Seamless warm-keeping garment

Abstract

A seamless warm-keeping garment is characterized in that a plurality of grooves are formed in the front face of first screen cloth, the grooves form bumps on the back face of the first screen cloth, second screen cloth is arranged on the first screen cloth, first containing cavities are formed in the positions of the grooves, and first filler is arranged in the first containing cavities; the first screen cloth and the second screen cloth are provided with a sewing area on the periphery of the first accommodating cavity, and a first sewing thread is arranged in the sewing area; mucilage glue is arranged at the sewing area position of the front face of the second screen cloth, the first film layer covers the front face of the second screen cloth, and the first film layer and the second screen cloth are bonded through the mucilage glue; and the lining is arranged on the back surface of the first screen cloth and covers the bulge. The first film layer is fixed on the first screen cloth through mucilage glue and covers the first screen cloth, and the first film layer can form a seamless windproof layer on the surface of the garment through the first sewing threads. And the second filler staggered with the first filler is arranged between every two adjacent bumps, so that the overall thermal insulation performance of the garment is enhanced. And the bending structure of the second filler is not easy to shift in the garment.

Description

Technical Field

[0001] The utility model relates to the field of clothing, and in particular to a seamless warm clothing. Background Art

[0002] For cold-proof and warm-keeping clothing, generally, warm filling materials are filled between the surface layer and the inner layer of the clothing, and the filling materials are separated into different chambers in the clothing by sewing threads to prevent the filling materials from shifting. However, the sewing threads passing through the surface layer or the inner layer will leave pores, and the filling materials will drill out from the pores during the use of the clothing. Moreover, the sewing threads are exposed on the surface of the clothing and are prone to being stained. Summary of the Utility Model

[0003] The purpose of the utility model is to overcome the above deficiencies and provide a seamless warm clothing with a seamless surface, windproof and warm-keeping functions.

[0004] To achieve the above purpose, the technical solution of the utility model is: a seamless warm clothing, including a first mesh fabric, a second mesh fabric, a first film layer, a lining, and a first filling material;

[0005] A plurality of grooves concave towards the back are provided on the front surface of the first mesh fabric, and the grooves form bulges on the back surface of the first mesh fabric. The second mesh fabric is arranged on the front surface of the first mesh fabric and covers the grooves. The first mesh fabric and the second mesh fabric form a first accommodation cavity at the groove position, and the first filling material is arranged in the first accommodation cavity;

[0006] A sewing area is provided on the outer periphery of the first accommodation cavity of the first mesh fabric and the second mesh fabric, and a first sewing thread for sewing the first mesh fabric and the second mesh fabric together is arranged in the sewing area; an adhesive is provided on the front surface of the second mesh fabric at the sewing area position, and the first film layer covers the front surface of the second mesh fabric, and the adhesive bonds the first film layer and the second mesh fabric;

[0007] The lining is arranged on the back surface of the first mesh fabric and covers the bulges.

[0008] The first mesh fabric and the second mesh fabric form a plurality of first accommodation cavities through the first sewing thread, and the plurality of first accommodation cavities can fix a plurality of first filling materials for heat preservation. The first film layer is a PU or TPU film. The first film layer can form a windproof layer as the surface of the clothing. The first film layer is fixed on the first mesh fabric through the adhesive to cover the first sewing thread and form a seamless structure.

[0009] Preferably, it further includes a second filling material. The lining includes a third mesh fabric and a second film layer. The front surface of the third mesh fabric covers the back surface of the first mesh fabric. An accommodation groove is formed between two adjacent bulges on the back surface of the first mesh fabric. The third mesh fabric and the first mesh fabric form a second accommodation cavity at the accommodation groove position, and the second filling material is arranged in the second accommodation cavity. The second film layer covers the back surface of the third mesh fabric.

[0010] There is no first filler between adjacent bumps, resulting in a poor heat preservation effect. The second filler is filled in the positions between adjacent bumps and can be staggered from the first filler, so that the overall clothing can obtain a better heat preservation effect. The third mesh is an elastic mesh fabric, and the third mesh is fixed at the bump positions of the first mesh through the second stitch. The second film layer is a PU or TPU film.

[0011] Preferably, the second filler includes a mesh bag and fluff, and the fluff is arranged inside the mesh bag. One second filler fills at least two accommodation cavities. The formation of several grooves is different, and the accommodation grooves formed between the bumps communicate with each other. The shape of the second filler is at least a shape with one bend. When the second filler is placed in the accommodation groove, it is fixed by the accommodation grooves with multiple bends. Together with the restriction of the third mesh, the second filler is not easily displaced.

[0012] Preferably, the first stitch stitches around the outer edge of the groove on the front side of the second mesh to form a stitching circle. The adhesive is located between adjacent stitching circles, and the adhesive is a hot melt adhesive. The adhesive is located between two stitching circles. The protruding first stitch of the stitching circle can restrict the adhesive from overflowing to other places during hot pressing. After the first film layer is attached to the second mesh, the protruding structure of the stitching circle can eject a regular convex mark on the first film layer, making the surface of the clothing cleaner and more beautiful.

[0013] By adopting the above technical solutions, the beneficial effects of the present utility model are as follows: The present utility model forms several first accommodation cavities for fixing the first filler through the grooves of the first mesh and the second mesh, and the first filler for heat preservation is not easily displaced. The first film layer is fixed on the first mesh through the adhesive to cover it, and the first film layer can form a seamless windproof layer on the surface of the clothing. A second filler misaligned with the first filler is provided between adjacent bumps, enhancing the overall heat preservation performance of the clothing. Moreover, the bent structure of the second filler is not easily displaced inside the clothing. Description of the Drawings

[0014] Figure 1 is a schematic structural diagram of the present utility model;

[0015] Figure 2 is a schematic internal structural diagram of the present utility model.

[0016] Main reference numerals description:

[0017] First mesh 1; Bump 11; Second mesh 2; Lining 3; Third mesh 31; Second film layer 32; First film layer 4; First filler 51; Second filler 52; Stitching circle 6; Adhesive 7; First accommodation cavity 81; Second accommodation cavity 82. Detailed Embodiment

[0018] The present utility model will be further described below in conjunction with the drawings and specific embodiments.

[0019] As shown Figure 1 - Figure 2 in the figure, a seamless warm clothing of the present utility model includes a first mesh fabric 1, a second mesh fabric 2, a first film layer 4, a lining 3, a first filler 51, and a second filler 52.

[0020] On the front surface of the first mesh fabric 1, a plurality of grooves concave towards the back surface are provided, and bulges 11 are correspondingly formed on the back surface of the first mesh fabric at the positions of the grooves. The second mesh fabric 2 is disposed on the front surface of the first mesh fabric 1 and covers the grooves. The first mesh fabric 1 and the second mesh fabric 2 form a first accommodation cavity 81 at the groove positions, and the first filler 51 is disposed in the first accommodation cavity 81.

[0021] The first mesh fabric 1 and the second mesh fabric 2 are provided with a stitching area on the outer periphery of the first accommodation cavity 81, and a first sewing thread for stitching the first mesh fabric 1 and the second mesh fabric 2 together is provided in the stitching area; the first sewing thread 1 stitches around the outer edge of the groove on the front surface of the second mesh fabric 2 to form a stitching loop 6. A stitching loop 6 is correspondingly provided on the outside of each first accommodation cavity. The upper part of the first sewing thread on the stitching loop 6 is located on the front surface of the second mesh fabric and forms a protruding structure on the front surface of the second mesh fabric. The lower part of the first sewing thread is located on the back surface of the second mesh fabric. An adhesive 7 is provided on the front surface of the second mesh fabric 2 at the stitching area position. The adhesive 7 is located between two adjacent stitching loops 6, and the adhesive is a hot melt adhesive. The first film layer 4 covers the front surface of the second mesh fabric 2, and the adhesive 7 bonds the first film layer 4 and the second mesh fabric 2.

[0022] The lining 3 is disposed on the back surface of the first mesh fabric 1 and covers the bulges 11. The lining 3 includes a third mesh fabric 31 and a second film layer 32. The front surface of the third mesh fabric 31 covers the back surface of the first mesh fabric 1. An accommodation groove is formed between two adjacent bulges on the back surface of the first mesh fabric 1. The third mesh fabric and the first mesh fabric form a second accommodation cavity 82 at the accommodation groove position, and the second filler 52 is disposed in the second accommodation cavity 82. The second film layer 32 covers the back surface of the third mesh fabric 31. The second filler 82 includes a mesh bag and a flocking material. The flocking material is disposed in the mesh bag, and one second filler 52 fills at least two accommodation cavities. Two adjacent second accommodation cavities 82 communicate with each other, and both ends of the second filler 52 are respectively located in two second accommodation cavities.

[0023] The first film layer of the present utility model is fixed on the first mesh fabric through an adhesive to cover the first sewing thread. The first film layer can form a seamless windproof layer on the surface of the clothing. The first filler and the second filler are arranged alternately, so the heat preservation effect is good. Moreover, the first filler and the second filler are respectively restricted by the first accommodation cavity and the second accommodation cavity and are not easily displaced.

[0024] The above are only the preferred embodiments of the present utility model, and cannot limit the scope of implementation of the present utility model. All equivalent changes and decorations made according to the scope of the patent application of the present utility model should still fall within the scope covered by the present utility model.

Claims

1. A seamless thermal garment, characterized in that: It includes a first mesh cloth, a second mesh cloth, a first film layer, an inner lining, and a first filler; The front side of the first mesh cloth is provided with a plurality of grooves which are concave toward the back side, and the grooves form bulges on the back side of the first mesh cloth; the second mesh cloth is arranged on the front side of the first mesh cloth and covers the grooves; the first mesh cloth and the second mesh cloth form a first accommodating cavity at the position of the grooves, and the first filler is arranged in the first accommodating cavity; The first mesh cloth and the second mesh cloth are provided with a stitching area on the outer periphery of the first accommodating cavity, and a first stitching line for stitching the first mesh cloth and the second mesh cloth together is provided in the stitching area; the front side of the second mesh cloth is provided with viscose at the stitching area, the first film layer covers the front side of the second mesh cloth, and the viscose bonds the first film layer and the second mesh cloth; The lining is arranged on the back side of the first mesh cloth and covers the bulge.

2. A seamless thermal garment according to claim 1, characterized in that: It also includes a second filler, and the lining includes a third mesh cloth and a second film layer. The front side of the third mesh cloth covers the back side of the first mesh cloth, and the back side of the first mesh cloth forms a receiving groove between two adjacent bulges. The third mesh cloth and the first mesh cloth form a second receiving cavity at the position of the receiving groove. The second filler is arranged in the second receiving cavity, and the second film layer covers the back side of the third mesh cloth.

3. A seamless thermal garment according to claim 2, characterized in that: The second filler includes a gauze bag and velvet material, wherein the velvet material is arranged in the gauze bag, and a second filler is filled in at least two accommodating cavities.

4. A seamless thermal garment according to claim 1, characterized in that: The first stitching thread is stitched around the outer edge of the groove on the front side of the second mesh cloth to form a stitching circle, and the viscose is located between two adjacent stitching circles, and the viscose is hot melt adhesive.

Images