CN204455484U - A kind of change polychrome Sandwich screen-cloth - Google Patents

Abstract

The utility model discloses a changing multi-color sandwich mesh cloth, which comprises a bottom cloth surface, a surface layer cloth strip and a spacer yarn layer connecting the bottom layer cloth surface and the surface layer cloth strip; the bottom cloth surface, the surface layer cloth strip and the spacer yarn layer The yarn colors used in each layer are different; the surface cloth strips are arranged in a matrix on the bottom cloth surface, and there are gaps between adjacent surface cloth strips, so that the color of the bottom cloth surface can be seen on the front of the overall mesh cloth, and the color of the bottom cloth surface can be seen on the side. The color of the spacer yarn layer can be seen; the spacer yarn layer is two or more than two layers. The surface strips of the sandwich mesh are arranged in a matrix on the underlying fabric, which is different from the general mesh structure, which makes it have a good zigzag in the direction of the matrix, and there are gaps between adjacent surface strips , so that the color of the underlying fabric surface can be seen on the front of the overall mesh fabric, and the color of the spacer yarn layer can be seen on the side, and the observation of the fabric surface from different angles can achieve multi-color changes.

Description

A shifting multi-color sandwich mesh

technical field

The utility model relates to the field of sandwich mesh cloth, in particular to a variable multicolor sandwich mesh cloth.

Background technique

Sandwich mesh is a kind of double-needle bed warp-knitted mesh, which is composed of mesh surface, connecting monofilament, and flat cloth bottom. Because of its three-dimensional mesh structure, it is very similar to a western sandwich burger, so it is named sandwich mesh. , usually, the upper and lower sides of the yarn are polyester, the middle connecting yarn is polyester monofilament, the thickness is generally 2-4mm, and it is widely used in the fields of car seat covers, luggage shoe materials, roller skates, bedding, etc.; the current sandwich mesh The structure is relatively simple, which affects its application in special requirements such as ventilation and ventilation on the upper. Secondly, the colors of the upper, middle and lower layers of the sandwich mesh are all the same color, or the colors are different but only one color can be seen on one side. , which limits its application on the aesthetics and individuality of the upper.

Utility model content

The purpose of the utility model is to solve the above-mentioned technical problems, and provide a sandwich mesh with unique structure and changeable multi-color.

In order to achieve the above object, the technical solution adopted by the utility model is:

A variable multi-color sandwich mesh cloth, comprising a bottom cloth surface, a surface cloth strip and a spacer yarn layer connecting the bottom cloth surface and the surface cloth strip; the yarn used in the bottom cloth surface, the surface cloth strip and the spacer yarn layer Thread colors vary;

The surface cloth strips are arranged in a matrix on the bottom cloth surface, and there are gaps between adjacent surface cloth strips, so that the color of the bottom cloth surface can be seen on the front of the overall mesh cloth, and the color of the spacer yarn layer can be seen on the side;

The spacer yarn layers are two or more layers.

Wherein, the surface cloth strips are 200D polyester-wrapped yarns with 10.01 weft knitting and 00.22 weft insertion.

Wherein, the material of the spacer yarn layer is 300D nylon, and the spacer yarn layer is connected with the cloth strips of the surface layer through a weft-inserted weave; the spacer yarn layer is connected with the bottom cloth surface through a loop-forming weave.

Wherein, the colors of the spacer yarn layers are different on both side layers under the single-row surface layer cloth strips.

Wherein, the bottom cloth surface is directly woven with colored yarn or dyed after weaving with white yarn.

The beneficial effects of the utility model are: the surface cloth strips of the sandwich mesh are arranged in a matrix on the bottom cloth surface, which is different from the general mesh structure, so that it has a good zigzag in the direction of the matrix, and at the same time, the adjacent surfaces There are gaps between the layers of cloth strips, so that the color of the underlying cloth surface can be seen on the front of the overall mesh, and the color of the spaced yarn layer can be seen on the side, and the observation of the cloth surface from different angles can achieve multi-color changes.

Description of drawings

Fig. 1 is the structural representation of the utility model changing multi-color sandwich mesh;

Label description:

1: Bottom cloth surface;

2: Surface fabric strips;

3: interval yarn layer.

Detailed ways

In order to describe the technical content, structural features, achieved goals and effects of the present utility model in detail, the following will be described in detail in conjunction with the embodiments and accompanying drawings.

Please refer to Fig. 1 together, as shown in the figure, the utility model changes the multi-color sandwich mesh cloth, comprises bottom layer cloth surface 1, surface layer cloth strip 2 and the spacer yarn layer 3 that connects bottom layer cloth surface and surface layer cloth strip; The yarn colors used in the bottom cloth surface 1, the surface cloth strip 2 and the spacer yarn layer 3 are different; the two surface cloths are arranged in a matrix on the bottom cloth surface 1, and the adjacent surface cloth strips 2 There is a gap between them, so that the color of the bottom cloth surface 1 can be seen on the front of the overall mesh cloth, and the color of the spacer yarn layer 3 can be seen on the side; the spacer yarn layer 3 is two layers or more than two layers. The surface strips of the sandwich mesh are arranged in a matrix on the underlying fabric, which is different from the general mesh structure, which makes it have a good zigzag in the direction of the matrix, and there are gaps between adjacent surface strips , so that the color of the underlying fabric surface can be seen on the front of the overall mesh fabric, and the color of the spacer yarn layer can be seen on the side, and the observation of the fabric surface from different angles can achieve multi-color changes.

In this embodiment, the surface cloth strips 2 are 200D polyester-wrapped yarns with 10.01 weft knitting and 00.22 weft insertion. The spacer yarn layer 3 is made of 300D nylon, and the spacer yarn layer 3 is connected with the surface cloth strip 2 through weft insertion; the spacer yarn layer 3 is connected with the bottom cloth surface 1 through a knit weave. Make the color of spacer yarn layer 3 can not see through on the surface layer cloth strip from the front.

In this embodiment, the spacer yarn layer 3 has different colors on both side layers under the single-row surface layer cloth strip 2 . In this way, when viewing the gap obliquely from the left and right sides, there are different color combinations.

In this embodiment, the base cloth surface 1 is directly woven with colored yarn or dyed after weaving with white yarn. Therefore the utility model changes the multi-color sandwich mesh cloth and can have more various dyeing processes.

The above is only an embodiment of the present utility model, and does not limit the patent scope of the present utility model. Any equivalent shape or structural transformation made by using the description of the utility model and the contents of the accompanying drawings, or directly or indirectly used in other related Technical fields are all included in the scope of patent protection of the utility model in the same way.

Claims (5)

1. a kind of changing multi-color sandwich mesh cloth is characterized in that, comprises bottom layer cloth surface, surface layer cloth strip and the spacer yarn layer that connects bottom layer cloth surface and surface layer cloth strip; Described bottom layer cloth surface, surface layer cloth strip and The yarn colors used in the spacer yarn layer are different; The surface cloth strips are arranged in a matrix on the bottom cloth surface, and there are gaps between adjacent surface cloth strips, so that the color of the bottom cloth surface can be seen on the front of the overall mesh cloth, and the color of the spacer yarn layer can be seen on the side; The spacer yarn layers are two or more layers. 2. The changeable multi-color sandwich mesh according to claim 1, characterized in that, the surface cloth strips are 200D polyester-wrapped yarns with 10.01 weft knitting and 00.22 weft insertion. 3. The changeable multi-color sandwich mesh according to claim 1, wherein the material of the spacer yarn layer is 300D nylon, and the spacer yarn layer is connected with the surface cloth strip by weft insertion; The spacer yarn layer is connected with the bottom cloth surface through loop formation. 4. The changeable multi-color sandwich mesh according to claim 1, characterized in that the colors of the spacer yarn layers on both side layers under the single-row surface layer cloth strips are different. 5. The changeable multi-color sandwich mesh according to claim 1, characterized in that, the bottom surface is directly woven with colored yarn or dyed after weaving with white yarn.