JP4754239B2 - Communication circuit holder - Google Patents

Description

  The present invention relates to a communication circuit holder, and particularly to a communication circuit holder provided with a semiconductor device having an RFID function.

  In recent years, with the revision of the Postal Law, a postcard system with confidentiality has been put into practical use and has begun to spread. This friendly postcard system can be used, for example, to fold a postcard on which personal information or various information such as print information and print information is written, and to laminate a laminated body in which two transparent films are pseudo-bonded. It is a system that conceals these information and conceals these information, then mails them, and the recipient peels off the overlapped adhesive portion and reads the concealment information.

  In such a postcard system, the amount of information that can be recorded is limited by the size of the printing surface of the postcard or the size of characters, and a large amount of information cannot be recorded at a time. Thus, in order to record a large amount of information at a time, a postcard with an RFID tag has been devised in which a postcard system as described above is provided with an RFID (Radio Frequency Identification) tag. This postcard with an RFID tag can record a large amount of information on an IC chip constituting the RFID tag, and can add or change information (Patent Document 1, Patent Document 2, Patent Document) 3).

However, although such a conventional postcard with an RFID tag can record a large amount of information on an IC chip, no means for preventing reading or rewriting of information by a third party has been provided. For this reason, there is a possibility that information recorded on the IC chip may be read or rewritten by a third party inadvertently or intentionally before reaching the recipient's hand from the sender. Further, even if a conventional postcard with an RFID tag performs an illegal act such as reading or rewriting information by a third party, no means for confirming the fact has been provided. Thus, the conventional postcard with an RFID tag has a problem that the confidentiality of information cannot be maintained.
JP-A-11-126238 JP 2001-122603 A JP 2003-141492 A

  The present invention has been made in view of the above circumstances, and can prevent reading and rewriting of information by a third party. Even if the reading and rewriting of information by a third party occurs, the fact is It is an object of the present invention to provide a communication circuit holding body including a semiconductor device having an RFID function with excellent information confidentiality that can be easily known.

In order to solve the above problems, a communication circuit holder according to the present invention is arranged in one of a base material having a plurality of connected regions and two regions adjacent to the base material. A circuit composed of an antenna and a jumper , a first conductor and a second conductor extending individually from the circuit and having one end connected to the IC chip, and a third conductor disposed in the other region A communication circuit holding body, wherein the one region and the other region are provided with a non-peelable strong adhesion region, and the one region and the other region overlap each other. When combined, the first conductor portion and the second conductor portion are electrically connected to form a circuit electrically parallel to the circuit, and the third conductor serving as a connection means that hinders the communication function of the antenna The part of the part is the strong adhesion area Disposed within, further comprises a disturbing part consisting of the third conductor section and by inhibiting the electrical connection of the second conductor portion and the first conductor portion, the cutting region defined by the cut perforation Do Ri, by cutting the cutting area, to release the electrical connection of the second conductor portion and the first conductor portion according to the third conductor portion, and wherein Rukoto a ready for use as an RFID device To do.

  According to such a configuration, when the one region and the other region are overlapped, the antenna function is inhibited by electrically connecting the first conductor portion and the second conductor portion by the third conductor portion. It becomes impossible to read and rewrite the concealment information by a third party. In addition, in order to read and rewrite the concealment information, a third party releases the electrical connection between the third conductor portion, the first conductor portion, and the second conductor portion provided in the non-peelable strong adhesion region. Therefore, since it is necessary to destroy the non-peelable strong adhesion region, the fact can be easily visually recognized depending on the state of the non-peelable strong adhesion region.

  In the communication circuit holding body of the present invention, it is preferable that the one area and the other area are provided with the non-peelable strong adhesion area and the peelable adhesion area, respectively.

  In the communication circuit holding body of the present invention, it is preferable that the peelable adhesive region is a peelable and reattachable adhesive region.

According to the communication circuit holding body of the present invention, when one region and the other region are overlapped, the first conductor portion and the second conductor portion are electrically connected by the third conductor portion, thereby providing an antenna function. This prevents the third party from reading and rewriting the concealment information. In addition, in order to read and rewrite the concealment information, a third party releases the electrical connection between the third conductor portion, the first conductor portion, and the second conductor portion provided in the non-peelable strong adhesion region. Therefore, since it is necessary to destroy the non-peelable strong adhesion region, the fact can be easily visually recognized depending on the state of the non-peelable strong adhesion region.
In addition, before sending the communication circuit holder, since the third conductor portion is not electrically connected to the first conductor portion and the second conductor portion, the sender writes or rewrites data on the IC chip. be able to. Further, it is possible to write concealment information and print information.

  The communication circuit holder of the present invention will be described below with reference to the drawings.

(First embodiment)
1A and 1B show a first embodiment of a communication circuit holder according to the present invention, in which FIG. 1A is a developed view, FIG. 1B is an assembled state diagram, and FIG. 1C is a cross-sectional view of FIG. It is. The base material 11 of the communication circuit holder 10 of the present invention has a first region 12 and a second region 13 having a specific shape (here, rectangular shape) to be connected.

The first region 12 is provided with a semiconductor device (hereinafter referred to as “RFID device”) 14 having an RFID function, which includes an IC chip 15, an antenna 16, and a jumper portion 17. The antenna 16 is formed in a loop shape, one end of which is connected to one end of the IC chip 15, and the other end is connected to the other end of the IC chip 15 via the jumper portion 17. The first region 12 is provided with a first conductor portion 18 and a second conductor portion 19, one end of the first conductor portion 18 is connected to one end of the IC chip 15, and one end of the second conductor portion 19 is The other end of the IC chip 15 is connected. The other end of the first conductor portion 18 and the other end of the second conductor portion 19 are disposed in a corner region 20 defined by the perforation 20a of the first region 12. The corner area 20 is a strong adhesion area that cannot be peeled off. A portion of the first region 12 excluding the corner region 20 is a first print region 21 in which concealment information or the like can be printed or entered. The first printing area 21 is a peelable / re-pasteable adhesive area. In the first print area 21, the sender prints and fills in various concealment information.
In addition, when printing or entering concealment information on the upper surface of the RFID device 14, an insulating paper is affixed to the upper surface of the RFID device 14 as necessary, and the concealment information is printed or entered on the upper surface of the paper. Good to do.

  In the second region 13, a cutting region 24 defined by a cut perforation 23 is formed. The cutting region 24 functions as a blocking means that inhibits electrical connection between the first conductor portion 18 and the second conductor portion 19. The cutting region 24 is provided with a third conductor portion 22 having a specific shape (here, a triangular shape). The strong adhesion region 27 excluding the third conductor portion 22 in the cut region 24 is a non-peelable strong adhesion region. A release paper (not shown) is provided so as to cover the cutting region 24. The third conductor portion 22 is formed so as to be cut from the second region 13 by cutting the cut region 24 along the cut perforation 23. A portion of the second region 13 excluding the cut region 24 is a second print region 25 in which concealment information or the like can be printed or entered. In the second printing area 25, the sender prints and fills in various concealment information. The 2nd printing area | region 25 is made into the peelable and re-stickable area | region. A fold line 26 is provided between the first region 12 and the second region 13 connected to each other.

  The release paper is peeled off from the cutting region 24, the base material 11 is valley-folded at the fold line 26, and the first region 12 and the second region 13 are overlapped, so that the third conductor portion 22 is a corner portion of the first region 12. The first conductor portion 18 and the second conductor portion 19 are electrically connected to contact with the region 20. As a result, another electrically parallel circuit is added to the circuit composed of the antenna 16 and the jumper unit 17 and the communication function is hindered. That is, the third conductor portion 22 serves as an electrical connection means between the first conductor portion 18 and the second conductor portion 19 and functions to hinder the communication function. Further, by cutting the cut region 24 along the cut perforation 23, the electrical connection between the first conductor portion 18 and the second conductor portion 19 by the third conductor portion 22 can be released. In other words, the cut region 24 functions as an inhibition unit that inhibits electrical connection between the first conductor portion 18 and the second conductor portion 19 by the third conductor portion 22.

  When the sender sends the communication circuit holder 10 of the present invention to the recipient, the desired concealment information can be printed or entered in the first print area 21 and the second print area 25. In addition to this, the antenna can function normally until the third conductor portion 22 is electrically connected to the first conductor portion 18 and the second conductor portion 19, so that writing and rewriting of data on the IC chip is possible. It can be performed. Thereafter, the communication circuit holder 10 is assembled as described above. The recipient who has received the communication circuit holder 10 releases the electrical connection between the first conductor portion 18 and the second conductor portion 19 by the third conductor portion 22 by cutting the cut region 24 with the cut perforation 23. The FRID device 14 can be put into a usable state. The recipient can read the concealment information printed in the first print area 21 and the second print area 25 by peeling the first area 12 and the second area 13.

  In the present invention, when the sender attaches the first area 12 and the second area 13 once and there is a situation in which concealment information is to be added to the first area 12 or the second area 13, the first print area 12 and the second print area 13 are detachable and reattachable adhesive areas, so that the first print area 21 and the second print area 25 can be peeled along the perforation 23, and the concealment information Additional entries can be made.

  As a method of cutting the cutting region 24, a method of cutting with a hand or a scissor along the cut perforation 23 can be considered, but the method is not limited to this, and any method may be used.

  The RFID device 14 used in the present invention is not particularly limited as long as it is a device having a non-contact automatic recognition function using electromagnetic waves, and any device can be applied. As the RFID device 14, for example, an IC chip mounted on a coil-shaped, pole-shaped, or loop-shaped antenna, an IC chip and an antenna connected to each other, or an IC chip with an antenna. Those having a communication function, such as those formed. Specifically, a minute RFID chip capable of communication in the entire frequency band from 13.56 MHz to 2.45 GHz is exemplified.

  The substrate 11 of the present invention is not particularly limited as long as it can print characters, patterns or images, and any material can be applied, and examples thereof include paper and resin materials.

  The non-peelable strong adhesion region is an adhesion region where the adhesion surface is difficult to peel or cannot be peeled by bonding. A well-known adhesive agent can be used for the non-peelable strong adhesion region. The peelable and reattachable adhesive region is an adhesive region in which the adhesive surface can be peeled off after bonding, and the state can be reattached after peeling. The peelable and reattachable adhesive region can be formed by a flexographic printing method using an adhesive obtained by emulsifying an acrylic resin adhesive in an aqueous emulsion.

Moreover, what consists of a pressure-sensitive adhesive which cannot peel easily or cannot peel can also be used for the strong non-peelable area | region. As such a pressure-sensitive adhesive, those conventionally used as conventional pressure-sensitive adhesives are used, and among them, it is necessary to press the adhesive so as to have a peeling force of 220 gf / 25 mm or more. The Examples of such pressure-sensitive adhesives include natural rubber adhesives that exhibit adhesiveness when pressure is applied, synthetic rubber adhesives such as acrylic resins, and adhesives such as vinyl acetate adhesives, wheat starch, Examples thereof include a pressure-sensitive adhesive filled with an adhesion adjusting agent such as silica. Moreover, natural rubber latex obtained by graft-copolymerizing styrene and methyl methacrylate to natural rubber can be mentioned.
The peelable adhesive region is an adhesive region in which the adhesive surface can be peeled after bonding, and a peelable pressure sensitive adhesive can be used. As such a pressure-sensitive adhesive, those conventionally used as conventional pressure-sensitive adhesives are used, and among them, it is necessary to pressure-bond the adhesive so as to have a peeling force of 220 gf / 25 mm or less. The Examples of such pressure-sensitive adhesives include natural rubber adhesives that exhibit adhesiveness when pressure is applied, synthetic rubber adhesives such as acrylic resins, and adhesives such as vinyl acetate adhesives, wheat starch, Examples thereof include a pressure-sensitive adhesive filled with an adhesion adjusting agent such as silica. Moreover, natural rubber latex obtained by graft-copolymerizing styrene and methyl methacrylate to natural rubber can be mentioned.

  Using such a pressure sensitive adhesive, one region and the other region are overlapped and bonded as a strong non-peelable bonding region, and at least one of the overlapping regions as described above is pressure sensitive. What is necessary is just to apply the agent. After that, it is preferable that one region and the other region are overlapped and the adhesive is pressure-bonded so as to have a peeling force of 220 gf / 25 mm or more. Moreover, you may apply | coat the above pressure sensitive adhesives to both the surfaces to overlap. That is, the pressure sensitive adhesive as described above may be applied to both regions. Moreover, in order to superimpose one area | region and the other area | region and adhere | attach as a peelable adhesion | attachment area | region, what is necessary is just to apply | coat the above pressure sensitive adhesives to at least one of the superimposition area | regions. After that, the one region and the other region are overlapped, and the adhesive is preferably pressure-bonded so as to have a peeling force of 220 gf / 25 mm or less. Moreover, you may apply | coat the above pressure sensitive adhesives to both the surfaces to overlap. That is, the pressure sensitive adhesive as described above may be applied to both regions. In order to provide the base material with the non-peelable strong adhesive region and the peelable adhesive region, a pressure-sensitive adhesive is applied to the entire surface of the base material, and a plurality of regions are overlapped. The strongly peelable non-peelable region may be bonded so as to have a peel force of 220 gf / 25 mm or more, and then the peelable bond region may be bonded so as to have a peel force of 220 gf / 25 mm or less.

  Examples of the first conductor portion 18, the second conductor portion 19, and the third conductor portion 22 include a conductive metal foil, a metal plate, a metal net, and a conductive film made of a conductive paste. The metal forming such a conductor part is not particularly limited, and examples thereof include copper (Cu) and silver (Ag).

  Further, in the communication circuit holder 10 of the present invention, the third conductor portion 22 is exemplified as a means for connecting the first conductor portion 18 and the second conductor portion 19, but the communication circuit holder 10 of the present invention is It is not limited to this. In the communication circuit holder 10 of the present invention, a capacitor, a resistor, or the like may be used as the third conductor portion 22.

  Further, the communication information may be printed on the communication circuit holder 10 on the back of the first print area 21 and the second print area 22. This print information is an arbitrary character, pattern, or image printed by a thermal transfer printer, an inkjet printer, a microdrive printer, a sublimation thermal transfer printer, a thermoautochrome printer, or the like.

(Second Embodiment)
2A and 2B are schematic views showing a second embodiment of the communication circuit holder 30 according to the present invention, in which FIG. 2A is a development view, FIG. 2B is an assembly state diagram, and FIG. It is sectional drawing.
In addition, the part which fulfill | performs the same function as 1st Embodiment attaches | subjects the same code | symbol, and abbreviate | omits description.

  The communication circuit holder 30 of the second embodiment is provided with a turning area 31 formed by two turning perforations 32 instead of the cutting area of the first embodiment, and the corner area 20 The point which is divided by the two perforations 20a is different from the first embodiment. That is, a turning region 31 formed by the turning perforation 32 is formed in the second region 13. The turning area 31 functions as a blocking means that inhibits electrical connection between the first conductor portion 18 and the second conductor portion 19. The turning region 31 is provided with a third conductor portion 22 having a specific shape (here, a rectangular shape). The strong adhesion region 27 excluding the third conductor portion 22 in the turning region 31 is a non-peelable strong adhesion region. A release paper (not shown) is provided so as to cover the turning area 31. The turning region 31 is formed so as to be turned along the turning perforation 32. A portion of the second region 13 excluding the turning region 31 is a second print region 25 in which concealment information or the like can be printed or entered. In the second printing area 25, the sender prints and fills in various concealment information. The second printing area 25 is a peelable / reattachable adhesive area. A fold line 26 is provided between the first region 12 and the second region 13 connected to each other.

The release paper is peeled from the turning region 31, the base material 11 is valley-folded at the fold line 26, and the first region 12 and the second region 13 are overlapped, so that the third conductor portion 22 is a corner of the first region 12. The first conductor portion 18 and the second conductor portion 19 are electrically connected to contact with the region 20. As a result, another electrically parallel circuit is added to the circuit composed of the antenna 16 and the jumper unit 17 and the communication function is hindered. That is, the third conductor portion 22 serves as an electrical connection means between the first conductor portion 18 and the second conductor portion 19 and functions to hinder the communication function. Further, by turning the turning region 31 along the turning perforation 32, the electrical connection between the first conductor part 18 and the second conductor part 19 by the third conductor part 22 can be released. That is, the turning area 31 functions as an obstruction means that inhibits the electrical connection between the first conductor 18 and the second conductor 19 by the third conductor 22.
The turning area 31 is connected to the second printing area without being separated from the substrate 11.

  When the sender sends the communication circuit holder 30 of the present invention to the recipient, the desired concealment information can be printed or entered in the first print area 21 and the second print area 25. In addition to this, the antenna can function normally until the third conductor portion 22 is electrically connected to the first conductor portion 18 and the second conductor portion 19, so that writing and rewriting of data on the IC chip is possible. It can be performed. Thereafter, the communication circuit holder 30 is assembled as described above. The recipient who has received the communication circuit holding body 30 turns off the electrical connection between the first conductor portion 18 and the second conductor portion 19 by the third conductor portion 22 by turning the turning region 31 with the turning perforation 32. The FRID device 14 can be put into a usable state. The recipient can read the concealment information printed in the first print area 21 and the second print area 25 by peeling the first area 12 and the second area 13.

(Third embodiment)
3A and 3B are schematic views showing a third embodiment of the communication circuit holder according to the present invention, in which FIG. 3A is a developed view, FIG. 3B is an assembled state diagram, and FIG. FIG.
In addition, the part which fulfill | performs the function similar to 1st Embodiment and 2nd Embodiment attaches | subjects the same code | symbol, and abbreviate | omits description.

  The base material 11 of the communication circuit holder 40 of the present invention has a third region 41 connected to the first region 11 in addition to the second embodiment. That is, the second region is connected to one side of the first region 11, and the third region 41 is connected to the other side opposite to the one region. A first fold line 42 is provided between the first area 11 and the third area 41, and a second fold line 43 is provided between the first area 11 and the second area 12.

  The third region 41 is provided with a fourth conductor portion 44 and a fifth conductor portion 45 having a specific shape (here, a square shape) penetrating in the thickness direction of the third region 41. A region excluding the fourth conductor portion 44 and the fifth conductor portion 45 in the third region 41 is a third print region 46. The third printing area 46 is a peelable / reattachable adhesive area, on which concealment information is printed.

  The base material 11 is valley-folded at the first fold line 42 and the first region 12 and the third region 41 are overlapped, whereby the fourth conductive portion 44 becomes the first conductive portion 18 and the fifth conductive portion 45 becomes the second. Each is electrically connected to the conductive portion 19. Next, the release paper is peeled off from the turning area 31, the base material 11 is valley-folded at the second fold 43, and the third conductive portion 22 is overlaid on the fourth conductive portion 44 and the fifth conductive portion 45, thereby The four conductive portions 44 and the fifth conductive portion 45 are electrically connected. In this state, the first conductor portion 18 and the second conductor portion 19 are electrically connected via the third conductive portion 22, the fourth conductive portion 44, and the fifth conductive portion 45. As a result, another electrically parallel circuit is added to the circuit composed of the antenna 16 and the jumper unit 17 and the communication function is hindered. That is, the third conductor portion serves as an electrical connection means between the first conductor portion and the second conductor portion, and functions to hinder the communication function. Further, by turning the turning region 31 along the turning perforation 32, the electrical connection between the first conductor part 18 and the second conductor part 19 by the third conductor part 22 can be released. That is, the turning area 31 functions as an obstruction means that inhibits the electrical connection between the first conductor 18 and the second conductor 19 by the third conductor 22.

  When the sender sends the communication circuit holder 40 of the present invention to the recipient, the desired concealment information can be printed or entered in the first print area 21, the second print area 25, and the third print area 46. In addition to this, the antenna can function normally until the third conductor portion 22 is electrically connected to the first conductor portion 18 and the second conductor portion 19, so that writing and rewriting of data on the IC chip is possible. It can be performed. Thereafter, the communication circuit holder 40 is assembled as described above. The recipient who has received the communication circuit holding body 40 turns off the electrical connection between the first conductor portion 18 and the second conductor portion 19 by the third conductor portion 22 by turning the turning region 31 with the turning perforation 32. The FRID device 14 can be put into a usable state. In addition, the recipient peels the first area 12, the second area 13, and the third area 46, so that the concealment information printed on the first print area 21, the second print area 25, and the third print area 46 is displayed. Can be read.

(Fourth embodiment)
4A and 4B are schematic views showing a communication circuit holder according to a fourth embodiment of the present invention, in which FIG. 4A is a developed view, FIG. 4B is an assembled state diagram, and FIG. FIG.
In addition, the part which fulfill | performs the same function as 1st Embodiment attaches | subjects the same code | symbol, and abbreviate | omits description.

  In addition to the second embodiment, the base material 11 of the communication circuit holder 50 of the present invention includes a third region 51 connected to the second region 13 and a fourth region 52 connected to the first region 12. Have. That is, in FIG. 4A, the base material 11 is formed with a third region 51, a second region 13, a first region 12, and a fourth region 52 sequentially from the left side. In addition, a first fold 53 is provided between the third region 51 and the second region 13, and a second fold 54 is provided between the second region 13 and the first region 12. A third fold 55 is provided between the four regions 52.

  The third region 51 is provided with a second cutting region 57 defined by a cut perforation 56. An area excluding the second cutting area 57 of the third area 51 is a third printing area 58, and character information is printed in the third printing area 58. The back surface of the third region is a peelable / re-stickable adhesive region. Also, concealment information is printed.

  In the fourth region 52, a corner region 60 defined by the perforation 60a is provided. An area excluding the corner area 60 of the fourth area 52 is a fourth print area 59 on which character information is printed. The back surface of the fourth region 52 is a peelable / reattachable adhesive region. Also, concealment information is printed.

  When the sender sends the communication circuit holder 50 of the present invention to the recipient, desired character information and concealment information can be printed or entered in each print area. In addition to this, since the antenna 16 can function normally until the third conductor portion 22 is electrically connected to the first conductor portion 18 and the second conductor portion 19, data writing of the IC chip 15 is possible. And can be rewritten. Then, the base material 11 is folded in a mountain at the first fold 53 and the second region 13 and the third region 51 are overlapped. That is, the back surfaces of the third region 51 and the second region 13 are pasted. At this time, the second cutting region 57 is overlapped with the first cutting region 24. Next, the release paper affixed to the first cutting region 24 is peeled off, the valley is folded at the second fold line 54, and the first region 12 and the second region 13 are overlapped, so that the third conductor portion 22 is The first conductor portion 18 and the second conductor portion 19 are electrically connected by contacting the corner region 20 of the one region 12. As a result, another electrically parallel circuit is added to the circuit composed of the antenna 16 and the jumper unit 17 and the communication function is hindered. That is, the third conductor portion 22 serves as an electrical connection means between the first conductor portion 18 and the second conductor portion 19 and functions to hinder the communication function. Next, the mountain is folded at the third fold 55 and the first region 12 and the fourth region 52 are overlapped. That is, the back surfaces of the first region 12 and the fourth region 52 are pasted.

  The recipient who has received the communication circuit holder 50 cuts the third conductor portion 22 with the cut perforation 23 and the second cut perforation 56, whereby the first conductor portion 18 and the second conductor formed by the third conductor portion 22. The electrical connection of the part 19 can be released. In other words, the cut region 24 functions as an inhibition unit that inhibits electrical connection between the first conductor portion 18 and the second conductor portion 19 by the third conductor portion 22. By releasing the electrical connection between the first conductor portion 18 and the second conductor portion 19, the FRID device 14 can be used. Moreover, concealment information is read by peeling each peelable and re-stickable adhesion area.

BRIEF DESCRIPTION OF THE DRAWINGS It is a figure which shows the 1st Embodiment of this invention, (A) is a development view, (B) is a front view, (C) is sectional drawing. It is a figure which shows the 2nd Embodiment of this invention, (A) is an expanded view, (B) is a front view, (C) is sectional drawing. It is a figure which shows the 3rd Embodiment of this invention, (A) is an expanded view, (B) is a front view, (C) is sectional drawing. It is a figure which shows the 4th Embodiment of this invention, (A) is a development, (B) is a front view, (C) is sectional drawing.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 ... Circuit holding body for communication, 11 ... Base material, 12 ... 1st area | region, 13 ... 2nd area | region, 14 ... FRID apparatus, 15 ... IC chip, 16 ... Antenna 17 ... Jumper part 18 ... First conductor part 19 ... Second conductor part 20 ... Corner area 20a ... Perforation 21 ... First print Area 22 ... third conductor part 23 ... cut perforation 24 ... cutting area 25 ... second printing area 26 ... fold line 27 ... strong adhesion area 28 ... Strong adhesive, 29 ... Weak adhesive, 30 ... Communication circuit holder, 31 ... Turning region, 32 ... Turning perforation, 40 ... Communication circuit holder, 41 ... 3rd area | region, 42 ... 1st fold, 43 ... 2nd fold, 44 ... 4th conductor part, 45 ... 5th conductor part, 6 ... third printing area, 50 ... communication circuit holder, 51 ... third area, 52 ... fourth area, 53 ... first fold, 54 ... second fold 55 ... third crease, 56 ... cut perforation, 57 ... second cutting area, 58 ... third printing area, 59 ... fourth printing area, 60 ... corner Area, 60a ... perforation

Claims (3)

A substrate having a plurality of connected regions;
In two regions adjacent to each other of the base material, a circuit is arranged in the one region and includes an antenna and a jumper portion, and extends individually from the circuit, and one end of each is connected to the IC chip . A communication circuit holding body comprising one conductor portion and a second conductor portion, and a third conductor portion arranged in the other region,
The one region and the other region are provided with a non-peelable strong adhesion region,
When the one region and the other region are overlapped, the first conductor portion and the second conductor portion are electrically connected to form a circuit electrically parallel to the circuit, and the antenna communication function A portion of the third conductor portion that acts as a connection means that inhibits the electrical connection between the first conductor portion and the second conductor portion by the third conductor portion. inhibit, cut Ri name comprises a disturbing part consisting of cutting region defined by perforations, by cutting the cutting area, and the first conductor portion according to the third conductor portion of the second conductor portion releases the electrical connection, the communication circuit holder, wherein Rukoto a ready for use as an RFID device.  2. The communication circuit holding body according to claim 1, wherein the non-peelable strong adhesion region and the peelable adhesion region are provided separately in the one region and the other region, respectively.  The circuit holder for communication according to claim 1 or 2, wherein the peelable adhesive region is a peelable / reattachable adhesive region.

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