JPH0274399A - Transferring method for pattern - Google Patents

Abstract

PURPOSE:To simply and satisfactorily transfer inexpensively and beautifully by placing a thin film formed of polysaccharides, proteins with patterns such as characters, graphics on the surface of a decorative material, and dissolving the film with water or the like or decomposing or burning it with oxygen or the like. CONSTITUTION:In order to form patterns such as characters, graphics on a thin film formed in a thin film state of polysaccharides such as starch, glycogen, cellulose, etc. or proteins such as albumin, hemoglobin, etc., the patterns are manually described by a writing brush, or a pen, pressed by an uneven plate to be stamped or sealed, or further applied by printing technique. In this case, as a describing material, printing ink is employed. If a decorative material to be formed is of processed food, edible ink is used. Then, the pattern of a thin film is placed with front or rear side upside on the surface of the material, and the latter has higher density of transferring pattern. Thereafter, in order to dissolve the thin film, it is ordinarily dipped in normal water, warm water or hot water, or dissolved by a steam operating unit. In order to decompose it, the film may be immersed with enzyme solution such as amylase, etc. Further, the film may be burned to bake the pattern.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to a transfer method for closely adhering patterns such as letters and figures to the surfaces of processed foods, plastics, metals, wood, and the like.

(Conventional technology) Conventionally, in the case of fresh confectionery, kamaboko, etc., where the surface of processed food is conspicuously decorated, the technology for applying surface patterns has required many years of skill training by manufacturing craftsmen and has resulted in low work efficiency. Ta.

Furthermore, to decorate the surfaces of plastics, metals, wood, etc. with letters, figures, and other patterns, well-known printing methods are used, but they require complicated processes, expensive equipment, and outstanding skills. It had some problems.

(Object of the Invention) In view of the above points, the present invention allows patterns such as letters and figures applied to thin film products processed with polysaccharides, proteins, etc. to adhere closely to the surfaces of processed foods, plastics, metals, wood, etc. Regardless of whether the surface is flat or curved, the pattern can range from simple to elaborate, and can be not only monochromatic but also multicolored; it is a simple, low-cost, beautiful pattern. A novel method of performing transcription is provided.

(Structure of the Invention) The present invention involves placing a thin film material processed with polysaccharides, proteins, etc. with patterns such as letters and figures on the surface of the object to be decorated, and dissolving this thin film material with water or the like or using an enzyme or the like. This is a pattern transfer method in which the pattern is decomposed or burned in a process that brings the pattern into close contact with the surface of the object to be decorated. .

The present invention will be specifically explained below.

First, thin film products processed from polysaccharides are those processed into thin films from polysaccharides such as starch, glycogen, and cellulose, and thin film products processed from proteins are processed into thin films from proteins such as albumin and hemoglobin. This is what I did.

In the present invention, among the above-mentioned thin film products, the one mainly used is wafer processed from polysaccharide starch.

This wafer has the properties of a thin film required by the present invention, and further has the advantage of being inexpensive and having excellent transparency, and is widely used as a packaging film for candy, gum medicine, etc.

Next, the method for applying patterns such as letters and figures to thin film objects is as follows.
There are methods such as applying pressure with a brush or pen, a stamping method or sealing method that applies pressure to an uneven plate, and a method that applies known printing techniques.

At this time, a printing ink is used as a drawing material for applying a thin film pattern, but if the object to be decorated is a processed food, it is natural to use an edible ink.

Also, an oil-based felt-tip pen may be used when using the above-mentioned hand pain method.

In the next step, a patterned thin film must be placed on the surface of the object to be decorated.

At this time, there are two methods, one is to turn the patterned part of the thin film face up on the surface of the object to be decorated, and the other is to turn it face down, but in the latter case, the degree of adhesion of the transferred pattern, which is the result of the next process, is higher.

Next, the thin film material with the pattern applied and placed on the object to be decorated is removed by dissolving, decomposing or burning by the method described below, and the patterned portion is brought into close contact with the surface of the object to be decorated.

Methods for dissolving include immersing the thin film object in ordinary water, hot water, or hot water, or dissolving the thin film object placed on the object to be decorated using a steam operating device.

As a method for decomposition, there is a method of soaking a thin film in an enzyme solution such as amylase.

The burning method is a method of burning the pattern by burning a thin film.

This completes the process of the present invention.

Next, the configuration of the present invention will be explained using an experimental example.

The thin-film object used is Oblato, which is a typical example, and the object to be decorated was a plain, hemispherical steamed manju, which is the most popular type of fresh sweets.

First, a stamp device with a desired pattern is lightly applied on a thin, flat surface with edible ink, and then the stamp device is pressed onto a thin-film wafer. This allows the pattern on the stamp device to be reflected on the oblate. Next, the patterned side of the oblate is placed on the rounded surface of the steamed manju, and the steamed manju is left in a steam state of about 100° C. for about 1 minute using a steam operating device.

This dissolves the wafer and the desired pattern is beautifully transferred onto the rounded steamed manju surface.

(Effects of the Invention) As described above, it is possible to perform simple, low-cost, beautiful, and good transfer processing on the surfaces of processed foods, plastics, metals, wood, etc. to which the present invention is compatible, and the objects to be decorated can be Patent applicant: Yotsugu Nakaetsu (one other person), which has a practical effect that increases the value of the equivalent and contributes to expanding demand.

Claims (1)

[Claims] A thin film material made of processed polysaccharide, protein, etc. with a pattern such as letters or figures is placed on the surface of the object to be decorated, and this thin film material is dissolved with water or the like or decomposed or burned with enzymes, etc. to form the patterned area. A method for transferring a pattern, which is characterized by bringing the pattern into close contact with the surface of the object to be decorated.