KR101370860B1 - A metallic textile - Google Patents

Abstract

The present application relates to a textile paper provided to give a cool sensation effect so that you can feel a cool feeling not to sweat even when wearing a long shirt in the summer.
The present application provides a metallic textile paper having a cool sensation effect, but the aluminum (Al) metal or silver (Ag) metal has a characteristic of quickly dissipating heat transferred from the human body to the fabric paper provided as a garment using the characteristics It is an invention having a technical idea to apply a feature of aluminum or silver metal to provide a textile paper giving a cool feeling.
The present invention is obtained by blending aluminum or silver powder with a synthetic fiber raw material to obtain a weaving yarn and performing a weaving process to which the first means provided as a metallic textile paper is applied, or a separate aluminum yarn or a pulled silver yarn to weave together with a synthetic fiber yarn. The second means provided by the metallic textile paper is applied, or the application means selected from the third means provided by the metallic textile paper by coating / impregnating the fabric paper with aluminum or silver powder on the textile paper provided for the garment The purpose can be achieved.

Description

A metallic textile provided to give a cool haptic effect

The present invention relates to a metallic textile paper provided to give a cool haptic effect when worn by a person, and the textile paper of the present invention is provided as a textile paper for clothing or as a shoe material and wears clothes or shoes processed with the textile paper provided herein. It relates to a metallic textile paper provided to give a cool haptic effect.

The technical idea of the present application is to use aluminum (Al) metal with atomic number 13 or silver (Ag) metal with atomic number 47 to quickly release heat flowing in to the outside. In order to provide a metallic fabric paper that is applied to give the characteristics of the silver metal to give a cool feeling, the term 'metallic fabric paper' is used herein by embedding aluminum (Al) metal or silver (Ag) metal in the fabric paper. When used to define the characteristics of aluminum (Al) metal or silver (Ag) metal was intended to use as defined as a metallic textile paper.

In general, clothing is worn and detached and used to maintain the body's body temperature and direct fashion. It is one of the main food, and the shoe is worn to protect the foot. The shoe material provided herein is made of a fabric which can be used as the outer fabric, lining or sole of the sneakers provided by using the textile paper. To be applied, it can be used for the purpose of quickly discharging the accumulated heat of the area wrapped in the sneakers to the outside.

Even in the prior art, for those who work in hot and bad conditions such as furnaces, steelworks or shipyards in the hot summer season, they feel cool in harsh environments and further fill the ice or cool pads to protect the human body and improve work efficiency. When applied to the work vest having a freezer to put it in the freezer to remove it, if you put it in the freezer and take it out, because the temperature of the cold air is close to 0 ℃, bringing side effects to the body, filling the ice The ice melted rapidly, and the melted water rapidly rose in temperature. The cold period was short, and the sharpness of the ice caused the jacket to tear.

The present application is a textile paper provided to give a cool sensation effect so that you can feel the cool enough to not sweat even when wearing a long shirt in the summer rather than work clothes clothing to overcome such a poor working environment In addition, when the present fabric is applied to the shoe to reduce the phenomenon of exhausting sweat from the tight soles to provide a fabric that can provide a cool enough to not sweat the bottom of the foot It is an invention started with a problem.

The present application is to obtain the textile paper provided by applying the characteristics of the aluminum (aluminum / aluminum) and the atomic number 47 (silver) of the atomic number 13 to the clothing to give a cool haptic effect, aluminum (Al) is light silver and white It is a soft metal, one of the main elements that make up the earth's crust with oxygen and silicon.It is used as a main material for aircraft, ships, and vehicles by using the light and durable characteristics of aluminum. In addition, it is a metal that is widely used for making kitchen foils, printing plates, high-quality packaging paper, communication equipment, etc. because it can be made very thin because of its elongation property (ductility).

In addition, silver (Ag) is generally grayish white, but in the case of powder, it has a gray color. After gold, the metal is malleable (thinning property) and ductile (thin elongation property). It is a very good metal that is used a lot for making jewelry.

Looking at the prior art disclosed for the purpose of providing a garment that is provided so that people do not feel the heat and do not sweat and cool to wear clothes, such as the present application, registered utility model No. 0165948 is hot summer Provide cooling clothes as a means to avoid heat when working in hot or hot places, the inner skin is sewn into a predetermined shape to form a front pocket and a back pocket, the opening and closing means are installed on the top of the front pocket and back pocket. In addition, the front pocket is inserted into the front pocket and the rear pocket is provided with a cooling member having a single body of the cooling member, and the cooling member is mixed with water in the proportion of ganban stone, silica and jade powder particles of about 30% respectively. It is disclosed that the cooling clothes characterized in that the use is provided in a gel state.

As another similar technique, the technique disclosed in Korean Patent Publication No. 92924 relates to a cooling garment (vest) filled with a heat storage material, which creates a sealed space in a cooling garment and includes water + SAP, PCM, water in the sealed space. Cool pad made by filling any one of + PCM or water + SAP + encapsulated PCM powder is attached to the garment pocket. The heat storage material is water, water + SAP (super absorbent polymer), PCM (phase change material), a combination of water + PCM or water + SAP + encapsulated PCM powder in a predetermined ratio is disclosed using a freezer in the freezer.

However, the above conventional technology is a limited technology to be applied to those who have a special working environment, for example, a steel mill or a blast furnace, and work in an extreme working environment with an indoor working temperature in the range of 40 to 80 ° C. Fabric paper provided to give a cool sensation effect so that even if you wear a suit in the range of ℃ can feel a cool enough to not sweat (yet) has not yet been disclosed.

In addition, as a prior art disclosed with the technical concept for absorbing sweat inside the shoe, the Utility Model Registration No. 202505 technology is used as a shoe insole or bedding by applying charcoal powder to one surface of synthetic fiber such as fabric or polyester and nonwoven fabric. As a technology of textile paper coated with charcoal powder, 97% of charcoal powder, 2% of adhesive made of polyvinyl alcohol and acrylic binder, etc., on the surface of textile paper made of synthetic fiber such as forge, polyester, and non-woven fabric, and viscosity modifier 0.3 Disclosed is a textile paper coated by applying a charcoal mixture of%, antimicrobial agent 0.2%, and water 0.5% to form a layer of charcoal coating.

However, when the functional ingredient is coated or deposited as described above, when washing clothes or shoes, the adhesion of the functional ingredient is significantly reduced, thereby decreasing the functionality.

This summer is cool enough not to sweat even if you wear clothing fabrics and shoes provided to give a cool sensation that you can feel cool enough not to sweat even if you wear a long shirt in the summer. The invention started with the problem of providing a fabric for shoe processing that can provide a sense of (cool).

The present application provides a metallic textile paper having a cool sensation effect, but the aluminum (Al) metal having an atomic number of 13 rapidly discharges heat to the outside, so that the textile paper provided as a garment or textile material provided as a shoe material using aluminum The object of the present invention is to provide a metallic textile paper that gives a cool feeling by applying the characteristics of the metal.

The present application is to provide a metallic textile paper having a cool haptic effect as a means of obtaining direct irradiation by applying the properties of aluminum (Al) metal to the textile paper, the means for achieving the object is provided in four to five application forms Can be.

For example, the first means provided with metallic textile paper may be applied by blending fine aluminum powder provided in a size of 50 μm to 1 nm to a synthetic fiber raw material to obtain a weaving yarn and performing a weaving process.

In addition, a second means provided by a separate metallic yarn and woven together with synthetic fiber yarn is provided as a metallic textile paper is applied, or fine aluminum powder provided in a 50 ㎛ ~ 1 nm size by crushing the textile paper provided for clothing to the textile paper A third means of coating / impregnating the metallic textile paper may be applied and provided.

In addition, a fourth means is provided in which the aluminum metal powder is provided as an alloy with other metals on the fabric paper provided as a garment or a shoe processing fabric so as to be attached to the garment in the form of a button, a medal, a new ornament or a plate, or aluminum The metal powder is blended with the synthetic resin raw material and is selected from the fifth means provided attached to clothes or shoes in the form of buttons, medals, jewelery, or flakes to obtain the desired result by the method.

The inventors of the present invention apply the properties of aluminum metal to natural or synthetic fiber paper provided to be worn by a person to quickly release the heat transmitted from the body temperature when a person wears clothing to be provided to feel a cool haptic effect In addition, by applying the characteristics of the aluminum metal, the technical idea of the present application to the shoes worn by humans, the heat transmitted from the body temperature can be quickly released to the outside when the shoes are worn to provide a cool haptic effect It is confirmed and completed invention.

Cooling feeling of skin according to w% of the blending ratio of aluminum powder blended to synthetic fiber raw material when aluminum fiber is blended with synthetic fiber raw material in the manufacturing process of textile paper to obtain textile yarn In another weaving process, the aluminum yarn is used to be woven only on one side of the warp or weft yarn or both sides of the aluminum yarn when the fabric is obtained by pulling the aluminum yarn and weaving it together with the synthetic fiber yarn. According to the w% of the use ratio may be provided to adjust the cool (feel) the skin (cool) feeling.

In addition, the present application can achieve the object through the process of impregnating fine aluminum powder provided in the size of 50 ㎛ ~ 1 nm using a woven fabric woven in the twisted state, such as cotton, cotton or burlap, cotton, bar For example, a filament that is provided in a straight form without twisting the synthetic resin raw material of polyimide, polyethylene, polyester, ethylene vinyl acetate, ethylene acryl or its copolymer by injection molding or linear melt spinning with thermoplastic resin as chemical fiber or synthetic fiber In the provided textile paper, when the process of impregnating the aluminum powder provided herein does not secure a space to be adsorbed or embedded in the fiber yarn, the impregnation process is smoothly performed after the first impregnation process, and also the impregnation process is performed. Clothing is provided using synthetic fibers Although it can be confirmed that a cool feeling can be felt, when washing is performed for reuse after a certain period of time, a feeling of cool coolness is greatly reduced, and thus fine aluminum powder is applied to chemical fibers such as nylon and polyester. It is not preferable to apply the impregnation process of the present invention, and it is preferable to apply the process of impregnating fine aluminum powder provided in a size of 50 μm to 1 nm by using a woven fabric that is woven in a twisted state such as cotton, mineral wood or cotton or cotton. It is preferable to achieve the purpose.

In addition, the technical idea of the present application is a method of applying to the clothing or shoes the property of rapidly dissipating heat to the outside of the aluminum (Al) metal, the aluminum metal powder on the textile paper provided for the garment buttons with other metals and alloys It is attached to clothes in the form of medals, personal ornaments, or flakes. Aluminum (Al) metal is attached to clothes to quickly release heat transferred from the body temperature to the outside for a cool haptic effect. When a thin film plate made of aluminum metal powder and an alloy is applied to the fabric paper provided as a shoe material between the outer surface and the lining of the shoe, it provides a cool sensation effect on the feet and soles.

Therefore, according to the ratio of the aluminum metal contained in the metallic textile paper provided herein to the synthetic fiber raw material can be provided by adjusting the haptic effect to give a cool feeling according to the spring, summer, autumn, winter season characteristics, the technology of the present application When the clothing provided by the idea is worn in the summer, even if you wear a long-sleeved shirt and wear a suit, you do not sweat and can be provided to enjoy a refreshing touch and even when applied to shoes The same effect can be obtained.

In the case of wearing clothes or shoes provided by using the textile paper provided herein, when the body temperature of about 36 ° C., which is released from the body, is transmitted to the clothes, the skin is instantly cooled through the effect of dissipating heat to the outside. feel cool) and provides cool haptic effect.

The aluminum powder contained in the textile paper provided herein may be provided to adjust the cool feeling of the skin according to the proportion of the fine powder in the range of 0.1 to 50 μm is blended in the range of 5 to 40 w% of the synthetic fiber raw material. Depending on the characteristics of the spring, summer, autumn and winter seasons, it is possible to obtain a haptic effect, which is appropriately cool. For example, when woven into golf wear or provided as golf shoes using the textile paper provided herein, hot summer Even if you exercise in the sun, it can provide a cool haptic effect.

1 is an application example of a woven paper that can be woven by using an aluminum yarn and a polyester filament woven yarn as a weft and warp or alternately arranged in the present application.
Figure 2: Application example of the impregnation device that can be applied to impregnated aluminum powder on cotton fabric paper herein.

Hereinafter, embodiments of the present invention for implementing the technical idea of the present invention will be described with reference to the accompanying drawings, and the terms or words used in the specification or claims of the present application are construed to be limited to the common or dictionary meanings. The scope of the present application should be interpreted as meanings and concepts consistent with the technical spirit of the present invention, and the embodiments shown in the drawings are only one application for achieving the object of the present application and the present application. It is to be understood that there are various equivalents and modifications that can substitute for them at the time of the present application because they do not represent all of the technical ideas of the present invention.

The technical idea of the present application is a means for providing a metallic textile paper functioning to give a cool haptic effect, by applying a characteristic that quickly releases the heat transferred to the outside of the aluminum (Al) metal to the clothing to give a cool haptic effect As a means to achieve the purpose to provide, the first means provided by metallic textile paper by applying aluminum powder to the synthetic fiber raw material and weaving process is performed to provide a cool haptic effect to the body It can be achieved, first to describe the process of obtaining a woven yarn by blending aluminum powder with the synthetic fiber raw material mentioned as the first means in the first embodiment, in Example 1, the powder aluminum is pulverized after (sieve), aluminum powder with a particle size ranging from 50 μm to 1 nm Is an embodiment applied to a manufacturing process of the chamber for groups.

Example 1

A mixture of 15 kg of polyester chip and 15 kg of aluminum powder is placed in a heating stirrer and heated to 100 ° C. within 30 minutes, and the aluminum powder particles are mixed / attached with the polyester chip while rotating the stirrer 10 times per minute for 2 hours at this temperature. Slowly cooled to room temperature to prepare a 30kg masterbatch of a polyester chip mixed / attached aluminum particles.

Put the mixture of 30kg masterbatch and 70kg polyester chip prepared in the above process into a drying tank and heat and uniformly mix it for 30 minutes under the temperature of 170 ℃, and put the dried mixture into the hopper and give a certain amount of surface temperature of 265 ℃. Fed into a long screw-screw extruder chamber where the dried mixture is forced to be hot melted and uniformly mixed, and the melt mixture is extruded into a metering pump extrusion chamber where the pressure of the metering pump A spinneret having a size corresponding to the thickness of a monofilament of 60 d is melt-spun from 20 spinnerets formed, and a draw temperature of 80 ° C. is drawn at a draw ratio of 3.5.

Drawing (heating speed) Heat-stretched under the conditions of 450m / min and pretwisting of 40T.PM to give 15% by weight of aluminum, 1.98g / d of tensile strength and draw twist yarn type of 1,200d / 20f. yarn type) polyester multifilament fabric yarn was produced, the thickness of the monofilament constituting the yarn was 60d and there was no cutting of the monofilament in the stretching process or the twisting process.

In addition, the application mode presented as a second means to achieve the object herein is a second means provided by a metallic textile paper by pulling the aluminum yarn separately and woven together with synthetic fiber yarn can be applied, separately purchased and prepared aluminum yarn A configuration in which the second means provided by the metallic multi-filament fabric yarn obtained in Example 1 and provided as a metallic textile paper can be applied can be described with reference to the drawings of FIGS. 1A and 1B, in the weaving of medical textile paper Weaving alternately weaving warp and weft yarns, but each of the warp 110 and weft yarn 120 weaving successively repeated alternately of the aluminum yarn 130 and the polyester multifilament fabric yarn 140 obtained in Example 1 Applied in a configuration or provided with one of the warp 110 and the weft 120 is provided with a conventional polyester filament fabric yarn Can be applied as

The application shown in FIGS. 1A and 1B alternately arranges warp 110 with aluminum yarn 130 and the polyester multifilament fabric yarn 140 obtained in Example 1, and the weft 120 also warps 110. In the same manner, the aluminum yarn 130 and the polyester multifilament fabric yarn 140 obtained in Example 1 may be applied in a configuration in which the yarns are fed in the lateral direction of the warp 110 in an alternating configuration. As shown, the warp yarn 110 is called a warp yarn in a vertical row, the weft yarn 120 is called a weft yarn in a horizontal row, when the warp yarn 110 is alternately intersected by supplying the weft 120 to the inside is already known in the art to be.

Figure 2 is intended to show an application that can be provided as a metallic textile paper by coating / impregnating the aluminum paper on the textile paper to the textile paper provided for clothing as a third means to achieve the object herein, in Figure 2 The cotton fiber fabric 10 obtained through the process is provided by winding the soak rolls 1, and the impregnating tank 20 is mixed with a water-soluble acrylic binder in an amount of 10 to 40 w% in an aluminum powder having a particle size of 0.1 to 1 μm. The cotton fiber fabric 10 is deposited on the provided impregnation liquid to show an example of application that can be provided by coating / impregnating aluminum powder on a fabric paper.

The impregnation solution applied to impregnate the aluminum component in the cotton fiber fabric herein is first made an aqueous solution provided, including 80 parts by weight of water-soluble acrylic resin binder, 15 parts by weight of potassium silicate, 10 parts by weight of titanium dioxide, based on 100 parts by weight of water, 50 parts by weight of aluminum powder having a particle size of 0.1 to 1 μm was mixed with the aqueous solution, followed by stirring to obtain an aluminum impregnation liquid having a kneaded state.

Referring to the application example in which the impregnation liquid is impregnated in the fabric paper through Figure 2, the cotton fiber fabric 10 is introduced into the impregnation tank 20 via the tension roller (2) and the cotton fabric across the support rollers 3, 4 The cotton fabric impregnated with the aluminum component and containing aluminum at a predetermined thickness over the pressure rollers 5 and 6 for adjusting the impregnation thickness is pressed to the desired thickness through the heat compression rollers (7, 8) and the tension rollers (9, 11, 12). After the first drying in the low temperature conditions of 100 ~ 120 ℃ range through the preliminary drying furnace (30) through the main drying furnace (40) after the second drying in high temperature conditions of 140 ~ 160 ℃ cold air After the blower cooling bath 50 to blow through the cutting machine 60 is cut to the desired size shows an application that can be provided to the cotton fiber fabric 70 impregnated with the aluminum component.

1: Fabric pile roll 2, 9, 11, 12: Tension roller
3, 4: support rollers 5, 6: pressure rollers for thickness adjustment
7, 8: hot pressing roller 10: cotton fiber fabric
20: impregnation tank 30: preliminary drying
40: main drying furnace 50: blower cooling tank
60: cutter 100: processed cotton fiber fabric
110: warp 120: weft
130: aluminum yarn 140: polyester fabric yarn

Claims (4)

In the metallic textile paper provided to apply the characteristics of the metal to the textile paper provided as clothing or footwear materials to give a cool haptic effect,
Aluminium (Al) metal powder having an atomic number of 13 is a fine powder in the range of 50 μm to 1.0 nm, and is blended in the range of 5 to 40 w% to the raw material of synthetic fiber to obtain a woven yarn and perform a weaving process with the woven yarn to provide a haptic effect. Metallic fabric paper characterized in that. delete In the manufacturing method of the metallic textile paper provided to give a cool haptic effect by using the property of containing aluminum (Al) metal in the clothes to quickly release the heat introduced to the outside,
Coating or impregnating the textile paper with fine aluminum powder in the range of 50 μm to 1.0 nm on the textile paper provided for the garment to obtain a metallic textile yarn;
Performing a weaving process using the metallic fabric yarn;
Metallic fabric paper manufacturing method characterized in that to obtain a metallic textile paper having a function of quickly releasing heat transferred to the outside by applying a manufacturing process comprising a. In the use method for applying to the clothing or shoes the property of rapidly discharging heat to the aluminum (Al) metal having the atomic number 13,
It is made by attaching aluminum powder in the range of 50 ㎛ to 1.0 ㎚ to other garments on textile paper provided as clothing or footwear material and attaching it to clothing in the form of buttons, medals, trinkets or flats. How to apply the property.

Images