CN214056747U

CN214056747U - High-needle high-density functional knitted fabric

Info

Publication number: CN214056747U
Application number: CN202023133382.5U
Authority: CN
Inventors: 曾华丽
Original assignee: Ganzhou Junxin Clothing Co ltd
Current assignee: Ganzhou Junxin Clothing Co ltd
Priority date: 2020-12-23
Filing date: 2020-12-23
Publication date: 2021-08-27
Anticipated expiration: 2030-12-23

Abstract

The utility model discloses a high-needle high-density functional knitted fabric, which comprises polyester fibers, cotton fibers and silk fibers, wherein the polyester fibers are used as a core layer of the knitted fabric, the polyester fibers adopt graphene terylene, the two side surfaces of the polyester fibers are laminated with the cotton fibers, the cotton fibers adopt the cotton fibers, the cotton content of the cotton fibers is close to one hundred percent, and the two side surfaces of the cotton fibers are laminated with silk layers, the utility model increases the thickness of the knitted fabric by adopting the double-sided cotton fibers and the silk fibers, thereby increasing the knitting quantity of yarns in unit area, adding spandex at the joint of the polyester fibers, the cotton fibers and the silk fibers, making the knitted fabric retract more tightly, thereby reducing the diameter of meshes of the knitted fabric, and selecting a knitting machine with high machine number at the composite position of the polyester fibers, the cotton fibers and the silk layers for knitting, thereby improving the retraction rate of the dyed fabric and being beneficial to improving the high-needle and high-density layers of the knitted fabric.

Description

High-needle high-density functional knitted fabric

Technical Field

The utility model relates to a knitted fabric field specifically is a high-density functional knitted fabric of high needle.

Background

Knitting is classified into two types, hand knitting and machine knitting. The knitted fabric is basically woven in the market, the knitted fabric is purely manual, namely, the knitted fabric such as a sweater, a glove and a hat is knitted from home, the knitted fabric generally cannot flow to the market, the manual cost is very high, a batch production process cannot be formed, and the characteristics of straight scraping, non-ironing, wear resistance and the like of the knitted fabric are improved by the modern technology by using synthetic chemical fibers and an after-finishing process. The application of finishing technologies such as napping, sanding, shearing, embossing, pleating and the like enriches the variety of knitwear. The clothes have various colors and varieties and toughness, and the knitting is divided into two pieces of wool knitting and cotton knitting. The cotton knitting is used for producing ready-made clothes through a similar process as the familiar tatting, and the cloth raw materials of high-needle and high-density products in the household textiles are mainly pure cotton and also have fancy varieties such as blending with polyester fibers or interweaving with silk. The high-grade luxury bedding adopts high-needle high-density fabric as a base material and designs such as pattern printing and dyeing after finishing styles and the like, so that the high-grade luxury delicate and body price-free product is revealed, the era trend of high added value of textile science and technology products is fully reflected, the high-needle high-density fabric still belongs to high-grade products at the present stage, and the quality problem can be well solved by the current production technology. But at the same time there is a problem.

However, the existing high-needle high-density functional knitted fabric has the following defects:

1. the existing knitted fabrics are various in variety, but the existing knitted fabrics with high needles and high density cannot meet the daily requirements of people, and the knitted fabrics have a great space for improvement in the level of high needles and high density.

2. The requirement on the comfort level of the fabric is reduced while the high-needle high-density knitted fabric is pursued, and the existing high-needle high-density knitted fabric is weak in elasticity, skin friendliness, warm keeping and the like.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a high-density functional knitted fabric of high needle to solve current knitted fabric a great variety, but the high-density knitted fabric of current high needle can not satisfy people's daily demand, knitted fabric exists very big improvement space in the high-density level of high needle, current functional knitted fabric has descended to the requirement of the comfort level of surface fabric itself when pursuing high needle height density, current high needle height density knitted fabric is at elasticity, close skin, cold-proof the more weak problem in the aspect of waiting.

In order to achieve the above object, the utility model provides a following technical scheme: the utility model provides a high-density functional knitted fabric of high needle, includes polyester fiber, cotton fiber, silk fibre, polyester fiber is as this knitted fabric's sandwich layer, polyester fiber adopts graphite alkene dacron, polyester fiber's both sides face laminating has cotton fiber, cotton fiber adopts cotton fiber, cotton fiber's cotton content is close hundred percent, cotton fiber's both sides face laminating has silk layer, silk layer adopts the filament fiber, polyester fiber, cotton fiber, silk fiber's laminating department all adds the spandex, polyester fiber, cotton fiber, silk polyester layer complex department select the high knitting board of machine number for use to knit.

Preferably, the conductive fibers are embedded in the graphene polyester, a human body rubs with the fabric, static electricity is easily generated, the generated static electricity is not easily conducted away in dry seasons, people are easily discomfortable, and the graphene polyester and the conductive fibers are processed through a special process and have good antistatic performance.

Preferably, the joint of the polyester fibers, the cotton fibers and the silk fibers is knitted by using cotton yarns as warps and wefts, and the cotton yarns are superfine textile yarns, so that gaps among the yarns can be reduced, and the high-needle and high-density layers of the fabric can be improved.

Preferably, the warp and weft skeleton connection part of the cotton yarn is formed by knitting polyester fiber cross-woven net knots, the polyester fiber cross-woven net knots are firm and firm in structure and not easy to loosen, and the polyester fiber cross-woven net knots are fixed at the skeleton connection part of the warp and weft, so that the stability of the knitted fabric is effectively improved.

Preferably, the mesh openings of the polyester fiber cross-woven mesh knots are embedded with nano antibacterial particles, and the nano antibacterial particles have the advantages of lasting antibacterial effect, high antibacterial force, light weight, high safety and the like, and are beneficial to human health.

Preferably, cashmere fibers are added to one surface below the silk fibers, are the lightest animal fibers, have the advantages of fine and smooth texture, softness, good heat retention performance and the like, and are beneficial to improving the quality of the knitted fabric.

The utility model provides a high-density functional knitted fabric of high needle possesses following beneficial effect:

(1) the utility model discloses an adopt the cotton fiber and the silk fibre of two-sided, increase knitted fabric's thickness, thereby increase the knitting quantity of yarn in the unit area, polyester fiber, cotton fiber, silk fibrous laminating department all adds has the spandex, it is inseparabler to make knitted fabric return, thereby reduce knitted fabric mesh's diameter, polyester fiber, cotton fiber, the high knitting board of machine number is chooseed for use in silk dacron layer complex department and is knitted, thereby improve the retraction rate after the surface fabric dyeing, be favorable to improving the high-needle high-density level of knitted fabric.

(2) The utility model discloses an adopt graphite alkene dacron, graphite alkene dacron is by living beings graphite alkene and the compound multi-functional compound new fiber of polyester fiber, has cold-proof ventilative, and is antibiotic, good characteristics such as elasticity is good, and the laminating of cotton fibrous both sides face has silk layer, and silk layer adopts the filament fiber, and the silk fiber contains to the profitable multiple amino acid of human body, has close skin, benefits such as skin care, improves knitted fabric's travelling comfort.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention;

FIG. 2 is a schematic view of the structure of spandex of the present invention;

FIG. 3 is a schematic view of the structure of the nano-antibacterial particles of the present invention;

fig. 4 is a schematic view of the cashmere fiber structure of the present invention.

In the figure: 1. polyester fiber; 2. cotton fibers; 3. silk fiber; 4. spandex; 5. polyester fiber is crossed and weaved into net knots; 6. nano antibacterial particles; 7. cashmere fibers.

Detailed Description

The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention.

As shown in fig. 1-4, the utility model provides a technical solution: the utility model provides a high-density functional knitted fabric of high needle, includes polyester fiber 1, cotton fiber 2, silk fibre 3, polyester fiber 1 is as this knitted fabric's sandwich layer, polyester fiber 1 adopts graphite alkene dacron, polyester fiber 1's both sides face laminating has cotton fiber 2, cotton fiber 2 adopts cotton fiber, cotton fiber's cotton content is close hundred percent, cotton fiber 2's both sides face laminating has silk layer, silk layer adopts the filament fiber, polyester fiber 1, cotton fiber 2, silk fiber 3's laminating department all adds spandex 4, polyester fiber 1, cotton fiber 2, silk polyester layer complex department chooses the knitting board that the machine size is high for knitting.

The conductive fibers are embedded in the graphene polyester, a human body rubs with the fabric, static electricity is easy to generate, the generated static electricity is not easy to conduct away in dry seasons, people are prone to discomfort, and the graphene polyester and the conductive fibers are processed through a special process and have good antistatic performance.

The joint of the polyester fiber 1, the cotton fiber 2 and the silk fiber 3 is knitted by using cotton yarns as warps and wefts, and the cotton yarns are superfine textile yarns, so that gaps among the yarns can be reduced, and the high-needle and high-density layers of the fabric can be improved.

The warp and weft skeleton connecting part of the cotton yarn is formed by knitting the polyester fiber cross-woven net knots 5, the polyester fiber cross-woven net knots 5 are firm and firm in structure and not easy to loosen, and the polyester fiber cross-woven net knots are fixed at the skeleton connecting part of the warp and weft, so that the stability of the knitted fabric is effectively improved.

The nanometer antibacterial particles 6 are embedded in the meshes of the polyester fiber cross-woven net knots 5, and the nanometer antibacterial particles 6 have the advantages of lasting antibacterial effect, high antibacterial force, light weight, high safety and the like, and are beneficial to human health.

Cashmere fibers 7 are added on one side of the lower portion of the silk fibers 3, the cashmere fibers 7 are the lightest animal fibers, and the cashmere knitted fabric has the advantages of being fine and smooth in texture, soft, good in heat preservation performance and the like, and is beneficial to improvement of the quality of knitted fabrics.

The working principle is as follows: the polyester fiber 1 is used as a core layer of the knitted fabric, the polyester fiber 1 is made of graphene polyester, the graphene polyester is a multifunctional composite new fiber compounded by biomass graphene and the polyester fiber 1, and has excellent characteristics of heat preservation, air permeability, antibiosis, good elasticity and the like, conductive fibers are embedded in the graphene polyester, a human body and the fabric rub easily to generate static electricity, the generated static electricity is not easy to conduct away in dry seasons of weather, people are easy to feel uncomfortable, the graphene polyester and the conductive fibers are processed by a special process and have good antistatic performance, cotton fibers 2 are attached to two side faces of the polyester fiber 1, the cotton fibers 2 are cotton fibers, comfort of the fabric is improved, silk layers are attached to two side faces of the cotton fibers 2, the silk layers are made of filament fibers, the silk fibers 3 contain various amino acids beneficial to the human body and have skin-friendly and skin care effects and the like, the comfort of the knitted fabric is improved, double-sided cotton fibers 2 and silk fibers 3 are adopted, the thickness of the knitted fabric is increased, the knitting quantity of yarns in unit area is increased, spandex 4 is added at the joint of the polyester fibers 1, the cotton fibers 2 and the silk fibers 3, the knitted fabric is enabled to retract more tightly, the diameter of meshes of the knitted fabric is reduced, a knitting machine with a high machine number is selected for knitting at the composite position of the polyester fibers 1, the cotton fibers 2 and the silk polyester layers, the retraction rate after the fabric is dyed is improved, the high-needle high-density layer of the knitted fabric is improved, the joint of the polyester fibers 1, the cotton fibers 2 and the silk fibers 3 is knitted by adopting cotton yarns as warps and wefts, the cotton yarns are extremely fine textile yarns, the gaps among the yarns are reduced, and the warp and weft skeleton joints of the cotton yarns are knitted by adopting polyester fiber cross-knitted net knots 5, polyester fiber alternately weaves 5 knots structure is durable firm, and difficult pine takes off, and fixes the skeleton department of connecting at the longitude and latitude line, effectively improves knitted fabric's stability, and polyester fiber alternately weaves 5 knots's mesh department and has inlayed nanometer antibiotic granule 6, and nanometer antibiotic granule 6 has that antibiotic effect is lasting, antibiotic dynamics is big, and light in weight, advantage such as security height is favorable to the health, the utility model discloses simple structure, convenient to use and popularization.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. A high-needle high-density functional knitted fabric comprises polyester fibers (1), cotton fibers (2) and silk fibers (3), and is characterized in that; polyester fiber (1) is as this knitted fabric's sandwich layer, polyester fiber (1) adopts graphite alkene dacron, the both sides face laminating of polyester fiber (1) has cotton fiber (2), cotton fiber (2) adopt cotton fiber, cotton fiber's the cotton volume that contains is close one hundred percent, the both sides face laminating of cotton fiber (2) has silk layer, silk layer adopts the filament fiber, polyester fiber (1), cotton fiber (2), silk fiber (3) the laminating department all adds spandex (4), polyester fiber (1), cotton fiber (2), silk polyester layer complex department select for use the knitting board of machine number height to knit.

2. The high-needle high-density functional knitted fabric according to claim 1, characterized in that: and conductive fibers are embedded in the graphene terylene.

3. The high-needle high-density functional knitted fabric according to claim 1, characterized in that: the joint parts of the polyester fibers (1), the cotton fibers (2) and the silk fibers (3) are knitted by using cotton yarns as warps and wefts.

4. The high-needle high-density functional knitted fabric according to claim 3, wherein: the warp and weft skeleton joint of the cotton yarn is knitted by adopting polyester fiber cross-woven net knots (5).

5. The high-needle high-density functional knitted fabric according to claim 4, wherein: the mesh openings of the polyester fiber cross-woven mesh knots (5) are embedded with nano antibacterial particles (6).

6. The high-needle high-density functional knitted fabric according to claim 1, characterized in that: cashmere fibers (7) are added to one side of the lower portion of the silk fibers (3).