JP2005028787A - Laminating method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To efficiently laminate a print with an indefinite form. <P>SOLUTION: Cuts such as perforations are formed in a printing form in printing paper 1 with a mount by a cutter 2. Printing is applied on the printing paper 3 with the cuts by a printer 4. A print part 6 is separated along the cuts from the printed paper 5. The mount of the separated print part 6 is peeled off and folded. A film 11 for lamination is cut into a desired shape by a cutter 12. The cut film 13 for lamination is folded, and the folded print part 7 is pinched between the folded parts of the film 13. The inserted print part 8 with the folded print part 7 pinched is thermocompression-bonded by a laminator 9. In this way, the print with an indefinite form can efficiently be laminated. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a laminating method, and more particularly to a laminating method capable of laminating a printed material having an arbitrary shape.

Laminating, in which a photograph or printed matter is sandwiched between transparent films and thermocompression bonded to completely pack the film, is used in various fields. An example of a laminating apparatus is disclosed in Patent Document 1. As the transparent film, a base material polyester (melting point 260 ° C.) and a heat-sensitive adhesive resin (melting point 90 to 120 ° C.) in two layers are used. Recently, low melting point type films have also been produced, and some have a slightly lower melting point. As shown in FIG. 3, heat and pressure of about 90 to 120 ° C. are applied from above and below with a roll to completely bond a paper such as a photograph or printed matter to a film. The film's margins are completely sealed and protected with a strong plastic film, so it won't tear even when wet and can prevent counterfeiting of ID cards.
Japanese Patent Laid-Open No. 11-286049

  In the conventional laminating method, it is possible to efficiently laminate a standard printed material, but when laminating an irregular printed material, the printed material is manually cut out, so that it cannot be processed efficiently. There was a problem.

  SUMMARY OF THE INVENTION An object of the present invention is to solve the above-mentioned conventional problems and efficiently laminate an irregularly shaped printed matter.

  In order to solve the above-described problems, in the present invention, a laminating method is applied to a printing paper with a mount in which perforations and the like are cut in advance according to the shape of the printing portion, and a margin for the printing portion of the printing paper with the mount. And a laminating film cut into a shape to which is added, printed on a printing paper with a mount, and the printed portion is separated from the mount, and the printed portion is laminated with the laminating film.

  By this method, it is possible to efficiently laminate an irregularly shaped printed matter.

  In the present invention, according to the printing shape, the printing paper with a mount is printed with cuts such as perforations, printed and separated, the laminate film is cut into a shape with a margin, and the printed portion is sandwiched between the laminate films and thermocompression bonded. By the laminating method, the irregular printed material is efficiently laminated.

  FIG. 1 is a conceptual diagram of a laminating method in an embodiment of the present invention. In FIG. 1, a printing paper 1 with a mount is one in which the printing paper is pasted on the mount so as to be easily peeled off. The backing paper is a paper in which the adhesive is easily peeled off, such as a release paper type that makes it easy to peel off the paper with the adhesive material. The cutting device 2 is a device that cuts perforations such as perforations only on printing paper without cutting the mount. A cutting plotter or the like can be used. The cut-out printing paper 3 is a printing paper with a mount, in which a cut is made only on the printing paper by the cutting device, and no cut is made in the mount. The printer 4 is a printer that prints pictures and characters on a printing paper with a mount. Inkjet printers and laser printers can be used. The printed paper 5 is printed on a cut printing paper. The print part 6 is a part obtained by cutting only the printed part. The two-fold printed portion 7 is obtained by separating the printed portion from the mount and folding it into two.

  The inserted printed portion 8 is obtained by sandwiching a printed portion in a cut laminate film. The laminator 9 is a device for thermocompression bonding a laminating film with a printed part sandwiched therebetween. The laminate product 10 is a product in which a printed part is covered with a laminating film. The laminating film 11 is a film in which a heat-sensitive adhesive resin is applied to a transparent film base material to form two layers. The cutting device 12 is a device that cuts the laminating film in a size in which a blank portion is added to the shape of the printed matter. The cut laminating film 13 is a laminating film cut into a predetermined shape. FIG. 2 is an example of a laminating film cut into a predetermined shape.

  The procedure of the laminating method in the embodiment of the present invention configured as described above will be described. As shown in FIG. 1, in the cutting step, a cut such as a perforation is made in the printing paper 1 with mount according to the printing shape by the cutting device 2. In the printing process, the printer 4 prints on the cut printing paper 3. In the separation step, only the printed portion is separated from the printed paper 5. In the cutting step, the laminating film 11 is cut by a cutting device 12 into a shape in which a margin is added to the printed shape, as shown in FIG. In the inserting step, the cut laminating film 13 is folded in half, and the two-fold printed portion 7 is sandwiched between the laminating films. In the crimping step, the inserted printed portion 8 is thermocompression bonded with a laminator 9.

  In the cutting process, a cut such as a perforation is made only in the printing paper portion of the printing paper 1 with mount. Do not cut the mount. The cut line may be a continuous curve, but it is better to leave an unbroken part in some places so that the printing paper does not peel off during printing. When manufacturing in large quantities, half-cut processing is performed by punching with a press or roller with blade. For small-volume production, a cutting plotter controlled by a personal computer may be used.

  In the printing process, a target image or the like is printed on the inside area of the cut printing paper 3 by a printer 4 such as an ink jet printer. In the separation step, only the printed portion is separated from the printed paper 5. The mount of the separated printed portion 6 is peeled off and folded in half.

  In the cutting step, the laminating film 11 is cut to a size in which a margin for adhesion is added to the printed portion and is cut by the cutting device 12. In the inserting step, the cut laminated film 13 is folded in half, and the two-fold printed portion 7 is sandwiched between the laminating films. The center part of the fold of the two-fold printed part 7 is put together with the center of the fold part of the laminating film so that the peripheral part is uniform. There is no problem even if there is some deviation. In the crimping step, the inserted printed portion 8 is thermocompression-bonded by a laminator 9 with the fold portion of the laminating film as the head. The visual effect can also be enhanced by processing the surface of the laminating film or the glue surface. By processing the folded single-sided printed matter in this way, alignment for double-sided printing becomes unnecessary.

  As described above, in the embodiment of the present invention, the laminating method is performed by printing a cut sheet such as a perforation on a printing paper with a mount in accordance with the printing shape, cutting it, and cutting the laminating film into a shape with a margin added. Since the printing part is sandwiched between the laminating films and thermocompression bonded, it is possible to efficiently laminate the irregular printed material.

  Since the present invention can efficiently laminate a printed matter having an arbitrary shape, it is an optimum laminating method when producing a deformed laminated product. In addition, the appearance can be improved several times compared to the ones cut by hand, and laminate films with various thicknesses can be selected, and decorative processing can be performed on the surface of the laminate film. It is a laminate processing method that is also suitable for production.

The conceptual diagram of the lamination processing method in the Example of this invention, An example of a film for laminating cut into a predetermined shape during the laminating method in the embodiment of the present invention, It is a conceptual diagram of the conventional lamination processing method.

Explanation of symbols

1 printing paper with mount 2 cutting device 3 cut printing paper 4 printer 5 printed paper 6 printing part 7 double fold printing part 8 inserted printing part 9 laminator
10 Laminated products
11 Laminating film
12 Cutting device
13 Cut Laminating Film

Claims (2)

Preparing a printing paper with a mount in which perforations and the like are cut in advance according to the shape of the printing portion, and a laminating film cut into a shape with a margin added to the printing portion of the printing paper with the mount, A laminating method comprising: printing on a printing paper with a mount, separating the printed portion from the mount, and laminating the printed portion with the laminating film. A cutting process for cutting perforations and the like according to the shape of the printed portion of the printing paper with mount, a cutting step of cutting the laminating film into a shape with a margin added to the printed portion, and the printing with mount A printing process for printing on paper, a separation process for separating a printed part from the printing paper with mount, an insertion process for sandwiching the separated printed part in the laminating film, and a thermocompression bonding of the laminating film sandwiching the printed part The laminating method according to claim 1, further comprising a crimping step.

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