KR20120065200A

KR20120065200A - Elongation-proof treated fabrics of apparel end , the process for making elongation-proof treated fabrics of apparel end, apparel end made from elnogation-proof treated fabrics, the apparel attached the apparel end made from elnogation-proof treated fabrics

Info

Publication number: KR20120065200A
Application number: KR1020100126577A
Authority: KR
Inventors: 조상준
Original assignee: 조상준
Priority date: 2010-12-11
Filing date: 2010-12-11
Publication date: 2012-06-20
Also published as: WO2012077848A1

Abstract

The present invention relates to a method of obtaining an elongation prevention effect by processing the fabric for the end material of the garment using an elastic film, by adsorbing the film to the end material fabric with heat and pressure to give a stretch prevention effect to the end material fabric It prevents the end of clothing such as neck collar and the end of clothing from being worn and washed continuously. It prevents the appearance and function from being damaged by the end of the garment. It has the effect of increasing the lifespan. It is adjustable and can provide an appropriate stretch prevention effect for the clothing ends of various widths.

Description

Fabric for the end-of-extension treated garment end material fabric, method for manufacturing the end-to-end garment end fabric fabric, garment end made from the above-mentioned stretch-prevented fabric, garment end made of stretch-resistant fabric combined {Elongation-proof treated fabrics of apparel end, The process for making elongation-proof treated fabrics of apparel end, apparel end made from elnogation-proof treated fabrics, The apparel attached the apparel end made from elnogation-proof treated fabrics}

The present invention relates to a method of manufacturing the garment end, specifically, the elastic force of the fabric by adsorbing a flexible film to the fabric used as a material in the manufacture of the neck end, sleeve end, hem, pants waist end, etc. forming the end of the garment To reinforce and prevent shrinkage of the fabric, the fabric manufacturing method, the clothing end, the clothing end is for the combined clothing.

In general, in manufacturing the end portions of the garment, such as neck, sleeve, hem, waist, etc., to prevent the fiber of the end portion from being unfolded, the fabric for the end material of the garment is folded in half and then sewn on both ends of the longitudinal direction. It is manufactured by coupling the open side of the unidirectional to the non-terminal portion of the garment.

Regarding the use of elastic fabric as the material of the end of the garment, knitted fabrics have been generally used. In the case of a fabric composed of elastic fibers such as cotton itself, the clothing is repeatedly worn and washed over time. As a result, the tissues of the fabric constituting the clothing end are loosened and loosened, so that the elastic force is lost, and the appearance of the fabric is loosened or crumpled. In order to solve this problem, there was a method of manufacturing a garment end by containing elastic fibers, but it did not solve the problem basically but slowed down the above problem.

As clothing is repeatedly worn and washed, the loops of the fabric tissue forming the clothing ends are loosened and loosened, which causes wrinkles, stretches and flows down during wear. It is an object of the present invention to provide a fabric which can be used as a garment end material which can be kept in a state of purchase for a long time, and a method of manufacturing the fabric.

In addition, to provide a garment end that can maintain the appearance, function of the garment manufactured using the stretch-resistant fabric for a long time.

In addition, to provide a garment that can maintain the appearance, function of the garment manufactured by combining the end of the stretched clothing for a long time.

The present invention to prevent the elongation of the clothing end by repeated wearing, washing

It provides a stretch-resistant garment end material fabric characterized in that the elastic film is adsorbed on the fabric by applying heat and pressure together with the end material fabric.

In another aspect, the present invention for producing the end material fabric

Preparing a fabric for the end material of the garment;

Preparing a film to be adsorbed; And

Applying heat and pressure to the fabric and film with a press device;

It provides a method for producing a stretch-resistant treated fabric comprising a

In another aspect, the present invention provides a garment end, characterized in that the fabric of claim 1 to prevent the increase of the end of the garment to maintain the appearance, function of the garment to increase the quality of the garment material.

It provides a garment that can maintain the appearance and function even after repeated wearing and washing, characterized in that the combination of the clothing end of claim 3.

The present invention described above has the following excellent effects.

First, the stretch-treated end material fabric of the present invention is reinforcing the elastic force of the original fabric, it is more difficult to lose it can be prevented from loosening or loosening the tissue of the fabric when an external force is applied. In addition, by controlling the thickness and the adsorption area of the film to be used, it is possible to provide a desired degree of elasticity to the various clothing ends according to the purpose.

Because the end material fabric and the film part of the layer is adsorbed and integrated, the elastic force reinforcement and preservation effect directly act on the fabric structure. Therefore, there is a more advantageous effect on the reinforcement, preservation of the elastic force of the fabric than the technique of simply placing the elastic body inside the clothing end.

Compared to the conventional techniques for mixing spandex with end materials, it is possible to easily obtain elastic reinforcement and preservation effect on the knit structure of general end materials, and replace the end materials with a fabric having excellent elastic preservation effect. It is simpler and more economical than the case, and it is possible to manufacture and use the garment end by preventing the stretching of the fabric of the same material as the non-end part without using the elastic material superior to the end of the garment. It can be matched and has an advantageous effect on processes such as dyeing. In addition, compared to the technology of simply placing the elastic body inside the garment end, only the fabric of the present invention is treated to prevent stretching of the garment after the end and there is an effect that can be made in accordance with the conventional technology without the additional process.

In addition, according to the production method of the present invention it is possible to provide the stretch-treated fabric.

In addition, the clothing end of the present invention is made of a stretch-treated fabric material as a material to preserve the original elastic force, to preserve the original form of the fabric tissue constituting the clothing end by repeated wearing and washing of the clothing or As it loosens, it loses its appearance, such as slackness, sagging, and loss of elasticity, which prevents the garment from flowing down or loosening its sleeves and impairing its ability to seep through the wind.

In addition, the garment of the present invention combines the above-mentioned clothing end can be stored in the state at the time of purchase even after repeated wearing and washing of the clothing, high quality to prevent damage to the appearance, function of the clothing by sagging of the clothing end, etc. Can have

1 is a configuration diagram of the end material fabric wound in the form of a roll
2 is a block diagram of a film wound in the form of a roll
Figure 3 is a cross-sectional view of the film wrapped on one side
Figure 4 is a block diagram of a process for adsorbing a film on the end material fabric
Figure 5 is a plan view of the film adsorbed on the fabric
Figure 6 is a cross-sectional view of the film adsorbed on the fabric
Figure 7 is a block diagram of a garment end made of a fabric for the end material
8 is a plan view of a garment top before the end of the garment
9 is a plan view of a garment top after the end of the garment
Figure 10 is a plan view of the bottom of the garment before joining the garment end
11 is a plan view of the bottom of the garment after joining the garment ends
12 is a plan view of the film adsorption position in consideration of folding in half when manufacturing the fabric for the neck material

Before describing in detail, terms used in the present specification are defined as follows.

1. The meaning of clothing used in the present specification includes both tops and bottoms. In the case of tops, the front is not separated and refers to the tops that are worn by passing through the head to the neck portion. Bottoms in the form of preventing falling.

2. Apparel end is double layered like neck end (Fig. 6-106a), sleeve end (Fig. 6-106b), hem (Fig. 6-106c), pants waist (Fig. 7-107a), and hem (Fig. 7-107b). It is the circumference of the end of clothing of a certain width to be processed. The rest of the garment, the body or the sleeveless arm, is called the non-terminal end.

3. The end material fabric refers to a fabric having elasticity as the fabric used for the manufacture of the garment ends of the present specification.

4. The film used as a component of the present invention is melted instantaneously when it is heated above the melting point of the film, and becomes viscous. The elastic force is combined to penetrate and penetrate into the fabric tissue subjected to heat and pressure. Say a film with.

5. The elastic force in this specification is the force to be restored to the initial state.

Hereinafter will be described in detail with respect to the garment end material-treated fabric, the method of manufacturing the fabric, the garment end made of the fabric material for the stretch-prevention treated clothing end material according to the present invention, the garment combined with the garment end. The drawings attached to the invention are illustrative.

1. Fabric for clothing end material treated with elongation prevention

As the material of the clothing end, the elastic film is adsorbed onto the fabric so that the fabric and a part of the film are integrated (FIG. 3-102 d) so that the elastic force is reinforced and the stretch prevented fabric is configured as follows. .

The film is characterized in that the elastic force is adsorbed along the circumference of the fabric is integrated with the fabric to provide an elastic force that is reinforced and not lost to the fabric.

In addition, since the melted film is applied by applying heat, the molten film penetrates into the tissue of the fabric.

In other words, the entire film bonded to the fabric provides elasticity to reinforce and preserve the elasticity of the fabric, and the film layer absorbed by the fabric holds the fabric structure to maintain the fabric structure, thereby preserving the elasticity of the fabric. There is. The time to apply the heat above the melting point and the degree of pressure can control how much the film is absorbed and penetrated into the fabric, and the molten film can be completely absorbed and penetrated into the fabric tissue. However, it is desirable to allow a portion of the film to penetrate the tissue.

The adsorption area can be adjusted as the width and the elastic force of the fabric can be controlled by controlling the thickness and the adsorption width of the film.

If the adsorption width is smaller than the width of the fabric, which part of the width of the fabric is to be adsorbed can be determined according to the needs. Preferably, the end fabric is folded to half to be the end of the garment. It is preferable to bias and adsorb | suck (FIG. 12).

In order to obtain a stronger elastic force with the same thickness of the film of the same material to increase the adsorption width, if you use a thin film of the same material to increase the adsorption width than the film of a larger thickness to obtain the same elastic force.

The adsorption area can be up to the entire fabric cross section.

To enumerate the desirable properties of the film having the above properties, it is appropriate to have a melting point of 100 degrees Celsius or more in consideration of washing clothes in hot water. It is advantageous for the fabric to cure as quickly as possible after adsorption with heat and pressure with the fabric. It is desirable to have adhesion that can be in close contact with the penetrated fabric tissue.

As a film to be adsorbed onto a fabric in consideration of the above properties, a hot melt film is exemplified, and a polyurethane-based hot melt film is suitable among the hot melt films. Hot melt polyurethanes are thermoplastic solids at room temperature before application and contain isocyanates. It melts at high temperature like a general hot melt and is applied in a molten state, and it cures at the same time as cooling, so that curing is completed in a short time and has excellent heat resistance and solvent resistance. One polyurethane hot melt has melting point of 130 degrees Celsius and softening point of 115 degrees Celsius. Applying heat and pressure with the fabric will cause some layers to adsorb onto the fabric (Fig. 3-102c, d, e with colored parts seeping into the fabric).

Appropriate use For example, in case of adsorbing a film of 0.05mm thickness on 4cm wide fabric, it is adsorbed along the circumference of the fabric with 1cm width, and it is the material of the neck of the garment end. You can get a dragon fabric.

The fabric to which the film is adsorbed may be a knitted fabric made of a conventional general cotton or the like, and may be used in a fabric of a material in which elastic fibers are mixed.

2. Method of manufacturing the fabric for the terminal material treated with stretching

Claims [1] A method for manufacturing a fabric for a garment end material, wherein the elastic force of the present invention is reinforced and is not lost, the method comprising: preparing a fabric to be used as a material of a garment end; Preparing a film having elasticity; Adhering the film to the fabric by applying heat and pressure to the fabric and the film, thereby integrating the fabric; Provide a method.

The step of preparing a fabric to be used as the material of the garment end is characterized in that the fabric for use in the garment end is cut into a predetermined width as needed to prepare a long rectangular shape. One side of the film is packaged so that the film is adsorbed only on the fabric side when heat and pressure is applied to the film. For example, it is preferable that the long rectangular fabric cut to a constant width be rolled in the form of a roll (Fig. 1-100A).

Preparing the film having the elastic force is characterized in that the film of a constant width to achieve a suitable adsorption area as in the preparation of the fabric is prepared in a long rectangular form. For example, it is preferable that a film of a constant width is rolled in the form of a roll (FIGS. 1-100B, c, d).

The step of adsorbing the film to the fabric by applying heat and pressure to the fabric and the film is characterized in that the heat and pressure is applied by placing the film on the fabric. The temperature at this time is slightly above the melting point of the film to be adsorbed, the pressure may be adjusted as necessary, and the pressure applied by a known t-shirt printing press machine is sufficient.

For example, the prepared rectangular-shaped fabric and film are simultaneously introduced into a roller press (FIG. 3) to apply the temperature and pressure set in the roller press apparatus. Specifically, a temperature slightly above the melting point of the film is appropriate and about 150 degrees Celsius is appropriate. At this time, it is preferable to use an appropriate induction part (Fig. 3-101c) so that the fabric and the film are placed at a predetermined position and drawn into the roller press device.

The film is adsorbed on the fabric that passes through the roller press. After passing through the roller press, peel off the packaging of the film. (Fig. 3-101e, Fig. 2-100d is the packaging of the film)

3. Apparel end made of stretch-resistant fabric

The neck, sleeve, hem and the waist, the hem, which are the ends of the garments manufactured using the stretch-treated fabric of the present invention as a material, generally have the following form and configuration. Specific values may vary in consideration of the purpose and characteristics of each clothing end. In general, the cuffs will be longer in width and smaller in circumference than the neck of the same garment.

Generally, the end of the garment of the present invention is made by folding the anti-stretched end material fabric in half based on the centerline of the width (104a) and tacking and sewing both ends of the longitudinal direction to be cylindrical (104b). When combined with the hour hand and sewing on the distal end (104c), the hour hand, sewing is made on the lower end of the garment before the end of the garment is generally open to the part is not tacked, sewn.

In general, the end fabric is folded so that the end portion of the film adsorbed on the end fabric is inside the end (104a).

Each kind of clothing end may vary the width of the fabric according to the use, and may vary the thickness or adsorption width of the film according to the degree of elasticity required. For example, in the case of the sleeve (FIG. 6-106B), the width of the fabric is generally wider than in the case of the neck (FIG. 6-106A), and in the case of the waist end under the clothing (FIG. 8-108A) to prevent it from flowing down. It may require a higher elastic force compared to the hem (Fig. 6-106c) and the like and may require the adsorption of a thicker film or a wider adsorption width.

4. Apparel combined with garment ends made of end-textile fabric

The clothing end is combined with a method such as tacking, sewing, etc. to the end portion of the garment which is not manufactured by the conventional method (Fig. 5) to constitute a finished garment. As described above, in the case of combining the end of each garment by the method of hour handing and sewing, a certain amount of width is left below the seam (Fig. 4-104c) and hour handing and sewing are performed along the circumference.

Film in cross section of film prepared in 100c roll form
Packing part of cross-sectional structure of film prepared in 100d roll form
Fabric before entering 101a roller press machine
Film before entering 101b roller press machine
101c retracted position guide
Roller of 101d roller press machine
101e film is adsorbed and film packaging is peeled off
102a, b, c, d, e Fabric and adsorbed film after passing through roller press unit
104a closed part at the end of clothing folded in half
104b seam at both ends to make the end of the garment folded in half
104c Part sewn when joined to the clothing end of the clothing end
105a, b, c Non-terminal and distal end portions on clothing
106a, b, c Clothing ends combined with non-ends on clothing
107a, b End-to-end portion joining under garment
108a, b Ends under clothing combined with non-ends under clothing

Claims

Stretch-resistant fabric characterized in that the elastic film is adsorbed onto the fabric by applying heat and pressure together with the fabric for the end material

Preparing a fabric for the end material of the garment;
Preparing a film to be adsorbed; And
Applying heat and pressure to the fabric and film with a press device;
Method for producing a stretch-resistant treated fabric comprising a

Clothing end characterized in that the fabric of claim 1 made from the material

Apparel characterized in that the combination of the clothing end of claim 3