JPH0151594B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention involves transplanting short fibers planted on a flocked mount in a pattern onto the surface of a fabric such as a shirt to form a pattern made of the short fibers. A transfer paper that forms a grafting adhesive layer for transplanting short fibers planted on a flocking mount onto the ground, and a method for forming a pattern made of short fibers on the surface of a fabric such as a shirt using this transfer paper. It is.

As a technique for forming designs using short fibers on the surface of fabrics such as shirts, there are
The technology is disclosed in publications such as No. 35619.
In order to implement the technique disclosed in the above-mentioned publication to form a design using short fibers on the surface of a fabric such as a shirt, it is necessary to use so-called short fibers as described in the above-mentioned publication. It is necessary to make short fiber graft material for grafting.

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 short fibers are planted on this by a method such as electrostatic spraying. A flocked mount is produced, and then a grafting adhesive layer is formed on the entire top surface of the short fibers planted on the flocked mount or in a pattern for transplanting the short fibers. Therefore, in order to form a desired pattern made of short fibers on the fabric surface of a shirt or the like using a short fiber graft material having the former configuration, it is necessary to cut out each short fiber graft material using a paper pattern or the like. In addition, in the latter configuration of short fiber grafting material, the pattern for grafting the short fibers is determined in the process of manufacturing the short fiber grafting material, so any pattern can be applied to the fabric surface of shirts etc. as needed. When trying to use short fibers to make them, there was the inconvenience of not being able to use them, and also the inconvenience of wasting the short fibers when there was no demand for the short fiber grafting material of the design.

In order to eliminate these inconveniences, the present invention seeks to provide a transfer paper as described at the beginning, and a method for forming a pattern made of short fibers on the surface of a cloth such as a shirt using this transfer paper. It is something. This will be explained below.

A design is printed using sublimation ink on a base sheet that has been subjected to release processing, and then the same design is printed using rubber ink or thermoplastic synthetic resin adhesive to match the design, and short fiber groups are then transplanted. The above-mentioned sublimation ink, as well as rubber, is printed on the surface of the base sheet, which has been heated and pressed by overlaying the design printing side of the transfer paper on which the adhesive layer has been formed, on the surface of cloth such as a shirt, and has been subjected to a release process. After transferring the patterned short fiber group grafting adhesive layer made of ink or thermoplastic synthetic resin adhesive onto the cloth surface such as a shirt, the short fiber group grafting adhesive layer is transferred to the cloth surface such as the shirt, etc. , Rubber ink of the short fiber grafting adhesive layer transferred in a pattern onto the surface of the fabric such as a shirt by overlapping the tops of the short fibers planted on the flocking mount and heating and pressing;
Alternatively, by melting a thermoplastic synthetic resin adhesive, the melted rubber ink and thermoplastic synthetic resin adhesive are
At the same time as the tops of the short fibers planted on the flocking mount are adhered to the surface of the cloth such as a shirt, the sublimable ink printed on the short fiber grafting adhesive layer is sublimated and the short fibers are planted on the flocking mount. After the short fibers are colored, the heating and pressing is stopped, and the rubber ink and thermoplastic synthetic resin adhesive that form the above-mentioned short fiber grafting adhesive layer are cooled and solidified, and the fabric surface of the shirt etc. and the flocked mount are cooled and solidified. After firmly adhering the tops of the short fiber groups planted on the substrate, the fabric surface such as a shirt and the flocked mount are peeled off, and the tops of the short fibers grafted on the above-mentioned short fiber grafting adhesive layer are peeled off from the flocking mount. By pulling out the fibers and transplanting them onto the cloth surface of a shirt or the like, a pattern is formed on the cloth surface of the shirt or the like by the short fibers pulled out from the flocked mount.

The base sheet used for the transfer paper of the present invention is made by laminating a synthetic resin sheet with a high melting temperature on a high-quality paper or the like, similar to the base sheet of conventional transfer paper.
Alternatively, it may be formed by coating with a synthetic resin solvent. A pattern is printed on this base sheet using sublimation ink as described above, and a pattern identical to the above printed pattern is polymerized and printed on the printed surface using rubber ink or thermoplastic synthetic resin solvent to form a group of short fibers. A transfer paper with a graft adhesive layer formed thereon is produced. Then, when it is necessary to form a pattern made of short fibers on a cloth surface such as a shirt, the short fiber group grafted adhesive layer forming surface of the transfer paper and the cloth surface such as a shirt are overlapped. Rubber ink that is heated and pressed using a conventional transfer method to form a short fiber group graft adhesive layer printed on the base sheet surface;
The thermoplastic synthetic resin adhesive is melted to generate adhesive ability, and this is adhesively transferred to a cloth surface such as a shirt, and at the same time, the sublimation ink pattern is also fused to this short fiber group grafted adhesive layer. transcribe. When this work is completed, the base sheet treated with a release chemical is removed from the surface of the fabric such as a shirt, and the surface of the fabric such as a shirt is covered with short fibers with a pattern formed using sublimation ink. A group graft adhesive layer is formed.

Next, the tops of the short fiber groups planted on the flocking paper are overlapped and heated and pressed on the surface of the fabric such as a shirt onto which the short fiber group grafting adhesive layer described above has been transferred, and the short fiber group grafting adhesive layer described above is bonded. The agent layer is melted and melted by heating, and while it soaks into the surface of the fabric such as a shirt, it also adheres to the top of the short fibers planted on the flocked mount, and is implanted on the surface of the fabric such as a shirt and the flocked mount. The tops of the short fibers are firmly glued together. At this time, the sublimable ink placed on the short fiber group grafting adhesive layer is also sublimated by heating, and the short fiber groups planted on the flocking mount are colored. After this work is completed, the heating and pressing described above is stopped, and the rubber ink and thermoplastic synthetic resin adhesive that form the short fiber group grafting adhesive layer are cooled and condensed, and then applied to the fabric surface of the shirt etc. and the flocked mount. and tear it off. The flocked mount is
Not only the products described in the above-mentioned publications, but also the products for which new research and development have been conducted since then all have short fiber groups implanted in a state that allows them to be easily pulled out from the mount. Therefore, when the flocked mount is peeled off from the surface of the fabric such as a shirt after the above-mentioned work is completed, the short fibers whose tops have been glued by the short fiber group grafting adhesive layer formed on the surface of the fabric such as the shirt are removed from the mount. It is peeled off from the surface of the fabric such as a shirt together with the flocked mount while being planted, and as a result, a colored pattern is formed on the surface of the fabric such as the shirt by the short fibers transplanted from the flocked mount.

Claims (1)

[Claims] 1 A design is printed on a base sheet that has been subjected to release processing using sublimation ink, and then the same design is printed using rubber ink or thermoplastic synthetic resin adhesive to match the design, and the short fiber groups are grafted and adhered. A layered transfer paper is made, and the pattern printed side of this transfer paper is placed on the surface of a fabric such as a shirt and heated and pressed, thereby transferring the short fiber group grafted adhesive layer formed on the transfer paper to the fabric surface of the shirt, etc. After fusing and transferring to the fabric surface,
The tops of the planted short fibers of the flocking mount are superimposed on the fabric surface of the shirt, etc., and heated and pressed to melt the short fiber group grafting adhesive layer transferred to the fabric surface of the shirt, etc., and use the molten adhesive to transfer the After gluing the tops of the short fibers planted on the flocked mount and sublimating the sublimable ink printed on the short fiber group grafting adhesive layer to color the short fibers, the mount of the flocked mount is removed from the fabric surface of the shirt etc. A method for transplanting short fiber patterns, which is characterized by forming a pattern of colored short fibers on the surface of a cloth such as a shirt by peeling off the fibers.