JP3125658U - Die - Google Patents

Abstract

Provided is a punching die in which a cover and a punching die are integrally formed to save material for the cover and packaging, and an identification mark is provided on the punching die so that pressure can be applied evenly.
A cutter surface is provided, the cutter surface is connected to a sponge layer larger than the cutter surface, and a surface facing the cutter surface and an edge portion of the sponge layer are formed to have the same size as the sponge portion. A sign having an identification function is printed on the cover layer.
[Selection] Figure 1

Description

  The present invention relates to a punching die, and more particularly to a punching die in which a case and a punching die are integrally molded.

  As the production of handicrafts becomes popular, the demand for various designs or designs of cards, albums, patchwork, posters, windows, or stages that combine and cut letters is also increasing. Further, in the cutting of the character design as described above, a material such as paper, plastic, album or the like is provided on the die and covered, and the material is cut with a cutter to form the design.

  Due to the wide demand for various designs, handicraft producers or consumers can cut various different designs by purchasing good cutting dies in various packaging on the market. Such punching packaging is usually a paper board with a text description, production area, barcode, or design displayed on it, or the paper is fixed on the display and the outside is vinyl. Covered with a bag or case for consumers to purchase.

  After the consumer purchases the punching die, he / she discards the packaging such as paper and the case on which the label is written, so that the material cost is wasted and it is also contrary to environmental protection. In addition, since the conventional packaging is expensive, it is one of the burdens on the traders.

  Since the punching die from which the package is removed is only provided with a protruding ultra-fine cutter on the surface, it is difficult for the consumer to quickly determine what the shape is. In addition, since information on the cutting die such as name, number, production place, and trademark cannot be known, it is inconvenient when searching for the cutting die when managing or using the cutting die.

  In addition, since the cutter with the package removed is in a state where the cutter is exposed to the outside, the cutter is likely to be worn, scratched, soiled, rusted, etc., and may injure the user. Therefore, for safety reasons, the cutter surface of the die is covered with a thin sponge to prevent the cutter from being damaged, while protecting the user's safety so that the cut material can be smoothly removed from the die. .

  Since the cutter surface is originally provided outside the punching die, there are the above-mentioned drawbacks, but the punching die figure can be confirmed. However, if the cutter surface is covered with a sponge, it is difficult to confirm the figure of the punching die, and it becomes more difficult to find and manage the punching die. For this reason, in the conventional design, a U-shaped vinyl cover is formed on the back surface of the punching die, and the die number and trademark are displayed on the surface of the cover. However, since the vinyl cover does not have a flat surface, when the pressure is applied, the cover is likely to crack, and the point at which the pressure is applied to the punching die is not uniform.

  It is an object of the present invention to provide a punching die that can be uniformly pressed by forming a cover and a punching die integrally to save cover and packaging materials and providing an identification mark on the punching die. And

  Therefore, as a result of intensive research in view of the drawbacks found in the prior art, the present inventor has a cutter surface, and the cutter surface is connected to a sponge layer larger than the cutter surface and faces the cutter surface. And the edge of the sponge layer is connected to a cover layer formed in the same size as the sponge portion, and the problem can be solved by a punching die on which an indicator having an identification function is printed. Based on this knowledge, the present invention was completed.

Hereinafter, this device will be specifically described.
The cutter surface according to claim 1 is provided, the cutter surface is connected to a sponge layer larger than the cutter surface, and a surface facing the cutter surface and an edge portion of the sponge layer have the same size as the sponge portion. The cover layer is connected to the formed cover layer, and an indication having an identification function is printed on the cover layer.

  According to the second aspect of the present invention, the sponge layer of the first aspect is formed larger than the punching die, and the edge portions of the four sides protrude from the edge portion of the punching die to form a connection surface.

  According to a third aspect of the present invention, there is provided a die according to the first aspect, wherein the cover layer is made of a transparent plastic film, and is adhesively connected to a film made of paper whose surface is printed. A connection surface is formed at the edge of the side and adhesively connected to the connection surface of the sponge layer.

  According to a fourth aspect of the present invention, there is provided a punching die according to the first aspect, wherein the cover layer is formed of a transparent plastic film and paper having a surface printed thereon, and the paper has the same size as the punching die and the cutter surface of the punching die. The transparent film covers the surface of the paper, the shape and size are the same as the sponge layer, and the connection formed on the edge of the four sides and the edge of the sponge layer. The surface is adhesively connected.

  According to a fifth aspect of the present invention, there is provided a punching die according to the first aspect, wherein the cover layer is formed of a fibrous board and paper having a surface printed thereon, and the surface of the fibrous board facing the punching die is a punching die. Adhesive connection is made to the surface facing the cutter surface and the connecting surface of the sponge layer.

  In the punching die described in claim 6, the paper in claim 5 is covered with a film having a transparent surface and having brightness.

  In the punching die described in claim 7, the cover layer in claim 1 is printed in one or all of designs, characters, barcodes and the like.

  The punching die according to this device eliminates the cover and packaging material, reduces the cost of the cover and packaging, and prevents the disposal and waste of the packaging material.

  In addition, the cutting die of the present invention is printed on the cover layer with a mark such as a design for identifying the punching die, which is convenient for searching and managing the punching die during use. Therefore, it is possible to improve safety, press uniformly, and cut the material quickly and cleanly.

This device is a punching die that can be molded uniformly with a cover and a punching die to save cover and packaging materials, and can be applied with pressure evenly by providing an identification mark on the punching die.
A cover layer comprising such a cutter surface, wherein the cutter surface is connected to a sponge layer larger than the cutter surface, and the surface facing the cutter surface and the edge of the sponge layer are formed to have the same size as the sponge portion In order to describe in detail the structure and features of the cover layer printed with a sign having an identification function, a specific example will be given and described below with reference to the drawings.

  1 to 3 disclose an embodiment of the present invention. According to the drawings, the punching die 10 of the present invention has a cutter surface 11 with a protruding cutter connected to a sponge layer 20 to protect the cutter. The same design is formed in the portion where the sponge layer 20 and the cutter are in contact, and the area of the sponge layer 20 is larger than that of the punching die 10, so that the edges of the four sides of the sponge layer are the punching die 10. The connection surface 21 is formed by projecting from the outer peripheral edge portion.

  A surface 12 of the punching die 10 facing the cutter surface 11 is connected to a flat cover layer 30. The cover layer 30 is provided with a transparent plastic thin film 31 on the surface connected to the die 10, and the area of the cover layer 30 is the same as that of the sponge layer 20 and is larger than the die 10. A connecting surface is formed at the edge, and the connecting die 21 is adhesively connected to the connecting surface 21 of the sponge layer 20 so that the die 10 is covered inside.

  The cover layer is flat, soft and elastic, and the sponge layer is slightly curved and tightly adhesively connected to the cover layer, so that the entire structure is light and covered flat. The cover and the punching die can be molded integrally. With the above-mentioned structure, the punching die can be used directly after purchase, no need to remove the cover or packaging, no extra dust is generated by packaging, etc., and it can meet the demand for environmental protection In order to reduce extra covers and packaging materials, the costs associated with covers and packaging can be greatly reduced.

  FIG. 4 discloses another embodiment of the present invention. The cutter surface 11 of the punch 10 is connected to the sponge layer 20 to protect the punch 10. The sponge layer 20 has an area larger than that of the punching die 10, and four edge portions protrude from the outer peripheral edge of the punching die 10 to form a connection surface 21. The punching die 10 is connected to the cover layer 30 whose surface facing the cutter surface 11 is planar. The cover layer 30 is formed by combining a transparent plastic film 33 and a paper 32 having a design printed on the surface thereof. The paper 32 is formed in the same size as the die 10 and is attached to the surface of the die 10 that faces the cutter surface 11. The transparent plastic film 33 covers the surface of the paper 32 and is formed in the same size as the sponge layer 20. Further, since the edge of the plastic film 33 is connected to the connection surface 21 formed on the edge of the sponge layer 20 by adhering to each other, the die 10 is covered inside, and a lightweight and flat cover is provided. It is formed and has a marking function that can identify the die 10.

  FIG. 5 discloses another embodiment of the present invention. The punching die 10 has a cutter surface 11 connected to the sponge layer 20 and a surface facing the cutter surface 11 connected to a flat cover layer 30. The cover layer 30 is formed by adhering a fibrous board and paper having a design printed on the surface thereof. Since the paper 32 is covered with a film having a transparent surface and brightness, printing on the surface of the paper is protected. Since the fibrous board 34 is connected to the connection surface 21 formed on the edge of the sponge layer 20 and the surface of the inner surface facing the cutter surface of the punching die 10, the cover and the punching die are molded integrally. Achieve the goal.

  As mentioned above, this device is not only high in safety because the cover and the punching die are molded integrally, but the cover is lighter, not only waste packaging material, reduce packaging costs, The cover layer can be printed with information such as the design, name, number, barcode, and production location of the die, providing clear marking and identification functions, and storing and managing multiple die. This is convenient when searching for a punching die necessary for use. Further, when the material is cut, since the flat cover layer is provided, the material can be pressed uniformly and the material can be cut smoothly.

  The above is a preferred embodiment of the present invention, and does not limit the scope of implementation of the present invention. Accordingly, any modifications or changes that can be made by those skilled in the art, which are made within the spirit of the present invention and have an equivalent effect on the present invention, all belong to the scope of claims for registration of the utility model of the present invention. Shall.

It is the perspective view which showed the Example of the cutting die of this device. FIG. 2 is an exploded view showing the punching die disclosed in FIG. 1. It is sectional drawing which showed the punching die disclosed in FIG. It is sectional drawing which showed the other Example of this device. It is sectional drawing which showed the other Example of this device.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Cutting die 11 Cutter surface 12 Surface 20 Sponge layer 21 Connection surface 30 Cover layer 31 Transparent plastic film 32 Paper 33 Plastic film 34 Fibrous board

Claims (7)

A cover layer having a cutter surface, wherein the cutter surface is connected to a sponge layer larger than the cutter surface, and a surface facing the cutter surface and an edge of the sponge layer are formed in the same size as the sponge portion A punching die which is connected and printed with an indicator having an identification function on the cover layer. The punching die according to claim 1, wherein the sponge layer is formed larger than the punching die, and the edge portions of four sides protrude from the edge portion of the punching die to form a connection surface. The cover layer is made of a transparent plastic film, and is adhesively connected to a film made of paper whose surface is printed. The area of the cover layer is larger than that of the punching die, and a connection surface is formed on the edge of four sides to form a sponge. 2. The punching die according to claim 1, wherein the connecting surfaces of the layers are adhesively connected to each other. The cover layer is formed of a transparent plastic film and paper having a surface printed thereon, and the paper has the same size as the punching die and is attached to the surface facing the cutter surface of the punching die. 2. The surface of the paper is coated, and the shape and size are the same as those of the sponge layer, and the connection surface formed on the edge of the four sides and the edge of the sponge layer is adhesively connected. The punching die described in 1. The cover layer is formed of a fibrous board and paper having a surface printed thereon, and the surface of the fibrous board facing the punching die faces the die cutter surface and the connection surface of the sponge layer The punching die according to claim 1, wherein the die is adhesively connected. 6. The punching die according to claim 5, wherein the paper is covered with a film having a transparent surface and brightness. The punching die according to claim 1, wherein the cover layer is printed with any one or all of designs, characters, barcodes and the like.

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