KR20050047787A - Method for forming a coating film on a label and label coating sheet - Google Patents

Abstract

Disclosed are a label coating method and a label coating sheet capable of easily forming a coating on printed paper such as a label or certificate. In order to coat the printed paper, provide a release paper in which the printed paper and the coated paper cut in correspondence with the coated portion of the printed paper are disposed adjacent to each other, and lift the portion where the coated paper is disposed on the release paper to partially separate the release paper and the coated paper, The partially separated portion of the coated paper is partially attached to the coated portion, and then the remaining portion of the coated sheet is attached to the coated portion by moving the print paper and the release paper in opposite directions. After printing a character or the like on the coated portion of the print paper can be directly coated on the coated portion, through the coating it is possible to effectively protect the characters printed or recorded on the coated portion from external factors.

Description

Label coating method and label coating sheet {METHOD FOR FORMING A COATING FILM ON A LABEL AND LABEL COATING SHEET}

The present invention relates to a coating method, and more particularly, to a label coating method and a label coating sheet capable of attaching a coated paper to a small print such as a label to protect the content of the coated portion from external factors. .

In general, coating refers to a process of forming a thin film of a coating material on a coating to block the surface of the coating from the outside. In general, the coating is used to protect the coating from the outside. Is being used.

As a method of forming a coating film on a coating material, the following two methods are generally used. One is a method of coating a coating liquid on a coating material and applying heat or applying a predetermined reaction to the coating liquid to form a coating film. The other is a method of forming a coating film on the coated material by placing a film of the coating material on the coated material and applying heat to the film or adhering the film.

Coatings are also used in printed materials to protect printed areas. In general, the coating used in the printout is performed on the printout by using an autoliner after completing the printing in large quantities. For example, in order to produce a leaflet, the leaflet contents are printed on a printing paper, the surface is coated by using an automatic laminating machine, and the coated paper is cut by completing the coated printing.

However, this method may be suitable for a large quantity of printed matter with uniform contents, but not for a small amount of printed matter whose contents are not unified. In particular, the product name, model name, product number, barcode, etc. of each product are individually printed on small printed matters such as labels, and it is almost impossible and possible to coat each small printed matter by the above coating method each time. It is also economically undesirable.

Of course, it is also possible to print the necessary identification marks on the coated side, but in general, the printed portion is often peeled off or erased. To overcome this, some use specially formulated inks to print the necessary identification marks on the coated surface, but these are also expensive and do not fundamentally solve the problem.

Therefore, conventionally, a method using a film is mainly used as a method for coating a small printed matter. In order to form a coating film on a small printed matter, a transparent film is formed of synthetic resin materials such as polypropylene (PP), polyethylene terephthalate (PET), polyethylene (PE), orthophenylphenol (OPP), and nylon (NYLON). The coated part is covered with a film and pressed to form a coating film on the coated part.

1 is a perspective view for explaining a conventional label printing machine and a conventional coating method.

Referring to FIG. 1, a conventional label printing machine 10 includes a housing 12, a roll label paper 14, a guide roller 15, a printer 18, and a cutting machine 19.

The roll label paper 14 is rotatably mounted to the housing 12 and supplies the label paper 16. As the roll label paper 14 is released, the label paper 16 can be continuously supplied, and the label paper 16 includes a release paper 22 and a print paper 24 temporarily attached to the release paper 22. do.

The guide roller 15 is provided above the front face of the roll label paper 14, and the printer 18 is arrange | positioned in front of the guide roller 15. As shown in FIG. The cutter 19 is disposed in a housing 12 adjacent to the printer 18.

When a print command signal is transmitted from the interface unit of the label printer 10 or an external computer, the printer 18 starts to operate, and the label paper 16 is supplied from the roll label paper 14. In response to the position of the printer paper 24 of the label paper 16, the printer 18 prints necessary characters, graphics, barcodes, and the like, and the label paper 16 passing through the printer 18 is cut by the cutting machine 19. Cut to size available.

The label paper 20 cut through the above process includes the cut release paper 22 and the printed paper 24 on which the contents are displayed, and the coated paper 26 is attached to the printed paper 24 of the cut label paper 20. do.

As shown, the coated paper 26 may be provided by individually cutting the transparent synthetic resin film, such as PP, PET, OPP, in addition to the transparent synthetic resin film formed with an adhesive film in advance cut and attached to each printed print paper You may.

However, there is a disadvantage that any of the above methods are cumbersome to implement. This is because the coated paper must be cut and used each time, or separately prepared coated paper must be removed and attached to the print paper.

Due to this problem, it is often used without coating a small printed matter, such as a label, and the situation where the printed part is damaged without harsh conditions, moisture, or chemicals without any countermeasures.

Accordingly, one object of the present invention is to simply provide a coating method and a label coating sheet capable of attaching the coated paper to the coated portion of the printed matter.

In addition, another object of the present invention is to provide a coating method and a label coating sheet which can be attached to the coated paper accurately placed on the coated portion on the print paper.

In addition, another object of the present invention by coating a small printed matter easily, the printed portion is not erased or altered due to external factors, it can impart heat resistance and chemical resistance, and partially decorated coated paper It is to provide a multi-purpose coating method and a multi-purpose label coating sheet that can be used to decorate the coated portion.

According to a preferred embodiment of the present invention for achieving the above object of the present invention, providing a release paper with the print paper and coated paper disposed adjacent to each other, and lifting the portion where the coated paper is disposed in the release paper partially to release the paper and the coated paper After separation, the part separated from the coated paper is moved to partially attach to the coated part, and the print paper and the release paper are moved in the opposite direction while maintaining the adhesion between the coated paper and the coated part, so that the remaining portion of the coated paper is coated. The site is attached to coat the coated part on the print paper.

Printed paper and coated paper are placed side by side on the release paper and provided as one coating set. When lifting the part where the coated paper is placed on the release paper, the release paper is bent relatively well compared to the coated paper and connected to the release paper portion at the bottom of the print paper to bend in an S-shape, and coated paper having a relatively large bending strength is flat It is kept partially and separated from the release paper.

The partially separated coated paper may be approached to the coated portion of the print paper, and then the first portion may be attached to the coated portion, and the remaining portion of the coated paper may be attached to the coated portion by pulling the release paper or pulling the printed paper.

In this case, the coated part may be set to the entirety of the printed paper, but the coated paper may cover the whole face of the printed paper, but the present invention is not limited thereto. Only the necessary part is set as the coated part and the coated paper is cut to fit the coated part. It is possible to coat the coated portion using.

As the coated paper, a transparent film made of synthetic resin such as polypropylene (PP), polyethylene terephthalate (PET), polyethylene (PE), orthophenylphenol (OPP), and nylon (NYLON) may be used. It is preferable that it is about 50 micrometers or more.

The printing paper is a concept including all sheets that can be printed or processed to be printed, and is not limited to paper, but may be composed of a film material that is uniform with a coated paper or a thin film of metal.

If a transparent film or a thin metal film is used, the base may be treated to print on the surface of the printed paper. As an example, both the printed paper and the coated paper may be formed of a transparent film, and in this case, the printing may be performed by first performing base printing (UV or offset printing) on the printing paper of the transparent film. After printing the necessary contents on the base printing, the coated portion is coated with coated paper.

Alternatively, by forming the first bending line and the second bending line on the release paper, it is possible to reliably control the release paper bending from the design stage.

That is, the first bending line is formed to pass between the print paper and the coated paper. Therefore, when lifting the part where the coated paper is disposed on the release paper, the release paper is first bent based on the first bending line, and the position where the coated paper is attached can be adjusted in advance.

In addition, a second bending line is formed on the release paper so as to partially pass through the coated paper. Therefore, when the release paper is bent based on the first bending line, the release paper is preferentially bent on the basis of the second bending line, and at this time, the coated paper portion adjacent to the first bending line is separated at a time based on the second bending line. do. As already mentioned, the reason why the coated paper is separated at once is because the coated paper is not bent even if the release paper is bent based on the second bending line.

Since the release paper is bent in sequence with respect to the first and second bending lines, there is no need for a user or a machine to move the coated paper to the coated portion by adjusting the position of the coated paper, and to attach the coated paper to the position of the coated portion already determined by the design. Can be.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, but the present invention is not limited or limited by the embodiments.

Example 1

2A to 2D are perspective views illustrating a label coating method and a label coating sheet according to a first embodiment of the present invention.

Referring to FIG. 2A, the label coating sheet 100 according to the first embodiment includes a release paper 110, a print paper 120, and a coated paper 130.

An adhesive film is formed on the bottom of the print paper 120 and the coated paper 130, and a release agent is coated on the upper surface of the release paper 110 to easily separate the print paper 120 and the coated paper 130 from the release paper 110. have.

On the release paper 110, the print paper 120 and the coated paper 130 are arranged side by side to form one coating set. The coated part 125 may be defined on the print paper 120. The to-be-coated portion 125 is an area covered and protected by the coated paper 130, and as shown, a mark capable of determining a position may be displayed on the print paper 120. Uncountable signs are not displayed and can be determined by the user's choice.

The coated paper 130 is provided at a position adjacent to the print paper 120 on the release paper 110. The coated paper 130 is attached to the coated portion 125 to protect the contents printed on the coated portion 125 and is cut to correspond to the shape and size of the coated portion 125. As shown in FIG. 2A, when the coated portion 125 is a part of the printed paper 120, the coated paper 130 may be formed accordingly. However, when the coated portion is the entire printed paper, the coated paper is the same as or the same as the size of the printed paper. It can be cut to the above size.

The coated paper 130 is a transparent film made of a synthetic resin material such as polypropylene (PP), polyethylene terephthalate (PET), polyethylene (PE), orthophenylphenol (OPP) or nylon (NYLON), wherein the thickness of the coated paper is About 50 ~ 200㎛ is also produced to have a relatively strong bending strength compared to the release paper (110).

In addition, the print paper 120 is a concept that includes all the sheets (sheets) that can be printed or processed to be printed, and is not limited to paper, it may be composed of a film material and a uniform film material or a thin film of metal. .

When using a transparent film or a thin metal film is a base treatment to be able to print on the surface of the printing paper (120).

Referring to FIG. 2B, the portion of the release paper 110 is coated with the coated paper 130 disposed thereon. One end of the raised portion of the release paper 110 is located at the bottom of the print paper 120, and the other end of the raised portion is raised, the release paper 110 is bent in an S-shape as a whole. In this case, since the coated paper 130 has a relatively strong bending strength compared to the release paper 110, the coated paper 130 maintains an approximately flat state without being bent like the release paper 110, and as a result, the coated paper 130 and the release paper 110 are partially. Are separated. Specifically, the portion adjacent to the print paper 120 in the coated paper 130 is separated from the release paper 110.

Referring to FIG. 2C, the user moves the separated portion of the coated paper 130 to attach the coated paper 130 so that the end of the coated paper 130 coincides with the end of the coated part 125. In this case, the user may use a cover formed on the print paper 120 to determine the coated portion 125, but may properly adjust the position of the coated paper 130 to protect the contents formed on the coated portion 125. have.

Referring to FIG. 2D, the user may pull the release paper 110 and move the print paper 120 and the release paper 110 in opposite directions, and the release paper 110 is separated from the coated paper 130 while moving. The remaining portion of the coated paper 130 is attached on the print paper 120.

The print sheet 120 may protect the printed contents of the coated portion 125 by the method according to the present embodiment when the contents printed on each print sheet 120 are small prints such as labels.

The coated paper 130 may be formed of a transparent or non-transparent film, and may be used in various materials depending on the purpose of use. For example, coated paper may be used for a label that can withstand external moisture well, coated paper may be used to protect the contents of an important part printed thereon, and a chemical test or a film may be used. It can be used in harsh conditions such as reaction tests.

The coating method and the label coating sheet according to the present embodiment can easily perform this operation, it can significantly improve the work efficiency.

Example 2

3A to 3E are perspective views illustrating a label coating method and a label coating sheet according to a second embodiment of the present invention. The description of this embodiment may refer to the description and drawings of the previous embodiment, and repeated content may be omitted.

Referring to FIG. 3A, the label coating sheet 200 according to the second embodiment includes a release paper 210, a print paper 220, and a coated paper 230, and the release paper 210 has a first bending line 240. And a second bending line 245 is formed.

An adhesive film is formed on the bottom of the print paper 220 and the coated paper 230, and a release agent is coated on the top surface of the release paper 210. In addition, the print paper 210 and the coated paper 230 are arranged side by side on the release paper 210 to form a coating set, on the print paper 210 to be coated portion 225 is defined and the coated portion 225 The marker to identify the location of the) is displayed. As already mentioned, the mark for determining the position of the coated portion 225 is not an essential component and may or may not be displayed by the manufacturer's selection.

Coated paper 230 is provided at a position adjacent to the print paper 220 on the release paper 210. The coated paper 230 is attached to the coated paper 225 to protect the contents printed on the coated portion 225 and is cut in correspondence with the shape and size of the coated portion 225. As shown in FIG. 3A, when the coated part 225 is a part of the print paper 220, the coated paper 230 may be formed accordingly. However, when the coated part is the entire printed paper, the coated paper is the same as or the same as the size of the printed paper. It can be cut to the above size.

The coated paper 230 is a transparent film made of a synthetic resin material such as polypropylene (PP), polyethylene terephthalate (PET), polyethylene (PE), orthophenylphenol (OPP) or nylon (NYLON), wherein the thickness of the coated paper is About 50 ~ 200㎛ is also produced to have a relatively strong bending strength compared to the release paper 210.

The release paper 210 is formed with a first bending line 240 passing between the print paper 220 and the coated paper 230, a second parallel to the first bending line 240 and passing through the lower coating paper 230 The bending line 245 is also formed on the release paper 210. The first and second bending lines 240 and 245 are sewing lines formed on the release paper 210, and small grooves, slits, or holes are formed in a line corresponding to the positions of the first and second bending lines 240 and 245. do.

Since the release paper 210 has a partially fragile structure due to the sewing lines of the first and second bending lines 240 and 245, the release paper 210 has the first and second bending lines 240 when a force is applied from the outside. 245).

By using this characteristic, the position of the first bending line 240 or the second bending line 245 may be adjusted so that the coated paper 230 is accurately positioned on the predetermined coating portion 225. This may be described in detail with reference to FIG. 3C. In addition, the second bending line 245 is formed at a position separated by about 10% to 50% of the length of the coated paper from the end of the portion separated from the coated paper 230.

Referring to FIG. 3B, the part of the release paper 210 is lifted up where the coated paper 230 is disposed. The release paper 210 is first bent along the first and second bending lines 240 and 245 and bent in a Z-shape. At this time, since the coated paper 230 has a relatively strong bending strength, when the release paper 210 is bent in a Z-shape, the coated paper 230 is not bent and maintains a substantially flat state. As a result, the release paper 210 and the coated paper 230 portions between the first and second bending lines 240 and 245 are separated from each other.

Then, the release paper 210 rotates the first and second bending lines 240 and 245 with the hinges, and the coated paper 230 keeps the blood of the printing paper 220 while maintaining substantially parallel to the printing paper 220. Access to coating 225 is possible.

Referring to FIG. 3C, the coated paper 230 continues to move the first and second bending lines 240 and 245 to the hinge and is attached on the print paper 220.

Here, the user or other substitute device does not need to adjust the position of the coated paper 230 so that the end of the coated paper 230 coincides with the end of the coated portion 225. Because, the release paper 210 is preferentially bent along the first and second bending lines 240 and 245, and the coated paper 230 is printed paper 220 by hinged the first and second bending lines 240 and 245. Are attached in a fixed position by themselves.

Accordingly, the position of the coated portion 225 to which the coated sheet 230 is attached is determined according to the position at which the first bending line 240 is formed, and the coated sheet 230 is formed according to the position at which the second bending line 245 is formed. The length of the part to separate from is determined.

Referring to FIG. 3D, the user may pull the release paper 210 and move the print paper 220 and the release paper 210 in opposite directions, and the release paper 210 may be separated or slipped from the coated paper 230 while moving. Gradually retreat.

Referring to FIG. 3E, the release paper 210 is completely separated from the coated paper 230, and the remaining portion of the coated paper 230 is attached onto the coated portion 225 of the print paper 220.

The print paper 220 may also be usefully used when the contents printed on the print paper 220 are different as small prints such as labels. That is, after printing or marking the necessary content directly on the coated portion 225 of the print paper 220, it is possible to cover the coated paper 230 on the coated portion 225 by using the method according to the present embodiment, The coated paper 230 may be used to protect the printed content of the coated portion 225.

In particular, since the position at which the coated paper 230 is attached by the first and second bending lines 240 and 245 may be adjusted in advance, the coated paper 230 may be coated using the process of simply bending the release paper 210. 225), and the coating operation can be performed simply and quickly.

The coated paper 230 may be formed of a permeable or non-permeable film, and may be used in various materials according to the purpose of use, such as printing content protection, prevention of smearing by moisture, heat resistance protection, and chemical resistance protection.

4 and 5 are schematic views for explaining a label coating method and a label coating sheet according to other embodiments of the present invention. Here, the description of the label coating method and the label coating sheet of Figures 4 and 5 can refer to the description and the drawings of the previous embodiments.

Referring to FIG. 4, the label coating sheet includes a release paper 310a, a print paper 320a, and a coated paper 330a, and the release paper 310a includes a first paper passing between the print paper 320a and the coated paper 330a. A bending line 340a is formed.

By partially lifting the release paper 310a, the release paper 310a is preferentially bent along the first bending line 340a, and the coated paper 330a is formed from the end adjacent to the first bending line 340a and the release paper 310a. Are separated.

After attaching the separated end of the coated paper 330a to the end of the coated portion of the printed paper 320a, the release paper 310a is pulled to attach the rest of the coated paper 330a onto the printed paper 320a.

Even without the second bending line, the coated paper 330a can be easily separated from the release paper 310a even with the first bending line 340a. In addition, the first bending line 340a is used to determine the initial bending position, and then press the coated paper 330a as a whole so that the release paper 310a may be bent secondarily at an arbitrary position. The coated paper 330a can be easily attached onto the printed paper 320a.

Unlike the label coating sheet of FIG. 4, the label coating sheet of FIG. 5 includes a second bending line 350b without a first bending line, and can easily attach the coated paper to the printing paper using only the second bending line 350b.

Referring to FIG. 5, the label coating sheet includes a release paper 310b, a print paper 320b, and a coated paper 330b, and the release paper 310b includes a second bending line 345b passing through the bottom of the coated paper 330b. Is formed.

By partially lifting the release paper 310b, the release paper 310b is preferentially bent along the second bending line 345b, and the coated paper 330b is separated from the release paper 310b based on the bent portion.

Then, the separated end of the coated paper 330b is attached to the end of the coated portion of the printed paper 320b, and the release paper 310b is pulled to attach the rest of the coated paper 330b onto the printed paper 320b.

Even without the first bending line, the coated paper 330b may be easily separated from the release paper 310b even with the second bending line 345b. Using this, the coated paper 330b can be easily attached onto the printed paper 320b.

Example 3

6 is a plan view illustrating a label coating sheet according to a third embodiment of the present invention.

The label coating sheet 201 according to the third embodiment uses the label coating method according to the second embodiment. Therefore, the description of the third embodiment may refer to the description and the drawings of the second embodiment, and repeated content may be omitted.

Referring to FIG. 6, the label coating sheet 201 according to the third embodiment includes a release paper 210, a plurality of print papers 220, and a plurality of coated papers 230, and the first sheet is bent in the release paper 210. A line 240 and a second bending line 245 are formed.

As in the second embodiment, an adhesive film is formed on the bottoms of the print paper 220 and the coated paper 230, and a release agent is coated on the top surface of the release paper 210. In addition, on the release paper 210, the print paper 210 and the coated paper 230 are arranged side by side to form one coating set.

The print papers 220 are arranged in a row on the release paper 210, and the coated papers 230 are also arranged in a line on the release paper 210 in correspondence with the respective print papers 220. The coated paper 230 is to protect the content printed on the coated portion and may be provided in various shapes and sizes corresponding to the shape and size of the coated portion.

The release paper 210 is formed with a first bending line 240 passing between the print paper 220 and the coated paper 230 in parallel with the arrangement direction of the print paper 220. In addition, a second bending line 245 parallel to the first bending line 240 and passing under the coated paper 230 is also formed on the release paper 210.

As described in the coating method of the second embodiment, by partially lifting the release paper 210, the release paper 210 is preferentially bent along the first and second bending lines 240 and 245, and the first and second The coated paper 230 approaches the printing paper 220 in a hinged manner to the bending lines 240 and 245 and is attached at a predetermined position.

The label coating sheet 201 of FIG. 6 is provided in a state in which a plurality of coating sets composed of the print paper 220 and the coated paper 230 are disposed on one release paper 210. Therefore, the user or other substitute device may be required to write the contents of each print paper 220, then bend the release paper 210 as a whole, the coated paper 230 can be attached on the print paper 220 at a time, the required number The coating paper 230 may be attached to the coated portion of the print paper 220 by cutting only as much.

Example 4

7 is a perspective view for explaining a label coating sheet according to a fourth embodiment of the present invention.

The label coating sheet 202 according to the fourth embodiment uses the label coating method according to the second embodiment. Therefore, the description of the fourth embodiment may refer to the description and the drawings of the second embodiment, and repeated content may be omitted.

Referring to FIG. 7, the label coating sheet 202 according to the fourth embodiment includes a release paper 210, a plurality of print papers 220, and a plurality of coated papers 230, and the release paper 210 is rolled. It is wound up in the form of). The release paper 210 is formed with a first bending line 240 and a second bending line 245.

The print papers 220 are arranged in a row on the release paper 210, and the coated papers 230 are also arranged in a line on the release paper 210 in correspondence with the respective print papers 220. The coated paper 230 is to protect the content printed on the coated portion and may be provided in various shapes and sizes corresponding to the shape and size of the coated portion.

The release paper 210 is formed with a first bending line 240 passing between the print paper 220 and the coated paper 230 in parallel with the arrangement direction of the print paper 220. In addition, a second bending line 245 parallel to the first bending line 240 and passing under the coated paper 230 is also formed on the release paper 210.

Then, the label coating sheet 202 is wound in a roll form about the shaft member. Since the label coating sheet 202 is provided in a roll form, a large amount of coating sets can be easily stored and transported. When the label coating sheet 202 is mounted on an automated label printing machine, the printing paper 220 and the coating paper 230 It is possible to continuously provide a coating set consisting of a).

The user or the label printing machine displays identification marks such as letters, figures, patterns, barcodes, etc. on the predetermined print paper 220, and cuts the coating set to apply the coated paper 230 to the coated portion of the print paper 220. I can attach it. That is, as described in the coating method of the second embodiment, the release paper 210 is preferentially bent along the first and second bending lines 240 and 245 by partially lifting the release paper 210. The coated paper 230 approaches the printing paper 220 in parallel with the hinges of the second bending lines 240 and 245 and is attached at a predetermined position.

Example 5

8 is a plan view illustrating a label coating sheet according to a fifth embodiment of the present invention.

The label coating sheet 203 according to the fifth embodiment also uses the label coating method according to the second embodiment. Therefore, the description of the fifth embodiment may refer to the description and the drawings of the second embodiment, and repeated content may be omitted.

Referring to FIG. 8, the label coating sheet 203 according to the fifth embodiment includes a release paper 210, a plurality of print papers 220, and a plurality of coated papers 230. The release paper 210 is formed with a first bending line 240 and a second bending line 245, and a cutting line 250 for cutting each coating set composed of the print paper 220 and the coated paper 230 is formed. do.

The print papers 220 are arranged in two rows on the release paper 210, and the coated papers 230 are also arranged in two rows on the release paper 210 in correspondence with the respective print papers 220. The coated paper 230 is to protect the content printed on the coated portion and may be provided in various shapes and sizes corresponding to the shape and size of the coated portion.

The release paper 210 is formed with two first bending lines 240 passing between the printing paper 220 and the coated paper 230 in parallel with the arrangement direction of the printing paper 220, and each first bending line 240. ) And two second bending lines 245 parallel to and passing under the coated paper 230 are also formed on the release paper 210.

One coating set is formed by the print paper 220, the coated paper 230, the first bending line 240, and the second bending line 245, to separate each coating set from the label coating sheet 203. A partially cut incision line 250 is formed along the periphery of the coating set. The incision line 250 of FIG. 8 is created by forming several incisions along the perimeter of the coating set. The user can easily separate the required coating set by cutting several connections on the incision line 250.

In addition, grooves may be formed on the bottom surface of the release paper along the periphery of the coating set, and an incision line is formed by a line composed of the grooves. The user can tear off the required set of coatings along the vulnerable areas of the grooves.

Referring back to FIG. 8, the user may mark identification marks such as letters, figures, patterns, barcodes, etc. on the print paper 220 through a printer for a computer or by hand, and, if necessary, label the coating set 203. Can be used conveniently.

After separating the coating set, the user releases the release paper 210 partially so that the release paper 210 is preferentially bent along the first and second bending lines 240 and 245 and the first and second bending lines The coated paper 230 may be neatly attached to a predetermined position by accessing the print paper 220 in parallel with the hinges 240 and 245.

Example 6

9 is a configuration diagram illustrating a label coating method according to a sixth embodiment of the present invention.

The label coating method according to the sixth embodiment uses the label coating sheet 202 according to the fourth embodiment. Therefore, the description of the sixth embodiment may refer to the description and the drawings of the second embodiment and the fourth embodiment, and repeated content may be omitted.

Referring to FIG. 9, a label printer 300 is provided to perform a label coating method according to a sixth embodiment, and the label printer 300 includes a housing 310, a receiving portion of a rolled label coating sheet 202, A guide roller 315, a printer 320, and a cutter 330.

The rolled label coating sheet 202 is rotatably mounted inside the housing 310 through the receiving portion. The label coating sheet 202 includes a release paper 210, a print paper 220 and a coated paper 230, the first bending line 240 and the second bending line 245 is formed on the release paper 210.

The print papers 220 are arranged in a row on the release paper 210, and the coated papers 230 are also arranged in a line on the release paper 210 in correspondence with the respective print papers 220. In addition, the release paper 210 is formed with a first bending line 240 passing between the print paper 220 and the coated paper 230 in parallel with the arrangement direction of the print paper 220, the first bending line 240 The second bending line 245 parallel to and passing under the coated paper 230 is also formed on the release paper 210.

The guide roller 315 is installed above the front of the receiving portion of the label coating sheet 202, and the printer 320 is disposed in front of the guide roller 315. The cutting machine 330 is disposed adjacent to the front of the printer 320, and the outlet of the cutting machine 330 is mounted to the front of the housing 310 and exposed to the outside of the housing 310.

When a print command signal is transmitted from the interface unit of the label printer 300 or an external computer, the printer 320 starts to operate, and the label coating sheet 202 is continuously supplied from the bottom of the container.

The label supply sheet 202 supplied from the accommodation portion passes through the guide roller 315 and is supplied to the printer 320, and the printer 320 prints characters, figures, barcodes, and the like on the print paper 220. In this case, the content to be printed is located on the coated part or another area of the print paper 220.

The coating set having predetermined contents printed thereon is supplied to the cutting machine 330 after passing through the printer 320, and includes a release paper 210, a printed printing paper 220, and a coating paper 230 by the cutting machine. The label coating sheet is provided with a cut.

The user may attach the coated paper 230 onto the printer paper 220 using the cut label coating sheet. The coated label can be used as a label for specifying the product label or test subject, and can effectively protect the label's contents from harsh external conditions.

In addition, it can be used for the purpose of protection and decoration of fancy goods by diversifying the design, etc., it can also be used for the purpose of partially covering and protecting the photo or name in the student ID or ID card.

In addition, in the present embodiment, the user directly attaches the coated paper 230 on the print paper 220 by manual work, but is used separately or alternatively mounted on the label printing machine 300 to perform the coating method. Can be done.

By using the label coating method and the label coating sheet according to the present invention it is possible to simply attach the coated paper to the coated portion of the small print, it is possible to attach the coated paper accurately positioned on the coated portion on the print paper.

By easily coating small prints, printed parts are not erased or altered due to external factors, and heat and chemical resistances can be given to labels, and decorative parts can be decorated using partially decorated coated paper. Can be.

As described above, although described with reference to the preferred embodiment of the present invention, those skilled in the art various modifications and variations of the present invention without departing from the spirit and scope of the invention described in the claims below I can understand that you can.

1 is a perspective view for explaining a conventional label printing machine and a conventional coating method.

2A to 2D are perspective views illustrating a label coating method and a label coating sheet according to a first embodiment of the present invention.

3A to 3E are perspective views illustrating a label coating method and a label coating sheet according to a second embodiment of the present invention.

Figure 4 is a schematic diagram for explaining a label coating method and a label coating sheet according to another embodiment of the present invention.

Figure 5 is a schematic diagram for explaining a label coating method and a label coating sheet according to another embodiment of the present invention.

6 is a plan view illustrating a label coating sheet according to a third embodiment of the present invention.

7 is a perspective view for explaining a label coating sheet according to a fourth embodiment of the present invention.

8 is a plan view illustrating a label coating sheet according to a fifth embodiment of the present invention.

9 is a configuration diagram illustrating a label coating method according to a sixth embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

100: Label coating sheet 110: Release paper

120: Printing paper 125: Coating part

130: coated paper 200: label coating sheet

210: Release paper 220: Printed paper

230: coated paper 240: first bending line

245 ： second bending line 250 ： cutting line

Claims (18)

Providing a release paper on which printed paper and coated paper cut in correspondence with a to-be-coated portion of the printed paper are disposed adjacent to each other; Partially separating the release paper and the coated paper by lifting a portion where the coated paper is disposed on the release paper; Partially attaching a partially separated portion of the coated paper to the coated portion on the printed paper; And And attaching the remaining portion of the coated paper to the coated portion by moving the printing paper and the release paper in opposite directions. The method of claim 1, The providing of the release paper may include forming a first bending line passing between the print paper and the coated paper on the release paper, and when lifting the portion where the coated paper is disposed on the release paper, the release paper is the release paper. The coating method is bent based on the first bending line can be adjusted to the position where the coated paper is attached. The method of claim 1, The providing of the release paper may include forming a second bending line on the release paper that partially passes through the coated paper, and when lifting the portion where the coated paper is disposed on the release paper, the second bending line may be referred to. And wherein the portion adjacent to the print paper in the coated paper is separated from the release paper. The method of claim 3, The second bending line is a coating method, characterized in that formed from 10% to 50% of the length of the coated paper from the end of the portion separated from the coated paper. The method according to any one of claims 2 to 4, The first bending line or the second bending line is a coating method, characterized in that the sewing line formed on the release paper. The method of claim 1, The providing of the release paper may include displaying an identification mark including at least one of a character, a symbol, a figure, and a pattern on the coated portion on the printed paper. The method of claim 6, In the providing of the release paper, the plurality of coating sets including the printing paper and the coating paper are disposed side by side on a release paper, the identification mark is displayed on the coated portion on the printing paper, and the identification mark is displayed. Coating method, wherein the coating set is cut off from the remaining coating sets. Release paper; Printing paper provided on the release paper; And The label coating sheet is provided on the release paper adjacent to the printing paper, the coating paper cut to correspond to the coated portion of the printing paper. The method of claim 8, The adhesive film layer is formed on the bottom of the printing paper and the coated paper, the label coating sheet, characterized in that the release agent layer is formed on the release paper corresponding to the adhesive film layer. The method of claim 8, Label coating sheet, characterized in that the first bending line passing between the printing paper and the coated paper is formed on the release paper. The method of claim 10, And a second bending line partially passing through the coated paper adjacent to the first bending line is formed on the release paper. The method of claim 11, The second bending line is a label coating sheet, characterized in that formed from 10% to 50% of the length of the coated paper from the end of the coated paper adjacent to the first bending line. The method according to any one of claims 10 to 12, The first bending line or the second bending line is a label coating sheet, characterized in that the sewing line formed on the release paper. The method of claim 8, The coated paper polypropylene (PP), polyethylene terephthalate (PET), polyethylene (PE), orthophenylphenol (OPP) and nylon (NYLON) label coating sheet, characterized in that one selected from the group consisting of. The method of claim 14, The coating sheet is a label coating sheet, characterized in that having a thickness of 50㎛ or more. The method of claim 8, The printing paper and the coating paper is formed of the same material, the label coating sheet, characterized in that the surface-treated to be printed on the coated portion on the printing paper. The method of claim 8, Label coating sheet, characterized in that the plurality of coating set consisting of the printing paper and the coated paper provided on the release paper is arranged in a row, the release paper and the coating set is provided in a roll form. The method of claim 8, Label coating sheet characterized in that the incision line is formed along the periphery of the coating set consisting of the printing paper and the coated paper provided on the release paper.