JPH0959865A - Embroidery mark structure - Google Patents

Abstract

(57) [Summary] [Purpose] To prevent the embroidery thread from fraying or coming off without damaging the touch. Soften the embroidery marks to improve the feel. [Structure] Embroidery thread 3 and cloth 1 by automatic embroidery sewing machine
With respect to the embroidery mark 2 formed by the sewing machine embroidery pierced on the front and back sides, after the sewing machine embroidery is finished, the heat-bondable nonwoven fabric ultrathin sheet 4 is arranged so as to cover the embroidery mark 2 from the back surface of the fabric material 1, Thermal adhesive non-woven ultra-thin sheet 4
Is melted by ironing, the back surface layer of the cloth material 1 and the back embroidery thread 3 of the embroidery mark 2 are impregnated and bonded in a flexible state.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a mark forming technique for embroidering a garment material, and more particularly to a structure of an embroidery mark having improved texture and texture.

[0002]

2. Description of the Related Art Conventionally, sports clothes having large marks or logos displayed on the chest or back have been worn, but there are various kinds of marks such as printing, appliqué, or embroidery. Then, in the structure in which the cloth is directly embroidered, the embroidery thread 51 is stabbed into the cloth material 50 by using the automatic embroidery sewing machine as in the Sagara embroidery shown in FIG.
Is formed.

For the purpose of preventing the embroidery thread 51 from fraying at the start and end of the embroidery mark 52 from being frayed and the embroidery thread 51 from coming off, in particular, in the Sagara embroidery, the periphery of the embroidery mark 52 is "Grillon thread (trade name)". A thin wire of the heat-shrinkable memory resin thread 53, which is referred to as "," is pressed and sewn from above the embroidery mark 52, and then heat-treated by ironing.

The heat-shrinkable memory resin thread 53 shrinks in the fiber direction along with the heat treatment by ironing, and the shrinkage causes the heat-shrinkable memory resin thread 53 on the surface of the embroidery mark 52 to be a cloth material. Since the tension between the front and back of the embroidery 50 increases and falls between the piles of the embroidery thread 51, the embroidery thread 52 is retracted and hidden from the surface, and the embroidery thread 51 located on the periphery of the embroidery mark 52 is pressed and maintained.
Not only the embroidery thread at the beginning and the end of sewing, but also the end of the embroidery thread where the thread breaks is held down so that it does not fray.

[0005]

However, since the heat-shrinkable memory resin thread 53 is an extremely fine filament that does not affect the display of the embroidery mark 52, the thread breaks due to the deformation stress during the heat treatment. It is easy to occur. In the structure of Sagara embroidery, the heat-shrinkable memory resin thread 53 is sewn between the front and back of the cloth material 50 to press the embroidery mark 52 to prevent the embroidery thread 51 from fraying. When embroidering on a lighter cloth, when the heat-shrinkable memory resin thread breaks due to the heat treatment, the thread breaks appear on the front and back surfaces of the cloth material, and the touch of the embroidery mark is significantly impaired. In addition to the above, there is a problem that the wearer's skin may be damaged due to the stimulating action of the thread break.

The present invention has been made in view of the above problems, and in embroidery marks for displaying various marks and logos on a cloth material by sewing machine embroidery, even if the cloth material is thin, the embroidery thread is not frayed. An object of the present invention is to provide a structure of an embroidery mark that can prevent the embroidery thread from coming off and soften the rubbing of the embroidery mark portion while preventing the embroidery thread from slipping off.

[0007]

The structure of the embroidery mark according to the present invention is an embroidery mark formed by the sewing machine embroidery in which an embroidery thread is pierced through the front and back of a cloth material by an automatic embroidery sewing machine. After that, a heat-adhesive non-woven ultra-thin sheet made of a heat-soluble synthetic resin is placed so as to cover the embroidery mark from the back side of the cloth material, and the heat-adhesive non-woven ultra-thin sheet is melted by heat treatment. The gist is that the embroidery threads on the back surface of the cloth material and the back surface of the embroidery mark are impregnated and bonded in a flexible state.

Further, in the structure of the embroidery mark, after the sewing machine embroidery on the cloth material is completed, a heat-adhesive non-woven fabric ultrathin sheet made of a heat-soluble synthetic resin is appropriately covered on the embroidery mark from the back surface of the cloth material. It has a multilayer structure in which a fabric lining is arranged on the back side of the fabric material via a heat-adhesive non-woven ultra-thin sheet, and the multi-layer structure sheet is heat-treated to dissolve the heat-adhesive non-woven ultra-thin sheet. Alternatively, the back surface layer of the cloth material, the inner surface layer of the cloth lining, and the embroidery thread on the side of the embroidery mark may be impregnated and bonded in a flexible state.

[0009]

In the above structure, the embroidery thread of the embroidery mark pierced on the front and back of the cloth material is adhered to the back surface layer of the cloth material while maintaining flexibility by the melt film of the heat-adhesive non-woven ultra-thin sheet. Therefore, not only when the embroidery thread is sewn at the beginning or the end of the sewing, but also when the thread breaks, the stitch of the sewing machine does not fray.

Further, since the embroidery thread of the embroidery mark is covered with the melted film of the heat-adhesive non-woven ultra-thin sheet, the surface which comes into contact with the skin of the wearer may directly rub against the embroidery thread. In addition, it is possible to maintain good touch.

Further, in another structure, after the sewing machine is finished embroidering, when it is heat-treated by ironing or the like, the ultra-thin sheet of the heat-adhesive non-woven fabric is melted, and the back surface layer of the cloth material and the inner surface layer of the cloth lining are covered. Also, the multi-layer structure is adhered to the embroidery mark side by embedding the embroidery thread in a flexible state.

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The structure of an embroidery mark according to the present invention will be described below with reference to the embodiments shown in the drawings. [Embodiment 1] FIGS. 1 and 2 show a first embodiment. Reference numeral 1 denotes a cloth material such as sportswear or general clothes or bags to which the embroidery mark 2 is applied. In this embodiment, the embroidery mark 2 is applied to the relatively thin cloth material 1.

The embroidery mark 2 is constituted by a sewing machine embroidery in which an embroidery thread 3 is pierced through the cloth material 1 under an automatic embroidery sewing machine (not shown). Generally, when the embroidery thread 3 at the end of sewing is pulled. , The structure is such that the stitches are frayed.

After the embroidery of the sewing machine by the automatic sewing machine is completed, a heat-adhesive non-woven fabric ultrathin sheet 4 made of nylon resin fiber called Spunpond (trade name) is put on the embroidery mark 2 from the back surface of the cloth material 1. The heat-adhesive non-woven ultra-thin sheet 4 is melted by ironing, and the back surface layer of the cloth material 1 and the embroidery mark 2 are melted.
The back side embroidery thread 3 is impregnated and bonded in a flexible state.

In the structure of the embroidery mark, the embroidery thread 3 of the embroidery mark 2 pierced on the front and back of the cloth material 1 is flexible with the back surface of the cloth material 1 by the melted film of the heat-adhesive non-woven ultra-thin sheet 4. It is adhered while maintaining its sex. Therefore,
Not only when the embroidery thread 3 is sewn and when it is sewn, but also when thread breakage occurs, the stitches of the sewing machine embroidery do not fray.

Since the embroidery thread 3 of the embroidery mark 2 is covered with the melted film of the heat-adhesive non-woven ultra-thin sheet 4, the surface of the wearer's skin that comes into contact with the skin directly slides on the embroidery thread 3. It does not rub, and it can retain good touch.

[Embodiment 2] FIG. 3 shows a second embodiment of the present invention. In this embodiment, an embroidery mark 2 is applied to a relatively thick cloth cloth 1. The embroidery mark 2 is embroidered on the sewing machine so that the embroidery thread 3 forms a pile loop on the surface side of the cloth material 1, which is called Sagara embroidery.

First, the heat-adhesive non-woven fabric ultrathin sheet 4 is arranged on the back surface of the cloth material 1. Embroidery mark 2
Is formed from the state by the embroidery thread 3 under the automatic embroidery sewing machine. The embroidery thread 3 pierced with the cloth material 1 and the heat-adhesive non-woven ultra-thin sheet 4 is entwined with the back surface of the heat-adhesive non-woven ultra-thin sheet 4, and a cloth lining 5 is layered on the surface.

Thereafter, the cloth lining 5 is ironed.
When heat-treated from the side, the heat-adhesive non-woven ultra-thin sheet 4
Is melted and impregnated into the back surface layer of the cloth material 1, the inner surface layer of the cloth backing 5 and the side embroidery thread 3 of the embroidery mark 2 and bonded in a flexible state.

[Embodiment 3] FIG. 4 shows still another embodiment, in which a mark, a logo, or the like is provided on the back surface of the cloth material 1 so that clothes or the like can be reversibly worn. It is a thing. Explaining the part different from the second embodiment, reference numeral 6 is a transparent material sheet material provided in place of the cloth lining 5.

As the transparent sheet material 6, a colorless or colored transparent material can be used, and a drawing such as a colored mark or logo can be displayed on the transparent sheet material 6 by printing or the like in advance. it can. In the structure of the embroidery mark of this embodiment, since the cloth material 1 can be seen through the transparent sheet material 6, clothes or the like can be used reversibly and the expression of the embroidery mark can be changed.

[0022]

As described above, in the structure of the embroidery mark according to the present invention, the embroidery thread of the embroidery mark pierced on the front and back of the cloth material is the back surface of the cloth material by the melt film of the heat-adhesive non-woven ultrathin sheet. Since it is adhered while maintaining flexibility with the surface layer, the stitches of the sewing machine embroidery do not fray not only when the embroidery thread is sewn at the beginning and at the end, but also when thread breakage occurs.

Further, since the embroidery thread of the embroidery mark is covered with the melt film of the heat-adhesive non-woven ultra-thin sheet, the embroidery thread does not directly rub against the wearer's skin, resulting in a good feel. The advantages after the present invention are extremely large.

[Brief description of drawings]

FIG. 1 is a partially exploded perspective view showing a first embodiment of a structure of an embroidery mark according to the present invention.

FIG. 2 is an enlarged sectional view of the main part.

FIG. 3 is a partially exploded perspective view showing the second embodiment.

FIG. 4 is a partially exploded perspective view showing the third embodiment.

FIG. 5 is a perspective view showing a structure of a conventional embroidery mark.

[Explanation of symbols]

 1 cloth material 2 embroidery mark 3 embroidery thread 4 heat-adhesive non-woven ultra-thin sheet 5 cloth lining 6 transparent sheet material

Claims (3)

[Claims] 1. An embroidery mark formed by a sewing machine embroidery in which an embroidery thread is pierced on the front and back of a cloth material by an automatic embroidery sewing machine. Of a non-woven fabric ultra-thin sheet covering the embroidery mark from the back side of the cloth material, the heat-adhesive non-woven non-woven sheet is melted by heat treatment, and the back surface of the cloth material and the back side of the embroidery mark are embroidered. A structure of an embroidery mark characterized by being impregnated into a thread and being bonded in a flexible state. 2. In the structure of the embroidery mark, after the sewing machine embroidery on the cloth material is completed, a heat-adhesive non-woven sheet made of a heat-soluble synthetic resin is appropriately covered on the embroidery mark from the back surface of the cloth material. And a fabric lining is placed on the back surface of the fabric material via a heat-adhesive non-woven ultra-thin sheet, and the heat-adhesive non-woven ultra-thin sheet is obtained by heat-treating the multi-layer structure sheet. 3. The embroidery mark according to claim 1, wherein the embroidery mark is melted and impregnated into the back surface layer of the cloth material, the inner surface layer of the cloth lining, and the embroidery thread on the side of the embroidery mark to bond them in a flexible state. Construction. 3. The embroidery mark according to claim 2, wherein a colored or non-colored transparent sheet material or a sheet material printed on the transparent sheet material is arranged in place of the cloth lining. Construction.