KR20080100646A - Container consisting of soft packaging for braille, soft packaging and its manufacturing method - Google Patents

Abstract

The present invention relates to a soft packaging material for braille, the soft packaging material for braille is to directly print letters and patterns using a copper plate roller and a mold on the resin fabric, and at the same time to form a large number of braille layers forming the braille, the printing Coating material and coating paper on the surface of the paper, the printing layer and the braille layer formed on the printing paper is cured and dried, the printing paper and the upper printing layer by heat during the curing process of heat and dot in the process of drying the printing paper And cooling the printed paper by using a cooling device to prevent the braille layer from being deformed, laminating the printed paper and another wrapping paper to form a fabric of a soft packaging material, and cutting the fabric of the soft packaging material after cutting. It is produced while going through the steps to achieve a soft packaging material.

Therefore, it is convenient for the visually impaired by printing Braille effectively on the soft packaging material through a simple printing process, and it is possible to improve the quality of the packaging material because it can improve the identification ability by the visual and touch of the soft packaging material. Soft packaging materials that consider the disabled can maximize corporate value.

Description

PACKAGING MATERIALS FOR BRAILLE, THE MANUFACTURING PROCESS THEREOF AND THE CONTAINER PROVIDED WITH THE SAME}

1 is a state diagram showing the braille formed on the packaging material according to the prior art,

2 is a sectional view of the main part of FIG. 1;

3 is a flow chart showing a method of manufacturing a soft packaging material for braille according to the present invention,

Figure 4 is a state diagram showing a printing state of the soft packaging for braille according to the present invention,

5 is a perspective view showing a state in which the braille is printed on the soft packaging material according to the present invention,

6 is a cross-sectional view showing a first embodiment of a soft packaging material for braille according to the present invention,

7 is a cross-sectional view showing a second embodiment of a soft packaging material for braille according to the present invention,

8 is a cross-sectional view showing a third embodiment of a soft packaging material for braille according to the present invention;

9 is a cross-sectional view showing a fourth embodiment of the soft packaging material for braille according to the present invention.

Explanation of symbols on the main parts of the drawings

1: Drying and ripening device 1a: Heating element

2: cooling device 3: printing device

4 conveyor 5 soft packing material

6: braille 10: printing paper

11: braille layer 12: printed layer

13: dot 14: air layer

20: wrapping paper

The present invention relates to a soft packaging material in which braille is printed, in particular, a soft packaging material for braille to provide improved convenience to the visually impaired by printing the braille effectively on a soft packaging material of a synthetic resin such as a confectionery bag, a manufacturing method thereof and the same It relates to a container provided.

In general, Braille protrudes into a certain point on the ground so that the visually impaired person can easily recognize it, so that the visually impaired person can recognize the letters or symbols by touching it with the fingertips. It is completed by using protruding point pens on the embossed spaces formed on the braille board.

If you want to form such braille, you must use special paper for braille, so it was difficult to form braille in general paper such as packaging materials.

In other words, the packaging material is printed on a film, such as Maniji, Ivory, Special IV, CCP, gold, silver, etc. on a battery designed with a variety of characters and patterns, the surface of the coating, and the coating After press-bonding a separate sheet such as gold foil using upper and lower press plates, the battery is cut into the unfolded form of the packaging material and bonded to each other to form a single packaging material. The packaging paper is made of special paper for braille. Because it is completely different from, it was difficult to form braille.

So, in recent years, a technology for forming braille on the packaging material has been developed. When the technology is described with reference to FIGS. 1 and 2, all sentences printed on the entire upper surface of the paper 100 are arranged in a constant manner. After forming in the stencil printing frame in a predetermined form in accordance with the frame and the soft synthetic resin (200) in the liquid state after printing the braille 300 as stencil printing is formed by curing the soft synthetic resin (200).

However, since the conventional braille packaging material formed as described above is hardened by attaching a liquid synthetic resin 200 to the upper surface of the smooth paper 100, the hardened synthetic resin 200 is detached during movement or loading. It is not helpful, and also has difficulty in reducing productivity and workability because the process of forming the braille 300 on the packaging material is cumbersome.

Then, the braille 300 is cured through drying in the process of forming the braille 300 in the packaging as described above, the packaging material causes thermal deformation or heat by the braille 300 melted in the drying process Because of all the difficulties, it was difficult to obtain uniform printing quality of the packaging material.

In particular, in the case of soft packaging materials such as confectionery bags, it is difficult to print the braille 300 because it is very sensitive to heat, and the technique for printing the braille 300 on the most used soft packaging material is insufficient, so it is practical for the visually impaired. Did not help.

Therefore, the present invention has been made to solve the problems of the conventional braille packaging material, by providing a more convenient convenience to the visually impaired by printing the braille on the soft packaging material through a simple printing process and also to the visual and touch of the soft packaging material It is an object of the present invention to provide a braille soft packaging material, a method of manufacturing the same, and a container having the same, so that the identification ability can be improved.

The present invention for achieving the above object, the braille soft packaging material 5 produced by the braille soft packaging material manufacturing method can be used to attach to various containers, the printing paper 10 and the wrapping paper 20 The printing sheet composed of the laminations is attached to the surface of the container so that the braille 6 can be displayed on the surface of the container. The braille soft packaging material 5 is cut to a suitable size and directly applied to the container by stepping. The braille soft packaging material 5 may be attached to the container, and thus the braille 6 may be notified to the visually impaired person through the braille 6.

Here, the braille soft packaging material 5 is applied to a variety of containers such as box type, container type, bottle type, encapsulation type, pack type, can type, cup type, tubular type, etc. to enable a wide range of braille printing for the blind. can do. Of course, the material of the container may also be manufactured using various materials, and the soft packaging material 5 for braille may be attached to the container thus manufactured.

And, in the soft packaging material consisting of the bonding of a printing paper made of a resin fabric and another wrapping paper, a letter and a pattern is printed at a predetermined position of the printing paper to form a printed layer and a plurality of braille forming a braille on the surface of the printing paper The layer is formed, characterized in that the wrapping paper is laminated on the back of the printing paper to form a fabric of the soft packaging material for Braille.

In addition, the printing paper is formed on the surface of each of the printed layer and braille layer forming the braille, and the braille layer forming a pattern, the printed layer and the braille layer is to have a difference in height.

In addition, the printing paper is formed by printing a letter and pattern on the surface of the printing layer is formed, a plurality of braille layers forming a braille at a predetermined position of the printing paper is attached to a separate dot having a certain height.

In addition, the printing paper is configured to make braille by bonding to the wrapping paper in the air layer is formed so that the surface protrudes.

In addition, by forming an air layer between the printed paper and the wrapping paper processed braille can prevent the deformation of the contents by mistake of the tactile sense of the visually impaired.

The method of manufacturing a soft packaging material for braille includes a printing paper manufacturing step of printing letters and patterns directly on a resin fabric using a copper plate roller and a mold, and at the same time, forming a plurality of braille layers forming braille, and a printing layer of the printing paper. And a printing paper coating step of coating a coating material or coated paper on the surface of the printing paper to protect the braille layer, and the printing layer formed on the printing paper by using a drying and maturing apparatus equipped with a plurality of lamps or heating elements on the printing paper. And a printing paper drying and maturing step of curing the braille layer, and cooling to prevent the printing paper and the printing layer and the braille layer of the printing paper from being deformed by heat generated during curing of heat and dot during the drying process of the printing paper. A printing paper cooling step of cooling printing paper by using the apparatus, and laminating the printing paper and another wrapping paper which have been manufactured. By the printing paper and wrapping paper bonding step to form the fabric of the soft packaging material, and the cutting step to form a soft packaging material by cutting and processing the fabric of the soft packaging material to produce a soft packaging material for braille. In addition, the cooling device may correspond only to the dot molding.

In addition, in the printing paper manufacturing step, the height of the printed layer and the braille layer in which the letters and patterns are printed and the braille layer are made to be different and at the same time to be printed on the printing paper.

In addition, in the printing paper manufacturing step, a printing layer in which letters and patterns are printed is first formed, and a plurality of braille layers forming the braille are attached to the printing paper with dots having a predetermined height.

In addition, in the printing paper manufacturing step, by forming the braille layer by bonding to the wrapping paper by embossing the air layer like the printing layer or separately on the printing paper.

In addition, an air layer may be formed between the printed paper and the wrapping paper on which the printed layer and the braille layer are processed, thereby preventing deformation of the contents by mistake of the tactile sense of the visually impaired.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Referring to Figures 3 and 4 of the method for manufacturing a braille soft packaging material for printing braille on a soft packaging material forming a variety of synthetic resin packaging material, such as a confectionery bag, the braille soft packaging material using a copper plate roller and a mold on the resin fabric In order to directly print letters and patterns, and at the same time to form a plurality of braille layers 11 forming braille (S10), to protect the printed layer 12 and the braille layer 11 of the printing paper 10 Applying a coating material or coated paper to the surface of the printing paper (10) (S20), using a drying, maturing apparatus (1) equipped with a plurality of lamps or heating elements (1a) on the printing paper (10) printing paper ( The printing layer 12 and the braille layer 11 formed on the 10) are cured to dry and mature (S30), and the printing paper 10 and its upper portion by heat in the process of drying and maturing the printing paper 10. In order to prevent the printed layer 12 and the braille layer 11 from being deformed, By cooling the printing paper (10) (S40), the production of the printed paper 10 and the wrapping paper made of aluminum material is laminated to form a fabric of the soft packaging (S50), the fabric of the soft packaging material After cutting is produced while going through the step (S60) to achieve a soft packaging material.

When the braille dot 13 is processed in the soft packaging material as described above, the heat melting point of the material is 140-270 ° C., the mold temperature is 40-120 ° C., and the processing time is preferably set to 2-60 seconds. Since the soft packaging material is very sensitive to heat, the soft packaging material is cooled by the cooling device 2 to prevent thermal deformation of the soft packaging material and deformation of the printed layer 12 and the braille layer 11.

That is, the printing layer 12 and the braille layer 11 printed on the printing paper 10 are distinguished from each other by different printing amounts, so that the amount of application of the braille layer 11 so that a blind person can recognize the braille. A printing paper 10 transferred from the conveyor 4 of the printing apparatus 3 to the drying and aging apparatus 1 so that the printing of the braille layer 11 can be hardened. After drying with heat of), the printing paper 10 is cooled by using the cooling device 2 installed in the lower portion of the conveyor 4 to prevent thermal deformation of the printing paper 10 to improve the printing quality.

In addition, the soft packaging material consisting of the printing paper 10 and the wrapping paper may represent braille in various ways. As an example, the printing layer 12 in which letters and patterns are printed by varying the amount of ink on the printing paper 10 may be used. ) And the height of the braille layer 11 to which the braille is printed make a difference and at the same time can be printed on the printing paper (10).

In addition, in the printing paper 10 manufacturing step, a printing layer 12 on which letters and patterns are printed is first formed, and the plurality of braille layers 11 constituting the braille are formed as dots 13 having a predetermined height. By attaching and molding to the printing paper 10, the above method first prints normally on the printing paper 10 to form the printing layer 12, and then, as a liquid synthetic resin material on a predetermined portion of the printing paper 10. By attaching the dot is made to achieve the braille.

Here, by embossing the air layer on the printing paper 10 to be bonded to the wrapping paper to form a braille layer 11, it is possible to represent the braille on the soft packaging material using the air layer.

In addition, by forming an air layer between the printed paper 10 and the wrapping paper processed braille can prevent the contents from being deformed by the tactile mistakes of the visually impaired.

Therefore, the soft packaging material 5 may be displayed on the surface of the braille 6 as shown in Figure 5, after forming the braille 6 on the printing paper 10 in various ways as described above The cutting paper 10 and the wrapping paper are bonded to each other in a cut state, and as an example, the soft packaging material 5 in the form of a seal can be produced.

In other words, the braille soft packaging material 5 is processed in various forms as well as bags, and the contents, quality display, warning and caution signs inside the soft packaging material 5 to the visually impaired through the braille 6 displayed on its surface. Alternatively, the price can be provided to provide more specific and various product information. Here, the braille contents may not be displayed in full.

On the other hand, the soft packaging material 5 for braille produced as described above is composed of the bonding of the printing paper 10 made of a resin fabric, and another wrapping paper, the character and pattern is printed at a predetermined position of the printing paper 10 The printed layer 12 is formed and a plurality of braille layers 11 forming the braille 6 are formed on the surface of the printing paper 10, and the wrapping paper is laminated on the back surface of the printing paper 10 for braille. It is to achieve the fabric of the soft packaging material (5).

Therefore, the soft packaging material 5 for braille is produced through the lamination of the printing paper 10 having the printing layer 12 and the braille layer 11 and the wrapping paper forming the base of the printing paper 10, By expressing the braille 6 formed on the surface of the printing paper 10 to the outside will be able to recognize through the touch.

In addition, as described above, the braille soft packaging material 5 may be manufactured in various structures. Referring to FIG. 6, a first embodiment of the braille soft packaging material 5 may include letters and letters on its surface. A braille layer 11 forming a pattern and a braille layer 11 forming a braille 6 are respectively formed, and the print layer 12 and the braille layer are formed to have a difference in height, thereby forming braille on the print paper 10. (6) is represented.

In addition, a second embodiment of the soft packaging material 5 will be described with reference to FIG. 7. In the printing paper 10, a printing layer 12 on which a character and a pattern are printed is formed, and the printing paper is A plurality of braille layers 11 constituting the braille 6 at a predetermined position of (10) is configured by attaching a separate dot 13 having a predetermined height, the dot 13 is a separate liquid synthetic resin material It is made to adhere to the printing paper 10 to form a braille (6).

In addition, referring to FIG. 8, a third embodiment of the soft packaging material 5 is bonded to the wrapping paper 20 in a state where an air layer 14 is formed such that its surface protrudes. Braille 6 is formed, and first, when the convex air layer 14 is formed on the printing paper 10 through embossing, and in this state, the wrapping paper is bonded to the back surface of the printing paper 10. Braille 6 is achieved because the air layer 14 of the printing paper 10 maintains the protruding state.

In addition, referring to FIG. 9, a fourth embodiment of the soft packaging material is formed, the air layer 14 is formed between the printed paper 10 and the wrapping paper 20 on which the braille 6 is processed, thereby tactile mistakes of the visually impaired. This can prevent the contents from deforming.

Therefore, the braille soft packaging material 5 may exhibit the braille 6 on its surface in various structures, and the number of stacks of printing paper and wrapping paper may be variously configured.

Therefore, by producing a soft packaging material for braille 5 through a variety of methods and a simple process can be more improved convenience for the visually impaired.

In particular, the application of the present invention can be applied to a soft packaging material that is a bar code or a recycling mark, any person having ordinary knowledge in the field to which the invention belongs without departing from the gist of the invention claimed in the claims below. As such, various modifications can be made without departing from the scope of the present invention.

As described above, according to the soft packaging material for braille according to the present invention, a manufacturing method thereof, and a container provided with the same, the braille can be conveniently printed on the soft packaging material through a simple printing process, thereby providing convenience to the visually impaired person. As it can improve the ability to identify visually and tactilely, it can improve the quality of packaging materials, maximize the corporate value through soft packaging materials that consider the visually impaired, and the contents and related information inside soft packaging materials through Braille. Can be easily recognized by the visually impaired.

Claims (11)

 A soft packaging material for braille, characterized in that the braille soft packaging material consisting of a lamination of the printing paper 10 and the wrapping paper 20 is attached to the surface of the container so that the braille can be displayed on the surface of the container. In the soft packaging material consisting of the bonding of the printing paper 10 made of a resin fabric and another wrapping paper 20, Letters and patterns are printed at a predetermined position of the printing paper 10 to form a printed layer 12 and a plurality of braille layers 11 forming braille 6 on the surface of the printing paper 10 is formed, Soft packaging material for braille, characterized in that the wrapping paper 20 is laminated on the back of the printing paper 10 to form a fabric of the soft packaging material (5). The method of claim 2, The printing paper 10 is formed on the surface of the printed layer 12 and the braille layer 11 to form a braille pattern 6 and the pattern, respectively, the printed layer 12 and the braille layer 11 Soft packaging for braille, characterized in that the difference in height between each other. The method of claim 2, The printing paper 10 has a printed layer 12 on which a character and a pattern are printed, and a plurality of braille layers 11 forming a braille 6 at a predetermined position of the printing paper 10 are fixed. Soft packaging material for braille, characterized in that configured by attaching a separate dot 13 having a height. The method of claim 2, The printing paper (10) is a soft packaging material for braille, characterized in that the braille (6) is made by bonding to the wrapping paper (20) in a state in which the air layer 14 is formed so that the surface protrudes. The method of claim 2, Soft packaging material for braille, characterized in that the braille layer 11 is formed by bonding an air layer 14 between the processed printing paper 10 and the wrapping paper (20). Printing paper production step (S10) to form a large number of braille layers 11 forming a braille at the same time as printing letters and patterns directly using a copper plate roller and a mold on the resin fabric; Printing paper coating step (S20) of applying a coating material or coated paper on the surface of the printing paper to protect the printing layer 12 and the braille layer 11 of the printing paper 10; And The printing layer 12 and the braille layer 11 formed on the printing paper 10 are cured by using a drying and maturing apparatus 1 having a plurality of lamps or heating elements 1a on the printing paper 10. Printing paper to dry to dry, aging step (S30); and In order to prevent the printing paper 10, the printing layer 12 and the braille layer 11 from being deformed by heat in the process of drying the printing paper 10, the cooling paper 2 Printing paper cooling step (S40) for cooling 10; And A printing paper and wrapping paper bonding step (S50) of laminating the printing paper 10 and another wrapping paper 20, which are manufactured to form a fabric of the soft packaging material 5; And Method of manufacturing a soft packaging material for Braille through the process of; Cutting step (S60) to form a soft packaging material (5) by cutting the fabric after processing the fabric of the soft packaging material (5). The method of claim 7, wherein In the manufacturing step of the printing paper 10 to make it possible to be printed on the printing paper 10 at the same time the height of the printed layer 12 and the braille layer 11 is printed braille is printed in the character and pattern A method of producing a soft packaging material for braille. The method of claim 7, wherein In the printing paper 10 manufacturing step, a printing layer 12 on which letters and patterns are printed is first formed, and the plurality of braille layers 11 constituting the braille 6 are dots 13 having a predetermined height. The method of manufacturing a soft packaging material for braille, characterized in that the molding on the printing paper (10). The method of claim 7, wherein Embossing the air layer 14 on the printing paper 10 in the printing paper 10 manufacturing step of the soft packaging material for braille characterized in that the braille layer 11 is bonded to the wrapping paper 20 to form Manufacturing method. The method of claim 7, wherein Method of producing a soft packaging material for the manager, characterized in that the braille layer 11 is formed by bonding an air layer (14) between the processed printing paper (10) and the wrapping paper (20).

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