Double-faced woolen cloth parting type splicing structure

Abstract

The utility model discloses a double-faced woolen cloth parting type splicing structure which comprises a first double-faced woolen cloth fabric and a second double-faced woolen cloth fabric, the first double-faced woolen cloth fabric comprises a first front face layer and a first back face layer, and the second double-faced woolen cloth fabric comprises a second front face layer and a second back face layer; the edges of the first back surface layer and the second back surface layer are respectively bent towards the first front surface layer and the second front surface layer, and the bent part of the first back surface layer and the bent part of the second back surface layer are connected through sewing; the bent part of the first back surface layer is connected with the second front surface layer by sewing; the edge of the first front layer is bent towards the first back layer, and the bent position of the first front layer is connected with the second front layer in a sewing mode. Based on the double-faced woolen cloth parting type splicing structure, the back face of the fabric has a hidden splicing effect, line transition is soft, an obvious style line is formed at the splicing position of the front face of the fabric, the front face and the back face of the obtained double-faced woolen cloth splicing fabric present two styles, and the requirement of costume design can be better met.

Description

TECHNICAL FIELD

[0001] The utility model relates to a fabric splicing structure, concretely is a double face cloth split seam type splicing structure. BACKGROUND

[0002] Double face cloth clothing has gradually become the autumn and winter clothing that people favor in recent years, and double face cloth clothing is usually without lining, is light and comfortable to wear, has delicate and lubricious hand feeling, compact texture, and has excellent appearance and elasticity. Patent CN216601785U discloses a spliced double face cloth fabric structure and clothing, which places one end of the second double face cloth in the accommodating space formed by the bending of the first double face cloth, and then fixes it by sewing. The spliced double face cloth fabric obtained by this splicing structure has six layers of fabric at the splicing seam, and a clear style line is formed on the front and back of the fabric at the splicing seam. If the clothing design requires more concealed splicing effect or soft line transition, this splicing method cannot meet the requirements. Therefore, the present application provides a double face cloth split seam type splicing structure. SUMMARY

[0003] The utility model aims at providing a double face cloth split seam type splicing structure, which has a style line on one side of the fabric and a concealed splicing effect on the other side, and can better meet the requirements of clothing design.

[0004] To solve the above technical problems, the utility model aims at realizing the following: a double face cloth split seam type splicing structure, comprising: a first double face cloth and a second double face cloth, the first double face cloth comprising a first front layer and a first back layer, and the second double face cloth comprising a second front layer and a second back layer; the edges of the first back layer and the second back layer are bent towards the first front layer and the second front layer respectively, and the bent parts of the first back layer and the second back layer are connected by sewing; the bent part of the first back layer is connected to the second front layer by sewing; the edge of the first front layer is bent towards the first back layer, and the bent part of the first front layer is connected to the second front layer by sewing.

[0005] On the basis of the above scheme and as a preferred scheme of the above scheme: the widths of the bent parts of the first back layer, the second back layer and the first front layer are 0.3-0.8 cm.

[0006] On the basis of the above scheme and as a preferred scheme of the above scheme: the first double face cloth and the second double face cloth are both 2 / 2 double-layer interlocking stitches, the 2 / 2 double-layer interlocking stitches are interwoven by surface warp yarns, inner layer warp yarns, surface weft yarns and inner layer weft yarns; the surface warp yarns and the inner layer warp yarns are anti-pilling yarns, and the surface weft yarns and the inner layer weft yarns are antibacterial yarns.

[0007] As a preferred scheme of the above scheme and based on the above scheme: the anti-pilling yarn is a wool double anti-polyester fiber blended yarn.

[0008] As a preferred scheme of the above scheme and based on the above scheme: the anti-bacterial yarn is a plant traditional Chinese medicine anti-bacterial and mothproof aromatic modified wool fiber yarn.

[0009] The beneficial effects of the utility model are: based on the double-faced fabric split-seam type splicing structure, the splicing part of the first reverse surface layer and the second reverse surface layer has a hidden splicing effect, and the line transition is soft, the splicing part of the first front surface layer and the second front surface layer forms an obvious style line, and the front and back surfaces of the obtained double-faced fabric splicing fabric present two styles, which can better meet the needs of garment design. BRIEF DESCRIPTION OF DRAWINGS

[0010] Figure 1 It is a structural diagram of the double-faced fabric split-seam type splicing structure;

[0011] In the drawing: 1 - first double-faced fabric, 2 - second double-faced fabric, 3 - first front surface layer, 4 - first reverse surface layer, 5 - second front surface layer, 6 - second reverse surface layer. CONCRETE IMPLEMENTATION

[0012] The utility model is further explained in connection with the drawings and specific implementation examples.

[0013] In connection with Figure 1 A double-faced fabric split-seam type splicing structure is explained in detail, which comprises: a first double-faced fabric 1 and a second double-faced fabric 2, the first double-faced fabric 1 comprises a first front surface layer 3 and a first reverse surface layer 4, and the second double-faced fabric 2 comprises a second front surface layer 5 and a second reverse surface layer 6; the edges of the first reverse surface layer 4 and the second reverse surface layer 6 are respectively bent towards the first front surface layer 3 and the second front surface layer 5, and the bent part of the first reverse surface layer 4 and the bent part of the second reverse surface layer 6 are connected through sewing; the bent part of the first reverse surface layer 3 is connected with the second front surface layer 5 through sewing; the edge of the first front surface layer 3 is bent towards the first reverse surface layer 4, and the bent part of the first front surface layer 3 is connected with the second front surface layer 5 through sewing.

[0014] Further, the widths of the bent parts of the first reverse surface layer 4, the second reverse surface layer 6 and the first front surface layer 3 are 0.5 cm.

[0015] Based on the above double-faced fabric split-seam type splicing structure, the splicing part of the first reverse surface layer 4 and the second reverse surface layer 6 has a hidden splicing effect, and the line transition is soft, the splicing part of the first front surface layer 3 and the second front surface layer 5 forms an obvious style line, so that the front and back surfaces of the obtained double-faced fabric splicing fabric present two styles, which can better meet the needs of garment design.

[0016] Further, the first double-sided suiting fabric 1 and the second double-sided suiting fabric 2 are both 2 / 2 double-layer interlocking stitches, which are interwoven by surface layer warp yarns, back layer warp yarns, surface layer weft yarns and back layer weft yarns; the surface layer warp yarns and the back layer warp yarns are anti-pilling yarns, and the surface layer weft yarns and the back layer weft yarns are antibacterial yarns.

[0017] Further, the anti-pilling yarns are wool double anti-polyester fiber blended yarns. Specifically, the wool double anti-polyester fiber blended yarns are wool / double anti-polyester fiber 70 / 30 blended yarns, and the linear density is 7.6 tex x 2. Wool is a protein fiber, which is soft and elastic, and has soft luster. The fabric made of wool has good moisture absorption, air permeability and warmth retention. Double anti-polyester fiber is polyester fiber modified by chemical or physical methods, which has anti-pilling and anti-static properties. The breaking strength, breaking strength unevenness and breaking elongation of double anti-polyester fiber are lower than those of ordinary polyester fiber, and are close to those of viscose fiber. The fabric made of double anti-polyester fiber has good anti-pilling effect, because the fluff on the surface of the fabric can be easily removed and a large number of pills cannot be formed. The moisture regain of double anti-polyester fiber is greater than 0.56%, which is higher than that of ordinary polyester fiber. In addition, double anti-polyester fiber has a porous structure and good wicking performance, so that the conductivity of double anti-polyester fiber is enhanced and the fabric has good anti-static property. The fabric made of wool double anti-polyester fiber blended yarn has good wrinkle resistance and anti-pilling property, and has good drape and rigidity.

[0018] Further, the antibacterial yarns are plant Chinese medicine antibacterial and mothproof aromatic modified wool fiber yarns. The plant Chinese medicine antibacterial and mothproof aromatic modified wool fiber is obtained by pretreating wool fiber with hydrogen peroxide and protease, and then treating the wool fiber with a composition composed of extracts of Chinese medicine forsythia, sophora and pomegranate peel and eucalyptus leaf essential oil microcapsules. The plant Chinese medicine antibacterial and mothproof aromatic modified wool fiber has an antibacterial rate of 99.67% and 93.64% against staphylococcus aureus and escherichia coli, respectively. After washing for 12 times, the antibacterial rates are still 92.92% and 82.02%, respectively. The mothproof grade is 1B, and after washing for 12 times, the mothproof grade is 3B. The aromatic smell is strong, and the retention rate of the smell is 28% after washing for 9 times, and the retention rate of the smell is 8% after washing for 12 times.

[0019] The above describes the preferred embodiments of the present application in detail. It should be understood that those skilled in the art can make many modifications and changes without creative labor based on the concept of the present application. Therefore, any technical solution obtained by logical analysis, reasoning or limited experiment based on the existing technology within the scope of the claims should be within the protection scope.

Claims

1. A split seam type joining structure of a double face fabric, characterized by The utility model relates to a double face suiting fabric, comprising: a first double face suiting fabric (1) and a second double face suiting fabric (2), the first double face suiting fabric (1) comprising a first front layer (3) and a first back layer (4), the second double face suiting fabric (2) comprising a second front layer (5) and a second back layer (6); the edges of the first back layer (4) and the second back layer (6) are respectively folded towards the first front layer (3) and the second front layer (5), the folded edges of the first back layer (4) and the second back layer (6) are connected by stitching, the folded edge of the first back layer (4) is connected to the second front layer (5) by stitching, and the edge of the first front layer (3) is folded towards the first back layer (4), and the folded edge of the first front layer (3) is connected to the second front layer (5) by stitching.

2. A double face cloth split seam type splicing structure according to claim 1, characterized in that, The width of the folded edges of the first back layer (4), the second back layer (6) and the first front layer (3) is 0.3-0.8 cm.

3. A double face cloth split seam type splicing structure according to claim 1, characterized in that, The first double face suiting fabric (1) and the second double face suiting fabric (2) are both 2 / 2 double-layer stitching structures, the 2 / 2 double-layer stitching structure is interwoven by surface warp yarns, inner layer warp yarns, surface weft yarns and inner layer weft yarns, the surface warp yarns and the inner layer warp yarns are anti-pilling yarns, and the surface weft yarns and the inner layer weft yarns are antibacterial yarns.

4. A double face cloth split seam type splicing structure according to claim 3, characterized in that, The anti-pilling yarns are double anti-polyester fiber blended wool yarns.

5. A double face cloth split seam type splicing structure according to claim 3, wherein, The antibacterial yarns are plant traditional Chinese medicine antibacterial and mothproof aromatic modified wool fiber yarns.

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