CN218436114U - Sandwich-structured antibacterial weft-knitted crepe - Google Patents

Abstract

The utility model discloses an antibacterial weft knitting crepe of sandwich structure, including the surface fabric body, the surface fabric body has sandwich structure: one surface is a wrinkled surface, the other surface is a flat surface, and the wrinkled surface and the flat surface are connected through a connecting layer; the fabric body is knitted by a plurality of knitting units; the knitting unit is formed by sequentially serially sleeving the loops of the 1 st path, the 2 nd path, the 3 rd path, the 4 th path, the 5 th path and the 6 th path; the 1 st loop of the coil is orderly tucked, floated and tucked; the coils of the 2 nd path and the 5 th path are sequentially floating lines, loop forming and loop forming; the 3 rd and 6 th loops are sequentially looped, floated and floated; and the 4 th coil is sequentially a floating wire, a tuck and a floating wire. The utility model discloses a crepe with multilayer structure has antibacterial action in the one side next to the shin, and the another side does not contain the moxa fibre in order to reduce surface fabric cost, improves the gas permeability and the elasticity of surface fabric.

Description

Sandwich-structured antibacterial weft-knitted crepe

Technical Field

The utility model discloses knitted fabric technical field, concretely relates to antibacterial weft knitting crepe of sandwich structure.

Background

With the continuous improvement of living standard, the requirements of people on the garment materials are higher and higher. Textile fabrics which are bright in color, comfortable and close-fitting to the skin and high in elasticity are popular with consumers. In addition to keeping warm, people have come to impart a wide variety of properties to fabrics, such as breathability, resistance to bacteria, moisture transport, and the like.

The fabric with the folds lacks of the properties of bright color, soft hand feeling, high color fastness, moisture absorption and sweat releasing performance, stretch recovery and the like. However, the wrinkle effect can be attractive and elegant after the fabric is made into a garment, for example, the weft-knitted single-sided wrinkle high-elastic fabric and the production process thereof, the included angle between spandex and first combed cotton is 15 degrees through adjusting the angle of a guide wheel, and a knitting needle penetrates into the fabric to obtain the single-sided wrinkle. The moxa fiber is a novel fiber which is emerging in recent years and has a good antibacterial effect, and for example, a patent with the application number of 202011398187.7 discloses a preparation method of a knitted fabric containing the moxa fiber, so that the knitted fabric has the antibacterial effect. However, the fabric is a single-sided fabric, and the bacteriostatic fabric is generally worn close to the skin to inhibit the erosion of bacteria to the skin. The outward surface generally does not need bacteriostasis, the moxa fiber is high in price, and the cost of the fabric is increased if the whole fabric is made of the moxa fiber. How to make the fabric with the wrinkles have good elasticity and a single-side bacteriostatic function is a problem to be solved. Therefore, a double-sided weft-knitted crepe with a sandwich structure is needed, wherein the next-to-skin side has an antibacterial effect, and the other side does not contain the moxa fiber so as to reduce the cost of the fabric and improve the air permeability and elasticity of the fabric; the fabric has antibacterial property, good elasticity and moisture absorption and sweat releasing performance.

SUMMERY OF THE UTILITY MODEL

To the above-mentioned prior art, the utility model aims at providing an antibacterial weft knitting crepe of sandwich structure. The utility model discloses a crepe with multilayer structure has antibacterial action in the one side next to the shin, and the another side does not contain the moxa fibre in order to reduce surface fabric cost, improves the gas permeability and the elasticity of surface fabric.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the utility model provides an antibacterial weft knitting crepe of sandwich structure, including the surface fabric body, the surface fabric body has sandwich structure: one surface is a wrinkled surface, the other surface is a smooth surface, and the wrinkled surface and the smooth surface are connected through a connecting layer; the fabric body is knitted by Solona fibers, ai-Wei threads, spandex and terylene; the wrinkle surface highlights the moxa line; the polyester is highlighted on the flat surface; the connecting layer is formed by knitting Solona fibers;

the fabric body is knitted by a plurality of knitting units; the knitting unit is formed by sequentially serially sleeving the loops of the 1 st path, the 2 nd path, the 3 rd path, the 4 th path, the 5 th path and the 6 th path;

the 1 st loop of the coil is orderly tucked, floated and tucked;

the coils of the 2 nd path and the 5 th path are sequentially floating wire, loop forming and loop forming;

the 3 rd and 6 th loops are sequentially looped, floated and floated;

and the 4 th coil is sequentially a floating wire, a tuck and a floating wire.

Preferably, the loops of the 1-way and the 4-way are knitted from 50D solona fibers.

Preferably, the loops of the 2 nd and 5 th paths are knitted by 40S of Averme yarn and 30D of spandex.

Preferably, the moxa thread is formed by blending moxa fibers and cotton fibers.

Preferably, the 3 rd loop and the 6 th loop are knitted from 75D terylene.

The utility model has the advantages that:

the utility model discloses a selection of organizational structure design and raw materials obtains the protruding surface fabric that shows chinese mugwort fiber cotton fibre of one side, the protruding dacron of another side. The surface for highlighting the moxa fiber/cotton fiber has excellent bacteriostatic action and has folds, and the surface for highlighting the terylene has a flat surface and high elasticity. The utility model discloses a surface fabric has multiple functions, and is not only ventilative but also antibacterial, still has good elasticity.

Drawings

FIG. 1 is a structural view of the fabric of the present invention;

FIG. 2 is a triangular diagram of the weaving process of the fabric of the present invention;

shown in the figure: u-shaped is the tucking of the upper needle disk, the U-shaped is the tucking of the lower needle cylinder, V-shaped is the looping of the upper needle disk, and the inverted V-shaped is the looping of the lower needle cylinder, namely the floating line.

Detailed Description

It should be noted that the following detailed description is exemplary and is intended to provide further explanation of the disclosure. Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this application belongs.

Description of the drawings: the cotton fiber used in the utility model can be combed cotton, and both the moxa fiber and the cotton fiber can be purchased from the market; the moxa thread is obtained by moxa fiber and cotton fiber with arbitrary proportion blending, the utility model discloses do not require the blending proportion. The Averme yarn in the examples is available from Hengfeng group, texas.

The following detailed description of the embodiments of the present invention will be made with reference to the accompanying drawings.

As shown in fig. 1 and fig. 2, the bacteriostatic weft-knitted crepe with the sandwich structure comprises a fabric body, wherein the fabric body has a sandwich structure: one surface is a wrinkled surface, the other surface is a flat surface, and the wrinkled surface and the flat surface are connected through a connecting layer; the fabric body is knitted by Solona fibers, ai-Wei threads, spandex and terylene; the wrinkle surface highlights the moxa line; the polyester is highlighted on the flat surface; the connecting layer is formed by knitting Solona fibers;

the fabric body is knitted by a plurality of knitting units; the knitting unit is formed by sequentially serially sleeving the loops of the 1 st path, the 2 nd path, the 3 rd path, the 4 th path, the 5 th path and the 6 th path;

the 1 st loop of the coil is orderly tucked, floated and tucked;

the coils of the 2 nd path and the 5 th path are sequentially floating wire, loop forming and loop forming;

the 3 rd and 6 th loops are sequentially looped, floated and floated;

and the 4 th coil is sequentially a floating wire, a tuck and a floating wire.

The loops of the 1-path and the 4 th-path are knitted by 50D Solona fibers. The loops of the 2 nd path and the 5 th path are knitted by 40S moxa yarn and 30D spandex. The moxa yarn is formed by blending moxa fibers and cotton fibers. And the 3 rd loop and the 6 th loop are knitted by 75D terylene. The wrinkle surface highlights the moxa line; the flat surface highlights terylene. The connecting layer is formed by knitting Solona fibers.

Examples

(1) Arranging knitting needles: the knitting needles of the upper dial and the lower needle cylinder of the knitting machine are circularly arranged in sequence by taking AB as a circulating unit;

(2) Threading: the 50D Solona fiber is penetrated into the knitting needles of the upper dial and the lower needle cylinder of the 1 st path and the 4 th path for knitting; the 40S moxa yarn pad 30D spandex penetrates through the knitting needles of the upper dial and the lower needle cylinder of the 2 nd path and the 5 th path to be knitted; the 75D terylene is penetrated into the knitting needles of the dial and the lower needle cylinder on the 3 rd path and the 6 th path for knitting;

(3) Weaving: the knitting machine carries out 6-path one-cycle knitting according to the upper dial of the two needle tracks and the lower needle cylinders of the two needle tracks to obtain the bacteriostatic three-proofing weft-knitted crepe with the sandwich structure.

The 6-path needle method comprises the following steps of,

route 1: two needles of the upper needle plate are subjected to one needle tucking and one needle floating thread, and two needles of the lower needle cylinder are subjected to one needle floating thread and one needle tucking;

route 2: two needles of the upper dial float threads, and two needles of the lower needle cylinder are looped;

route 3: two needles of the upper dial are looped, and two needles of the lower needle cylinder are floated;

way 4: two needles of the upper dial are provided with one needle floating thread, one needle is tucked, one needle of the lower needle cylinder is tucked, and one needle is floating thread;

route 5: two needles of the upper dial float threads, and two needles of the lower needle cylinder are looped;

route 6: two needles on the upper dial are looped, and two needles on the lower needle cylinder are floated.

The above description is only a preferred embodiment of the present application and is not intended to limit the present application, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, improvement and the like made within the spirit and principle of the present application shall be included in the protection scope of the present application.

Claims (5)

1. The utility model provides a sandwich structure antibacterial weft knitting crepe, includes the surface fabric body, its characterized in that: the fabric body has a sandwich structure: one surface is a wrinkled surface, the other surface is a flat surface, and the wrinkled surface and the flat surface are connected through a connecting layer; the fabric body is knitted by Solona fibers, ai-Wei threads, spandex and terylene; the wrinkle surface highlights the moxa line; the polyester is highlighted on the flat surface; the connecting layer is formed by knitting Solona fibers;

the fabric body is knitted by a plurality of knitting units; the knitting unit is formed by sequentially serially sleeving the loops of the 1 st path, the 2 nd path, the 3 rd path, the 4 th path, the 5 th path and the 6 th path;

the 1 st loop of the coil is orderly tucked, floated and tucked;

the coils of the 2 nd path and the 5 th path are sequentially floating wire, loop forming and loop forming;

the 3 rd and 6 th loops are formed into loops, floating lines and floating lines in sequence;

and the 4 th coil is sequentially a floating wire, a tuck and a floating wire.

2. The sandwich structured bacteriostatic weft-knitted crepe according to claim 1, wherein: the loops of the 1-path and the 4 th-path are knitted by 50D Solona fibers.

3. The sandwich structured bacteriostatic weft-knitted crepe according to claim 2, wherein: the loops of the 2 nd path and the 5 th path are knitted by 40S moxa yarn and 30D spandex.

4. The sandwich structured bacteriostatic weft-knitted crepe according to claim 3, wherein: the moxa yarn is formed by blending moxa fibers and cotton fibers.

5. The sandwich structured bacteriostatic weft-knitted crepe according to claim 1, wherein: and the 3 rd loop and the 6 th loop are knitted by 75D terylene.

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