KR20030067620A - Silicon pattern printing - Google Patents

Abstract

PURPOSE: A silicone pattern board is provided to improve quality of product when it is used in shoes slipsole, vase mat or shoulder strap slip preventing plate as the silicone pattern board has clearer pattern shape, more flexible material and superior adherence compared to conventional pattern board made of general synthetic resin. CONSTITUTION: The silicone pattern board is characterized in that silicone layers(3,3a) are formed on upper and lower surfaces of fabric base sheet(2), and the silicone layers(3,3a) are integrated by connector layer formed by penetrating silicone into through-holes formed between structures of the fabric base sheet(2), wherein a plane pattern board(5) is formed by forming the silicone layer(3) on the printing layer after forming a printing layer by screen printing color and patterns on the surface of the fabric base sheet(2), and a solid pattern board is formed by forming silicone coating layer with solid pattern molding plate being interposed onto the plane pattern board(5).

Description

Silicon pattern printing {Silicon pattern printing}

The present invention relates to a silicon patterned plate.

Silicone has excellent transparency, flexibility and adhesion, so it can play an important role to improve the quality of the product when used in shoe insole, vase support plate, slipper bag or bag of melbang, but it can't be synthesized with other materials and hardenable. There are drawbacks such as slowness, so its use is extremely limited.

The present invention has been made to solve the above problems, the present invention is to construct a silicon pattern plate, in the case of a flat pattern plate is a thin fabric fabric (2) screen-printed pattern on a flat plate and the silicon on it After application, it is pushed with a roller and the silicon is penetrated between the tissue through holes (2a) of the fabric fabric so that the silicon layer (3) (3a) is integrated by the connector layer (4) penetrated into the through holes (2a) on the fabric fabric surface and bottom The combined planar pattern plate 5 is formed, and in the case of the three-dimensional pattern plate 6, a soft synthetic resin plate is inserted between the aluminum plate and the copper plate, and the copper plate is heat-compressed at high frequency, and then the cooling plate installed in the aluminum plate After cooling, the flexible resin plate becomes a three-dimensional patterned molding plate (not shown in the drawing) in which a molded pattern is fixed. After the silicon is coated on the surface thereof, the plated portion of the flat pattern plate 5 is welded onto it. When cured for 3 to 4 hours in a shape, the screen printed pattern on the fabric is made to stand out by the silicone coating layer 3-1.

1 is a perspective view of a flat pattern plate of the present invention

2 is an enlarged cross-sectional view of portion “A” of FIG. 1;

3 is an enlarged view of portion “C” of FIG. 1;

4 is a perspective view of the three-dimensional pattern plate

5 is a side cross-sectional view taken along line “B-B” of FIG. 4.

FIG. 6 is an enlarged view of a portion “D” of FIG. 5; FIG.

※ Explanation of code for main part of drawing

1- Patterned body 2- Fabric 2a- Through 3, 3a- Silicon layer

3-1. Silicon coating layer 4-connector layer 5-plane pattern plate 6-stereo pattern plate

This will be described in detail with reference to the drawings as follows.

In constructing a silicon patterned plate, in the case of a flat patterned plate, the fabric is fabricated with screens printed in various colors and patterns on a flat plate whose surface is flat, and then the silicon is coated on the upper surface and pushed with a roller to make the fabric fabric (2). Silicon penetrates into the through-holes 2a between the two tissues, so that the connector layer 4 is formed so that the upper and lower silicon layers 3 and 3a are integrally formed. In the case of the three-dimensional pattern plate, the copper plate and the aluminum plate After sculpting the male and female patterns on the surface, a flexible synthetic resin sheet was inserted therebetween, and the copper plate was applied by applying high frequency heat to the copper plate to be compressed, and then cooled by cooling water installed in the aluminum plate. Drawing)), and apply the silicone coating layer (3-1) to the surface of the three-dimensional pattern molded plate, and then press the flat pattern plate (5) as described above and crimp it with a roller When it hardens for 3 to 4 hours, it becomes a three-dimensional pattern plate 6 at this time.

The material and thickness of the three-dimensional patterned molding plate obtained by the high frequency method described above may be set to a suitable material and thickness according to the use of the silicone product, and when the three-dimensional pattern is not required on the surface such as a shoe insole, The surface of 2) is colorless and patternless. And when using a silicon pattern plate as a sticker is to contact the cover on the bottom of the pattern plate body (1) is to seal the edge thereof.

As described above, the present invention comprises a thin fabric fabric (2) screen-printed pattern and color on the surface of the surface of the fabric fabric, and then pushes the silicon applied on the surface with a roller. When the silicon layer (3) (3a) is formed on the silicon layer penetrated between the through hole (2a) of the fabric fabric (2) structure becomes the connector layer (4), the upper and lower silicon layer (3) (3a) is integrally bonded When the silicon coating layer 3-1 is formed through the three-dimensional pattern molded plate (not shown in the drawing) separately provided on the flat pattern plate 5, the planar pattern plate 6 becomes a three-dimensional pattern plate 6 at this time. Therefore, this can be used as a shoe insole or vase support plate or a slipper plate of a melody. When using as a sticker, a cover is attached to the bottom of the pattern body (1) to seal the edges, thereby improving the function and aesthetics of the product. Power generation You can contribute.

Claims (2)

Silicon layers 3 and 3a are formed on the upper and lower surfaces of the fabric fabric 2, and the silicon layers 3 and 3a are formed on the upper and lower silicon layers by the connector layer 4 formed by penetration of silicon into the through-holes 2a formed between the tissues of the fabric fabric 2. 3) A silicon patterned plate, characterized in that (3a) is integrated. The method of claim 1, after screen printing the color and pattern on the surface of the fabric fabric (2) to form a silicon layer (3) thereon becomes a flat pattern plate (5) and a three-dimensional pattern molded plate on the flat pattern plate (5) Forming the silicone coating layer (3-1) through the silicon patterned plate, characterized in that the three-dimensional pattern plate (6).