double-sided fabric comprises a real silk layer fabric and a cashmere layer fabric, wherein the real silk layer fabric and the cashmere layer fabric are bound by a first binder yarn 301 and a second binder yarn 302.

The real silk layer fabric is formed by interweaving first warp yarns 101, fourth warp yarns 104, first weft yarns 201 and fourth weft yarns 204. The cashmere layer fabric is formed by interweaving second warp yarns 102, third warp yarns 103, fifth warp yarns 105 and sixth warp yarns 106 with second weft yarns 202, third weft yarns 203, fifth weft yarns 205 and sixth weft yarns 206.

With warp yarns as a reference, the floating and sinking states of the first weft yarn 201 with respect to each warp yarn are sequentially: sinking-floating; the float and sink states of the first binder yarn 301 are in turn: floating-sinking-floating; the sinking and floating state of the second weft yarn 202 is in turn: sinking-floating-sinking-floating; the floating and sinking states of the third weft yarn 203 are as follows: sinking-floating; the floating and sinking states of the fourth weft yarn 204 are as follows: floating-sinking-floating; the float and sink states of the second binder yarn 302 are in turn: sink-float-sink; the sinking and floating state of the fifth weft yarn 205 is as follows: sinking-floating-sinking; the sinking and floating states of the sixth weft yarn 206 are in turn: sinking-floating-sinking.

As can be seen from the above weaving rule and fig. 1, the first binder 301 and the second binder 302 are interwoven with the first weft 201 and the fourth weft 204 in the silk fabric layer, and are also interwoven with the second weft 202, the third weft 203, the fifth weft 205 and the sixth weft 206 in the cashmere fabric layer, so that the two layers of fabrics can be connected together to form an integral body.

In the present invention, the yarns used by the first warp 101 and the fourth warp 104 include 2 20/22D mulberry silks twisted together. The twist number of the first warp 101 and the fourth warp 104 is 30-50 twists per meter, and the twist direction is Z twist. The yarns used for the first weft yarn 201 and the fourth weft yarn 204 are 20/22D mulberry silk twisted with 45S spun yarn. The first weft yarn 201 and the fourth weft yarn 204 have a twist of 30-50 twists per meter and a twist direction Z twist.

The yarns used by the second warp yarn 102, the third warp yarn 103, the fifth warp yarn 105 and the sixth warp yarn 106 are 80N/2 cashmere yarns. The second weft yarn 202, the third weft yarn 203, the fifth weft yarn 205 and the sixth weft yarn 206 are cashmere core-spun yarns, the core yarn of the cashmere core-spun yarns is 20D spandex yarn, and the coating layer is 40S cashmere yarn.

The first binder yarn 301 and the second binder yarn 302 used were 20/22D mulberry silk.

Example two

The difference between the real silk cashmere two-sided fabric related to this embodiment and the first embodiment is that, in this embodiment, the first weft yarn 201 and the fourth weft yarn 204 further include a low-melting-point filament, the used low-melting-point filament is a sheath-core structure, PE is a sheath layer, and PP is a core layer. The first weft 201 and the fourth weft 204 are formed by twisting 20/22D mulberry silk, 45S spun silk yarn and 40D low-melting-point filament, and the low-melting-point PE is fused through high-temperature treatment, so that the weft is not easy to fluff, and one side of the silk fabric is not easy to fluff.

The foregoing has described in detail preferred embodiments of the present invention. It should be understood that numerous modifications and variations can be devised by those skilled in the art in light of the present teachings without departing from the inventive concepts. Therefore, the technical solutions that can be obtained by a person skilled in the art through logic analysis, reasoning or limited experiments based on the prior art according to the concepts of the present invention should be within the scope of protection defined by the claims.

Claims

1. A real silk cashmere double-sided fabric is characterized by comprising a real silk layer fabric and a cashmere layer fabric; the real silk layer fabric and the cashmere layer fabric are bound by a first binder yarn (301) and a second binder yarn (302);

the real silk layer fabric is formed by interweaving first warp yarns (101), fourth warp yarns (104), first weft yarns (201) and fourth weft yarns (204); the cashmere layer fabric is formed by interweaving second warp (102), third warp (103), fifth warp (105), sixth warp (106), second weft (202), third weft (203), fifth weft (205) and sixth weft (206);

the yarns used by the first warp (101) and the fourth warp (104) comprise 2 pieces of 20/22D mulberry silk which are twisted; the yarns used by the first weft yarns (201) and the fourth weft yarns (204) are 20/22D mulberry silks twisted with 45S spun yarn yarns;

the yarns used by the second warp (102), the third warp (103), the fifth warp (105) and the sixth warp (106) are 80N/2 cashmere yarns; the second weft yarn (202), the third weft yarn (203), the fifth weft yarn (205) and the sixth weft yarn (206) are cashmere core-spun yarns; the core yarn of the cashmere core-spun yarn is 20D spandex yarn, and the coating layer is 40S cashmere yarn;

the first binder yarn (301) and the second binder yarn (302) used were 20/22D mulberry silk.

2. A real silk cashmere double-sided fabric according to claim 1, wherein, on a warp yarn basis, the sinking and floating states of the first weft yarns (201) with respect to each warp yarn are, in sequence: sinking-floating; the float and sink states of the first binder yarn (301) are in this order: floating-sinking-floating; the floating and sinking states of the second weft yarn (202) are as follows in sequence: sinking-floating-sinking-floating; the floating and sinking states of the third weft yarn (203) are as follows: sinking-floating; the floating and sinking states of the fourth weft yarn (204) are as follows in sequence: floating-sinking-floating; the float and sink states of the second binder yarn (302) are in turn: sink-float-sink; the floating and sinking states of the fifth weft yarn (205) are as follows: sinking-floating-sinking; the floating and sinking states of the sixth weft yarn (206) are as follows: sinking-floating-sinking.

3. The silk and cashmere double-sided fabric according to claim 1, wherein the first weft yarn (201) and the fourth weft yarn (204) further comprise a low-melting-point polyester filament yarn.

4. Real silk cashmere double-sided fabric according to claim 1, wherein the twist number of the first warp yarn (101) and the fourth warp yarn (104) is 30-50 twists per meter, and the twist direction is Z twist.

5. Real silk cashmere double-sided fabric according to claim 1, characterized in that the first weft (201) and the fourth weft (204) have a twist of 30-50 twists per meter and a twist direction Z twist.