JP2006076151A - Storage medium integrated card - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a storage medium integrated card suitable for manufacturing in small lot, excellent in reliability and free from damage to the storage medium caused in the process of manufacturing. <P>SOLUTION: Laminated paper Pa has a three-layered structure formed by disposing a light-transmissive film Fa and label paper La opposite to each other with adhesive layers Fax and Lax thereon disposed opposite to each other and interposing release paper Ha between the two films. After a required item is printed or entered in the label paper La, a pair of label divisions La1 and La2 and a pair of release divisions Ha1 and Ha2 formed on the label paper La and the release paper Ha are once separated and turned upside down, and then fitted back to openings Las which are traces of them after their separation. These divisions are separated together with the pair of film divisions Fa1 and Fa2 formed on the film Fa from the laminating paper Pa. Thus, an ID card having entry columns of the label divisions La1 and La2 superposed with the storage medium sandwiched between the release divisions Ha1 and Ha2 and covered with the label divisions Fa1 and Fa2 and capable displaying indications on both sides is provided. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a storage medium integrated card that integrally includes a storage medium and a card body on which predetermined contents can be printed or written.

2. Description of the Related Art Recently, various storage medium integrated cards such as an ID card, in which a storage medium capable of information communication without contact and a card body on which predetermined print contents are printed, have been developed. And as a mode of making such a card, a storage medium is accommodated in a predetermined mold that is pre-molded, and then a thermoplastic synthetic resin is filled in the mold and the synthetic resin is cured. Thus, a mode is known in which a plastic card in which a storage medium is sealed with a synthetic resin material for exterior is created (see, for example, Patent Document 1). Also, a card body in which a storage medium is embedded and one side is set as a non-printing side, a printing paper having substantially the same plan view size as the card body and one side set as a print side, and the plan view size is a card There is also considered an aspect in which one storage medium integrated card is created from a laminate sheet having a pair of laminate pieces larger than the main body and the printed surface in plan view with a folding line in between. Specifically, the card body and the printing paper that are overlapped so that the printing surface of the printing paper is exposed are placed on the center of one laminate piece, and the card body and the printing paper are sandwiched between a pair of laminate pieces. In this way, a laminate sheet is folded using a fold line, and the laminate pieces existing around the card body and the printing paper are thermocompression bonded together to form one storage medium integrated card (for example, a patent) Reference 2).
Japanese Patent Laid-Open No. 11-176991 (pages 2 to 5, FIG. 12 etc.) Japanese Patent Laid-Open No. 2002-298112 (pages 2 to 3, FIG. 5, FIG. 7, etc.)

  However, when creating a card in the former mode described above, it is necessary to mold a dedicated mold in advance, so that the initial production cost in the production process is high, and a small lot of plastic is produced using such a mold. When a manufactured card is created, the unit price of each card tends to be high. In addition, the method of creating a plastic card using a mold is adopted in factories and the like exclusively for the purpose of mass production, and cannot be adopted at all from the viewpoint of cost in homes and small and medium-sized offices. However, there is a problem that the card cannot be easily created. Further, in order to print predetermined printing information on the synthetic resin material, a dedicated printing device is required, and printing cannot be performed easily, which is one factor that increases the cost. As described above, the plastic card making mode described above is not suitable for the production of small lots and cannot flexibly meet various needs.

  Also, when creating a card in the latter mode, a dedicated sealer is required to thermocompress the laminate pieces that are present around the card body and printing paper and face each other, and it is also easy to create the card. In addition to the problem of being unable to do so, for example, in the case of a mode in which a pair of laminated pieces facing each other is thermocompression bonded using a roller or the like provided on a sealer, a storage medium interposed between these laminated pieces in the manufacturing process May be damaged by the pressure of the roller, which may cause a problem in the reliability of the card. Furthermore, since one card is created from a total of three members, ie, a separate card body, printing paper, and laminate sheet, the number of parts is increased. Note that Patent Document 2 also describes a mode in which the printing paper has a pair of printing pieces that can sandwich the card body, and the printing paper is bent and the card body is interposed between the pair of printing pieces. However, when producing a card in which such a card body and printed paper are sandwiched between the laminate sheets, the same problems as described above occur.

  The present invention has been made paying attention to such a problem, and its main purpose is to keep the production cost low and to be suitable for the production of small lots, and to be reliable without damaging the storage medium in the production process. An object of the present invention is to provide a storage medium integrated card having excellent performance.

  That is, the storage medium integrated card of the present invention is integrally provided with a sheet-like storage medium capable of non-contact information communication and a card body on which predetermined contents can be printed or written. Then, the card body is formed by overlaying a film having a first pressure-sensitive adhesive layer formed on one side and having translucency, and a label sheet having one side as an entry surface on which the predetermined content can be printed or written. The laminate paper is formed by adhering the film and the label paper through the first pressure-sensitive adhesive layer in a peelable manner, and formed on the film. A first film section and a second film section having substantially the same planar view dimensions are set in a region on the film surrounded by the first contour line for punching to be punched and formed on the label paper The first label section and the second label are smaller than the first film section and the second film section and have substantially the same plan view dimensions in the area on the label paper surrounded by the second contour line To adjust the minutes, it is positioned the first label segment within polymerizing at least the first film segment. Then, the label section printed or written on the entry surface is temporarily separated from the laminated paper along the second contour line, and the opening formed in the label paper by the second contour line after the separation The entry surface of either one or both of the label sections is fitted in an inverted posture so as to face the film section, and the entry surface is attached to the first pressure-sensitive adhesive layer of one or both of the film sections. By separating the label section and the film section in the laminated state from the laminated paper along the first contour line, either or both label sections, either or both, The card body subjected to the laminating process is formed according to the film sections. Thus, the storage medium integrated card according to the present application has the first label section and the second label section in the card body, the storage medium sandwiched between the respective label sections, and a mutual entry surface. Each of the first pressure-sensitive adhesive layers of the first film section and the second film section facing each other in a state where the label sections are sandwiched from the outside are bonded to each other while facing each other outward. It is characterized by that.

  Here, as the “storage medium”, an RFID (Radio Frequency Identification) IC chip that has a predetermined memory unit, a communication unit, and the like and can communicate information with an external device in a non-contact manner by wireless communication may be applied. it can. By accessing such a storage medium using a predetermined reader or reader / writer, information recorded on the storage medium can be read or predetermined information can be written to the storage medium. It is set to. Further, the “sheet shape” means a so-called thin plate shape having a certain thickness, and is a concept including a shape having some unevenness depending on a part. In addition, the specific sizes and shapes are not particularly limited except that the first and second label sections and the first and second film sections have substantially the same plan view dimensions. . Further, the first contour line and the second contour line may be partly common to the contour lines of the film and the label paper.

  Thus, the storage medium integrated card according to the present application is composed of a storage medium and a card body. When making this card body using laminate paper, first, fill in the first label section and the second label section formed on the label paper using a general business or household printer. Print out or fill in the required information by hand. If necessary, either the first label section or the second label section may be left blank, and when creating an ID card with both sides blank, printing or writing on the entry side It is unnecessary. Next, each of these label sections is peeled off from the label paper along the second contour line. Then, at least one of the label sections (here, the first label section) is turned over so that the writing surface faces the film, and is fitted into the opening formed after the label section is released. In this way, the opening to be fitted with the first label section turned over may be selected from the opening formed by peeling the first label section, or by peeling the second label section. The formed opening may be selected. In any case, since the first pressure-sensitive adhesive layer formed on one surface of the film is exposed in the opening, the entry surface of the first label section is attached to the film through the first pressure-sensitive adhesive layer in the opening. It will be stuck. In this state, the second label section may be fitted upside down into the other opening by the same procedure. Alternatively, it may be superimposed on the first label section without turning over the second label section. In that case, the overlaying process can be performed after the process of separating the next film section. It is. Next, the first film section and the second film section are separated from the laminated paper together with at least the first label section. This forms a card body in which at least the first label section is laminated by any one of the film sections. Thus, a storage medium is placed on one of the label sections (here, the first label section) in the card body, and the storage medium is sandwiched between the first label section and the second label section. The first label section and the second film section are bonded to each other by partially bonding the first pressure-sensitive adhesives of the respective film sections having a plan view size larger than each label section, A storage medium integrated card is completed in which both entry surfaces of the two label sections are laminated with the corresponding film sections and the storage medium is held between the first label section and the second label section. The operation of placing the storage medium on any one of the label sections may be performed at any stage after the label sections are separated from the laminated paper together with the film sections or before the separation.

  If this is the case, it is possible to easily create a card body capable of displaying on both sides from one sheet of laminated paper, and sandwiching a storage medium between each label section of this card body, One storage medium integrated card can be formed by an extremely simple operation of bonding the first pressure-sensitive adhesive layers together. Furthermore, the sheet-like storage medium can be suitably protected by each label section and each film section that laminates each label section, as well as the first adhesive of each film section that laminates each label section. Since the layers are configured to be bonded to each other, it is not necessary to use a dedicated sealer as compared to a mode in which films are thermocompression bonded using a dedicated sealer. The problem of breakage can be prevented. Visible information can be displayed on the entry surface of each label category by using a business or home printer or by handwritten writing, and each entry surface is overlaid with the outside facing each other. Therefore, visible information can be displayed on the front side and the back side of the formed storage medium integrated card, which is excellent in practicality. In addition, when creating a card according to the present application, it is not necessary to mold a dedicated mold in advance, so that the initial production cost can be reduced, and small lot production is possible, in a home or a relatively small office. A storage medium integrated card can be created easily and easily. In addition, since a single storage medium integrated card can be manufactured from the two members of the storage medium and the card body, the number of parts can be minimized, which contributes to cost reduction.

  In addition, a mode in which a storage medium attached to a used storage medium integrated card can be actively reused is also conceivable. Specifically, the card body is formed from a laminated paper in which a release paper is further interposed between the first pressure-sensitive adhesive layer and the label paper. Adhering the film and the release paper in a peelable manner via an adhesive layer and adhering the label paper and the release paper in a peelable manner through a second adhesive layer formed on the other surface of the label paper The release paper is set so that it can be peeled preferentially with respect to the first pressure-sensitive adhesive layer over the second pressure-sensitive adhesive layer, and the second paper common to the label paper is used as the release paper. A first peeling section and a second peeling section having substantially the same plan view dimensions as the first label section and the second label section are set in an area on the release paper that forms a contour line and is surrounded by the second contour line. And the first label section and the previous The first peeling section, and the second label section and the second peeling section are respectively polymerized at the same location, and each label section printed or written on the entry surface is combined with each peeling section and the second contour. Each of the label sections and the release sections that are once separated from the laminated paper along a line and are in an overlaid state are formed in openings formed in the label paper and the release paper by the second contour line after the separation. Either one or both entry surfaces of each of the label sections are fitted in an inverted orientation so as to face the film section, and the entry surface is affixed to the first adhesive layer of one or both of the film sections. What is obtained by separating the peeling section, the label section, and the film section in the layered state from the laminated paper along the first contour line in a state of being applied. Either one or both of the label segment to form the card body subjected to lamination processing by either or both of the film segment. Thus, in the storage medium integrated card according to the present application, the first peeling section and the second peeling section in the card body are sandwiched between the respective peeling sections, and each of the peeling sections is provided. The first film section and the first film section that face each other in a state where the label sections are sandwiched from the outside are overlaid in a state where the entry surfaces of the respective label sections formed in layers are directed outward. It has the structure which bonded together one adhesive layer.

  In order to preferentially peel the release paper from the second pressure-sensitive adhesive layer of the label paper to the first pressure-sensitive adhesive layer of the film, the second pressure-sensitive adhesive layer is provided on the surface facing the film side. It is good to form the peeling process layer which contacts the said 1st adhesive layer weaker than a sticking state. Such a release treatment layer is a general release treatment for one side of the paper constituting the release paper, such as a silicon resin coating, a fluororesin coating, an amine-based release agent coating, etc. It is possible to employ aspects such as embossing, bluffing, and fine particle addition to a coating. In addition, the specific size and shape of these parts are particularly limited, except that the first and second peeling sections have substantially the same plan view dimensions, and the label section and the peel section have substantially the same plan view dimensions. Is not to be done. The second contour line may be a part of the outline of the release paper.

  As described above, when the laminated paper has a three-layer shape in which the film, the release paper, and the label paper are laminated in this order, a card body is produced from the laminated paper through the following procedure. That is, after filling in the required information on the entry surface of the first label section and the second label section, each of these label sections is peeled off from the label paper and the release paper along the second contour line together with each of the release sections. Then, at least one of the label sections (here, the first label section) is turned over together with the release section (the first release section) so that the writing surface faces the film, and the label section and the release section are separated from each other. The film is attached to the film through a first pressure-sensitive adhesive layer formed on one surface of the film that is fitted into the formed opening and has the first label section entry surface exposed to the opening. In this state, the second label section and the second peeling section may be fitted upside down into the other opening by the same procedure. Alternatively, the second label section may be superimposed on the first label section without turning it over. In that case, the first peel section and the second peel section are respectively replaced with the first label section and the second label section. The second label section and the second release section so that the two pressure sensitive adhesive layers of both label sections may be bonded to each other, or such that the release treatment layers face each other without removing both of the release sections. Can be superposed on the first label section and the first release section, but in these cases, the superposition process or the bonding process can be performed after the process of separating the next film section from the laminate paper. is there. Then, the first film section and the second film section are separated from the laminated paper together with at least the first label section. This forms a card body in which at least the first label section is laminated by any one of the film sections. Thus, in the state where the storage medium is sandwiched between the first peelable section and the second peelable section separated from the laminated paper or before being separated, the first adhesives of the respective film sections are bonded to each other. By laminating the film section and the second film section partially, the entry surfaces of both the first label section and the second label section are laminated with the corresponding film sections, and the first release section and the second release section A storage medium integrated card having a storage medium held between the two is completed. The stage of placing the storage medium in any one of the peeling sections may be any stage after the peeling section is separated from the laminate paper together with the label section and the film section or before the separation.

  If it is such, since the storage medium is sandwiched between the first peeling section and the second peeling section in a state where it is not attached to any of these peeling sections, At the time of disposal, it is possible to take out the storage medium from the card body by cutting a portion where the storage medium is not located in the first and second separation sections using a scissors or a cutter knife, and the storage medium can be removed from the card body. A new storage medium-integrated card can be created by attaching to the card. In addition, since the storage medium is sandwiched between each peeling section, each label section, and each film section, the protection function of the storage medium can be effectively improved.

  In addition, in the case where a card body is made from a laminate paper in which a release paper is interposed between a film and a label paper in the same manner as described above, without considering the reuse of the storage medium after the card is used, You may employ | adopt the storage medium integrated card | curd which has the structure which peeled off from each label division and bonded together the 2nd adhesive layer of both label divisions. Specifically, the second pressure-sensitive adhesive layer is formed by forming a card body from a laminated paper having the same configuration as the above-described laminated paper, and peeling off the first peeling section and the second peeling section in the card body. And the first label section and the second label section that are exposed to each other, with the storage medium sandwiched between these label sections and with the respective writing surfaces facing outward, The first film section and the second film section facing each other in a state in which the second pressure-sensitive adhesive layers of the first label section and the second label section facing each other are bonded together and sandwiched from the outside. Examples include a storage medium integrated card having a configuration in which the first pressure-sensitive adhesive layers are bonded together. In addition, the operation | work which peels off each peeling division from each label division stuck on the film through the 1st adhesive layer formed in the one surface of the film which has exposed the entry surface of the 1st label division to the opening part. Any timing may be used as long as it is between the time point and immediately before the storage medium is placed on one label section. If this is the case, not only the first adhesive layers of each film section are bonded together, but also the second adhesive layers of each label section are bonded together, so the bonding strength of the entire card Can be effectively increased.

  In the laminated paper, in order to arrange the first film section and the second film section on the film in a space-efficient manner so that both film sections can be handled as a single unit, the first film section and the second film section are combined into a single piece. It is preferable to integrally form the region surrounded by the first contour line with a first fold line that can divide the first film section and the second film section interposed therebetween.

  In this case, the first label segment and the second label segment, and the first peel segment and the second peel segment in a region surrounded by a single second contour line, If they are formed integrally with the second fold line that can be divided, the first label section and the second label section on the label paper, and the first and second release sections on the release paper can be arranged in a space-efficient manner. become.

  Furthermore, in this case, the first fold line and the second fold line are positioned in the same straight line in the layer direction, and the second label section in the state before separation is set within the region of the second film section. Thus, it is possible to superimpose the second label section on the first label section and the second film section on the first film section in one operation. In the card thus created, the first fold line and the second fold line are overlapped at least at one edge.

  On the other hand, the first fold line and the second fold line are deviated in the plane direction and positioned so as to be parallel to each other in plan view, and the second label section in the state before separation is defined as the first film section. It is also possible to arrange so as to straddle the second film section. In the card created in this way, an excess portion by the first film section and the second film section can be formed in the entire area around the overlapped first label section and second label section. In addition, in the laminated paper of this aspect, the first label section (and the first peeling section) and the second label section (and the second peeling section) are integrally peeled once and turned upside down. One label section is fitted into one of the parts (not necessarily clearly divided), the other label section is folded along the second fold line, and both label sections are overlapped with each other, and these are overlapped with the first film. Since the sheet and the second film section can be separated from the laminated paper, the card body production process can be further simplified.

  In the laminated paper, the first film section and the second film section are integrally formed in a region surrounded by a single first contour line with a first fold line serving as a boundary line interposed therebetween. Then, the first label section and the second label section are formed by being separated from each other by a predetermined distance in the region surrounded by the individual second contour line, and the second label section in the state before the separation is formed on the second film. It is also possible to set within the area of the section.

  Further, under the above-mentioned conditions, the first label section and the second label section can be divided into areas surrounded by a single second contour line. It is also possible to form the two fold lines integrally with each other, and position the first fold line and the second fold line so as to be substantially orthogonal to the surface direction. In this case, the folding direction of the second film section along the first fold line and the folding direction of the second label section and the second peeling section along the second fold line are substantially orthogonal. .

  On the other hand, under the same conditions, a pair of the first film section and the second film section forming a single unit surrounded by a single first contour line is formed in parallel and formed in parallel. A pair of a first label section and a second label section forming a single unit surrounded by a single second contour line are formed in parallel in a direction orthogonal to each other, and each first label section is associated with each corresponding one. It is also possible to arrange in the area of the first film section. In this way, the card body component is configured as a pair, and the film-side component and the label-side component on the laminate paper are arranged in an L shape so that the components of the laminate paper The placement efficiency can be further improved.

  In this case, by arranging each second label section in the state before separation, straddling the other second film section in parallel with the first film section in which the first label section integrated with them is disposed, The arrangement efficiency of each label section (and release section) in the label paper (and release paper) can be improved.

  In this case, the pair of the first film section and the second film section arranged in parallel may be separated by a predetermined distance, or the pair of the first film section and the second film arranged in parallel may be separated from each other. You may arrange | position the group of film divisions so that each corresponding 1st outline may have a common part in an adjacent position.

  In addition, under the condition that the plan view dimensions of each film section is larger than the plan view dimensions of the first label section, the first film section and the second film section are respectively separated by first contour lines. It is also possible to form the region surrounded by a predetermined distance apart.

  In this case, the first label section and the second label section are formed at a predetermined distance from each other in the region surrounded by the individual second contour lines, and the first label section and the first peeling section are formed as the first film section. If the second label section and the second peeling section are set within the second film section, the first label section and the first peeling section reversed, the second label section and the second The peeling sections can be detached from the laminated paper integrally with the film sections in a state where the peeling sections are individually fitted into the openings. In this case, after printing or writing on each label section, the first label section and the second label section are handled separately.

  On the other hand, a second fold line that can divide the first label section and the second label section in a region surrounded by the single second contour line is provided with the first label section and the second label section. The first label section and the second fold line are set in the region of the first film section, and the second label section in the state before separation is defined as the first film section. If it is arranged across the second film section, the first label section and the first release section, the second label section and the second release section can be handled integrally.

  Further, in the same manner as described above, in the three-layer laminate paper in which the release paper is interposed between the film and the label paper, the planar view size of the first film section in the laminate paper is defined as the first label section and the first release section. The first film section, the first label section, the first peeling section, and the second film section, the second label section, and the second peeling section are overlapped at the same location. In such a case, it is possible to form a storage medium integrated card in which a card body is formed from such laminated paper and a storage medium is attached to the card body. Specifically, a storage medium-integrated card integrally comprising a sheet-like storage medium capable of non-contact information communication and a card body on which predetermined contents can be printed or written, A film having a light-transmitting property by forming a first pressure-sensitive adhesive layer on one surface, a surface on which one of the predetermined contents can be printed or written, and a second pressure-sensitive adhesive layer on the other surface The laminated paper is formed by laminating a label paper and a release paper interposed between the film and the label paper, and the laminated paper is formed through the first pressure-sensitive adhesive layer. And the release paper are detachably bonded, and the label paper and the release paper are detachably bonded via the second pressure-sensitive adhesive layer, and the release paper is more than the second pressure-sensitive adhesive layer. Peeling preferentially for the first adhesive layer A first film section and a second film section having a plan view dimension substantially equal to each other in a region on the film surrounded by a first contour line for punching formed in the film. The first film section and the second film section are substantially the same as the area on the label paper and the release paper surrounded by the second outline for the common punching process formed on the label paper and the release paper. The first label section, the second label section, the first release section, and the second release section having the same plan view size are set, and the first film section, the first label section, and the first release section are the same. Before being printed or written on the entry surface, the second film section, the second label section, and the second release section are polymerized at the same position. Each label section is separated from the laminated paper along the second contour line along with the release section, and the label section and the release section in a layered state are separated by the second contour line after the separation. One or both entry surfaces of each of the label sections are fitted into the opening formed in the label paper and release paper in an inverted posture so as to face the film sections, and the entry surface is one or both of the film sections. By separating the peeling section, the label section, and the film section in a multi-layered state from the laminated paper along the first contour line in a state of being attached to the first adhesive layer of the film section of The card body is laminated on any one or both of the label sections by either one or both of the film sections. The storage medium integrated card according to the present application includes the first label section formed by exposing the second pressure-sensitive adhesive layer by peeling the first peel section and the second peel section in the card body. The first label section and the second label that face each other are overlapped with the second label section in such a manner that the storage medium is sandwiched between the label sections and the writing surfaces are directed outward. It has the structure which bonded together the said 2nd adhesive layer of a division, It is characterized by the above-mentioned.

  Even in such a case, in order to preferentially peel the release paper from the first pressure-sensitive adhesive layer of the film over the second pressure-sensitive adhesive layer of the label paper, A release treatment layer that is weaker than the adhesive state with the pressure-sensitive adhesive layer and in contact with the first pressure-sensitive adhesive layer may be formed. As the aspect of such a release treatment layer, various types described above can be adopted. In addition, except that the first and second label sections and the first and second film sections have substantially the same plan view dimensions, the label section and the peel section have substantially the same plan view dimensions. These specific sizes and shapes are not particularly limited. In addition, the first contour line and the second contour line may be partly shared with the contour lines of the film, label paper, and release paper.

  In this case, since each label section, each peel section, and each film section are all set to approximately the same size, when creating a storage medium integrated card, be sure to peel off each peel section, It is necessary to bond the label sections together by bonding the layers. Even in such a case, a single storage medium integrated card can be formed by a simple operation, and the storage medium is suitably protected by each label section and each film section laminating each label section. The effect similar to the effect mentioned above can be acquired.

  In this case, in the laminated paper, the set of the first film section, the first label section and the first release section and the set of the second film section, the second label section and the second release section are separated by a predetermined distance. The first film section, the first label section and the first release section, and the second film section, the second label section and the second release section may be in contact with each other and arranged adjacent to each other. May be.

  Furthermore, in the latter case, the first folding that can divide the first film section and the second film section into a region surrounded by a single first contour line. The first film section and the first label section and the second label section, and the first peel section and the second peel section are formed in a region surrounded by a single second contour line. And the second film section, and the second fold line that can divide the first peel section and the second peel section, respectively.

  As described above, according to the present invention, a sealer for thermocompression bonding of film sections to each other at the time of card creation is not necessary, as well as a laminated paper having a two-layer structure composed of a film and a label paper, or a film By simply printing or writing on label paper in a single laminated paper with a three-layer structure consisting of label paper and release paper, a user can easily create a storage medium integrated card on which both sides can make arbitrary descriptions. It is possible. Furthermore, the storage medium can be suitably protected by each label section and each film section laminating each label section. In particular, printing on label paper can be performed with a simple printer for business use or home use. In addition to being possible, there is no need to mold a dedicated mold in advance, the initial production cost can be reduced, and small lot production is also possible. Can be created inexpensively. As described above, the present invention makes it easy to implement various storage medium integrated cards such as ID cards and tag cards with arbitrary descriptions on both sides in small and medium-sized offices, offices, stores, personal homes, etc. Easy to create.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  The ID card Ca, which is a storage medium C1 integrated card according to the present embodiment, is shown in FIG. 1 (FIG. 1 (a) is an ID card Ca viewed from one side, and FIG. 1 (b) is viewed from the other side. ID card Ca.), as shown in FIG. 2, the storage medium C1 and the card body Ca2.

  In the present embodiment, an IC chip having a predetermined memory unit, a communication unit, and the like and capable of non-contact information communication using an RFID (Radio Frequency IDentification) method is applied as the storage medium C1. Each storage medium C1 stores a different unique identifier (serial number), and by attaching this identifier to the ID card Ca, each ID card Ca is given a different identifier. . Note that as an RFID method, an electromagnetic induction method (a method of communicating with an IC chip while supplying power to the IC chip using an electromagnetic induction effect), a microwave method (a method of communicating with an IC chip using a microwave band). ) And an optical system (a system for communicating with an IC chip using a light wave such as infrared rays). The storage medium C1 has a sheet shape and has a plan view size smaller than the plan view size of a label section described later. The storage medium C1 only needs to satisfy these conditions, and the specific shape and size, various functions provided, and the like are not particularly limited.

  On the other hand, the card body Ca2 is formed from laminated paper Pa.

  As shown in FIG. 2 (FIG. 2A is a plan view of the laminate paper Pa viewed from the label paper La side, and FIG. 2B is an end view taken along the line AA in FIG. 2A). A light-transmitting film Fa, a label paper La having one surface as an entry surface Laz on which the predetermined content is directly printed or written, and a release paper Ha interposed between the film Fa and the label paper La Are stacked in three layers. The release paper Ha and the film Fa have substantially the same plan view dimensions as the label paper La, and cannot be visually recognized by the label paper La in FIG. Therefore, for convenience of explanation, in the same figure, the reference signs of the label paper La are followed by reference signs of the release paper Ha and the film Fa in parentheses. Thus, the reference numerals given in parentheses in each drawing have substantially the same plan view dimensions as the parts or areas indicated by the reference signs immediately before or immediately above the parentheses, and are not visible in the drawings. It points out.

  The film Fa is a transparent protective film. As the film Fa, for example, a transparent film, a translucent film, a colored film, a film with a pattern, etc. can be adopted, and the material made of an olefin-based or ester-based resin material can also be used. In the embodiment, a transparent film made of PET (polyethylene terephthalate) having excellent dimensional stability and transparency is employed. The first pressure-sensitive adhesive layer Fax is formed on one surface of the film Fa and the surface in contact with the release paper Ha. The first pressure-sensitive adhesive layer Fax is formed using a known pressure-sensitive adhesive. In the present embodiment, the first pressure-sensitive adhesive layer Fax is configured using a solvent-type acrylic pressure-sensitive adhesive, and the first pressure-sensitive adhesive layer The layer Fax is formed over the entire area of one surface of the film Fa.

  The label sheet La is made of a material that can be written by hand and on which a predetermined print content can be printed by a printer. As the label paper La, for example, various papers such as coated paper, high-quality paper, kraft paper, thermal paper, and the like can be adopted. In particular, in this embodiment, mat paper for an ink jet printer is applied. Then, one surface of the label paper La is used as the entry surface Laz, and the second adhesive layer Lax is formed on the other surface and in contact with the release paper Ha. The second pressure-sensitive adhesive layer Lax is formed using a known adhesive. In the present embodiment, the second pressure-sensitive adhesive layer Lax is configured using an emulsion acrylic pressure-sensitive adhesive, and this second pressure-sensitive adhesive is used. The layer Lax is formed on the entire other side of the label paper La.

  The release paper Ha forms a first release treatment layer Hau on the surface facing the first pressure-sensitive adhesive layer Fax side of the film Fa, and a second release treatment layer on the surface facing the second pressure-sensitive adhesive layer Lax side of the label paper La. Hav is formed. Each of these release treatment layers Hau, Hav is coated with, for example, a silicone resin solution as a release treatment agent on the surface facing the first pressure-sensitive adhesive layer Fax side of the film Fa and the surface facing the second pressure-sensitive adhesive layer Lax side of the label paper La. By adjusting the silicon coating amount as appropriate, it is preferentially peeled from the first pressure-sensitive adhesive layer Fax of the film Fa over the second pressure-sensitive adhesive layer Lax of the label paper La. Is set. In addition, even if it employ | adopts aspects, such as using a different kind of peeling treatment agent or making the application area of a peeling treatment agent different, as another aspect for providing a difference in the peeling force of each peeling treatment layer Hau and Hav. Good.

  Then, a first contour line Fao for punching is formed on the film Fa, and a first film section having substantially the same planar view dimensions in a region on the film Fa surrounded by the single first contour line Fao Fa1 and the second film section Fa2 are integrally formed with a first fold line Fa3 separating the first film section Fa1 and the second film section Fa2 interposed therebetween. In the present embodiment, the first film section Fa1 and the second film section Fa2 are set in a substantially rectangular shape with rounded corners, and one long side of each of the film sections Fa1 and Fa2 is adjacent to each other. . The first film section Fa1 and the second film section Fa2 formed integrally in this way are set so as to be separable from the laminate paper Pa (specifically, film Fa) along the first contour line Fao. . The first contour line Fao for the punching process is formed by alternately connecting cut portions that penetrate in the thickness direction of the film Fa and non-cut portions that do not penetrate in the thickness direction of the film Fa. In the embodiment, the first contour line Fao positioned at the corners of the film sections Fa1 and Fa2 is only a cut part so that the first film section Fa1 and the second film section Fa2 can be easily separated from the laminated paper Pa. The first contour line Fao positioned at the straight line portion of each film section Fa1, Fa2 is formed by alternately arranging the cut portion and the non-cut portion. In particular, it is preferable to set the length of each non-cutting portion constituting the first contour line Fao to 0.2 mm, but it goes without saying that the length of the non-cutting portion is not limited to this. The first fold line Fa3 is formed by alternately connecting the cut portions and the non-cut portions.

  In addition, the label paper La and the release paper Ha are formed with a common second contour line Lao for punching, on the label paper La and the release paper Ha surrounded by the single second contour line Lao. The first label section La1 and the second label section La2, and the first peel section Ha1 and the second peel section Ha2 are divided into the first label section La1 and the second label section La2. And it forms integrally on both sides of 2nd bending line La3 which divides 1st peeling section Ha1 and 2nd peeling section Ha2. In this embodiment, the planar view dimensions of each label section La1, La2 and each peeling section Ha1, Ha2 are set to a substantially rectangular shape smaller than the planar view dimensions of each film section Fa1, Fa2, and each of these label sections La1, One long side of each of La2 and the separation sections Ha1 and Ha2 is adjacent to each other. The first label section La1 and the second label section La2 formed integrally with each other, and the first peeling section Ha1 and the second peeling section Ha2 are laminated along the second contour line Lao. Is set to be separable from the label paper La and the release paper Ha). The second contour line Lao for the punching process is composed only of a cut portion penetrating in the thickness direction of the label paper La and the release paper Ha, while the second folding line La3 is the meat of the label paper La and the release paper Ha. Cut portions that penetrate in the thickness direction and non-cut portions that do not penetrate in the thickness direction of the label paper La and the release paper Ha are alternately arranged. In order to prevent the label sections La1 and La2 from each other or the peeling sections Ha1 and Ha2 from being split apart from each other by the second fold line La3 having the cut portion as a part, both ends of the second fold line La3. Are set at positions separated from the second contour line Lao by a predetermined distance. In the laminated paper Pa having such a configuration, the film sections Fa1 and Fa2 are not separated from the film Fa unless a predetermined force is applied. The label sections La1 and La2 and the peeling sections Ha1 and Ha2 are the second ones. Although cut by the contour line Lao, it is held on the film Fa via the first pressure-sensitive adhesive layer Fax and the second pressure-sensitive adhesive layer Lax, and the form of the laminated paper Pa is maintained as a whole.

  Furthermore, in this embodiment, the first fold line Fa3 and the second fold line La3 are displaced in the plane direction so as to be parallel to each other in plan view, and the first label section La1 in a state before being detached. And the first peeling section Ha1 are arranged in the region of the first film section Fa1, and the second label section La2 and the second peeling section Ha2 in the state before the separation are arranged in the first film section Fa1 and the second film section. It arrange | positions so that Fa2 may be straddled. In addition, there is a surplus portion due to the first film section Fa1 around the first label section La1 and the first peel section Ha1, and surplus due to the second film section Fa2 around the second label section La2 and the second peel section Ha2. The label sections La1 and La2 and the peeling sections Ha1 and Ha2 are arranged so that the portion exists. In the present embodiment, the first film section Fa1 and the second film section Fa2 surrounded by the first contour line Fao, the first label section La1 and the second label section La2 surrounded by the second contour line Lao, and The first peeling section Ha1 and the second peeling section Ha2 are provided at four locations on the A4 size laminate paper Pa, respectively.

  Next, a method for creating the card body Ca2 from the laminated paper Pa having such a configuration and a method for creating the ID card Ca using the card body Ca2 and the storage medium C1 will be described with reference to FIG. .

  First, a required item is printed on each entry surface Laz of the first label section La1 and the second label section La2 provided on the label paper La using a printer (for example, a simple type printer such as an ink jet printer) or handwritten. (1) (a)), and then laminate the first label section La1 and the second label section La2, the first release section Ha1 and the second release section Ha2 along the second contour line Lao. When peeling from Pa, the peeling operation between the release paper Ha and the first pressure-sensitive adhesive layer Fax of the film Fa is more than the peeling operation between the release paper Ha and the second pressure-sensitive adhesive layer Lax of the label paper La. Since it is performed with priority, the label sections La1 and La2 and the peeling sections Ha1 and Ha2 are separated from the laminate paper Pa in a state of being overlaid (see FIG. b)). In this state, an opening portion Las surrounded by the second contour line Lao is formed in the label paper La and the release paper Ha by the separation of the label sections La1 and La2 and the release sections Ha1 and Ha2. The first pressure-sensitive adhesive layer Fax of the film Fa is exposed in the opening portion Las, and the label sections La1 and La2 and the peeling sections Ha1 and Ha2 in the multi-layer state are separated from the label sections La1 and La2. Turn over so that the entry surface Laz faces the first pressure-sensitive adhesive layer Fax of the film Fa, fit in the opening Las in this inverted orientation, and the entry surface Laz of the first label section La1 is the first adhesive of the first film section Fa1 The second label section La2 and the second peel section Ha2 are attached to the agent layer Fax and face the first peel section La1 and the first peel section Ha1 so that the first peel section Ha1 and the second peel section Ha2 face each other. Bend along the second fold line La3 ((c) in the figure). At this time, the opening portion Las formed by the second contour line Lao functions as a positioning unit for positioning the application positions of the first label section La1 and the first peeling section Ha1 in the multilayered state with respect to the first film section Fa1. In addition, the second label section La2 and the second peeling section Ha2 are pasted on the first film section La1 side in the opening portion Las, and the first label section La1 and the first peeling section Ha1 are along the second folding line La3. Although it is possible to bend toward the second label section La2 and the second peeling section Ha2, the ID card Ca is created in the process as described above for the sake of simplicity. Subsequently, along the first contour line Fao provided on the film Fa, the first film section Fa1 and the second film section Fa2 are laminated together with the label sections La1 and La2 and the peeling sections Ha1 and Ha2 in a laminated state. The card body Ca2 is formed by laminating the first label section La1 with the first film section Fa1 by peeling off from the card body (the card body Ca2 shown in FIG. It is a view. In this state, the opening portion Las surrounded by the second contour line Lao in the laminated paper Pa is hollow.

  Thus, the second film section is so arranged that the storage medium C1 is sandwiched between the first peeling section Ha1 and the second peeling section Ha2 in the card body Ca2, and the second label section La2 is laminated by the second film section Fa2. Fa2 is folded along the first fold line Fa3 toward the first film section Fa1, and each label section La1, La2 is faced in a state of being sandwiched from the outside, and each label section La1, La2 and each of the peeling sections Ha1, Ha2 When the surplus portions of the film sections Fa1 and Fa2 existing around the entire circumference are bonded together by bonding the first pressure-sensitive adhesive layers Fax, the storage medium C1 is interposed between the label sections La1 and La2 in the card body Ca2. In each film section Fa1, Fa2 corresponding to each other's writing surface Laz One ID card Ca, which was collected is formed (FIG. 1 (a), (b)). The step of sandwiching the storage medium C1 between the first peeling section Ha1 and the second peeling section Ha2 is performed by using the laminated paper Pa together with the film sections Fa1 and Fa2 together with the label sections La1 and La2 and the peeling sections Ha1 and Ha2. It may be performed at any time before or after detachment.

  In the ID card Ca having the above-described configuration, the storage medium C1 is sandwiched between the label sections La1 and La2 of the card body Ca2 formed from the laminate paper Pa, and the first pressure-sensitive adhesive layer of each film section Fa1 and Fa2. One ID card Ca can be formed by a simple operation of bonding Faxes together. Furthermore, the sheet-like storage medium C1 can be suitably protected by the label sections La1 and La2, the peeling sections Ha1 and Ha2, and the film sections Fa1 and Fa2 that laminate the label sections La1 and La2, respectively. Of course, since the first pressure-sensitive adhesive layers Fax of the film sections Fa1 and Fa2 for laminating the label sections La1 and La2 are bonded to each other, there is no need to use a dedicated sealer. The possibility of damaging the storage medium C1 due to the pressure of the roller it has can be eliminated, and the reliability of the ID card Ca can be improved. In addition, visible information can be displayed on the entry surface Laz of each label classification La1, La2 by using a business or home printer or by handwritten writing, and each entry surface Laz is directed outward. Therefore, visible information can be displayed on the front side and the back side of the formed ID card Ca, which is excellent in practicality. Moreover, since it is not necessary to mold a dedicated mold in advance when creating the ID card Ca, the initial production cost can be reduced, and small lot production is also possible. In homes and relatively small offices The ID card Ca can be created easily and easily. In addition, since one ID card Ca can be manufactured from two members, that is, the storage medium C1 and the card body Ca2, the number of parts can be minimized, which contributes to cost reduction.

  In addition, since the storage medium C1 is sandwiched between the first peeling section Ha1 and the second peeling section Ha2 in a state where the storage medium C1 is not attached to any of these peeling sections Ha1, Ha2, or after use of the card or At the time of disposal, it is possible to take out the storage medium C1 from the card body Ca2 by cutting a portion where the storage medium C1 is not located in the first peeling section Ha1 and the second peeling section Ha2 using a scissors or a cutter knife. By attaching the extracted storage medium C1 to a different card body Ca2, a new storage medium C1 integrated card can be created. In addition, since the storage medium C1 is sandwiched between the separation sections Ha1, Ha2, the label sections La1, La2, and the film sections Fa1, Fa2, the protection function of the storage medium C1 can be further improved.

  The present invention is not limited to the embodiment described in detail above.

  For example, in the process of forming the card body Ca2 from the three-layer laminate paper Pa of the film Fa, the release paper Ha, and the label paper La, it is peeled off from the label paper La and the release paper Ha along the second contour line Lao The label sections La1 and La2 and the peeling sections Ha1 and Ha2 are turned over so that the entry surface Laz of the label sections La1 and La2 faces the first pressure-sensitive adhesive layer Fax of the film Fa. At the time when the entry surface Laz of the first label section La1 is affixed to the portion Las and attached to the first adhesive layer Fax of the first film section Fa1, or along the first contour line Fao provided on the film Fa Each label section La1 and La2 and each peeling section Ha1 and Ha2 in a state where the one film section Fa1 and the second film section Fa2 are overlaid. When both are peeled from the laminated paper Pa, the first peeling section Ha1 and the second peeling section Ha2 are peeled off from the first label section La1 and the second label section La2, respectively, and the first label section La1 and the second label section La2 The label medium La1 and La2 are bonded to each other by adhering the second adhesive layers Lax of the label sections La1 and La2 that are exposed by sandwiching the storage medium C1 between them and peeling the respective peel sections Ha1 and Ha2. The first film section Fa1 and the second film section Fa2 facing each other with the label sections La1 and La2 sandwiched from the outside are bonded together by bonding the first pressure-sensitive adhesive layers Fax. An ID card Ca may be formed. The ID card Ca having such a structure not only bonds the first adhesive layers Fax of the film sections Fa1 and Fa2 but also bonds the second adhesive layers Lax of the label sections La1 and La2. Since it is an aspect, the affixing strength of the entire card Ca can be effectively increased.

  In particular, in the present embodiment, the first film section Fa1 and the second film section Fa2 are formed in a region surrounded by a single first contour line Fao, and are surrounded by a single second contour line Lao. Since the first label section La1 and the second label section La2 and the first peeling section Ha1 and the second peeling section Ha2 are formed in the region, the first label section La1 and the second label section 2 are printed after writing or writing on the entry surface Laz. The label section La2, the first peeling section Ha1 and the second peeling section Ha2 can be peeled off as one body or turned over, and finally the ID card Ca, the first film section Fa1 and the second film section Fa2 The film section Fa2 can be handled integrally. Further, in the laminated paper Pa, the first label section La1 is positioned in the region of the first film section La1, and an excess portion by the first film section Fa1 is formed over the entire periphery of the first label section La1. Therefore, regardless of whether or not each peeling section Ha1, Ha2 is peeled off from each label section La1, La2, the first adhesive layer Fax of both film sections Fa1, Fa2 in the surplus portion is bonded together, and both labels It is possible to create an ID card Ca in which the sections La1 and La2 are covered with both film sections Fa1 and Fa2. Further, both the label sections La1 and La2 and the both peeled sections Ha1 and Ha2 that have been peeled once are turned over, and the first label section La1 and the first peel section Ha1 to the first film section Fa1 side in the opening portion Las that has been peeled off. The second fold line La3 is on the first film section Fa1, and the first label section La1 and the second label section La2 and the first release section Ha1 and the second release section Ha2 are all the same. Since it is the same size, when the peeling sections Ha1 and Ha2 are not peeled off, the second label section La1 and the second peeling section Ha1 are simply folded back along the second fold line La3. In the case of peeling, only the second label section La2 is folded back along the second fold line La3, and finally the entry surface Laz becomes the film sections Fa1, F2. Easily label segment to face 2 side La1, it is possible to superimpose each other La2.

  Moreover, you may form a card | curd main body from the laminated paper different from the structure mentioned above. Hereinafter, each laminate sheet described with reference to FIGS. 4 to 9 is configured so that each film section, each film section, The form of the peeling section and each label section and the positional relationship between each film section and each peeling section and each label section are different from the laminated paper described above.

  For example, the laminate paper Pb shown in FIG. 4 includes the first film section Fb1 and the second film section Fb1 and the second film section Fb2 in a region surrounded by a single first contour line Fbo. The first and second label sections Lb1 and Lb2 and the first and second release sections Hb1 and Hb2 are integrally formed with a first fold line Fb3 that can separate Fb2. The first folding section Lb1 and the second labeling section Lb2, and the second folding line Lb3 that can separate the first peeling section Hb1 and the second peeling section Hb2 are sandwiched between the regions surrounded by the two contour lines Lbo, respectively. It is formed integrally. Then, the first fold line Fb3 and the second fold line Lb3 are positioned in the same straight line in the layered direction, and the first label section Lb1 and the first peeling section Hb1 in the state before separation are within the region of the first film section Fb1. And the second label section Lb2 and the second peeling section Hb2 in the state before separation are set in the region of the second film section Fb2. When the card body Cb2 is formed from such a laminated paper Pb, the peeling sections Hb1 and Hb2 and the label sections Lb1 and Lb2 that are in a multi-layered state are opened to the opening portion (not shown) in the inverted position in the same procedure as described above. The entry surface Lbz of the first label section Lb1 is attached to the first adhesive layer Fbx of the first film section Fb1, and the entry surface Lbz of the second label section Lb2 is attached to the first adhesive layer of the second film section Fb2. After pasting on Fbx, along the first contour line Fbo provided on the film Fb, the first film section Fb1 and the second film section Fb2 are laminated together with the label sections Lb1, Lb2 and the release sections Hb1, Hb2. The first label section Lb1 and the second label section Lb2 are separated from the first film section Fb1 and the second label section by peeling off from Pb. Card body Cb2 subjected to laminate treatment is formed by Irumu segment Fb2. And when not stripping each peeling section Hb1 and Hb2 from each label section Lb1 and Lb2, each film section Fb1 and Fb2 and each label section Lb1 and Lb2 along the first fold line Fb3 and the second fold line Lb3. When the peeling sections Hb1, Hb2 are folded so as to overlap each other, or when the peeling sections Hb1, Hb2 are peeled off from the label sections Lb1, Lb2, the film sections Fb1, Fb2, and the peeling sections Hb1, The label sections Lb1 and Lb2 from which Hb2 has been peeled are bent so as to overlap each other. Then, the storage medium C1 is sandwiched between the first peeling section Hb1 and the second peeling section Hb2, or between the first label section Lb1 and the second label section Lb2 from which the peeling sections Hb1 and Hb2 have been peeled off. The film sections Fb1 and Fb2, the label sections Lb1 and Lb2, and the peeling sections Hb1 and Hb2 are folded along each other along the first fold line Fb3 and the second fold line Lb3, or each film section Fb1 Fb2 and the label sections Lb1 and Lb2 from which the peel sections Hb1 and Hb2 have been peeled are folded so as to overlap each other, and face each other with the label sections Lb1 and Lb2 sandwiched from the outside and the label sections Surplus portions of the film sections Fb1 and Fb2 existing around Lb1 and Lb2 (Not shown in the figure) are bonded by bonding each other, or in addition to bonding these first pressure-sensitive adhesive layers, each label section Lb1, Lb2 is exposed by peeling each peeling section Hb1, Hb2. When the second pressure-sensitive adhesive layers (not shown) are bonded together to form an ID card Cb in which the first fold line Fb3 and the second fold line Lb3 overlap each other at least at one edge (see FIG. 5). (A) is an ID card Cb viewed from one side, and (b) is an ID card Cb viewed from the other side). If this is the case, the second label section Lb2 can be overlaid on the first label section Lb1 and the second film section Fb2 can be overlaid on the first film section Fb1 in one action, and the card body Cb2 and thus the ID card Cb. The production process can be further simplified.

  In addition, the laminated paper Pc shown in FIG. 6 includes the first film section Fc1 and the second film section Fc1 and the second film section Fc2 in a region surrounded by a single first contour line Fco. The first label line Lc1 and the second label line Lc2 are formed integrally with a first fold line Fc3 that can be separated from Fc2, and the first label line Lc1 and the second label line Lc2 are respectively separated by a predetermined distance from the region surrounded by the individual second contour line Lco. The first label section Lc1 and the first peeling section Hc1 that are formed apart and are in a state before separation are set in the region of the first film section Fc1, and the second label section Lc2 in the state before separation and The second peeling section Hc2 is set in the area of the second film section Fc2, and a card body (not shown) is created from the laminated paper Pc. It may be.

  In order to form a card body from such a laminate paper Pc, the first label section Lc1 and the second label section Lc2 printed or written on the entry surface Lcz are separately separated from the laminate paper Pc and in the inverted posture, It fits in each opening part (illustration omitted) formed by each 2nd outline Lco, is affixed on the 1st adhesive layer (illustration omitted) of the film Fc, and follows the 1st outline Fco provided in the film Fc. The first film section Fc1 and the second film section Fc2 are peeled off from the laminated paper Pc together with the label sections Lc1 and Lc2 and the release sections Hc1 and Hc2 that are in a multilayered state. As a result, a card body is formed by laminating the first label section Lc1 and the second label section Lc2 with the first film section Fc1 and the second film section Fc2. Note that the method of attaching the storage medium C1 to the card body is substantially the same as the method described above, and thus detailed description thereof is omitted. Note that an ID card (not shown) integrally provided with a card body formed from the laminate paper Pc and the storage medium C1 shown in FIG. Except for the fact that the first fold line Fa3 and the second fold line La3 do not exist, it has substantially the same configuration as the ID card Ca shown in FIG. However, one label section and peeling section are turned over and fitted into one opening, and in that state, the peeling section is peeled off from the label section, and the other label section that has been previously peeled off is turned over. The film sections Fc1 and Fc2 and the label sections Lc1 and Lc2 are integrally detached from the laminated paper Pc after the second adhesive layer is bonded to the label section fitted in the opening without adhesion. Finally, the same ID card Ca can be created by folding one film section back to the other film section and pasting them together. Also, in this process, without removing the peeling section from the label section, only one label section and the peeling section are turned over and positioned in one opening, and both the film sections Fc1 and Fc2 are separated from the laminated paper Pc. After the other label section and peeling section are overlapped with the label section and peeling section attached to the film section, one film section is folded and pasted to the other film section side. It goes without saying that a similar ID card Ca can also be created.

  Further, as shown in FIG. 7, a pair of a first label section Ld1 and a second label section Ld2 that are integrally surrounded by a single first contour line Fdo are formed in parallel and formed in parallel. The first peeling section Hd1 and the second peeling section Hd2 that are integrated with the first label section Ld1 and the second label section Ld2 that are integrally surrounded by a single second contour line Ldo, respectively, in a direction orthogonal to the direction. Laminated paper Pd formed by pairing a pair in parallel may be used. In particular, in this laminated paper Pd, each first label section Ld1 is arranged in the area of each corresponding first film section Fd1, and each second label section Ld2 in the state before separation is integrated with them. A pair of the first film section Fd1 and the second film section Fd2 arranged in parallel and arranged across the second film section Fd2 in parallel with the first film section F1 in which the first label section Ld1 is disposed. The sets are separated by a predetermined distance. In this way, the card body component is configured as a pair, and the component on the film Fd side and the component on the label Ld side on the laminate paper Pd are arranged so as to form an L shape. The arrangement efficiency of the component can be further improved. Then, each peeling section Hd1 and Hd2 and each label section Ld1 and Ld2 in one set in the multi-layered state is fitted into the opening (not shown) in the inverted orientation, and the entry surface Ldz of the first label section Ld1 corresponds. Affixed to the first pressure-sensitive adhesive layer (not shown) of the first film section Fd1 of one set, and the second peeling section Hd1 and the second peeling section Hd2 constituting one set face each other. The label section Ld2 and the second peeling section Hd2 are folded along the second folding line Ld3 toward the first label section Ld1 and the first peeling section Hd1, and one set of the first film section Fd1 and the second film section provided on the film Fd is provided. One set of the first film section Fd1 and the second film section Fd2 is placed in a layered state along a first contour line Fdo surrounding the film section Fd2. The card body (not shown) is formed by laminating the first label section Ld1 with the first film section Fd1 by peeling together with the respective label sections Ld1, Ld2 and the peeling sections Hd1, Hd2 from the laminate paper Pd. The ID card created using this card body has substantially the same form as that shown in Fig. 3. Also, the first label can be removed by peeling off the first peeling section Hd1 and the second peeling section Hd2. As described above, an ID card in a form in which the section Ld1 and the second label section Ld2 are bonded together can be created.

  The method of attaching the storage medium C1 to the card body (not shown) includes the folding direction of the second film section Fd2 along the first folding line Fd3 and the second label section Ld2 along the second folding line Ld3. Since the procedure is substantially the same as that described above except that the folding direction of the second peeling section Hd2 is substantially orthogonal, the detailed description is omitted. In the laminated paper Pd shown in FIG. 7, the pair of the first film section Fd1 and the second film section Fd2 arranged in parallel is separated from each other by a predetermined distance. Laminated paper (not shown) in which a set of one film section and second film section is disposed such that each corresponding first contour line has a common portion at an adjacent position may be adopted. Further, the first fold line that can divide the first film section and the second film section is sandwiched between the first film section and the second film section surrounded by a single first contour line. A second fold line that is formed integrally and can divide the first label section and the second label section into a region surrounded by a single second contour line. The first fold line and the second fold line are positioned so as to be substantially orthogonal to the surface direction, and the region surrounded by the first contour line and the second contour line are surrounded. Laminated paper (not shown) may be used in which these regions are set to be substantially L-shaped.

  Further, the laminated paper Pe shown in FIG. 8 is formed by separating the first film section Fe1 and the second film section Fe2 from each other by a predetermined distance in a region surrounded by the individual first contour line Feo. The label section Le1 and the first peeling section He1, and the second label section Le2 and the second peeling section He2 are formed by being separated from each other by a predetermined distance in a region surrounded by the individual second contour line Leo. The section Le1 and the first peeling section He1 are set in the area of the first film section Fe1, and the second label section Le2 and the second peeling section He2 are set in the area of the second film section Fe2.

  When such a laminated paper Pe is adopted, the first label section Le1 and the second label section Le2 will be handled separately after printing or writing on the entry surface Lez of each label section Le1, Le2, and turn over. The first label section Le1 and the first peeling section He1, and the second label section Le2 and the second peeling section He2 are individually fitted into respective openings (not shown) formed by the second contour line Leo, Each of the corresponding film sections Fe1 and Fe2 can be detached from the laminated paper Pe. And each peeling section He1, He2 or each peeling section He1, He2 is peeled and each label section Le1, Le2 which exposed the 2nd adhesive layer (illustration omitted) is made to face each other, these each peeling section He1, In a state where the storage medium C1 is sandwiched between He2 or between each label section Le1 and Le2, the first adhesive layer Fx of each facing film section Fe1 and Fe2 is adhered to each other to form the film section Fe1, Label sections by bonding the Fe2 parts together, or when the peel sections He1 and He2 are peeled from the label sections Le1 and Le2, respectively, by bonding the second adhesive layers of the label sections Le1 and Le2. By sticking together Le1 and Le2, one ID card (not shown) can be created. However, the created ID card has substantially the same form as that shown in FIG.

  In the figure, the positional relationship between the first label section Le1 and the first peeling section He1 and the second label section Le2 and the second peeling section He2 in the laminated paper Pe is adjacent to the short side direction of the laminated paper Pe. However, the present invention is not limited to this. For example, it may be set so as to be adjacent to each other in the long side direction of the laminated paper Pe, or may be set to a positional relationship other than these. That is, the second label segment Le2 and the second peel segment He2 paired with the first label segment Le1 and the first peel segment He1 are the second contour line Leo surrounding the first label segment Le1 and the first peel segment He1. May be a label section and a peeling section formed in a region surrounded by another second contour line Leo different from the first label section Le1, the first peeling section He1, the second label section Le2, and the second peeling. The positional relationship with the section He2 is not particularly limited. The laminated paper Pe shown in FIG. 8 is formed by separating the first label section Le1 and the second label section Le2 from each other by a predetermined distance in the region surrounded by the individual second contour line Leo. Forming the first film section and the second film section at a predetermined distance from each other in the area surrounded by the individual first contour lines, and forming the first label section and the second label section into a single In a region surrounded by the second contour line, the first label section and the first peeling section and the second label section and the second peeling section are respectively formed integrally with a second folding line that can be divided, One label section and the second fold line are set in the first film section area, and the second label section in the state before separation extends over the first film section and the second film section. It arranged the laminated sheet may be adopted (not shown). If it is such, the 1st label division and the 1st exfoliation division and the 2nd label division and the 2nd exfoliation division can be handled integrally.

  Further, as a modified example of the laminate paper Pe shown in FIG. 8, a laminate paper Pe ′ shown in FIG. 9 can be adopted. For convenience of explanation, the parts corresponding to those in FIG. 8 in FIG. In this laminated paper Pe ′, the film sections Fe1 ′ and Fe2 ′, the label sections Le1 ′ and Le2 ′, the peeling sections He1 ′ and He2 ′, and the configuration, size, and arrangement positional relationship of the second contour lines Leo ′ It is substantially the same as the laminated paper Pe (see FIG. 1A). On the other hand, as shown in the schematic cross-sectional view in FIG. 5B, the first contour line Feo ′ for punching processing passes through the label paper Le ′ and the release paper He ′ to reach the film Fe ′. Thus, it is different from the laminated paper Pe and the above laminated papers Pa to Pd in that the blade of the cutter is inserted from the label paper Le ′ side. Here, the first contour line Feo ′ can employ a perforation in which cut portions and non-cut portions are alternately continuous, and in particular, a micro perforation in which the repetitive pitch between the cut portions and the non-cut portions is extremely small. It is desirable to adopt. As described above, when the micro perforation is applied to the first contour line Feo ′, the material of the label paper Le ′ and the release paper He ′ is paper, so that it is completely cut along the first contour line Feo ′. However, since the film Fe ′ is a resin material, the cut part and the non-cut part remain clearly, and each film section Fe1 ′, Fe2 ′ is connected to other regions of the film Fe ′ in the non-cut part. It will be. Further, in this laminated paper Pe ′, adjacent first film sections Fe1 ′, first label sections Le1 ′, first peel sections He1 ′, and adjacent second film sections Fe2 ′, second label sections A cut line Pem ′ formed of perforations such as micro perforations is also formed between the sets of Le2 ′ and the second separation section He2 ′. Furthermore, a set of adjacent first film section Fe1 ′, first label section Le1 ′, first peeling section He1 ′ and a set of second film section Fe2 ′, second label section Le2 ′, second peeling section He2 ′ and A folding line Pen ′ is formed at an intermediate position of. In the case of this example, the cut line Pem ′ is provided in parallel with the short side of the laminate paper Pe ′, and the fold line Pen ′ is provided in parallel with the long side.

  The procedure for creating an ID card from such laminated paper Pe ′ is as follows. First, after printing or writing required items on each label section Le1 ′, Le2 ′ of the label paper Le ′, the first label section Le1 ′ and the first release section He1 ′, and the second label section Le2 ′ and the second release. Each of the sections He2 ′ is peeled off from the laminated paper Pe ′, turned over, and fitted back into an opening (not shown) formed by peeling it first. Next, in the label paper Le ′ and the release paper He ′, the “B” -shaped region (the shaded region in the figure) surrounded by the first contour line Feo ′ and the second contour line Leo ′ is peeled off. take. By doing in this way, the 1st adhesive layer Fex 'of film Fe' in the said "B" -shaped area | region will be exposed. Then, along the cut line Pem ′, among the film Fe ′, the label paper Le ′, and the release paper He ′, the film sections Fe1 ′, Fe2 ′, the label sections Le1 ′, Le2 ′, and the release sections He1 ′, He2 ′. A rectangular paper piece obtained by cutting the region is cut into a valley along the folding line Pen ′, and the storage medium C1 is interposed between the first peeling section He1 ′ and the second peeling section He2 ′. The first pressure-sensitive adhesive layers Fex ′ exposed in the “B” -shaped region are bonded to each other in a state in which is sandwiched. By doing in this way, each film section Fe1 ', Fe2', each label section in the state where entry surface Lez 'of each label section Le1', Le2 'was stuck to each corresponding film section Fe1', Fe2 ' Le1 ′, Le2 ′ and the respective separation sections He1 ′, He2 ′ are polymerized, and the storage medium C1 is interposed between the first separation section He1 ′ and the second separation section He2 ′. Finally, the superposed product is separated from the previously cut piece of paper along the first contour line Feo ′ to obtain a product substantially similar to the ID card Ca shown in FIG.

  Before the folding process along the fold line Pen ′, the peeling sections He1 ′ and He2 ′ are peeled off from the label sections Le1 ′ and Le2 ′, and the second pressure-sensitive adhesive in the label sections Le1 ′ and Le2 ′. If the layer Lex ′ is exposed, the label sections Le1 ′ and Le2 ′ can be bonded together in addition to the film sections Fe1 ′ and Le2 ′. In this case, the storage medium C1 is sandwiched between the first label section Le1 ′ and the second label section Le2 ′. Further, the order of removing the “B” -shaped region and the step of cutting along the cut line Pem ′ may be reversed. Furthermore, when printing or writing is performed on the entry surfaces Lez ′ of all label sections Le1 ′... Le2 ′. May omit the cutting step along the cutting line Pem ′, and detach the plurality of ID cards from the laminated paper Pe ′ bent along the folding line Pen ′. Furthermore, it is needless to say that an ID card can be created by the same procedure as that for the laminate paper Pe shown in FIG. 8 even when this laminate paper Pe ′ is used.

  As described above, in each of the laminated sheets shown in the drawings described above, the plan view dimensions of each film section are set larger than the plan view dimensions of each label section. Under such conditions, as described above, the first film and the second film can be partially bonded together by adhesion between the first pressure-sensitive adhesive layers. It is not a configuration requirement. That is, the laminate paper shown in each figure may be a two-layer laminate paper (not shown) in which a film and a label paper are stacked. In this case, a first pressure-sensitive adhesive layer is formed on one surface of the film and in contact with the label paper, and on the other hand, a release treatment layer is formed on the surface in contact with the film as one surface writing surface of the label. Thus, after printing or writing on the entry surface, the first label section and the second label section can be peeled off from the laminated paper (specifically, label paper), and the first label section and the second label section are Laminated paper that fits into the opening in an upside down position, affixes the label section entry surface to the film via the first adhesive layer of the file exposed in the opening, and unifies the label section and the film section together. By separating from (specifically film), a card body formed by laminating at least one label section with the film section can be formed. Kill. Thus, the first label section and the second label section in the card body are overlapped with the storage medium sandwiched between these label sections and the writing surfaces facing each other outward, and each label section Is an ID card (not shown) having a configuration in which the first pressure-sensitive adhesive layers of the first film section and the second film section facing each other in a state of being sandwiched from the outside. Even an ID card having such a configuration can suitably protect a storage medium, can be easily created, and has excellent practicality.

  On the other hand, the plan view size of the first film section in the three-layer laminate paper composed of film, release paper, and label paper is set substantially the same as the plan view size of the first label section and the first release section, and Form a card body from laminated paper set to superimpose one film section, first label section and first release section, and second film section, second label section and second release section, respectively, It is good also as an ID card which comprises this card body and a storage medium integrally.

  As an example thereof, for example, FIG. 10 (FIG. 10A is a plan view of the laminate paper Pg viewed from the label paper Lg side, and FIG. 10B is an end view taken along the line BB of FIG. The laminate paper Pg shown in FIG. 1 has a first adhesive layer Fgx formed on one side of the film Fg, one side of the label paper Lg as an entry side Lgz, and the other side with a second adhesive layer Lgx. On the surface facing the first adhesive layer Fgx side of the film Fg of the release paper Hg, the first release treatment layer Hgu is formed, and on the surface facing the second adhesive layer Lgx side of the label paper Lg. The basic configuration, such as the point of forming the second release treatment layer Hgv, is substantially the same as the laminate paper Pa shown in FIG. Further, a first contour line Fgo for punching is formed on the film Fg, and first film sections having substantially the same planar view dimensions in a region on the film Fg surrounded by the single first contour line Fgo. Fg1 and the second film section Fg2 are formed integrally with the first folding line Fg3 separating the first film section Fg1 and the second film section Fg2, and the label paper Lg and the peeling A second contour line Lgo for common punching is formed on the paper Hg, and the areas on the label paper Lg and the release paper Hg surrounded by the single second contour line Lgo have substantially the same planar dimensions. The first label section Lg1 and the second label section Lg2, and the first peeling section Hg1 and the second peeling section Hg2 are divided into the first label section Lg1 and the second label section Lg2. The second contour line Hg1 and the second separation section Hg2 are also formed integrally with the second fold line Lg3, which is the same as the one shown in FIG. The second contour line Lgo is different from the first folding line Fg3 and the second folding line Lg3 in that they are positioned on the same straight line in the layer direction.

  The method of forming the card body Cg2 from the laminated paper Pg and the method of creating the one ID card Cg by attaching the card body Cg2 to the storage medium C1 are substantially the same as those described above. The difference is that each film section Fg1, Fg2 has substantially the same plan view size as each label section Lg1, Lg2, and therefore the first adhesive layers Fgx of each film Fg cannot be adhered to each other. Therefore, in order to create one ID card Cg using the card body Cg2 formed from such laminated paper Pg, the first labeling section Hg1 and the second labeling section Hg2 are divided into the first label section Lg1 and the second label section Lg1, respectively. It is necessary to peel off from the two label section Lg2. As a result, the ID card Cg created by using the card body Cg2 formed from the laminated paper Pg has the first label section Lg1 in which the second adhesive layer Lgx is exposed by peeling off each of the peeling sections Hg1 and Hg2. And the second label section Lg2 are overlapped with the storage medium Cg1 sandwiched between the label sections Lg1 and Lg2 and the writing surfaces Lgz facing each other, and facing each other. And the second pressure-sensitive adhesive layer Lgx of the second label section Lg2 are bonded to each other (see FIG. 11, FIG. 11A is an ID card Cg viewed from one side, b) is an ID card Cg as seen from the other side). Even in such a case, one ID card Cg can be formed by a simple operation and stored by each film section Fg1, Fg2 which laminates each label section Lg1, Lg2 and each label section Lg1, Lg2. The medium C1 can be suitably protected, and effects similar to those described above can be obtained.

  Further, as shown in FIG. 12, the plan view dimensions of the first film section Fi1 are set to be substantially the same as the plan view dimensions of the first label section Li1 and the first peeling section Hi1, and the first film section Fi1 and the first film section Fi1 The first film section Fi1 under the condition that the one label section Li1 and the first peeling section Hi1 and the second film section Fi2, the second label section Li2 and the second peeling section H2 are set to be polymerized at the same location, respectively. A card from a laminated paper Pi in which a set of the first label section Li1 and the first peeling section Hi1 and a set of the second film section Fi2, the second label section Li2 and the second peeling section Hi2 are arranged separated by a predetermined distance. A main body (not shown) may be created.

  When such a laminated paper Pi is employed, the first label section Li1 and the second label section Li2 are handled separately after printing or writing on each label section Li1, Li2, and the first label turned upside down. The section Li1 and the first peeling section Hi1, the second label section Li2 and the second peeling section Hi2 are individually fitted into the openings (not shown) formed by the second contour line Lio, and the corresponding films. It can be detached from the laminate paper Pi together with the sections Fi1 and Fi2. Such a method of creating a card body from the laminated paper Pi and a method of attaching the storage medium C1 to the card body include a method of creating a card body from the laminated paper Pe shown in FIG. 8, and a storage medium in the card body. Although it is substantially the same as the method of attaching C1, it is necessary to peel off the first peeling section Hi1 and the second peeling section Hi2 from the first label section Li1 and the second label section Li2, respectively, as shown in FIG. There are some differences. In the figure, the positional relationship between the first label section Li1 and the first peeling section Hi1 and the second label section Li2 and the second peeling section Hi2 in the laminated paper Pi is adjacent to the short side direction of the laminated paper Pi. However, the present invention is not limited to this. For example, it may be set so as to be adjacent to each other in the long side direction of the laminated paper Pi, or may be set to a positional relationship other than these. That is, the second label segment Li2 and the second peel segment Hi2 that are paired with the first label segment Li1 and the first peel segment Hi1 are the second contour line Lio surrounding the first label segment Li1 and the first peel segment Hi1. The positional relationship between the two is not particularly limited as long as it is a label section and a separation section formed in a region surrounded by another second contour line Lio different from the above. The created ID card has substantially the same form as that shown in FIG.

  In addition, the laminated paper in this invention, the card | curd main body and ID card which are produced from it are not limited to the various thing mentioned above. For example, the specific configuration such as the size and shape of the laminate paper itself, the size and shape of each film section, label section, and release section are arbitrary as long as they do not depart from the spirit of the present invention.

  Further, in each of the above embodiments, an ID card used for entrance / exit management etc. is cited as an example of a storage medium integrated card, but in addition to this, the storage medium integrated card according to the present invention is used as an amusement park, for example. Needless to say, it can be used as various cards such as entry / exit cards for a certain period of time, tag cards, index cards, etc.

  Further, it is sufficient that at least one card body can be produced from one laminated sheet, and the number is not particularly limited.

  Also, by laminating the label segment and the film segment in a state where other articles are sandwiched between the first label segment and the first film segment, or between the second label segment and the second film segment, It can be used as an alternative to printing or writing on the writing surface. Thin articles are suitable for other articles. For example, if fresh flowers are applied, an ID card with pressed flowers can be created.

1 is an overall view of an ID card according to an embodiment of the present invention. The figure which shows the laminate paper in the same embodiment. Explanatory drawing of the process which creates a card | curd main body from the laminate paper in the embodiment. The figure which shows the modification of the lamination paper in the embodiment. Overall view of an ID card created from the laminated paper. The figure which shows the modification of the lamination paper in the embodiment. The figure which shows the modification of the lamination paper in the embodiment. The figure which shows the modification of the lamination paper in the embodiment. The figure which shows the modification of the lamination paper shown in FIG. The figure which shows the modification of the lamination paper in the embodiment. The whole figure which shows the laminate card produced from the same laminate paper. The figure which shows the modification of the lamination paper in the embodiment.

Explanation of symbols

Ca, Cb, Cg ... Storage media integrated card (ID card)
C1 ... Storage medium Ca2, Cb2, Cg3 ... Card body Pa, Pb, Pc, Pd, Pe, Pe ', Pg, Pi ... Laminated paper Fa, Fb, Fc, Fd, Fe, Fe', Fg, Fi ... Film Fa1 , Fb1, Fc1, Fd1, Fe1, Fe1 ', Fg1, Fi1 ... First film section Fa2, Fb2, Fc2, Fd2, Fe2, Fe2', Fg2, Fi2 ... Second film section Fa3, Fb3, Fc3, Fd3, Fg3 ... 1st fold line Fao, Fbo, Fco, Fdo, Feo, Feo ', Fgo, Fio ... 1st outline Fax, Fex', Fgx ... 1st adhesive layer La, Lb, Lc, Ld, Le, Le ' , Lg, Li ... label paper La1, Lb1, Lc1, Ld1, Le1, Le1 ', Lg1, Li1 ... First label classification La2, Lb2, Lc2, Ld2 , Le2, Le2 ', Lg2, Li2 ... second label section La3, Lb3, Lc3, Ld3, Lg3 ... second folding line Lao, Lbo, Lco, Ldo, Leo, Leo', Lgo, Lio ... second contour line Laz , Lbz, Lcz, Ldz, Lez, Lez ', Lgz, Liz ... entry surface Lax, Lex', Lgx ... second adhesive layer Las ... opening Ha, Hb, Hc, Hd, He, Hg, Hi ... release paper Ha1, Hb1, Hc1, Hd1, He1, He1 ′, Hg1, Hi1... First peeling section Ha2, Hb2, Hc2, Hd2, He2, He2 ′, Hg2, Hi2... Second peeling section Hau, Heu ′, Hgu. One release treatment layer Hav, Hev ', Hgv ... second release treatment layer

Claims (20)

A storage medium integrated card comprising a sheet-like storage medium capable of information communication without contact and a card body on which predetermined contents can be printed or written,
The card body is formed by overlaying a film having a first pressure-sensitive adhesive layer formed on one surface and having translucency, and a label paper having one surface on which the predetermined content can be printed or written. Is formed from laminated paper,
The laminate paper is formed by releasably bonding the film and the label paper through the first pressure-sensitive adhesive layer,
A first film section and a second film section having substantially the same plan view dimensions are set in a region on the film surrounded by the first contour line for punching formed on the film, and formed on the label paper. A first label section and a second label section having a plan view dimension smaller than the first film section and the second film section and substantially equal to each other in an area on the label paper surrounded by the second contour line for punching Set and position the first label section within at least the range of polymerization with the first film section;
The label section printed or written on the entry surface is once detached from the laminated paper along the second contour line, and the opening formed in the label paper by the second contour line after the separation Either one or both entry surfaces of each label section are fitted in an inverted posture so as to face the film section, and the entry surface is attached to the first adhesive layer of one or both of the film sections. In such a state, the label section and the film section in an overlaid state are separated from the laminated paper along the first contour line, and either or both films are separated into one or both label sections. Form the card body that has been laminated according to the division,
The first label section and the second label section in the card body are overlapped with the storage medium sandwiched between the label sections and the writing surfaces facing each other, and A storage medium integrated card having a configuration in which the first pressure-sensitive adhesive layers of the first film section and the second film section facing each other with the label section sandwiched from the outside are bonded together . The card body is formed from a laminated paper in which a release paper is further interposed between the first pressure-sensitive adhesive layer and the label paper,
The laminate paper is detachably bonded to the film and the release paper via the first pressure-sensitive adhesive layer, and the label paper via a second pressure-sensitive adhesive layer formed on the other surface of the label paper. A release paper is attached so as to be peelable, and the release paper is set so that it can be peeled preferentially with respect to the first pressure-sensitive adhesive layer rather than the second pressure-sensitive adhesive layer.
The second contour line common to the label paper is formed on the release paper, and the dimensions on the release paper surrounded by the second contour line are substantially the same in plan view as the first label section and the second label section. The first peeling section and the second peeling section are set, and the first label section and the first peeling section, and the second label section and the second peeling section are respectively polymerized at the same location. ,
Each label section printed or written on the writing surface is once separated from the laminated paper along the second contour line together with each release section, and each label section and each release section in a multilayered state, The entry surface of one or both of the label sections is fitted into the opening formed in the label paper and the release paper by the second contour line after the separation in an inverted posture so as to face the film section, and the entry surface Is attached to the first pressure-sensitive adhesive layer of one or both of the film sections, and the peeling section, the label section, and the film section in a multilayer state are used as the first contour line. Laminated along either or both label sections by separating from the laminating paper along with either or both film sections To form the serial card body,
The first release section and the second release section in the card body are respectively provided with the entry surface of each label section formed by sandwiching the storage medium between each of the release sections and overlapping each of the release sections. It has a configuration in which the first pressure-sensitive adhesive layers of the first film section and the first film section facing each other in a state where the label sections are sandwiched from the outside are bonded together while being overlapped in a state facing the outside. The storage medium integrated card according to claim 1. The card body is formed from a laminated paper in which a release paper is further interposed between the first pressure-sensitive adhesive layer and the label paper,
The laminated paper has a first adhesive layer that allows the film and the release paper to be peelably bonded, and the release paper and the label paper are formed on the other surface of the label paper. The label paper and release paper are detachably bonded via the two pressure-sensitive adhesive layers, and the release paper is set so that it can be peeled preferentially with respect to the first pressure-sensitive adhesive layer rather than the second pressure-sensitive adhesive layer. And
The second contour line common to the label paper is formed on the release paper, and the dimensions on the release paper surrounded by the second contour line are substantially the same in plan view as the first label section and the second label section. The first peeling section and the second peeling section are set, and the first label section and the first peeling section, and the second label section and the second peeling section are respectively polymerized at the same location. ,
Each label section printed or written on the writing surface is once separated from the laminated paper along the second contour line together with each release section, and each label section and each release section in a multilayered state, The entry surface of one or both of the label sections is fitted into the opening formed in the label paper and the release paper by the second contour line after the separation in an inverted posture so as to face the film section, and the entry surface Is attached to the first pressure-sensitive adhesive layer of one or both of the film sections, and the peeling section, the label section, and the film section in a multilayer state are used as the first contour line. Laminated along either or both label sections by separating from the laminating paper along with either or both film sections To form the serial card body,
The first label section and the second label section formed by exposing the second pressure-sensitive adhesive layer by peeling the first peel section and the second peel section in the card body, and each of these label sections The storage medium is sandwiched between the two and the two adhesive layers of the first label section and the second label section facing each other are bonded to each other with the entry surfaces facing each other. 2. The storage medium according to claim 1, wherein the first pressure-sensitive adhesive layers of the first film section and the second film section facing each other with the label sections sandwiched from the outside are bonded together. Integrated card. In the laminated paper, a first folding that can divide the first film section and the second film section into a region surrounded by the single first contour line in the first film section and the second film section. 4. The storage medium integrated card according to claim 1, wherein the storage medium integrated card is formed integrally with a wire interposed therebetween. The first label section and the second label section are surrounded by a single second contour line, with a second fold line that can separate the first label section and the second label section sandwiched therebetween. 5. The storage medium integrated card according to claim 4, wherein the storage medium integrated card is formed integrally. 6. The first fold line and the second fold line are positioned on the same line in the stacking direction, and the second label section in a state before separation is set in the region of the second film section. The storage medium integrated card according to the description. The first fold line and the second fold line are deviated in a plane direction so as to be parallel to each other in plan view, and the second label section in a state before separation is defined as the first film section and the first fold line. 6. The storage medium integrated card according to claim 5, which is arranged so as to straddle two films. In the laminated paper, the first label section and the second label section are formed by being separated from each other by a predetermined distance in a region surrounded by the individual second contour lines, and the second label section in a state before separation. Is set in the area of the second film section. In the laminated paper, the first label section and the second label section may be divided into a region surrounded by a single second contour line. 5. The storage medium integrated card according to claim 4, wherein the first folding line and the second bending line are positioned so as to be substantially orthogonal to the surface direction. In the laminated paper, a pair of the first film section and the second film section, which are integrally surrounded by a single first contour line, is formed in parallel as a pair, and is orthogonal to the parallel direction. Each pair of the first label section and the second label section, which are surrounded by a single second contour line in the direction and formed as a pair, are formed in parallel, 5. The storage medium integrated card according to claim 4, wherein the storage medium integrated card is disposed in a region of the first film section. Each said 2nd label division in the state before detachment is arrange | positioned ranging over the other 2nd film division in parallel with the said 1st film division in which the said 1st label division integrated with them was arrange | positioned. Item 11. A storage medium integrated card according to Item 10. 12. The storage medium integrated card according to claim 11, wherein a pair of the first film section and the second film section arranged in parallel is separated from each other by a predetermined distance. The pair of the first film section and the second film section arranged in parallel is disposed so that each corresponding first contour line has a common portion at an adjacent position. Storage media integrated card. The said laminated film WHEREIN: The said 1st film division and the said 2nd film division are formed in the area | region enclosed by said each said 1st outline, respectively, and it is spaced apart by predetermined distance. 3. The storage medium integrated card according to 3. The first label section and the second label section are formed by being separated from each other by a predetermined distance in an area surrounded by the individual second contour line, and the first label section is formed in the area of the first film section. 15. The storage medium integrated card according to claim 14, wherein the second label section is set in an area of the second film section. An area surrounded by the single second contour line between the first label section and the second label section is sandwiched by a second fold line that can separate the first label section and the second label section. And forming the first label section and the second fold line in the region of the first film section, the second label section, the first film section and the second film section 15. The storage medium integrated card according to claim 14, which is arranged so as to straddle the card. A storage medium integrated card comprising a sheet-like storage medium capable of information communication without contact and a card body on which predetermined contents can be printed or written,
The card body has a light-transmitting film with a first pressure-sensitive adhesive layer formed on one side, and a second pressure-sensitive adhesive on one side of the card body, on which the predetermined content can be printed or written It is formed from a laminated paper formed by laminating a label paper having a layer and a release paper interposed between these films and the label paper,
The laminate paper allows the film and the release paper to be peeled through the first pressure-sensitive adhesive layer, and allows the label paper and the release paper to be peeled through the second pressure-sensitive adhesive layer. Adhering, the release paper is set so that it can be peeled preferentially to the first pressure-sensitive adhesive layer rather than the second pressure-sensitive adhesive layer,
A first film section and a second film section having substantially the same planar view dimensions are set in a region on the film surrounded by the first contour line for punching formed in the film, and the label paper and the A first plane having substantially the same dimensions in plan view as the first film section and the second film section in the area on the label paper and the release paper surrounded by the second outline for common punching formed on the release paper. A label segment, a second label segment, a first peel segment, and a second peel segment are set, and the first film segment, the first label segment, and the first peel segment are polymerized at the same location, and the second The film section, the second label section and the second peeling section are polymerized in the same place,
Each label section printed or written on the writing surface is once separated from the laminated paper along the second contour line together with each release section, and each label section and each release section in a multilayered state, The entry surface of either one or both of the label sections is fitted into the opening formed in the label paper and release paper by the second contour line after the separation in an inverted posture so as to face the film section, and the entry surface is Along with the first contour line, the peeling section, the label section, and the film section in a multi-layered state are attached to the first pressure-sensitive adhesive layer of one or both of the film sections. The one or both of the label sections are separated by laminating from the laminated paper, and the laminating process is applied to either or both of the film sections. To form an over-de-body,
The first label section and the second label section formed by exposing the second pressure-sensitive adhesive layer by peeling the first peel section and the second peel section in the card body, and each of these label sections The storage medium is sandwiched between the two and the two adhesive layers of the first label section and the second label section facing each other are bonded to each other with the entry surfaces facing each other. A storage medium integrated card, characterized in that it has the configuration described above. In the laminated paper, a set of the first film section, the first label section, and the first release section, the second film section, the second label section, and the second release section and a set are predetermined. 18. The storage medium integrated card according to claim 17, wherein the storage medium integrated card is arranged at a distance. In the laminated paper, a set of the first film section, the first label section and the first release section, a set of the second film section, the second label section and the second release section, 18. The storage medium integrated card according to claim 17, wherein the storage medium integrated cards are arranged adjacent to each other. The first fold line that can separate the first film section and the second film section is sandwiched between the first film section and the second film section surrounded by a single first contour line. The first film is formed in a region surrounded by the single second contour line, the first label section and the second label section, and the first peel section and the second peel section. 20. The storage medium integrated card according to claim 19, wherein the storage medium integrated card is formed integrally with a first fold line that can divide the section and the second film section, and the first peeling section and the second peeling section.

Images