JP2007160778A - Card creating sheet, card creating method, and card creating auxiliary implement - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To enable a small number of cards to be created according to the command of a user, without the use of a special machine, and to enable the creation of the easy-to-use card with a good appearance, the printing surface of which is easily protected by a simple operation, and in which a plurality of layers are easily and surely laminated with no misalignment. <P>SOLUTION: This card creating sheet comprises: a base material 2; a printing sheet 3 which is releasably bonded to the base material 2; and an adhesive sheet 4 in which adhesive layers 48 and 49 are provided on both the surfaces of a base layer 40, in which release paper 61 and release paper 62 are laminated in the adhesive layer, and which is releasably bonded onto the base material 2. In the card creating sheet, the printing sheet 3 is provided with a separable printing part 31 which is enclosed with a cut 51; the adhesive sheet 4 is provided with a separable adhesive part 41 which is enclosed with a cut 52 of the same shape as that of the printing part 31; and at least the base material 2 is provided with a fold 23 which serves as the axis of the symmetry of the printing part 31 and the adhesive part 41. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a card making sheet, a card making method, and a card making aid, and more particularly, for making a card that can easily make an ID card on which a name and a photo are displayed, and further an IC / ID card equipped with an IC module. The present invention relates to a sheet and card making method and a card making aid.

  Conventionally, ID cards displaying names and photographs have been used for employee cards, student cards, membership cards, and the like. These cards were printed on paper or synthetic resin with a photo or name printed, glued, or handwritten to form an information presentation surface, which was then laminated with a plastic sheet, etc. The mainstream is that the information presentation surface is protected. In addition, magnetic cards or IC cards, in which personal information or the like is recorded by laminating magnetic tape or recently an IC module or the like on these cards, especially non-contact type IC cards are often used.

  These cards are a process for printing information such as photos and names, precautions, etc. on thin sheets of paper or synthetic resin using printing methods and equipment such as offset printing, letterpress printing, silk screen printing, etc. It is manufactured by a specialized supplier through a plurality of complicated processes such as a process of laminating and bonding the printed thin plate, laminate sheet, IC module, etc. using an apparatus, and a process of cutting into a card shape. Therefore, mass production is fundamental, and the cost is high for small-volume production. As a practical matter, it is not possible to accept orders for small quantities of about 100 sheets. In spite of the small amount, the delivery date could not be shortened, and it was not possible to meet the demands of creating a card immediately or creating a new card whenever necessary.

  Therefore, as a sheet that can be manufactured without ordering a small amount of cards from a specialist, a printing sheet having a first adhesive layer and one surface laminated so as to be peelable from the first adhesive layer of the printing sheet. There has been proposed a printing paper having a release sheet and a resin sheet that has a second adhesive layer and the second adhesive layer is laminated to be peelable from the other surface of the release sheet (Patent Document 1). reference.). In this printing paper, a detachable card portion surrounded by a cut line is provided in a laminated portion of the printing sheet, release sheet, and resin sheet, and the printing sheet and the release sheet are the first among the card portions. The resin sheet and the second adhesive layer can be left in a state of being laminated via the adhesive layer, and can be peeled off.

JP-A-2005-67172

  However, in the above prior art, in the card production process, it is necessary to peel the laminated portion of the printing sheet and the release sheet from the resin sheet once, turn it over, and attach it to the resin sheet again. The work is complicated, and it is difficult to accurately stack and bond the laminated part of the printing sheet and release sheet once peeled off from the printing paper to the resin sheet. There was a drawback of increasing. Moreover, even if it can be used, there is a drawback that the laminate is not sufficiently protected by the resin sheet, that is, the printed surface is not protected due to the deviation of the laminated body, and it is difficult to use and does not look good.

  Therefore, the present invention solves the above-mentioned disadvantages of the prior art, and makes it possible to easily produce a card with a printing surface and the like protected by a simple operation without using a special machine in making various cards. For the purpose. Another object of the present invention is to make it possible to make a small amount of cards as needed without placing an order with a specialist. It is another object of the present invention to make it possible to reliably and easily stack a plurality of layers without deviation and extremely reduce the occurrence rate of defective products. Furthermore, it aims at protecting the information presentation surface of the sheet | seat on which the photograph, printing, handwriting, etc. were displayed reliably. It is another object of the present invention to provide a card that is easy to use and has a good appearance without any misalignment.

  The first means of the present invention as a means for solving the above-mentioned problems is a substrate, a printed sheet releasably bonded to the substrate, an adhesive layer on both sides of the base layer, and at least one surface A release sheet is laminated on the adhesive layer, the adhesive layer on the other side faces the substrate, and is provided with an adhesive sheet that is peelably bonded to the substrate. The adhesive sheet is provided with a separable adhesive part surrounded by a cut having the same shape as the printing part, and at least a base material is provided with a fold that is a symmetrical axis of the printing part and the adhesive part. This is a card making sheet.

  Further, the second means is the above first means, wherein the printed sheet has an outer surface which is the outer surface of the card facing the base material and is an inner surface side of the card, and the printed surface on which the printing is performed is the card creation. It is the sheet | seat for card making characterized by being exposed and laminated | stacked on the outer surface of the sheet | seat for a card | curd. With such a configuration, it is possible to protect the printing surface without performing special protection on the printing surface without the printing surface being the outer surface of the card.

  The third means is a card making sheet characterized in that, in the first or second means, a release sheet is laminated on the adhesive layer provided on both surfaces of the base layer. With such a configuration, handling of the laminate is facilitated, and card creation is easier.

  The fourth means is that in the third means, the adhesive strength of the release paper exposed on the surface of the base layer and the card making sheet is the weakest, and then the release sheet facing the substrate and the substrate. The card-making sheet is characterized in that the adhesive strength is low and the adhesive strength between the release paper facing the substrate and the base layer is the strongest. With such a configuration, it is possible to easily and easily peel off only the target laminate, and it becomes easier to create a card.

  The fifth means is characterized in that, in any one of the first to fourth means, the card making sheet is provided with an even number of printed portions, and the same number of printed portions and adhesive portions are provided. This is a card creation sheet.

  The sixth means is characterized in that, in any one of the first to fifth means, at least a base material is provided with a fold line that serves as an axis of symmetry between one printing section and another printing section. This is a card creation sheet. With such a configuration, it is possible to carry out the process on the base material until the completion of the card, and it is possible to create a card with good work efficiency and no deviation.

  The seventh means is a step of performing reverse printing on the printing surface of the printing sheet in which the printing applied to the printing surface is visible from the other surface, an adhesive sheet having an adhesive layer on both sides of the base layer on the printing surface of the printing sheet Is a method for producing a card, which includes a step of laminating and laminating and stacking an IC module between two laminates. According to this method, since the printed surface is not exposed on the outer surface of the card, the printed surface or the like can be easily formed by a simple operation without any additional processing and work such as lamination on the printed surface. It was possible to produce a card that was securely protected.

  According to an eighth means, the shape of the portion partitioned by the side wall of the bottom portion is provided with a side wall having a rectangular inner cross section on the top surface of the bottom portion having a flat top surface, a cutout portion provided at least at a position opposed to the side wall. Is a card creation aid characterized by having substantially the same shape as the card to be created. With such an auxiliary tool, it was possible to reliably and easily stack a plurality of layers without shifting, and to reduce the occurrence rate of defective products.

  A ninth means is a card making aid according to the eighth means, wherein the inner surface of the side wall is tapered. With such a configuration, a card can be created more easily.

  The tenth means is a card making aid characterized in that, in the eighth or ninth means, a hole in the shape of the card to be made is provided at the bottom. With such a configuration, it is possible to create a card with no stacking deviation more easily.

  According to the present invention as described above, it is possible to easily produce a card with a printing surface and the like protected by a simple operation without using a special machine in producing various cards. It is also possible to create a small amount of cards as needed without having to order a special card. In addition, it was possible to reliably and easily stack a plurality of layers without deviation, and the generation rate of defective products could be extremely reduced. Furthermore, it is possible to reliably protect the information presentation surface of a sheet on which a photograph, print, handwriting, or the like is displayed. Furthermore, it is possible to provide a card that is easy to use and has a good appearance without any misalignment.

  Embodiments of the present invention will be described below with reference to the drawings. The card making sheet 1 includes a base material 2, a printing sheet 3, and an adhesive sheet 4, and the printing sheet 3 and the adhesive sheet 4 are laminated by being pseudo-adhered to the base material 2 so as to be peeled off. The printing sheet 3 and the adhesive sheet 4 are laminated in parallel on substantially the half surface on the substrate 2.

  The printed sheet 3 is a sheet of synthetic resin, and when laminated as a member of the card 100, the outer surface 32 which is the outer surface of the card 100 faces the base material 2 and becomes the inner surface side of the card 100, and printing is performed. The printing surface 33 is laminated so as to be exposed on the outer surface of the card making sheet 1.

  The type, color, and transparency of the synthetic resin used for the printing sheet 3 are not particularly limited as long as the printing applied to the printing surface 33 is visible from the outer surface 32 of the other surface, and may be a single layer, You may comprise in multiple layers. In the case of a plurality of layers, synthetic resins having the same type, color, and transparency may be used, but synthetic resins having different types may be used. Examples of the synthetic resin used for the printing sheet 3 include polypropylene, polyester, polystyrene, polyimide, polycarbonate, ABS, polyacetate, and vinyl chloride resin. In addition, the printing sheet 3, particularly the printing surface 33, can be formed with an ink receiving layer of an ink jet printer or other special processing.

  The print sheet 3 is surrounded by a notch 51 and is provided with a separable print unit 31. The printing unit 31 is the front surface 101 or the back surface 102 of the finished card 100. The notch 51 is provided through the outer surface 32 from the printing surface 33 of the printing sheet 3.

  The adhesive sheet 4 is a sheet for adhering the printing unit 31 and an IC module 9 to be described later when the card 100 is produced. The adhesive sheet 4 includes adhesive layers 48 and 49 on both surfaces of the base layer 40. Further, the adhesive sheet 4 preferably includes a release sheet, and the adhesive layers 48 and 49 are respectively covered with release papers 61 and 62 as release sheets. The release paper 61 faces the substrate 2 and the release paper 62 is a card creation. The sheet is laminated so as to be exposed on the surface of the card making sheet 1, which becomes the outer surface of the sheet 1 for printing. The material of the base layer 40 is not particularly limited, and paper, synthetic resin, or the like can be used.

  The adhesive sheet 4 is surrounded by a notch 52 and is provided with a separable adhesive portion 41. The adhesion part 41 is formed in the same shape as the printing part 31, and is laminated between the printing part 31 of the finished card 100 and the IC module 9 described later, and adheres the printing part 31 and the IC module 9. The notch 52 is provided from the release paper 62 through the release paper 61.

  Note that the cut 52 may be provided so as not to reach the release paper 61 facing the substrate 2. Moreover, without providing the release paper 61 facing the base material 2, the surface of the base material 2 facing the adhesive layer 48 of the adhesive sheet 4 is easily peeled and the adhesive layer 48 is directly laminated on the base material 2. Also good. For the easy peeling process, a known technique may be used. For example, a method of forming a film with a fluororesin or silicone on the surface of the substrate 2 can be employed.

  The print sheet 3 and the adhesive sheet 4 are bonded to the base material 2 through an adhesive layer 22 provided on the base material 2, and the adhesive layer 22 is a known heat-sensitive adhesive, pressure-sensitive adhesive, or other What is necessary is just to comprise using an adhesive agent. The adhesive layers 48 and 49 are formed using a known adhesive, but the base material 2 and the release paper 61 and the release paper 61 are made different by changing the adhesive strength of the adhesive or the material of the layer to be bonded. And the base layer 40, and the adhesive strength of the base layer 40 and the release paper 62 are different, and the adhesive strength of the release paper 62 exposed on the surface of the base layer 40 and the card making sheet is the weakest. It is desirable that the adhesive strength of the facing release paper 61 is weak and the adhesive strength between the release paper 61 and the base layer 40 is the strongest.

  The size and shape of the card making sheet 1 are not particularly limited as long as it can be used in a printer or other printing apparatus such as an ink jet printer. The sizes and shapes of the printing unit 31 and the bonding unit 41 are the same as those of the desired card 100. Determine according to the shape.

  It is desirable to provide an even number of printing sections 31 on the card making sheet 1 and to provide the same number of printing sections 31 and bonding sections 41. With the configuration in which the even number of printing sections 31 are provided, it is possible to create a pair of front and back surfaces necessary for configuring the card 100 with one card creation sheet 1 and not much of the printing section 31 is produced. This is because the same number of the printing units 31 and the bonding units 41 can be provided so that the bonding units 41 can be easily stacked on all the printing units 31 as described later.

  As an example, as shown in the figure, when the card making sheet 1 is A4 size and a card 100 having a normal card size (86 mm × 54 mm) is made, the card making sheet 1 is turned upright, The print sheet 3 is laminated with the adhesive sheet 4 in the lower half, and the print sheet 3 is provided with four printing sections 31, 31... In the vertical and horizontal rows, and the adhesive sheet 4 has four bonds in the vertical and horizontal rows. .. Are provided. The printing unit 31 and the bonding unit 41 are configured to be 86 mm wide × 54 mm long, and the four corners are formed in an arc shape with corners dropped. Further, the side ends of the card making sheet 1 to the end portions of the printing unit 31 and the bonding unit 41 in the same column are configured with the same width.

  The base material 2 is provided with a fold line 23 that is an axis of symmetry between the printing unit 31 and the bonding unit 41 from one end to the other end. That is, the distance from the crease 23 to the lower side of the upper printing unit 31 and the upper side of the lower bonding unit 41 is equal, and the distance from the fold 23 to the lower side of the lower printing unit 31 and the upper side of the upper bonding unit 41 is equal. Has been. Therefore, when the card forming sheet 1 is bent according to the crease 23 and the printing sheet 3 and the adhesive sheet 4 are overlapped, the printing unit 31 and the bonding unit 41 are stacked without being displaced. When the crease 23 overlaps the tangent line between the print sheet 3 and the adhesive sheet 4 such as when the print sheet 3 and the adhesive sheet 4 have the same shape, it is not necessary to provide a crease on the print sheet 3 or the adhesive sheet 4. When the sheet 3 and the adhesive sheet 4 do not have the same shape, and the print sheet 3 or the adhesive sheet 4 is laminated on the fold line 23, the crease line is just above the fold line 23 of the print sheet 3 or the adhesive sheet 4. It is desirable to provide

  Also, the card making sheet 1 is turned upright, a printing sheet 3 is laminated on the right or left half, an adhesive sheet 4 is laminated on the left or right half, and the printing sheet 3 has four printing sections in one vertical row. Are provided with four adhesive portions 41, 41,... On the adhesive sheet 4 in a vertical row, and a fold line that is an axis of symmetry between the printing portion 31 and the adhesive portion 41 is provided from the upper end of the card making sheet 1. It is good also as a structure provided to a lower end, the printing sheet 3 and the adhesive sheet 4 are laminated | stacked alternately from the top, and the printing part 31 and the adhesion part 41 are provided by 4 pieces by 1 row by 2 rows. The arrangement of the printing unit 31 and the bonding unit 41 is not particularly limited, such as a configuration in which two folds serving as the symmetry axis of the bonding unit 41 are provided from the right end to the left end of the card making sheet 1.

  The IC module 9 uses an IC chip and a coil antenna sealed with a synthetic resin and is formed of a card-shaped thin plate having a uniform thickness, but the IC chip and the coil antenna are sealed with a synthetic resin sheet. Also, an IC chip and an antenna component that are not sealed can be used. These IC modules may be smaller than the card 100 to be created, that is, those having a smaller cross-sectional area than the printing unit 31 and the bonding unit 41.

  Next, a procedure for creating the card 100 will be described. First, as shown in FIG. 3, characters and photographs 11 and 12 appearing on the front surface 101 and the back surface 102 of the card 100 are reversely printed on the printing unit 31. Reverse printing is a printing method in which characters and photographs are reversed on the printing surface, and is sometimes called iron printing, T-shirt reverse printing, or the like. Among the plurality of printing units 31, 31..., The surface that becomes the front surface 101 is printed on the upper stage of the same column, and the surface that becomes the back surface 102 is printed on the lower stage. However, the present invention is not limited to this. You may print. In addition, as described later, it is possible to make the card 100 easier by printing either the surface to be the front surface 101 or the surface to be the back surface 102 upside down.

  As shown in FIG. 6B, the release paper 62 is peeled off from the adhesive portion 41 of the card making sheet 1 shown in FIGS. 2 and 6A by the cut 52, and the adhesive layer 49 of the adhesive portion 41 is exposed. Since the adhesive strength between the release paper 62 and the adhesive layer 49 is the weakest, the base material 2 and the release paper 61 and the release paper 61 and the base layer 40 do not peel at the time of this release.

  Next, as shown in FIG. 6C, the card making sheet 1 is folded at the crease 23, and the printing unit 31 and the bonding unit 41 are overlapped. Since the fold line 23 is an axis of symmetry between the printing unit 31 and the bonding unit 41, the printing unit 31 and the bonding unit 41 overlap with each other and the adhesive layer 49 of the bonding unit 41 adheres to the printing surface 33 of the printing unit 31. .

  In this way, a laminate in which the base material 2, the adhesive layer 22, the printing sheet 3, the adhesive layer 49, the base layer 40, the adhesive layer 48, the release paper 61, the adhesive layer 22, and the base material 2 are laminated from the lower layer is configured. The

  Next, as shown in FIG. 6 (d), the part other than the adhesive part 41 of the adhesive sheet 4 and the substrate 2 are gripped and developed around the crease 23. Then, since the adhesive strength between the release paper 61 and the base layer 40 is stronger than the adhesive strength between the base material 2 and the release paper 61, the release paper 61 and the base material 2 are peeled off, and the adhesive portion 41 is separated from the adhesive sheet 4 by the cut 52. It is separated, and the base layer 40 and the release paper 61 are laminated on the printing unit 31 of the printing sheet 3.

  Then, as shown in FIG. 6 (e), the printing part 31 is separated from the printing sheet 3 by the notch 51, and the printing part 31 is peeled off from the adhesive layer 22 of the substrate 2, and the printing part 31, the base layer 40, and the peeling. A laminate 89 of paper 61 is obtained. As shown in detail in FIG. 6 (f), the laminate 89 is composed of a laminate of a printing unit 31, an adhesive layer 49, a base layer 40, an adhesive layer 48, and a release paper 61. And the printing part 31 has the outer surface 32 exposed, and the printing surface 33 faces the base layer 40 through the adhesive layer 49 and is located inside the laminate.

  Next, as shown in FIG. 7G, the release paper 61 is peeled from the laminated body 89, the adhesive layer 48 is exposed, and the print unit 31, the adhesive layer 49, the base layer 40, and the adhesive layer 48 are stacked. The laminated body 8 is configured.

  One-to-two such laminates 8 for the front surface 101 and the laminate 82 for the back surface 102 of the card 100 are prepared and laminated on both sides of the IC module 9 as shown in FIG. The body 81 and the laminated body 82 are bonded by the adhesive layers 48, 48, and the card 100 shown in FIGS. 7 (i) and 8 is completed. Since the printed surface 33 of the card 100 is not exposed on the surface, it is not necessary to bother to protect the surface with a laminate or the like in order to protect the printing. Further, since printing is performed on the printing surface 33 by reversal printing, characters and photographs 11 and 12 appearing on the front surface 101 and the back surface 102 of the finished card 100 become characters and photographs that are not reversed.

  As another creation method, a state in which the base layer 40 and the release paper 61 are laminated on the printing unit 31 of the printing sheet 3 shown in FIG. The release paper 61 is peeled off. Then, the IC module 9 is laminated with the one laminated body through the adhesive layer 48. And it folds according to the crease | fold 24 used as the symmetrical axis of the printing parts 31 and 31 provided between the printing parts 31 and 31 of the base material 2 and the printing sheet 3, and the base 2, the printing part 31, the adhesive layer 49, the base layer 40, and an adhesive layer 48, the laminated body of the IC module 9 and the adhesive layer 48, the base layer 40, the adhesive layer 49, the printed part 31, and the laminated part of the base part 2 are laminated and bonded, and the printed parts 31, 31 are peeled off from the base part 2, It is also possible to create 100. In addition, when using such a production method, it is possible to print either the surface that becomes the front surface 101 or the back surface 102 of the printing unit 33 upside down. Since it becomes the same, it is desirable.

  In the step of laminating the laminate 81 and the laminate 82 on both sides of the IC module 9 shown in FIG. 7 (h), the card making aid 7 shown in FIGS. 9 to 11 can be used.

  The card making aid 7 is provided with a side wall 72 having a rectangular inner cross section around the upper surface of the bottom 71 having a substantially square shape and a flat top surface, and a notch 73 is provided at a substantially middle portion of each of the four sides of the side wall 72. Is configured. Note that the notch 73 may be provided at least at a position where the side wall 72 is opposed, for example, at a substantially intermediate portion between two opposing sides of the side wall 72. A work space 70 is formed by the bottom 71 and the side wall 72. The shape of the portion partitioned by the side wall 72 of the bottom 71 is substantially the same as the shape of the card 100 to be created. It is desirable that the inner surface 74 of the side wall 72 has a tapered shape that is inclined toward the work space 70 toward the bottom 71. This is because the members of the stacked cards are guided to the same position on the bottom 71 and can be stacked without deviation.

  When the edge of the IC module 9 comes into contact with the central portion of the adhesive layer 48 of the laminated body 82 or the edge of the adhesive layer 48 of the laminated body 82 comes into contact with the central portion of the IC module 9 or the like during lamination. Are bonded to form a defective product. In order to produce a good-looking card that does not become a defective product and is not misaligned, the stacked body 81 and the IC module 9 are dropped from directly above the stacked body 82. It is desirable. Therefore, the configuration of the notch 73 is effective.

  When the card making aid 7 is used to proceed with the process shown in FIG. 7H, first, one laminated body 8, for example, the laminated body 82 is placed in the work space 70 with the printing unit 31 facing the bottom 71. The laminated body 82 is placed on the bottom 71. Next, the IC module 9 is dropped into the work space 70, and the laminate 81 is dropped into the work space 70 with the adhesive layer 48 facing the IC module 9. When the stacked bodies 81, 82 and the IC module 9 are dropped into the work space 70, they are moved below the height of the side wall 72 while holding the opposing side edges with fingers, so that the stacked bodies 81, 82, and the IC module 9 are operated. Drop into space 70. The laminated bodies 81 and 82 and the IC module 9 are guided to the inner side surface 74 and are sequentially laminated without deviation. The card 100 is created by pressing from above.

  Further, as shown in FIG. 11, the card making aid 7 may have a configuration in which a hole 79 having the shape of the card 100 is provided in the bottom 71. In the case of such a configuration, in addition to the above-described procedure, a state in which the base layer 40 and the release paper 61 are laminated on the printing unit 31 of the printing sheet 3 shown in FIG. A pair of one for the front surface 101 and one for the back surface 102 is formed, and the release paper 61 is peeled off. Then, the card making aid 7 is placed on the card making sheet 1, and a laminate of one printing unit 31, the adhesive layer 49, the base layer 40, and the adhesive layer 48 is inserted into the hole 79, and the peripheral edge 77 of the hole 79 is inserted. Match with notch 51. Next, the IC module 9 is dropped into the work space 70 and laminated with the laminate through the adhesive layer 48. Then, except for the card making aid 7, the base 2, the printing unit 31, the adhesive layer 49, the base layer 40, and the adhesive layer are folded according to the fold line 24 that is the axis of symmetry of the printing units 31 and 31 provided between the printing units 31 and 31. 48, the laminated body of the IC module 9 and the adhesive layer 48, the base layer 40, the adhesive layer 49, the printed part 31, and the laminated part of the base part 2 are laminated and bonded, the printed parts 31 and 31 are peeled off from the base part 2, and the card 100 is removed. create. In such a process, it is possible to carry out the card 100 on the base material 2 until completion of the card 100, and it is possible to create a card with good work efficiency and no deviation.

  In the above, the creation of an IC card has been described as an example. However, the card referred to in the present invention is not limited to an IC card, and a card can be created without stacking anything between the stacked bodies 8 and 8, or a magnetic tape or the like can be used. Various cards can be created very easily by laminating the magnetic recording layers provided.

1 is a perspective view of an embodiment of the present invention. 1A-A sectional view Front view after printing process of one embodiment of the present invention One embodiment of the present invention printing part enlarged view One embodiment of the present invention Bonding part enlarged view IC card making process diagram using one embodiment of the present invention IC card making process diagram using one embodiment of the present invention (A) Front view, (b) Rear view, (c) Longitudinal sectional view of an IC card made using one embodiment of the present invention A perspective view of an embodiment of the card making aid of the present invention The longitudinal cross-sectional view which shows the IC card preparation process using this invention card | curd preparation auxiliary tool Example This invention card | curd making aid other embodiment perspective view

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Card preparation sheet 2 Base material 22 Adhesive layer 23 Fold 3 Print sheet 31 Printing part 33 Printing surface 4 Adhesive sheet 40 Base layer 41 Adhesive part 48 Adhesive layer 49 Adhesive layer 51 Notch 52 Notch 61 Release paper 62 Release paper 7 Card creation assistance Tool 71 Bottom 72 Side wall 73 Notch 74 Inner surface 79 of side wall 72 Hole 8 Laminate 9 IC module 100 Card

Claims (10)

  A substrate, a printed sheet that is releasably bonded to the substrate, and an adhesive layer on both sides of the base layer, the release sheet is laminated on at least one adhesive layer, and the adhesive layer on the other side is attached to the substrate It is provided with an adhesive sheet facing and peelably bonded to the substrate, the print sheet is provided with a separable print part surrounded by a cut, and the adhesive sheet is surrounded by a cut having the same shape as the print part A card-making sheet, characterized in that a separable adhesive part is provided, and at least a fold line serving as an axis of symmetry between the printing part and the adhesive part is provided on a base material.   The printed sheet is characterized in that the outer surface which is the outer surface of the card faces the base material, becomes the inner surface side of the card, and the printed surface on which the printing is applied is exposed and laminated on the outer surface of the card making sheet. The card making sheet according to claim 1.   3. The card making sheet according to claim 1, wherein release sheets are respectively laminated on the adhesive layers provided on both surfaces of the base layer.   The adhesive strength of the release paper exposed on the surface of the base layer and the card making sheet is the weakest, and then the adhesive strength of the release sheet facing the base material and the base material is weak. 4. The card making sheet according to claim 3, wherein the card making sheet has the highest strength.   The card forming sheet according to any one of claims 1 to 4, wherein the card forming sheet is provided with an even number of printed portions, and the same number of printed portions and adhesive portions are provided.   The card making sheet according to any one of claims 1 to 5, wherein a crease serving as an axis of symmetry between at least one printing section and another printing section is provided on at least a base material.   The process of performing reverse printing on the printing surface of the printing sheet where the printing applied to the printing surface is visible from the other surface, and laminating an adhesive sheet with adhesive layers on both sides of the base layer on the printing surface of the printing sheet to create a laminate A method for producing a card, comprising a step of stacking an IC module between two stacked bodies.   A side wall having a rectangular inner cross section is provided on the top surface of the bottom portion having a flat top surface, a cutout portion is provided at least at a position opposite to the side wall, and the shape of the portion defined by the side wall of the bottom portion is substantially the same shape as the card to be created. A card making aid characterized by that.   The card making aid according to claim 8, wherein an inner side surface of the side wall is tapered.   10. A card making aid according to claim 8 or 9, wherein a hole having a shape of a card to be made is provided at the bottom.

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