JP2002105876A - Hot-press number (cloth), sticker, or emblem made from cloth - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a hot-press number (cloth), a sticker, or an emblem made from a cloth having excellent stretchability. SOLUTION: This thermal hot-press number (cloth), sticker, or emblem made from a cloth and obtained by disposing a thermoplastic synthetic resin film in a laminated or coated state on the back side of the cloth called a stretch suitable for forming the number (cloth), sticker or emblem having excellent stretchability and then adhering power scattered on the resin film to the resin film in a state maintaining the original shape of the powder.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a thermocompression type bib, sticker, and patch made of fabric.

[0002]

2. Description of the Related Art Up to now, when a thermo-compression type bib, sticker, emblem, etc. made of cloth are attached to athletic shirts and other clothes, they are applied in a state in which the fabric of the athletic shirts and other clothes are adapted to expansion and contraction. It was preferred to be worn. In order to make these thermo-compression-type bibs, stickers and patches, it was necessary to select a highly stretchable fabric. In addition, there has been much effort in the means for applying a thermocompression adhesive which is attached to the lining of a fabric such as a bib, a sticker, an emblem or the like while utilizing the characteristics of the fabric.

Heretofore, the back surface of a fabric such as a bib, sticker, emblem or the like on which the desired characters, patterns, etc. have been printed on the surface has been coated with a heat-fusible synthetic resin solution or heat-fusible. A heat-fusible synthetic resin adhesive layer was formed on the cloth by means of laminating a synthetic resin film. To attach the bib, sticker, and emblem of this configuration to athletic shirts and other clothes, apply a heat-sealable synthetic resin solution formed on the back surface of the bib, sticker, or emblem fabric and heat-bond it. The surface on which the heat-resistant synthetic resin adhesive layer is formed, or the surface on which the heat-fusible synthetic resin adhesive layer is formed by laminating a heat-fusible synthetic resin film, is superimposed on the cloth surface of the shirt or other clothes, It is heated and pressed with a heating and pressing device such as an iron, and the heat-fusible synthetic resin adhesive layer is melted between the back of the fabric constituting the bib, sticker, emblem and the like and the fabric surface of the exercise shirt and other clothes, and both are melted. Lamination and waiting for cooling, the operation of bonding both was performed.

However, when attaching the bib, sticker, emblem and exercise shirt or other clothes having the above-mentioned structure, the heat-fusible synthetic resin adhesive layer formed on the back surface of the bib, sticker or emblem fabric is used for exercise shirts, etc. Molten between the fabric surface of the garment, the molten resin seeps into the fabric and the fabric, and when it cools, as a layer in which the permeable resin exerts an anchor effect over the entire surface between the fabric and the fabric. Since they intervene, there is an inconvenience that a phenomenon occurs that the elasticity of the two is inhibited from each other.

[0005] Therefore, in order to construct a bib, sticker or emblem, instead of the above-mentioned means, a heat-fusible synthetic resin usually referred to as a powder in the industry is placed on the back surface of a bib, sticker, emblem or the like. The fine powder is melted by a machine called an applicator, and this is fused in a dot shape on the back surface of the fabric that constitutes the bib, sticker, and emblem.After cooling, the fused resin is fixed to the back surface of the fabric. Means of letting them be taken were taken. The bib, sticker and emblem made by this means are different from the above-mentioned conventional means, bib,
Instead of forming a heat-fusible synthetic resin layer on the entire back surface of the fabric constituting the sticker and emblem, the heat-fusible synthetic resin fixed in the back surface of the fabric by being fused in a dot shape is hot pressed. The number, the sticker, the back surface of the fabric constituting the emblem and the fabric surface of the exercise shirt or other clothes are melted again, and the dot back anchor effect is exerted with the molten resin so that the back surface of the fabric is stuck to the fabric surface. It is based on thought. However, the bonding of the bib, sticker, emblem, etc. made by this means to the cloth for exercise shirts and other clothes, because both are bonded in a dot shape, it retains the elasticity adapted to the expansion and contraction of both. There is a disadvantage that the adhesion is inferior to the washing resistance because of the dot shape.

[0006]

SUMMARY OF THE INVENTION According to the present invention, among the thermoplastic synthetic resin films, urethane and acrylic synthetic resin films are better than nylon and other synthetic resin films.
Focusing on excellent stretchability and flexibility, a urethane-based or acrylic-based thermoplastic synthetic resin film is applied to the back surface of the fabric that is the constituent material of bibs, stickers, and patches for stretchability and flexibility. Eliminates the inconvenience of bibs, stickers, and patches manufactured by the conventional manufacturing method of making the above-mentioned heat-fusible synthetic resin layer by making them, and forms the bibs, stickers, and patches on the back surface of the fabric constituting the bib The heat-fusible synthetic resin fine powder is adhered evenly in the same powder state without breaking the original form as much as possible, bib numbers, stickers,
A bib and sticker that firmly adheres to the fabric of sports shirts and other clothes so as not to cause inconvenience like the conventional product that attaches a heat-fusible synthetic resin in the form of dots to the back of the fabric that is the constituent material of the emblem , Trying to make an emblem.

[0007]

Means for Solving the Problems A thermoplastic synthetic resin solution such as urethane or acrylic is adhered to the back surface of a fabric called stretch suitable for forming a bib, sticker, emblem or the like having excellent elasticity. The surface is coated with a heat-fusible synthetic resin powder and dried to form a thermoplastic synthetic resin film in which the adhered surface is laminated or coated on the back surface of the fabric, and the resin is kept in its original form while the powder is maintained. Thermo-compression type bibs, stickers and patches made of cloth adhered to the membrane.

[0008]

BEST MODE FOR CARRYING OUT THE INVENTION The fabric constituting the bib, sticker, emblem and the like constituting the present invention can be obtained regardless of what kind of cloth the sports shirt or other clothes are made of.
A fabric that exhibits elasticity in conformity with the elasticity of the fabric, for example, a stretchable fabric called stretch is used.
On the surface of the cloth, required characters, designs, and the like are printed to form numbers, stickers, and patches (not shown).
Until now, a nylon-based heat-sealable synthetic resin film was laminated on the back of the fabric to form an adhesive layer, but this means that fabrics with high elasticity can be used to make bibs, stickers and patches. Even if it is used, nylon-based heat-fusible synthetic resin film inherently lacks stretchability and flexibility, so even if it is used as an adhesive layer for bibs, stickers, patches, etc. When adhered to the fabric of clothes, the bib, sticker, emblem fabric will eventually become bib, sticker, emblem which may hinder stretchability, so in the present invention, the nylon-based synthetic resin Instead of using a solution of a material that makes thermoplastic synthetic resin films such as urethane and acrylic that are highly flexible and exhibit a cushioning function, Ken, stickers, decided to form a deposition surface for adhering the heat-fusible synthetic resin powder to the fabric back surface is a constituent member of the emblem.

Next, a method for producing a thermo-compression type bib, sticker, and emblem made of cloth according to the present invention will be described. The urethane-based or acrylic-based thermoplastic synthetic resin solution is applied in an extremely thin state or sprayed on the back surface of the fabric 1 called the stretch. Then, the attachment surface 2 of the heat-fusible synthetic resin powder using the thermoplastic synthetic resin solution is formed. The formation of the adhesion surface 2 by applying or spraying the thermoplastic synthetic resin solution is performed by attaching the heat-fusible synthetic resin powder 3 to be sprayed later to the back of the fabric 1 through the adhesion surface 2 without breaking the original shape. Therefore, it is only necessary to apply or spray such that the function is exhibited. After the above operation,
While the synthetic resin solution is not dried, the heat-fusible synthetic resin powder 3 is evenly spread on the heat-fusible synthetic resin powder adhering surface 2 which is the application surface or the spray surface. That is, after performing the operation, the thermoplastic synthetic resin solution is coated or sprayed on the heat-fusible synthetic resin powder-adhering surface 2 to the cloth 1.
Then, drying is performed so that the heat-fusible synthetic resin powder adheres firmly to the back surface of the heat-fusible synthetic resin powder. This drying may be natural drying, but in practice, heating drying is performed at a certain temperature to promote drying. This drying must not be such that the original shape of the heat-fusible synthetic resin powder 3 is broken and melted.

After this operation, by cooling, the heat-fusible synthetic resin powder-adhering surface 2 is firmly adhered to the back of the fabric 1 as shown in FIG. 1, and the sprayed heat-fusible synthetic resin powder 3 is melted. The fabric 1 is attached via the heat-fusible synthetic resin powder adhering surface 2 formed by the solution while maintaining the original shape.
It will adhere in a state of being evenly spread on the back. In this state, the heat-fusible synthetic resin powder-adhering surface 2 formed on the back surface of the fabric 1 is formed as a thin film in a state of being laminated or coated with a thermoplastic synthetic resin. The synthetic resin powder 3 adheres in a fused state without breaking the original shape. The thin film, which is the adhesion surface 2 formed by laminating or coating the back surface of the fabric 1 with a thermoplastic synthetic resin solution, is a thin film that takes advantage of the characteristics of the original urethane or acrylic film. Of course there is. As a result, the number, sticker, and emblem of the present invention are completed. That is, if the heat-fusing synthetic resin adhesive layer is not formed on the back surface of the fabric constituting the bib, sticker, or emblem as in the conventional product, the heat-fusing synthetic resin powder is melted on the back of the fabric to form a dot. It does not fuse in a shape.

In order to attach the bib, sticker, and emblem according to the present invention to athletic shirts and other clothes, only the heat-fusible synthetic resin powder 3 is melted without melting the thin-film attachment surface 2. Under the temperature condition of about two degrees, the spraying surface of the powder 3 adhered to the adhered surface 2 as the thin film formed on the back of the fabric 1 constituting the bib, sticker, emblem, etc. Are superimposed and heated and pressed.

By this operation, the heat is a thin film surface in a state of being coated or laminated with a thermoplastic synthetic resin solution such as urethane or acrylic on the back of the fabric 1 constituting the bib, sticker or emblem. The heat-fusible synthetic resin powder 3 which is uniformly fixed to the surface 2 where the synthetic resin powder is adhered while being fused is melted between the surface 2 and the surface of the cloth 4 of the exercise shirt or other clothes. The melted resin is fused to the back surface of the fabric 1 without changing the original characteristics of the thin-film-like heat-fusible synthetic resin powder-attached surface 2 in a state of being coated or laminated thereon. The resin powder 3 whose original shape has been fixed to the weaves, stitches and fibers breaks down the original shape by heating and pressing, and the molten resin permeates in a state where it is press-fitted. And after this is cooled,
The molten heat-fusible synthetic resin powder 3 penetrates in a state where it is pressed into the cloth 4 to provide a so-called anchor function to the cloth 4.
2 and firmly adheres the cloth 1 and the cloth 4 having the adhesion surface 2 formed on the back surface as shown in FIG.

[0013]

According to the present invention, since the heat-fusible synthetic resin powder adheres to the back of the fabric constituting the bib, sticker, emblem and the like, the adhesive state of the conventional heat-fusible synthetic resin powder is as described above. Unlike the bib, sticker, emblem, etc., the acrylic on the back of the fabric constituting the emblem and the like, which is excellent in elasticity made of urethane-based synthetic resin, and also has a flexible attachment surface and the sports shirt and other clothes. The fabric surface is evenly bonded with the heat-fusible synthetic resin powder. Therefore, bibs, stickers, emblems, etc. can be used for sports shirts, etc. in a state of maintaining elasticity and having excellent stretchability and washing resistance without impairing the characteristics of fabric called stretch, which constitutes bibs, stickers, patches. Can be attached to clothes.

[Brief description of the drawings]

FIG. 1 is a sectional view of a thermo-compression type bib, sticker, and emblem of the present invention.

FIG. 2 is a cross-sectional view when the thermo-compression type bib, sticker, and emblem of the present invention are attached to a sports shirt or other clothes.

[Explanation of symbols]

 1. Fabric 2. 2. Surface on which heat-fusible synthetic resin powder is attached 3. Heat-fusible synthetic resin powder Athletic shirts and other clothing fabrics

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) G09F 3/10 G09F 3/10 C 7/00 7/00 N // A41D 27/08 A41D 27/08 C C09J 7/02 C09J 7/02 ZF term (reference) 3B035 AA02 AB05 AB20 AC11 AD04 AD11 AD17 4F100 AK01C AK25B AK51B BA03 BA07 BA10A BA10C DE01C DG11A GB90 HB00 HB31 JK08 JL12C JM10B01B01A01 AB01 AB01A4A01 AB01A01A04A01 BA22 BA38 CA11 CA18 DA01 DA12 EA15

Claims (1)

[Claims] 1. A bib, sticker, excellent in elasticity
A thermoplastic synthetic resin solution such as urethane or acrylic is adhered to the back surface of a fabric called stretch suitable for forming an emblem, etc., and a heat-fusible synthetic resin powder is sprayed on the adhered surface and dried. A thermo-compression type bib of cloth characterized in that the surface is a thermoplastic synthetic resin film laminated or coated on the back surface of the fabric, and the powder is fixed to the resin film while maintaining its original shape. Stickers, patches.