JPH06211000A - Engraved fish print and manufacture thereof - Google Patents

Abstract

PURPOSE:To provide a fish print which neither discolored nor tinged with yellow even when it is kept for a long period. CONSTITUTION:When a fisherman desires to provide on glass 10 the image of a fish transferred onto a fish print (an image corresponding to the shape of the fish), the image transferred onto the fish print is transferred onto original paper and the original paper composed of a transmitting part and a non- transmitting part is prepared. On the occasion of engraving, a surface to be engraved is covered partially and a resist image film 9 for preventing the covered part from being engraved is formed in the shape of a part corresponding to the transmitting part of the original paper by exposure of photo-curing agent resin. Then, the same image as the image of the fish transferred onto the fish print can be engraved on the glass 10 by sand blasting.

Description

Detailed Description of the Invention

[0001]

FIELD OF THE INVENTION The present invention relates to fish farming.

[0002]

2. Description of the Related Art In the conventional fishing method, ink is applied to the surface of a fish, the surface of the fish is covered with Japanese paper, and the fish shape is copied onto the Japanese paper.

[0003]

There is a desire for anglers to store, appreciate, and show other fish to a fisher, the larger, the more rare and the rare the fish is. In order to meet that desire, the fish is painted with ink and the fish is copied onto paper and stored. However, since Uotaku is made of paper, if it is stored for a long period of time, the quality of the paper will change and ink will bleed, making it impossible to express the details of the fish body, impairing its aesthetics and losing its decorative value. There was a drawback. Furthermore, there was also a problem that the fish sack completed because it was transferred to paper with ink was flat and lacked in volume.

It is an object of the present invention to provide a fish culturing that does not fade or yellow even after long-term storage and a method for producing the fish cultivating method.

[0005]

In order to achieve the above object, the main means adopted by the present invention is the gist of the present invention, in which an image of a fish (image corresponding to the shape of the fish) transferred to the fish plow is processed. It is made by engraving three-dimensionally on the material surface, and the method of manufacturing it is to transfer the image of the fish onto the light-transmitting original paper and irradiate the transferred original paper with a light-transmitting plate on the bottom. Set it in the box, cover the light-transmitting cover, and then fill the light-irradiating box with a photo-curing resin, and in that state, irradiate the light-transmitting plate on the bottom of the light-irradiating box with light to expose it. Then, the cured photocurable resin is developed and dried to form a resist image film, the resist image film is adhered to the surface of the material to be processed, and the surface of the material to be processed is shot blasted or etched. It is constructed as an engraved fish stud related to a point.

[0006]

For example, when the fisherman engraves the image of the fish transferred on the fish sack on the glass, the fish sack is transferred to the original drawing paper to create an original drawing paper consisting of the light transmitting portion and the non-light transmitting portion. When engraving based on this, mask the non-engraved surface and apply a resist image film to prevent engraving of the masked part from the shape of the photocurable resin in the shape of the part corresponding to the light transmitting part of the original paper. Formed by exposure, pasted on the surface of the glass plate (workpiece surface), and sprayed a fine abrasive such as iron sand on the entire surface from the top surface, where there is no resist image film, that is, fish image and letter shape Only the part of can be engraved. As another engraving method, a resist image film is attached to the surface of glass, and a hydrofluoric acid aqueous solution is engraved from the upper surface of the resist image film. Corrosion is engraved on the part without the resist image film,
The part with the resist image film is not etched. That is,
The image part of the fish is corroded and engraved to form a three-dimensional fish plow.

[0007]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 shows an original image producing process for transferring Uotaka printed on Japanese paper to original image paper. Reference numeral 1 is a light-transmitting original drawing paper of the same size as Uotaku. This original drawing paper 1 is superposed on the surface of Uotaku 2, and traces it while correcting a defect such as a thin black ink of the image of the fish transferred to Uotaku. It should be noted that if the image of the fish, which has been transferred to Uotaku, a photograph or the like, is transferred to the original paper by scanning with a scanner or the like, the image of the fish or the like can be transferred to the original paper more quickly and more accurately.

2 and 3 are views for explaining a method of manufacturing a resist image film. Reference numeral 3 in the figure is a box-shaped resist image film manufacturing apparatus. This resist image film manufacturing apparatus includes an exposure unit 4 and a light source unit 5. The exposure unit 4 is composed of a glass bottom plate 6 irradiated with light from the light source unit 5, a glass cover 7 covering the original drawing paper, and an outer frame. The glass cover 7 is for preventing the original drawing paper 1 from wrinkling or moving during exposure. The light source unit 5 is provided below the exposure unit 4, and irradiates the glass bottom plate 6 forming the bottom surface of the exposure unit 4 with light.

To further explain the present embodiment in detail, the original drawing paper 1 is placed on the glass bottom plate 6, a glass cover 7 is put on the glass bottom plate 6, and the top is lightly pressed so that the space between the original drawing paper 1 and the glass cover 7 is reduced. After deflating the air, the exposed portion 4 is filled with a photo-curable resin 8 (for example, lyocur: acrylic resin used in stained craft), and a lid is covered so that light does not enter from the outside. As shown in FIG. 3, the light from the light source unit 5 strikes the photo-curable resin 8 through the glass bottom plate 6 and the original drawing paper 1, and the portion struck by the light is cured. In other words, the non-transparent black part drawn on Uotaka does not cure, and the part not drawn on anything is cured by irradiation with light. Then
Only the uncured portion of the photocurable resin 8 is removed, leaving the cured portion. The removed portion is washed off with a cloth or the like to which a washing liquid has been applied and dried to produce a resist image film. If the cured portion is scattered, cover the liquid surface of the photocurable resin 8 with a support film such as paper before irradiating with light,
Then, the resist image film is formed by irradiating light and fixing and curing the support film.

4 to 6 are views for explaining the engraving method of engraving fish digging. The resist image film 9 produced by the above method has a convex portion where the photocurable resin is cured and a concave portion where nothing is present. For example, when the glass plate 10 is used as an example of a material to be processed and a fish image is to be engraved on the surface thereof, the resist image film 9 is attached to the surface of the glass plate 10 and further fine iron sand or the like is applied from the upper surface thereof. The abrasive 11 is sprayed on the entire surface. Since the convex portion of the resist image film 9 masks the non-engraved surface of the glass plate 10, the sprayed abrasive 11 does not directly contact the glass plate 10. Further, when the abrasive material 11 is sprayed from the upper surface of the concave portion having no resist image film, the abrasive material 11 directly contacts the glass plate 10 to engrave the surface of the glass plate 10. That is, this is an example of shot blasting.

As another engraving method, the resist image film 9 is used.
Is affixed to the surface of the glass plate 10 which is the material to be processed, and the fluoric acid aqueous solution is applied from the upper surface thereof. Since the convex portion of the resist image film 9 masks the glass plate 10, the glass plate 10 in the masked portion is not coated with the hydrofluoric acid aqueous solution, and the concave portion without the resist image film is the hydrofluoric acid aqueous solution. Is applied and corrosion engraved. That is, this is an example of etching processing.

Next, when a copper plate is used as a material to be processed and a fish image or the like is engraved, the resist image film 9 is attached to the surface of the copper plate, and an aqueous ferric chloride solution is applied for an appropriate time. If left unattended, the unmasked concave portion is corroded to a depth corresponding to time and etched.

As a method of three-dimensionally engraving the engraved fish plows engraved by the above method, several resist image films are manufactured according to the engraving depth, and the resist image film is selectively used depending on the engraving depth. . As an example, using a resist image film of fish contours and letters, and engraving it from above, using a resist image film in the form of scales, engraving in the form of scales, and then from the top of the surface of the scales The pattern of resist image is used to engrave the scale pattern. The engraved fish engraved in that way becomes a more three-dimensional engraved fish engraving.

Since the present invention has taken the above-mentioned means, the engraved fish plow of the present invention can form an image exactly the same as the image of the fish plow transferred to the fish plow on the surface of the material to be processed. An image of a fish can be engraved on the processed material according to the above.
For example, when the glass plate 10 is engraved as a material to be processed, even if the engraved fish plow is stored for a long period of time, the fish body does not fade and the engraving depth changes. By giving it, it is possible to provide a more three-dimensional engraving fish ponder.

[0015]

INDUSTRIAL APPLICABILITY The present invention is an engraved fish ponder that can be preserved for a long period of time when a material that does not fade or discolor even when stored for a long period of time is engraved as a material to be processed and its production. The purpose is to be able to provide a method. By scanning the image of the fish or the like transferred to Uotaku and transferring the scanned image to the original drawing paper, the fish image can be transferred to the original drawing paper more quickly and in more detail.

[Brief description of drawings]

FIG. 1 is a diagram illustrating a transfer method of Uotaku.

FIG. 2 is a perspective view of a resist image film manufacturing apparatus.

FIG. 3 is a cross-sectional view of a resist image film manufacturing apparatus.

FIG. 4 is a perspective view of a resist image film.

FIG. 5 is a diagram in which a resist image film is adhered to a material surface to be processed.

FIG. 6 is a diagram illustrating an engraving method.

[Explanation of symbols]

 1 Original drawing paper 2 Uotaku 3 Resist image film manufacturing equipment 4 Exposure part (light irradiation box) 5 Light source part 6 Glass bottom plate (transmissive plate) 7 Glass cover (transmissive cover) 8 Light curable resin. 9 Resist image film

Claims (4)

[Claims] 1. An engraved fish ponder characterized in that an image corresponding to the shape of a fish is three-dimensionally engraved on the surface of the material to be processed. 2. A resist image film formed by transferring the shape of a fish is adhered to the surface of the material to be processed, and the surface of the material to be processed is shot blasted or etched to correspond to the shape of the fish on the surface of the material to be processed. An engraved fish plow characterized by forming a rough surface. 3. An image corresponding to the shape of a fish is transferred to a light-transmitting original paper, the original paper is set in a light irradiation box whose bottom surface is a light-transmitting plate, and a light-transmitting cover is placed on the upper surface of the original paper. After covering, light-curing resin is filled in the light-irradiating box, and in that state, the light-transmissive plate on the bottom surface is irradiated with light from below the light-irradiating box to be exposed, and then the light-curable resin cured by exposure is applied. Development of a resist image film by development and drying, and the resist image film is adhered to the surface of the material to be processed, and shot blasting or etching is applied to the surface of the material to be processed. Method. 4. An image corresponding to the shape of a fish is read and scanned,
4. The method for producing an engraved fish plow according to claim 3, wherein the read and scanned image is transferred to an original drawing paper.