KR20110011769A - Method for manufacturing of rectangular medal and rectangular medal therof by genuine gold foil forming method - Google Patents

Abstract

PURPOSE: A square medal and a manufacturing method thereof using a pure gold sheet molding method are provided to easily manufacture a metal by embossing or carving various shapes and characters on the surface of a sold gold sheet and attaching the sheet to a medal body. CONSTITUTION: A method for manufacturing a square medal using a pure gold sheet molding method comprises steps of: cutting a pure gold sheet to the set size(S100), softening the surface of the pure gold sheet by heating(S200), printing shapes or characters on a print sheet using a laser printer(S300), putting the print sheet on the pure gold sheet and carrying out rolling(S400), plating square brass and boring a hanging part on an upper side of the brass so that a square medal body is prepared(S500), and attaching a pure gold sheet to the front adhesive surface of the square medal body(S600).

Description

Method of manufacturing square medal by pure gold foil forming method and square medal according thereto {Method for manufacturing of rectangular medal and rectangular medal therof by genuine gold foil forming method}

The present invention relates to a method for producing a square medal by the pure gold plate forming method and a square medal accordingly, and more particularly to three-dimensionally forming various phrases, patterns, marks, symbols, etc. on the pure gold plate using the pure gold plate forming method To form a pure gold plate, and combine it to the surface of the square medal to have the same effect as the entire rectangular medal formed of pure gold to increase the value of the medal, the method of producing a square medal by the pure gold plate forming method and easy to manufacture and The square medal is accordingly.

Generally, medals form a medal body made of new liquor, and most of them print or etch the memorial content inside the body or form the memorial itself by casting.

Looking at the printing of the memorial contents on the surface of the conventional medal, the medal body is made of metal, and the specific text or picture is not printed on itself, so that the printable thin plastic is coated on it. Subsequently, various patterns, characters, and pictures containing the commemorative contents required on the transparent vinyl on the surface of the medal body are printed by a method such as silk printing or transfer printing. After printing is completed, the printed contents are printed. In order to prevent the loss of the printed surface on both sides of the coating once again by at least three steps of the process of manufacturing a medal, the manufacturing process is complicated, which leads to an increase in the production cost and the cost of the owner There was a problem.

In addition, such a conventional medal has a problem that the printed transparent vinyl is not firmly adhered to the medal surface and is often free from each other, thereby increasing the completeness of the product.

In the case of etching which displays the memorial contents on a conventional medal, the memorial contents such as letters, patterns, and pictures are formed on the medal surface by a mold without undergoing many steps. However, such a mold pressing method is to form a memorial content such as letters, patterns, and pictures on the mold, and then press the surface of the medal to form memorial contents such as letters, patterns, and pictures. Due to the change, etc., it is cumbersome to make a new mold every time, and in order to form the memorial contents by pressing the metallic medal surface, it is necessary to press the metal mold with considerable hardness, so making a metal mold every time It was impossible.

Moreover, these metal molds have a problem that it is quite difficult to manufacture a mold with a precise pattern such as a person's portrait, and in order to manufacture a precise metal mold, it is possible to pay an expensive metal mold ratio, and the production cost of the medal is significantly high, which is added to the consumer. There was a problem that the cost is increased. In addition, the method using the casting to produce the medal also is impossible to make a mold from time to time, it is impossible to put the memorial content of the precise shape in the medal, and it is difficult to put down the production cost and the unit price of the product, so that the merchandise is inferior. There was a problem.

Therefore, the present invention has been created to solve the problems described above, by using a pure gold plate, inscribed or embossed three-dimensional inscribed or embossed on the surface of the pure gold plate without the use of a separate mold The purpose of the present invention is to provide a method of manufacturing a square medal by the pure gold sheet molding method to improve the productivity as well as the productability by binding to the body surface of the medal through this, and thereby the square medal.

In order to achieve the above object, the manufacturing method of the square medal by the pure gold plate forming method according to the present invention comprises a pre-treatment step (S100) of preparing a pure gold plate (1) and cutting to the required size; A heat treatment step (S200) of maintaining a flexible state by applying heat to the surface of the pure gold thin plate (1) by the pretreatment step; A printing paper preparation process (S300) for printing display contents 3 such as various patterns and characters required by a laser printer on the printing paper 2 made of paper or tracing paper; The printing paper 2 on which the display content 3 is printed on the surface of the prepared pure gold thin plate 1 is rolled, and the pattern and the display content 3 facing the printing paper 2 are intaglio or embossed. A molding step (S400) for molding the thin plate 1 surface; The adhesive is processed into a rectangular shape and plated, and the hook portion 110 is formed through the front and rear on the upper side of the rectangular shape, and the adhesive surface 120 to which the pure gold thin plate 1 which has been subjected to the molding process is adhered to the front surface. A square medal preparation process (S500) having the square medal body 100 formed thereon; An adhesion step (S600) of adhering the pure gold thin plate (1) formed on the front adhesive surface (120) of the square medal body (100) to be intaglio or embossed; Includes; finished product (S700) to complete the final square medal by fitting the necklace 200 to the hook portion 110 of the square medal body (100).

Here, the primary coating step (S410) for coating the transparent plastic paper (4) on the front surface of the pure gold thin plate (1) through the molding step (S400); A second coating step (S420) for seating the film paper 5 on which the other display contents 3a such as various characters or patterns are printed on one surface, and then coating the entire surface with the coated paper 6 of transparent vinyl paper; It is also preferable to include more.

On the other hand, in the square medal according to the present invention, the display content (3), the display content such as various patterns, characters, etc. on the surface of the pure gold plate (1) is placed on the printing paper (2) printed by a laser printer and rolled to display the display content is intaglio or It is configured to be molded in three dimensions, such as embossed, characterized in that the pure gold foil (1) formed by adhering to the adhesive surface 120 of the square medal body (100).

Here, after coating the front surface of the pure gold foil (1) with a vinyl paper (4), the film paper (5) printed with another display content (3a), such as letters are placed and coated with a coated paper (6) Also preferred.

Medal of the present invention is engraved on the surface of the pure gold plate made of ultra-thin thin plate, the display content of various patterns, letters, etc. engraved or engraved in three-dimensional desired shape and precise shape, etc. Various memorial contents through simple adhesive bonding with the medal body This has the effect of obtaining the shaped medal.

Here, the surface of the pure gold sheet is rolled using a printing paper on which the display content is printed on the tresing paper using a laser printer, without using a mold, so that the display content can be three-dimensionally engraved on the surface of the pure gold sheet. In addition, the display contents engraved on the pure gold plate attached to the surface of the medal of the present invention and the display contents engraved on the medal body respectively appear to overlap each other in a harmonious manner, thereby forming a three-dimensional effect and improving the merchandise.

In addition, since the display contents engraved on the thin gold plate can be formed using a laser printer, various shapes, characters, symbols, and the like can be easily and variously expressed, and thus there is an advantage that the consumer can immediately respond to various commemorative contents desired by the consumer.

With reference to the accompanying drawings, a method of manufacturing a square medal according to the pure gold plate molding method according to the present invention as described above and an embodiment of the square medal according to it will be described in detail below.

1 is a block diagram of a method for producing a square medal by the pure gold plate forming method according to the present invention, Figure 2 is a block diagram showing another embodiment of a method for producing a square medal by the pure gold plate forming method according to the present invention. 3 is a manufacturing process diagram of the manufacturing method of the square medal by the pure gold plate molding method according to the present invention, Figure 4 is prepared by another embodiment of the manufacturing method of the square medal by the pure gold plate molding method according to the present invention 5 is an overall perspective view of the square medal according to the present invention, Figure 6 is an exploded perspective view of the square medal according to the present invention, Figure 7 is a side cross-sectional view of the square medal according to the present invention.

As shown in Figures 1 and 3, the method for manufacturing the square medal according to the present invention is provided with a square medal body by plating on the surface of the new column, and the various display contents by using a laser printer on the surface of the pure gold plate The printed printing paper 2 is put on and rolled so that the surface of the pure gold plate 1 has an uneven surface, and at the same time, the display contents are engraved in an intaglio or embossed volume to the square medal body 100. By adhesive bonding, it is possible to apply the display contents of various memorial contents on the front of the square medal without a separate mold and apply the effect as if applying the whole pure gold to the square medal, thereby increasing the merchandise and value of the square medal. It is formed to be.

2 and 4, the front surface of the pure gold plate 2 is coated with a transparent vinyl paper 4, and then another letter, nothing is formed on the top surface of the transparent vinyl paper 4. By placing the film film 5 of transparent vinyl paper on which the display contents 3a, etc., are printed, and coating the coated paper 6 made of transparent vinyl paper on the entire surface, it is possible to block the possibility of deterioration in the external environment in advance. You may make it possible to store.

Looking at the manufacturing method of such a pure gold thin plate as shown in Figures 1 and 2.

Pretreatment Process (S100)

A gold ingot made of gold is rolled and processed into a thin pure gold plate (1). The gold bullion is rolled as a conventional rolling mill, and by processing it to a very thin thickness, the maximum area can be obtained in a small amount, and the thickness thereof is preferably 0.02 mm to 0.8 mm, but most preferably 0.04 mm. If the thickness of the pure gold plate (1) is too thick because it has a disadvantage in that it takes a lot of material costs, in terms of cost, on the other hand, if too thin processing is not easy to handle because it is easy to tear or break.

As described above, after preparing the pure gold foil (1), the pure gold foil (1) is cut to the required size. The size to be cut is formed to have a rectangular shape so as to correspond to the size of the adhesive surface 120 of the square medal body 100 to be described later, and the shape and size are set according to the required product.

Heat treatment process (S200)

Heat is applied to the surface of the pure gold thin plate 1 cut to the required size to maintain a flexible state. Since the heat treatment does not maintain the correct plane when rolled with the thin plate of the characteristic material of the pure gold thin plate, it maintains the flexible state through heat treatment to maintain the correct plane during the coating process of the selection process according to another embodiment. For sake. Such heat treatment is performed immediately before the coating process, and preferably performed using a torch lamp or the like, but a conventional heat treatment method may be used.

Printing paper preparation process (S300)

On the printing paper 2 made of paper or tracing paper, the display contents 3 such as various patterns and characters required by using a laser printer are printed and prepared. Here, the printing paper 2 has a function similar to that of a mold, and various members having a property that does not penetrate printed contents, such as coated paper or vinyl paper, can be used in various ways, but the surface is relatively smooth. It is most preferable to use a tracing paper. That is, since the tracing paper has a smooth surface, when printed using a laser printer, the printed content does not penetrate and remains finely protruded, and the printed portion printed by the laser printer has a smoother surface than the tracing paper. Will have

Here, the display content 3 includes all kinds of patterns, letters, numbers, alphabets, graphs, signs, badges, insignias, etc., if necessary, and is not particularly limited, and thus is determined according to the intended use. At this time, the display content (3) is printed in fine embossed on the printing paper (2) will be expressed in the intaglio on the pure gold plate which is finally formed this part, by printing it in reverse to embossed on the surface of the pure gold plate (1) It can be formed to be expressed.

Molding process (S400)

The printing paper 2 on which the display content 3 is printed on the surface of the prepared pure gold plate 1 is placed on the surface of the pure gold plate 1 and rolled by a rolling mill to print the display content 3 on the surface of the pure gold plate 1 as well as the rest. The pattern of the paper (2) is carved. Here, the printing paper 2 has a fine concavo-convex surface due to its own characteristics, and the display contents 3 printed thereon are formed to protrude slightly by the printing liquid, so that the printing contents 2 are rolled on the pure gold plate 1. The portion of (3) is formed into an intaglio while the remaining portion has a fine uneven surface facing the printing paper (2).

That is, the pure gold thin plate 1 has a unique pattern as a whole by the minute uneven surface of the printing paper 2, and the display content 3 is kept in a depressed state, and according to the structure of the printing paper 2 May be expressed in the opposite form.

Square medal preparation process (S500)

The new column is processed into a square shape and plated. In addition, the hook portion 110 is formed to penetrate back and forth on one side of the quadrangle so as to function as a medal. In addition, the front surface is provided with a square medal body 100 having a flat adhesive surface 120 to be bonded to the pure gold thin plate (1) through the molding process. In other words, it is formed to perform a function as a medal, and the gold plated the entire process to achieve the same effect as pure gold to prepare to increase the value of the medal.

Bonding Process (S600)

As mentioned earlier, the gold plated square medals are formed by adhering the pure gold thin plate 1 to which the display contents 3 are intaglio or embossed on the front adhesive surface 120 of the rectangular medal body 100. By attaching and bonding the pure gold thin plate 1 formed by embossing or engraving on the display contents 3, the value of the square medal is increased by press molding or etching treatment.

Finished Process (S700)

The necklace 200 is fitted to the hook portion 110 of the square medal body 100 to complete the final square medal and to release the finished product in a form required by the consumer.

On the other hand, as shown in Figures 2 and 4, after the molding process of the pure gold foil (1), it is preferable to further perform the primary coating process and the secondary coating process.

Primary coating process (S410)

As shown in (a) of FIG. 4, a thin transparent vinyl paper 4 is coated on the front surface of the pure gold plate 1 having the display content 3 engraved thereon, and the coating process is a pure gold plate 1. This is to maintain the overall flatness while protecting the system.

Second coating process (S420)

As shown in (b) of FIG. 4, the thin film paper 5 on which another display content 3a such as various characters or patterns is printed on one surface of the pure gold plate 1 formed by the primary coating process. After seating, the coated paper 6 of transparent vinyl paper is laminated and coated on the front surface, and the film paper 5 is preferably formed of transparent vinyl paper, and by printing various stationery or patterns required on one surface. It overlaps with the display content 3 of the pure gold foil 1, and maintains a harmonious three-dimensional feeling.

On the other hand, the film paper 5 may be manufactured in the state of removing the film paper 5 in the case of a coin, such as commemorative coins, depending on the article finally set, in which case the thickness of the pure gold foil (1) is relatively Because of its thickness, it can be manufactured in one coating process.

The square medal can be manufactured by sequentially performing the manufacturing method of the above-described square medal manufacturing method, and the square medal manufactured by the manufacturing step is as shown in FIGS. 5 to 7.

The square medal has a square medal body 100 formed by forming a new column in the shape of a gold plating and the hook portion 110 through the front and rear to hang the necklace 200 on the upper side of the square medal body 100. Is formed. Then, the adhesive surface 120 is formed on the front surface, and the pure gold thin plate 1 to be described later is engraved by the embossed or engraved display content of various patterns, characters, and the like.

Wherein the pure gold plate (1) is formed in a rectangular to adhere to the front of the square medal of the present invention, which is only one embodiment, such as coins, as well as a variety of patterns, including oval round, such as oval It can be formed.

The surface treatment of the pure gold thin plate 1 is engraved with the display content in a positive or negative manner without using a mold. That is, by using a laser printer, the display content 3 required for printing paper 2 made of a tracing paper or the like is printed, and the printing paper 2 is placed on the surface of the pure gold sheet 1 and rolled to form a roll. It is molding.

In addition, the front surface of the pure gold foil (1) is composed of a transparent vinyl paper (4) is coated and at the same time the film paper (5) on which another display content (3a) is printed on the engraved pure gold foil (1) is fixed, Before and after the transparent coated paper 6 is also preferably coated.

Therefore, the square medal of the present invention configured as described above can be used as a decoration, souvenir, etc. as well as performing a function as a plaque, and also can be used as a size and pattern according to the size and shape of a medal. The altar, and immediately molding the phrases, patterns, etc. required by the consumer can be used to apply the plaque, commemorative plaque, etc. by marking the contents immediately. Then, by bonding the pure gold thin plate 1 and the adhesive surface 120 of the square medal body 100, the entire display of the square medal is formed by molding a display content (3) such as a phrase or a pattern required by the consumer. The same effect is shown to increase the value and decoration of square medals.

On the other hand, in the detailed description of the present invention has been described with respect to specific embodiments, for those skilled in the art that various modifications are possible without departing from the scope of the invention, such modifications are claimed It is within the scope of the description.

1 is a block diagram of a method for producing a square medal by the pure gold plate forming method according to the present invention.

 2 is a block diagram showing another embodiment of the manufacturing method of the square medal by the pure gold plate molding method according to the present invention.

Figure 3 is an overall manufacturing process of the manufacturing method of the square medal by the pure gold plate molding method according to the present invention.

4 is a manufacturing process diagram according to another embodiment of the manufacturing method of the square medal by the pure gold thin plate forming method according to the present invention.

5 is an overall perspective view of a square medal according to the present invention.

6 is an exploded perspective view of a square medal according to the present invention.

7 is a side cross-sectional view of a square medal according to the present invention.

* Description of the major symbols in the drawings *

S100: Pretreatment Process S200: Heat Treatment Process

S300: Printing paper preparation process S400: Forming process

S410: 1st coating process S420: 2nd coating process

S500: Square medal preparation process S600: Bonding process

S700: Finished Product Finishing Process 1: Pure Gold Plate

2: Printing paper 3, 3a: Display contents

4: transparent plastic paper 5: film paper

6: coated paper 100: square medal body

110: hook portion 120: adhesive surface

200: necklace

Claims (4)

A pretreatment step (S100) of preparing a pure gold foil (1) and cutting it to the required size; A heat treatment step (S200) of maintaining a flexible state by applying heat to the surface of the pure gold thin plate (1) by the pretreatment step; A printing paper preparation process (S300) for printing display contents 3 such as various patterns and characters required by a laser printer on the printing paper 2 made of paper or tracing paper; The printing paper 2 on which the display content 3 is printed on the surface of the prepared pure gold thin plate 1 is rolled, and the pattern and the display content 3 facing the printing paper 2 are intaglio or embossed. A molding step (S400) for molding the thin plate 1 surface; After processing the new column in a square shape and plated, the hook portion 110 is formed through the front and back on the upper side of the square shape, and formed on the front surface is an adhesive surface 120 to which the pure gold thin plate (1) is bonded. A square medal preparation process (S500) having a square medal body 100; An adhesion step (S600) of adhering the pure gold thin plate (1) formed on the front adhesive surface (120) of the square medal body (100) to be intaglio or embossed; Method of producing a square medal by the pure gold plate forming method comprising ;; finished product (S700) to complete the final square medal by fitting the necklace 200 to the hook portion 110 of the square medal body 100 . The method of claim 1, A primary coating step (S410) of coating a transparent vinyl paper (4) on the entire surface of the pure gold thin plate (1) having undergone the molding step (S400); A second coating step (S420) for seating the film paper 5 on which the other display contents 3a such as various characters or patterns are printed on one surface, and then coating the entire surface with the coated paper 6 of transparent vinyl paper; Method of producing a square medal by the pure gold plate molding method characterized in that it further comprises. On the surface of the pure gold plate (1), the display contents (3) such as various patterns and characters are placed on the surface of the printing paper (2) printed by a laser printer and rolled to form the display contents in three dimensions such as intaglio or embossing. The square medal, characterized in that formed by bonding the pure gold foil (1) to the adhesive surface 120 of the square medal body (100). The method of claim 3, wherein After coating the front surface of the pure gold foil (1) with a vinyl paper (4) characterized in that it is configured to coat the film paper (5) on which another display content (3a), such as letters, is printed and coated with a coated paper (6) Square medal made with.

Images