KR20030006409A - functional cloth for blind - Google Patents

Abstract

PURPOSE: Provided is functional textile for a blind which is characterized by having excellent conductivity because Elex yarn is mixed with synthetic fiber, preventing the propagation of bacteria, a bad smell generated by bacteria, and the generation of static electricity. CONSTITUTION: The functional textile(101) for the blind is obtained by: weaving textiles out of grey yarn containing synthetic fiber; using the elex yarn(102) as warp(103) or weft(104) at intervals of 10-20cm; and mixing 5-10% of the Elex yarn(102) based on total weight of the textile(101). The Elex yarn is obtained by coating acrylic yarn with copper sulfate(CuSO4).

Description

Functional cloth for blinds {functional cloth for blind}

The present invention relates to a functional fabric for blinds woven from a predetermined yarn made of synthetic fibers, and in particular, by interweaving the fabric by mixing a yarn made of synthetic fibers and Alex yarn, to prevent static electricity generated from the fabric, It relates to a functional fabric for blinds to achieve the deodorizing effect by preventing the breeding of bacteria.

In general, the blind is installed on the indoor side with a window to block a predetermined amount of light from the outside to the interior.

In order to improve the indoor environment, the blinds are used in various kinds of fabrics (1) to which predetermined colors and patterns have been applied. The fabrics are woven as various kinds of yarns made of synthetic fibers according to the manufacturer's choice. It is done.

Therefore, the fabric can create a variety of texture according to the selection of the yarn, as well as weaving a pattern of various shapes, to meet the taste of the consumer to improve the competitiveness.

However, the above-described conventional blind fabric 1 is woven only from yarns made of synthetic fibers such as nylon yarn, polyester yarn, acrylic yarn, modacryl yarn and vinylal yarn as described above. As is well known, the generation of static electricity is inevitable, and thus, when the semiconductor or the instrument is used in the vicinity of the blind, there is a problem that the semiconductor is damaged or causes a measurement failure. Problems that require frequent washing due to user's discomfort when used for a long period of time, and when there is flammable gas or solvent in the vicinity, there is always a problem that the risk of explosion of solvent or gas by static electricity generated from the fabric There is this.

In addition, by the moisture absorbed by the above-mentioned fabric (1), various bacteria can be easily breeding, and in particular, mold is easily breeding, there is a problem that the appearance of the aesthetics and the odor occurs in accordance with the breeding of bacteria.

On the other hand, when the user comes in contact with the static electricity generated from the fabric (1) of the blinds causes severe discomfort, depending on the constitution of the person, causing problems with menstruation or skin diseases, and weakens the immune function of the human body Or sperm production is a problem.

The present invention devised to solve the above problems, to prevent the static electricity generated from the fabric of the blind to remove the adverse effects on the human body and to prevent the growth of various bacteria in the fabric and resulting odor Serve the purpose.

1 is a view showing a woven structure of a blind woven only with conventional synthetic fibers.

Figure 2 is a view showing a weave structure of the blinds including the Alex yarn according to the present invention.

Explanation of Drawings

101-fabric 102-lexa 103-bevel

104-Weft

The above object, according to the present invention, in the blind using a fabric of a predetermined width woven of yarn made of synthetic fibers, the fabric 101 is a copper sulphate (CuSo ₄ ) coated with acrylic yarn (ELEX) company (102) is achieved by a functional fabric for blinds, characterized in that the blend is woven in a weight ratio of 5% to 10%.

In addition, it is preferable to allow the Alex yarn 102 to be woven at a predetermined interval on at least one of the inclination 103 and the weft 104 of the fabric 101.

Hereinafter, the configuration of the present invention with reference to Figure 2 as follows.

First, the fabric 101 of the blind according to the present invention, when weaving the fabric 101 with a predetermined yarn made of synthetic fibers, relative to the total weight of the fabric 101, the Lexar 102 is 5% to 10% % Can be used interchangeably, where the ELEX 102 company will be briefly described as follows.

The Alexa 102 is a reaction of copper sulfate (CuSo ₄ ) to the acrylic yarn, chemically bonding compounds such as copper (Cu), carbon (C) and nitrogen (N) compounds, sulfur (S) 10Cm It is intended to have a conductivity of ˜20 Cm.

Accordingly, the electrostatic prevention of the electrostatic charge generated by the Lexar company 102 is considerably prevented, and the electroconductivity is also safe for mechanical friction and chemical action, and excellent in antistatic effect even when mixed with other fibers in a small amount, especially copper It contains (Cu) ions and has features such as heat storage.

That is, the copper (Cu), which is the antimicrobial metal, ionizes, reaches the cell membrane of the microorganisms parasitic on the fabric by diffusion, adsorbs to the protein, and destroys the structure of the cells, thereby making metabolism impossible, thereby promoting the growth of bacteria. Because it stops, the antibacterial effect is very good.

Accordingly, it can be seen that sweat smell and odor are provoked by a dead body or feces of staphylococcus aureus, and thus the deodorizing effect is also excellent because the propagation activity of the bacteria is suppressed.

Weave the Alex company 102 to include 5% to 10% when weaving the fabric 101 of the blinds, which can be seen from the test results of the Korea Apparel Testing Institute of Table 1 below. This is because even if 10% or more is mixed, the same effect as the mixing ratio of 5% to 10% can be obtained.

Test report of KATRI Mixing rate [%] 0% 2.5% 5% 10% 20% 30% 40% 50% 100% Progress of breeding +0 +0 ± 0 -0 -0 -0 -0 -0 -0

[-]: Inhibits the growth of bacteria.

[+]: Germs progress.

[±]: Bacterial propagation is propagated 1/2 on the sample surface.

On the other hand, the copper (Cu) atoms of the Alexa company 102 is bonded to the fibers at regular intervals, when the sunlight is exposed to the metal copper atoms are thermal movement and exhibits the heat insulation and heat storage effect, and the conductivity is extremely excellent, the other fibers and a small amount When blended, it shows excellent antistatic effect, and washing resistance is good, so the effect can be obtained permanently.

Also, as shown in FIG. 2, the Alex yarn 102 is woven at least one of the warp 103 and the weft 104 at a predetermined interval. As described above, the conductivity of the Lex yarn 102 is about 10 cm. Since it affects up to ~ 20Cm, the Alexa company 102 can be woven at intervals within 10Cm or 20Cm, but the mixing ratio may be most preferably to maintain 5% to 10%.

As described above, the present invention provides excellent conductivity by mixing the predetermined yarn made of synthetic fiber with the Alex yarn, thereby preventing mold propagation in the fabric, and thus preventing mold growth in the fabric for the blind. By breeding, the surface can be contaminated and frequently washed, and the conventional problem can be solved. In addition, the odor generated by the bacteria can be prevented by suppressing the occurrence of bacteria, thereby achieving sanitary use and preventing static electricity. It can prevent the fundamental effects of the adverse effects on the human body and equipment caused by static electricity.

Claims (2)

In the blind using a fabric of a predetermined width woven from yarn made of synthetic fibers, The fabric is a functional fabric for blinds, characterized in that weave is mixed in a weight ratio of 5% to 10% of Alexa Co. coated with copper sulfate on acrylic yarns. The method of claim 1, Functional fabric for blinds, characterized in that to be woven at least one of the inclination and weft of the fabric at a predetermined interval.