JPS5818492A - Transplantation of short fiber picture pattern - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention involves grafting short fiber groups planted on a flocking mount in a pattern onto a fabric m such as a shirt, thereby forming a pattern consisting of the short fiber groups. A transfer paper for forming a grafting adhesive layer for transplanting short fibers planted on a flocking mount onto a fabric surface, and a method for forming a pattern made of short fibers on a fabric surface of a shirt, etc. using this transfer paper. It is related to.

Techniques for forming designs using short edge me on the surface of fabrics such as shirts are disclosed in Japanese Patent Publication No. 4768 of 1963 and No. 356 of 1963.
The technology is disclosed in publications such as No. 19. and,
In order to implement the technique disclosed in the above-mentioned gazette and form a pattern of short fibers on the surface of fabrics such as shirts, so-called short fibers are transplanted. It is necessary to make short fiber graft material for this purpose.

As is clear from the description in the above-mentioned publication, the general structure of this short fiber grafting material is that an adhesive for planting short fiber groups is applied to a mount, and then short fibers I11t1g1 are attached using a method such as electrostatic spraying. Then, a grafting adhesive layer is formed on the entire top surface of the short fibers planted on the flocking paper, or for transplanting the axillary short edge cones in a pattern. Therefore, in order to form a desired pattern made of short fibers on the fabric surface of a shirt or the like using the short fiber grafting material having the former configuration, it is necessary to
It is necessary to cut out each IAs planting material using paper, etc.69, and in the case of the latter configuration of short fiber grafting material, the design of the short fibers to be grafted is determined during the process of manufacturing the short fiber grafting material. In O, when trying to form a desired design on the fabric surface of a shirt or the like using short fibers, there is the inconvenience of not being able to use the short fibers for that purpose, and the demand for short fiber grafting material for that design is increasing. There was the inconvenience of wasting Hirohito.

In order to eliminate these inconveniences, we have developed the Ryochi self-transfer paper described at the beginning, as well as a method for forming patterns made of FFI fibers on the surface of fabrics such as shirts using this transfer paper.
The purpose of this invention is to provide an invention that This will be explained below.

A design is printed on a base sheet that has been subjected to a release process using external ink, and then the same design is printed using A-ink that matches the # design and a thermoplastic synthetic resin adhesive. The above-mentioned sublimable ink is printed on the surface of the base sheet, which has been heated and pressed by superimposing the pattern printing surface of the transfer paper on which the fiber group grafting adhesive layer has been formed on the surface of a cloth such as a shirt, and has been subjected to a release process. Parallel U/N-ink or mature plastic synthesis 6M
A patterned short fiber group grafting adhesive layer made of a fat adhesive is transferred to the surface of a fabric such as a shirt, and then the short fiber group grafting adhesive layer is planted on the transferred fabric surface of the shirt, etc. and on a flocking mount. A 2-per-ink ink of a short fiber grafting adhesive layer that is transferred in a pattern onto the surface of a cloth such as a yarn by overlapping the tops of the short fiber groups and heating and pressing them.

Table 2/? -Ink, thermal WJll synthetic *greasy adhesive,
At the same time, the tops of the short fibers planted on the flocked mount are adhered to the surface of the fabric such as 7-Ya, and the sublimable ink printed on the short fiber grafted flocking adhesive layer sublimates and is implanted on the flocked mount. After coloring the set short fiber #, stop heating suppression,
2A-ink forming the short edge fiber transfer m adhesive layer described above;
The thermoplastic synthetic resin adhesive is cooled and solidified to firmly bond the top of the short fibers planted on the flocked mount to the surface of the fabric such as a shirt, and then pull the surface of the shirt or other fabric and the flocked mount. The flocked short edges 111F, whose tops are glued to the nine-short fiber grafting adhesive layer described above, are pulled out from the flocking mount and transplanted to the fabric HIA side of the shirt, so that the flocking is applied to the fabric surface of the shirt, etc. It is drawn out from the mount to form a pattern with nine short edges J111'FK.

The base sheet used for the O-transfer paper of the present invention is the same as the base sheet for conventional transfer paper, and is made by coating high-quality paper with a high-temperature synthetic resin sheet III. Agent: Formed by I-ting.

On this base sheet, mark the design with the above-mentioned KJI) weight A/Rt, and mark the ζO mark on the surface Km! Then, apply the same W as the printing distance above using ink or thermoplastic synthetic resin solvent 1.
Print the pattern A by polymerization to form an adhesive layer for aIas group transplantation, and then print the circular plate. When it is necessary to form a pattern consisting of a group of KW fibers on the fabric surface of a shirt, etc., overlap the short edge of the circular plate printing paper** with the surface on which the grafted adhesive layer will be formed, and the fabric surface of the shirt, etc. The ink is heated and pressed using a conventional transfer method to form an adhesive layer printed on the surface of the base sheet.

The thermoplastic synthetic resin adhesive is cultivated to generate adhesive ability, and at the same time, it is transferred to KII on a cloth surface such as 7 pieces, etc.
The sublimation ink design is also fused and transferred to this short fiber grafting adhesive layer. And when this work is finished,
When the base sheet treated with a release chemical is peeled off from the surface of the fabric such as a shirt, a short edge II group 1 grafting adhesive layer is formed on the surface of the fabric such as a shirt with a pattern formed using sublimation ink. .

Next, the short fiber group grafting adhesive layer described above is transferred to the fabric surface of a shirt or the like. When the adhesive layer is heated, it melts and becomes attractive, and there are no wrinkles on shirts, etc.
11 While it soaks into the ground, it also firmly adheres the fabric surface of a shirt or the like and the top of the short fiber group planted on the flocked mount even if it is attached to the top of the short fiber group planted on the flocked mount. At this time,
Details of the short fibers** The sublimable ink that was placed on the adhesive layer also sublimated due to heating, and the short fibers were implanted on the flocked paper.
It will be colored. 9 After the work in c is completed, 9. Stop heating and suppressing the above, 9. Form the short edge aS grafting adhesive layer. A- After the ink and thermoplastic synthetic resin adhesive have cooled and condensed, the shirt, etc. The fabric surface and the flocked mount are peeled off.M-haired mounts are not only the ones described in the above-mentioned good publications, but also the ones for which new development research has been conducted since then. Therefore, when the flocking paper is pulled off from the surface of the fabric such as a shirt after the above-mentioned work is completed, short fibers will be formed on the fabric i1 of the shirt etc. The nine short edges #a, whose tops are adhered by the edge fiber group grafting adhesive layer, are peeled off from the surface of the fabric such as a shirt, together with the fiber flocking mount planted on one mount, and as a result, the fabric of the shirt, etc. 11III-j from the chanting mount spread on the ground
It is colored by five lines, nine short edges, and nine patterns are formed.

Claims (1)

[Claims] A design was printed on a nine-base sheet with a release process using sublimation ink, and then the same design was printed using 2A-ink and wt thermoplastic synthetic resin adhesive to match the J1 design, creating a short line Ia group. Remove the transfer paper on which the graft adhesive layer has been formed,
The mat fiber group grafting adhesive layer formed on the above transfer paper by overlaying the pattern printed wi of ζO transfer paper on the surface of a cloth such as a shirt and heating and pressing it was transferred onto a cloth such as a shirt 11KII. After that, the tops of the implanted short fibers of the flocking mount were superimposed on the fabric (j111m), such as shirts, and heated and pressed to form the above-mentioned short chain -1lP transfer S*adhesion layer (t1mH), which was transferred to the fabric of the shirt, etc.
At the same time, use Somwa* adhesive to adhere the top T-line of the short edge Ia planted on the Joki planting mount, and sublimate the sublimation ink stamped on the short fiber grafting adhesive layer to sublimate the above ms.
+ait Short edge 1ar characterized by forming a pattern of colored short edge MK on the fabric surface of a shirt or the like by peeling off the mount of the flocked mount from the fabric surface of the shirt or the like.
IA pattern transplanting method