CN216183430U

CN216183430U - Anion polyester fabric

Info

Publication number: CN216183430U
Application number: CN202122558767.4U
Authority: CN
Inventors: 夏建青; 夏振潇; 夏晨欢
Original assignee: Tongxiang Tianli Weaving Co ltd
Current assignee: Tongxiang Tianli Weaving Co ltd
Priority date: 2021-10-22
Filing date: 2021-10-22
Publication date: 2022-04-05
Anticipated expiration: 2031-10-22

Abstract

The utility model discloses an anion terylene fabric which is formed by interweaving warps and wefts according to a binding weft organization, and is characterized in that the warps comprise surface layer warps and lining warps, and the wefts comprise surface layer wefts and lining wefts; the surface layer warp yarns and the surface layer weft yarns are interwoven to form a surface layer, and the inner layer warp yarns and the inner layer weft yarns are interwoven to form an inner layer; the surface layer and the inner layer are connected by weft binder yarns; the warp yarns of the inner layer are 75D/72F terylene DTY, and the weft yarns of the inner layer are 75D/72F anion terylene DTY; the surface layer warp yarns are first low-twist composite yarns formed by cabling low-elasticity polyester yarns and viscose yarns, and the surface layer weft yarns are low-twist composite yarns formed by cabling high-moisture-absorption and desorption polyurethane fibers and artificial cotton; the binding weft yarns are nylon monofilaments. The fabric has the functions of permanently inhibiting bacteria and emitting negative ions, the hair negative ion function of the fabric is durable and washable, and the fabric is delicate and has good glossiness.

Description

Anion polyester fabric

Technical Field

The utility model relates to the technical field of textile fabrics, in particular to an anion terylene fabric.

Background

With the continuous improvement of the living standard of people, the requirements on the fabric for wearing are higher and higher. The fabric is fashionable, comfortable and healthy in the future, and is a development target of textile enterprises in the future. As a comfortable and healthy fabric, the good and poor air performance is an important judgment standard. Meanwhile, the health care function of the negative ions on human bodies is proved by the medical field and is also perceived by consumers more and more.

Air is composed of numerous molecules, atoms. When molecules or atoms in the air lose or gain electrons, charged particles, called ions, are formed; positively charged ions are called positive ions, and negatively charged ions are called negative ions. The negative ions are gas ions with negative charges in the air, and the negative ions not only can promote the synthesis and storage of vitamins in the human body and strengthen and activate the physiological activities of the human body, but also have very important influence on the life activities of the human body and other organisms, so the negative ions are also called as 'air vitamins'. It is considered that it has very important influence on the life activities of human body and other living things like vitamins of food, and some even thought that air negative ions are related to longevity, so it is called "longevity element".

World health organization regulations: the standard concentration of negative ions for refreshing air should not be lower than 1000-1500/cm³. Relevant studies in the united states have shown that indoor air is more heavily polluted than outdoor air by a factor of 2-5, and in special cases by a factor of 100. In a closed room provided with an air conditioner, the concentration of negative ions in the air is only 0-25/cm³The concentration of the air negative ions in the field in the suburb is 5000-³. When the concentration of negative ions in the air reaches 5X104-10X 104/cm³Can kill bacteria and reduce disease transmission; when the concentration of negative ions in the air is 10X104-50X 104/cm³In time, the human body has a natural healing capacity.

The artificial negative ions are mainly ionized by high-voltage electrostatic field, high-frequency electric field, ultraviolet ray, radioactive ray and water to generate negative ions. The energy of about 34eV is needed for knocking out an electron from a neutral atom, the ionization of a water molecule is only 1.25eV, so that the water molecule in the adjacent air can be ionized, and the knocked electron is out of the constraint of an atomic nucleus, is easy to attach to the adjacent water and oxygen molecules and is called as air negative ion. I.e. hydrated hydroxyl ions.

The negative ions have the following effects on human health and environment:

a. after the hydrated hydroxyl particle air negative ions enter a human body through respiration, the pH value of blood can be adjusted, and the body fluid of the human body is changed into alkalescence. Can activate cells, increase cell permeability, improve various functions of cells, purify blood, inhibit formation of serum cholesterol, and reduce blood pressure; the negative ions enter the human body, improve the oxygen conversion capability, accelerate metabolism, recover physical strength or relieve fatigue, enable people to feel comfortable, relax the body and generate the physiotherapy and cure effect.

b. Can activate the beta-endorphin of the brain, and has the effects of calming autonomic nerve, controlling parasympathetic nerve, improving sleep, enhancing immunity, etc.

c. The hydrated hydroxyl ions can react with odor molecules in the air to eliminate odor and can neutralize polluted positive ions in the air, thereby playing a role in purifying the air.

The negative ion textile is directly worn on the body and is in large-area contact with the skin of the human body, the emission of negative ions is accelerated by utilizing the heat energy of the human body and the friction between the human body and the skin during the movement of the human body, and a negative ion air layer is formed between the skin and clothes, so that oxygen radicals in the human body are detoxified, and various hazards of the oxygen radicals to the health of the human body are eliminated.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide an anion terylene fabric, and provides an antibacterial anion terylene fabric with lasting antibacterial and anion emitting functions.

In order to solve the technical problem, the utility model aims to realize that:

the utility model relates to an anion terylene fabric which is formed by interweaving warp yarns and weft yarns according to a binding weft organization, and is characterized in that the warp yarns comprise surface layer warp yarns and lining warp yarns, and the weft yarns comprise surface layer weft yarns and lining weft yarns; the surface layer warp yarns and the surface layer weft yarns are interwoven to form a surface layer, and the inner layer warp yarns and the inner layer weft yarns are interwoven to form an inner layer; the surface layer and the inner layer are connected by weft binder yarns;

the warp yarns of the inner layer are 75D/72F terylene DTY, and the weft yarns of the inner layer are 75D/72F anion terylene DTY; the surface layer warp yarns are first low-twist composite yarns formed by cabling low-elasticity polyester yarns and viscose yarns, and the surface layer weft yarns are low-twist composite yarns formed by cabling high-moisture-absorption and desorption polyurethane fibers and rayon; the binding weft yarns are nylon monofilaments.

On the basis of the above scheme and as a preferable scheme of the scheme: the cross section of the monofilament in the inner layer warp is I-shaped, Y-shaped or cross-shaped; the sections of the monofilaments in the inner layer weft yarns are I-shaped, Y-shaped or cross-shaped.

On the basis of the above scheme and as a preferable scheme of the scheme: the twist of the first low-twist composite yarn is 80-100 twists per meter; the twist of the second low-twist composite yarn is 80-100 twists per meter.

On the basis of the above scheme and as a preferable scheme of the scheme: the surface layer warp yarns comprise surface layer first warp yarns and surface layer second warp yarns, and the surface layer weft yarns comprise surface layer first weft yarns and surface layer second weft yarns; the inner layer warp yarns comprise inner layer first warp yarns, inner layer second warp yarns, inner layer third warp yarns and inner layer fourth warp yarns, and the inner layer weft yarns comprise inner layer first weft yarns, inner layer second weft yarns, inner layer third weft yarns and inner layer fourth weft yarns; the binder weft yarns include a first binder weft yarn and a second binder weft yarn.

On the basis of the above scheme and as a preferable scheme of the scheme: by taking the warp as a reference, the floating and sinking states of the first weft yarns on the surface layer are as follows in sequence relative to each warp: sinking-floating; the float and sink states of the first binder weft yarns are in turn: floating-sinking-floating; the floating and sinking states of the first weft yarns of the inner layer are as follows in sequence: sinking-floating-sinking-floating; the floating and sinking states of the second weft yarns of the inner layer are as follows in sequence: sinking-floating; the floating and sinking states of the second weft yarns on the surface layer are as follows in sequence: floating-sinking-floating; the float and sink states of the second weft binder are in turn: sink-float-sink; the floating and sinking states of the third weft yarns of the inner layer are as follows in sequence: sinking-floating-sinking; the floating and sinking states of the fourth weft yarn in the inner layer are as follows in sequence: sinking-floating-sinking.

The utility model has the beneficial effects that: the anion terylene fabric has the functions of permanently inhibiting bacteria and emitting anions, the hair anion function of the fabric is durable and washable, and the fabric has the advantages of delicate fabric and good glossiness.

Drawings

FIG. 1 is a schematic structural diagram of an anion polyester fabric according to a first embodiment;

FIG. 2 is a weave diagram of a composite fabric according to an embodiment; .

The designations in the figures illustrate the following: 1-a surface layer; 2-inner layer; 101-surface layer first warp yarn; 102-the inner first warp yarn; 103-inner layer second warp yarns; 104-surface layer second warp yarns; 105-inner third warp yarn 106-inner fourth warp yarn; 201-surface layer first weft; 202-a first binder yarn; 203-inner first weft; 204-inner second weft; 205-surface layer second warp yarns; 206-a second binder yarn; 207-the inner third weft; 208-inner fourth weft yarn.

Detailed Description

The utility model is further described with reference to the following figures and specific examples.

Example one

This embodiment will be described in detail with reference to fig. 1 and 2. The anion terylene fabric related to the embodiment is formed by interweaving warp yarns and weft yarns according to a binding weft organization, wherein the warp yarns comprise surface layer warp yarns and lining layer warp yarns, and the weft yarns comprise surface layer weft yarns and lining layer weft yarns; the surface layer warp yarns and the surface layer weft yarns are interwoven to form a surface layer 1, and the lining warp yarns and the lining weft yarns are interwoven to form a lining layer 2; the surface layer 1 and the inner layer 2 are bound together by a binder weft.

The warp yarns of the inner layer are 75D/72F terylene DTY, and the weft yarns of the inner layer are 75D/72F anion terylene DTY; the surface layer warp yarns are first low-twist composite yarns formed by cabling low-elasticity polyester yarns and viscose yarns, and the surface layer weft yarns are low-twist composite yarns formed by cabling high-moisture-absorption and desorption polyurethane fibers and rayon; the binding weft yarns are 40D nylon monofilaments.

The used negative ion terylene DTY is nano-grade powder prepared by grinding tourmaline, rare earth element and rice husk into three materials which are materials capable of releasing a large amount of negative ions, the powder is polymerized with pet serving as a carrier to prepare negative ion master batches, other negative ion master batches can be prepared according to different carrier materials, the negative ion release amount of the negative ion master batches can reach 9000 cubic centimeter, and the prepared textile yarn can release about 900 plus ions.

In GB/T-30128-³The detection value of the terylene fabric prepared by the embodiment is 960 pieces/cm³And meets the standard requirement. After 10 washes, the number detected was 830/cm³And meets the standard requirement.

Furthermore, the cross section of the single yarn in the inner layer warp yarn is I-shaped, Y-shaped or cross-shaped; the sections of the monofilaments in the inner layer weft yarns are I-shaped, Y-shaped or cross-shaped. The Y style of calligraphy cross-section can all be selected for in nexine warp and nexine woof, because the fibre surface has the slot to make the fibre have good wet effect of leading, the moisture absorption yarn has been used on the recombination top layer, can keep dry when making nexine and human skin contact, improves the comfort level of dress.

Further, the twist of the first low-twist composite yarn is 80-100 twists per meter; the twist of the second low-twist composite yarn is 80-100 twists per meter.

Further, the surface layer warp yarns comprise a surface layer first warp yarn 101 and a surface layer second warp yarn 104, and the surface layer weft yarns comprise a surface layer first weft yarn 201 and a surface layer second weft yarn 205; the inner layer warp yarns comprise an inner layer first warp yarn 102, an inner layer second warp yarn 103, an inner layer third warp yarn 105 and an inner layer fourth warp yarn 106, and the inner layer weft yarns comprise an inner layer first weft yarn 203, an inner layer second weft yarn 204, an inner layer third weft yarn 207 and an inner layer fourth weft yarn 208; the binder weft yarns include a first binder weft yarn 202 and a second binder weft yarn 206.

Further, with the warp as a reference, the floating and sinking states of the first surface layer weft 201 with respect to each warp are sequentially: sinking-floating; the float and sink conditions of the first binder weft yarn 202 are, in order: floating-sinking-floating; the sinking and floating states of the first weft yarns 203 in the inner layer are as follows: sinking-floating-sinking-floating; the sinking and floating states of the second weft yarns 204 in the inner layer are as follows: sinking-floating; the floating and sinking states of the surface layer second weft yarns 205 are as follows: floating-sinking-floating; the float and sink conditions of the second binder weft yarn 206 are, in order: sink-float-sink; the floating and sinking states of the third weft yarn 207 in the inner layer are as follows: sinking-floating-sinking; the floating and sinking states of the fourth weft yarn 208 in the inner layer are as follows: sinking-floating-sinking.

The foregoing detailed description of the preferred embodiments of the utility model has been presented. It should be understood that numerous modifications and variations could be devised by those skilled in the art in light of the present teachings without departing from the inventive concepts. Therefore, the technical solutions available to those skilled in the art through logic analysis, reasoning and limited experiments based on the prior art according to the concept of the present invention should be within the scope of protection defined by the claims.

Claims

1. The negative ion polyester fabric is formed by interweaving warp yarns and weft yarns according to a binding weft organization, and is characterized in that the warp yarns comprise surface layer warp yarns and lining layer warp yarns, and the weft yarns comprise surface layer weft yarns and lining layer weft yarns; the surface layer warp yarns and the surface layer weft yarns are interwoven to form a surface layer (1), and the inner layer warp yarns and the inner layer weft yarns are interwoven to form an inner layer (2); the surface layer (1) and the inner layer (2) are connected by weft binder yarns;

2. The negative ion polyester fabric according to claim 1, wherein the cross section of the monofilaments in the inner layer warp yarns is I-shaped, Y-shaped or cross-shaped; the sections of the monofilaments in the inner layer weft yarns are I-shaped, Y-shaped or cross-shaped.

3. The negative ion polyester fabric according to claim 1, wherein the twist of the first low-twist composite yarn is 80-100 twists per meter; the twist of the second low-twist composite yarn is 80-100 twists per meter.

4. The negative ion polyester fabric according to claim 1, wherein the surface layer warp yarns comprise surface layer first warp yarns (101) and surface layer second warp yarns (104), and the surface layer weft yarns comprise surface layer first weft yarns (201) and surface layer second weft yarns (205); the inner layer warp yarns comprise inner layer first warp yarns (102), inner layer second warp yarns (103), inner layer third warp yarns (105) and inner layer fourth warp yarns (106), and the inner layer weft yarns comprise inner layer first weft yarns (203), inner layer second weft yarns (204), inner layer third weft yarns (207) and inner layer fourth weft yarns (208); the binder weft yarns include a first binder weft yarn (202) and a second binder weft yarn (206).

5. The negative ion polyester fabric according to claim 1, wherein the sinking and floating states of the first surface weft yarns (201) relative to each warp yarn are as follows in sequence by taking the warp yarn as a reference: sinking-floating; the float and sink states of the first binder weft thread (202) are in this order: floating-sinking-floating; the floating and sinking states of the first weft (203) of the inner layer are as follows in sequence: sinking-floating-sinking-floating; the floating and sinking states of the second weft yarns (204) in the inner layer are as follows in sequence: sinking-floating; the floating and sinking states of the second weft yarns (205) on the surface layer are as follows in sequence: floating-sinking-floating; the float and sink states of the second weft binder thread (206) are in this order: sink-float-sink; the floating and sinking states of the third weft (207) of the inner layer are as follows in sequence: sinking-floating-sinking; the floating and sinking states of the fourth weft (208) at the inner layer are as follows in sequence: sinking-floating-sinking.