JPS6233576A - Production of flocked body - Google Patents

Abstract

PURPOSE:To produce a flocked body having soft feeling by preliminarily preparing short fibers colored to each of respective colors and forming multi-color designs by short fibers thereto by applying the principle of a silk screen printing method. CONSTITUTION:A body 5 for flocking coated with an adhesive agent 4 over the entire surface or to a design shape is disposed in the state of providing electrical conductivity to one electrode 7 side. The 1st silk screen printing plate 6 is disposed on the adhesive agent coated surface of the body 5 apart at a slight spacing therefrom. The short fibers 8 colored to the 1st color are splashed from the other electrode 3 side within the electric field sphere formed between both electrodes and are flocked to the points to be flocked with the short fibers of the 1st color on the adhesive agent coated surface of the body for flocking. The 2nd silk screen printing plate is then disposed in the same manner as mentioned above in place of the plate 6 and the short fibers colored to the 2nd color are flocked to the points to be flocked with the short fibers of the 2nd color; thereafter the short fibers colored to the 3rd, 4th- colors are successively flocked by the similar procedure. The flocked body is dried after the end of the final stage by which the multi-color design is formed.

Description

DETAILED DESCRIPTION OF THE INVENTION <Industrial Application Field> The present invention relates to a method of constructing a multicolored pattern T-shaped by short fibers on a flocked body by electrostatic flocking.

<Prior Art> Conventionally, a method of forming a single-color pattern t''m of short fibers on a body to be flocked by static 1g flocking has been known.

That is, to construct this, adhesive is applied to the flocked object in a pattern, and short fibers are planted thereon by electrostatic flocking method. After drying, a monochromatic pattern made of short fibers was formed on the flocked body.

In order to make this a multicolored pattern, the short fibers that make up the pattern were colored in various colors by printing using a screen printing method or the like.

However, when using the conventional method, first the short fibers planted on the grafted body are colored using a printing method. There was an inconvenience in that gradual coloring could only be done on the other hand.

Furthermore, by applying the printing ink to the short fibers, all of the short fibers are colored, which has the disadvantage of making the short fibers look stiff.

<The invention solves [2. The idea is to apply mathematics to form multicolored designs using short fibers.

<Means for solving the problem> Place the grafted body coated with the grafting agent on the entire surface or in the shape of a pattern on one side, with a conductive wall attached to the pole side. A @- silk screen printing plate is placed on the adhesive-coated surface of the plate with a slight gap, and from the other electrode side, the electric field formed between the two electrodes is scattered, and the first colored plate is sprayed. The short fibers of the same color are placed on the adhesive-coated surface of the flocked body at the location where the short fibers of the second color are planted, and then, using the first silk screen printing plate, perform the second silk screen printing in the same manner as described above. After placing the plate, 1 ton of the second colored short fibers was planted in the second colored short fiber planting area, and then the third, fourth, etc. were placed in the same manner as described above. Colored short fibers t-t'' are planted at the planned planting locations using electrostatic flocking method, and after the final process is completed, they are dried and colored to form a full multicolor pattern using short fibers. It is something to do.

Works as well as the Kumi weaving example> Below, the electrostatic flocking method, which is usually called the down method, will be used.
For yIJ, a detailed description of the invention is provided.

A high-voltage DC electrostatic charge is applied to a wire mesh 2 stretched over the sieve from a flat DC static electricity generator 3, and this wire mesh 2 is used as a positive electrode 2N.

This sieve is used as a short fiber storage box l, and the short NR stored in the box is
The fiber 8 is l- so that it falls through the mesh of the wire mesh 2.

A grounded negative electrode 7 is entirely placed below the electrode 2A of the wire mesh 2 stretched over the cylindrical short fiber storage box I. Minus side'! ! On the extreme side 2, for example 1, apply adhesive 4 to the entire surface or a pattern of arbitrary shape, then arrange the flocked body 5, and insulate it by keeping it slightly away from the adhesive coated surface of the flocked body 5. A silk screen printing plate 6 is arranged.

This silk screen printing plate has a pattern of running colors on the flocked body 5! The number of editions is determined by whether M is formed. MIJ 1 For example, when attempting to perform three-color silk screen printing on a printing material, a plate with the entire screen width released is used for the first colored area of the printing material so that only that area is printed with ink. First color ink is printed, then the second colored area is printed with ink, using a plate with screen marks formed so that only that area is covered with ink. The colored areas are printed with a third color ink using a plate with screen patterns so that only those areas are printed with ink, thereby printing a design pattern consisting of three colors as a whole.

Therefore, in order to perform silk screen printing using three colors on a printing material, three types of printing plates are required.

Since the present invention follows this silk screen printing method, when carrying out the present invention and planting short fibers on a material to be flocked, it is carried out in accordance with the above-mentioned method.

That is, in order to fully form a colored pattern made of colored fibers of three colors on the flocked body, first the short fibers 8 to be implanted in the location where the short R fibers of the first color are to be implanted are stored in the flocked body. The short fiber storage box 1 is placed at a predetermined position.

Next, in the part of the flocked body where the first colored short fibers are to be planted,
In order to implant the first colored short fibers, a screen printing plate formed to be colored with the first color is placed slightly above the flocked body.

Next, apply adhesive 4 to the earth n, v negative electrode 7 side.
The above-mentioned high-voltage static electricity generator 3
is operated to apply high-voltage direct current static electricity to the wire mesh stretched over the short fiber storage box L.

By this operation, an electric field is generated between the stretched wire mesh 2 of the short fiber storage box, the grounded negative side M, and the pole 7, and the large number of short fibers 8 stored in the short fiber storage box 1 are electrically charged. Then, from the mesh of the wire mesh 2, each of them runs vertically in the area of the grounded negative electrode 7, but the silk screen printing plate is slightly above the flocked body 5. Since the short fibers are arranged vertically in a straight line from the short fiber storage box, the short fibers pass through the screen which allows all of the first colored short fibers of the silk screen printing plate to pass through.
All of the short fibers are implanted at the location 4A where the first colored short fibers are to be implanted on the adhesive coated surface of the flocked body, and the rest remain on the silk screen printing plate.

Next, replace the short fiber storage box with one that stores the second colored short fibers, and also the silk screen printing plate.

The above operation is performed in place of a screen in which a screen is formed to allow all of the second colored short fibers to pass through, and the second colored short fibers are planted at the location 4B where the second colored short fibers are to be planted. Once this is completed, the short fiber storage box for storing the third colored short fibers is replaced, and the silk screen printing plate is also replaced with one with full screen mesh that allows the third colored short fibers to pass through. A third colored short fiber is planted at the location 40 where the fiber is to be planted.

In this way, a short fiber flocked pattern that forms a three-color pattern is formed. After this is formed, the flocked body is dried to fix the short fibers.

The material of the flocked body is conventional paper depending on the purpose.

Various materials such as cloth and textiles can be considered. Also regarding adhesives,
Various conventional methods can be considered depending on the application.

Effects> Since the present invention uses the method described above to bottom all the grooves of the flocked body, it does not require the conventional method of planting short fibers on the flocked body and then printing in various colors. The color pattern is stolen n
Therefore, since colored short fibers are used from the beginning,
Since ink is not attached to the short fibers, a flocked body with a soft texture can be obtained, and since no coloring is applied by printing, it is possible to plant all the long short fibers.

[Brief explanation of the drawing]

Fig. 1 is a schematic diagram of an apparatus for carrying out the present invention. Fig. 2 is an explanatory diagram of the first step of the present invention carried out. 1...Short fiber storage box 2...Wire mesh 3...High voltage direct current static electricity generation Apparatus 4... Adhesive 5... Flocked body 6... Silk screen printing plate 7... Negative side electric coating 8... Short fiber ratio Application person
Tokyo Takarabei Co., Ltd. Department 01 Hiff code = 2 'E)

Claims (1)

[Claims] A flocked body coated with adhesive on its entire surface or in a pattern is placed with conductivity imparted to one electrode side, and the first silk screen printing plate is slightly applied to the adhesive coated surface of the flocked body. The first colored short fibers are dispersed from the other electrode side through the electric field formed between the two electrodes, and the first colored short fibers are dispersed into the first colored short fibers on the adhesive-coated surface of the flocked body. Then, in place of the first silk screen printing plate, a second silk screen printing plate is placed in place of the first silk screen printing plate, and the second colored short fibers are placed in the second silk screen printing plate. Plant the colored short fibers at the location where they will be planted, and then follow the same procedure as above to sequentially install the third, third and third fibers.
Fourth, colored short fibers are planted at each planned planting location using electrostatic flocking method, and after the final process is completed, they are dried to form a multicolored pattern using colored short fibers. A method for producing a hair transplanted body characterized by