JP2009082730A - Fastener, and fitted body having the fastener - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a fastener, and a fitted body having the fastener, in which various kinds of data or information of a radio IC chip can be transmitted/received regardless if presence of the radio IC chip of an identification medium 20 cannot be recognized from the external, so that whether or not the fitted body is genuine can be discriminated, and that merchandise control or the like for the fitted body can be correctly performed. <P>SOLUTION: A fastener tape 4 is woven or fabricated by using conductive fiber material 12 for weaving or fabrication, and the conductive fiber material 12 is formed on the faster tape 4 as a signal line 23 or an antenna line 21. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to various fasteners such as slide fasteners, hook-and-loop fasteners, snap fasteners with tapes, rail-like fasteners with engagement strips, buckles, cord stoppers, belt adjusters, eggplants, snap buttons, etc. The present invention relates to a wireless IC chip capable of performing product management functions or various security functions in a wide area, or various fasteners incorporating a wireless IC chip and an identification medium such as a transmitting / receiving antenna, and an adherend to which the fasteners are attached. .

  In the description of the present specification and claims, the identification medium is used as a term indicating a medium having an ID (Identification) identification code that can be read and / or written. Typical identification media include RFID (Radio Frequency Identification), an additive having an identification means and an identification information holding material containing the additive, and characters and figures in which confidential information having the identification means is embedded. There is.

  As the RFID, a silicon chip RFID or a crystal chip RFID can be used. The RFID is sometimes called a wireless IC or an IC tag. The communication distance of RFID is 0 to less than 10 cm, preferably less than 10 mm. Further, the present invention includes a contact type IC chip that enables communication when the IC chip and the reader / writer come into contact with each other.

  The identification information holding material is, for example, an identification medium in which a rare earth element is mixed into a resin or the like, and is a so-called identification information that represents specific information depending on the type of rare earth element mixed, the amount added, etc. What is called Plagenome (registered trademark), what is called so-called DNA ink (registered trademark) in which synthetic DNA artificially produced from a part of DNA information of an organism is mixed with ink, and the like. Synthetic DNA information mixed in ink can be read out by detection using a nuclear magnetic resonance phenomenon, detection by optical means such as infrared rays, and the like.

  Characters or graphics with confidential information embedded with identification means are identification media in which identification yarns that react to infrared rays or the like are incorporated in the medium, and the identification yarns incorporated in the medium are visually recognized by irradiation with infrared rays or the like. Or an identification medium in which characters, pictures, patterns, etc. are provided on the medium, and those that can visually recognize the letters, pictures, patterns, etc. are included.

  In recent years, non-contact ID tags that perform data communication by wireless communication method have been incorporated into products at the production stage, and total product management from product production to distribution, sales, etc., product loss prevention, theft Prevention and counterfeiting are being carried out. In addition, it has been proposed to use an ID tag on clothes to prevent wrinkles of dementia patients.

  In general, a non-contact type ID tag is constituted by a wireless IC chip having a CPU, a memory, a signal modulation / amplification unit, etc. for data processing, and a transmission / reception antenna thereof. As a power source for the wireless IC chip, an electromotive force is generated by an electromagnetic wave received from an external reader, and the generated electromotive force is used as a power source for the wireless IC chip, and a power source battery for the wireless IC chip is provided. Is used.

  When the data stored in the memory of the wireless IC chip is read by an external reading device, the control signal from the reading device is received by the reception antenna built in the ID tag in the case of a type not equipped with a power supply battery. It has a function as a coil as well as a function. An electromotive force is generated in a coil as a receiving antenna by electromagnetic waves transmitted from an external reader, and the wireless IC chip is operated with the electromotive force. In the case where the power supply battery is provided, the radio IC chip is operated by the power supply battery without generating an electromotive force by the receiving antenna.

  When the wireless IC chip is in an operable state, it takes out necessary data from the memory in the wireless IC chip based on a control signal from the reader, and transmits the data as response data from the transmission antenna to the reader. Can do. The signal transmitted in response is received by the receiving antenna of the reading device, and the response data is analyzed in the control unit of the reading device. The response data is temporarily stored in the reading device as data stored in the wireless IC chip, and then transmitted to a control device such as a personal computer.

  Further, it is possible to update or rewrite data stored in the memory in the wireless IC chip based on the control signal transmitted from the reader, depending on the performance of the wireless IC chip. Various security measures can be taken when reading and writing data from the memory in the wireless IC chip.

  An example of a slide fastener pulling handle incorporating this type of ID tag is disclosed in, for example, Japanese Patent Application Laid-Open No. 2002-125721 (Patent Document 1). As shown in FIG. 51, the slide fastener handle disclosed in the publication has an IC chip 54 and a coil antenna 53 embedded in a handle body 51 made of a soft material such as metal, synthetic resin, leather, or thick cloth. The coil antenna 53 and the IC chip 54 are enclosed in a thin glass tube 55.

  When the handle main body 51 is made of a metal material, an embedded hole 52 of the glass tube 55 is formed in the puller main body 51 and a transmission / reception slit 56 communicating with the inside and outside of the wall surface of the embedded hole 52 is formed. The signal transmission / reception is performed between the coil antenna 53 disposed in the transmission / reception slit 56 and the reading device disposed outside. After the glass tube 55 enclosing the coil antenna 53 and the IC chip 54 is inserted into the embedded hole 52, the opening end of the embedded hole 52 is sealed with epoxy resin, and the coil antenna 53 and the IC chip 54 are separated from each other. A pull main body 51 in which an ID tag is embedded is formed.

  When the puller body 51 is made of a synthetic resin material, the puller body 51 is made of a synthetic resin material having electromagnetic permeability. The ID tag enclosed in the glass tube 55 is enclosed in the embedding hole 52 by the epoxy resin similarly to the metal handle main body, and the handle main body 51 in which the ID tag is embedded is formed.

  Furthermore, when the handle main body 51 is made of a leather material or a cloth material, an embedded space into which the glass tube 55 is inserted is formed in the handle main body 51. An ID tag including a coil antenna 53 and an IC chip 54 enclosed in a glass tube 55 is covered and reinforced by a metal tube having a long hole for transmission and reception. The reinforced ID tag is concealed and stored in the embedded space.

  On the other hand, an example of a clothing button in which the ID tag is embedded and integrated is disclosed in, for example, Japanese Patent Application Laid-Open No. 2002-42100 (Patent Document 2). As shown in FIG. 52, the button for clothes disclosed in the publication is composed of a button body 62 made of hard resin having electromagnetic permeability. A ring-shaped recess 64 is formed on the surface of the button main body 62, and a sewing leg 61 for integrally sewing the button to clothes or the like is integrally provided on the back surface thereof.

As shown in FIG. 53, a radio IC chip 66 is arranged at the center of the recess 64, and a spiral coil antenna 65 electrically connected to the radio IC chip 66 circulates in the recess 64. Is arranged. After the ID tag including the wireless IC chip 66 and the coil antenna 65 is disposed in the recess 64, an epoxy resin 67 is poured into the recess 64 and solidified, and the coil antenna 65 and the wireless IC chip 66 are solidified. The ID tag consisting of the above is sealed and waterproofed to form a button incorporating the ID tag.
JP 2002-125721 A JP 2002-42100 A

  In order to embed an ID tag in the handle main body disclosed in Patent Document 1, the ID tag had to be enclosed in a glass tube. In addition, the glass tube 55 may be damaged when an impact is applied to the pulling body 51 or when an obstacle collides with the glass tube 55 exposed from the transmission / reception slit 56. There was a risk that the pieces would scatter from the transmission / reception slit 56.

  Moreover, in the button disclosed in the above-mentioned Patent Document 2, since the button can be attached for the first time by sewing it on clothes or the like, the use of the button having the ID tag built therein is limited. In addition, since the antenna is built in the button, the length of the antenna is also limited, and it has not been possible to receive and receive signals with the ID tag in a wide range.

  In particular, the use of fasteners such as slide fasteners has been expanded, and they have been widely used from bags and bags to clothing, and their usage forms are also various. For this reason, it has been desired to provide an ID tag in a form that is easy to use for fasteners other than buttons, without using a glass tube, for fasteners used in these products. Furthermore, in the above-described conventional example, the data stored in the wireless IC chip can be read by an external reader only when the data can be read only within a narrow area where the distance between the ID tag and the reader is short. Met. For this reason, development of the technique which can use an ID tag also in a wide area | region was desired.

  Further, when an ID tag is attached to a product such as clothing or a bag, attaching the ID tag separately for each product requires manpower and time. In this case, the parts manufacturer side and apparel manufacturer side must perform management from production to sales separately, and total product management from product production to logistics, sales, etc. There was a problem that I could not.

  Further, in authenticity determination after the product has been delivered to the customer, the wireless IC chip may be transmitted in response to a signal from the reader side, and does not require radio wave reach from the wireless IC chip. In physical distribution management at the sales stage, it is desired that radio waves transmitted from a wireless IC chip are received by a reading device in a stable state over a predetermined range.

  Furthermore, there are two types of wireless IC chips, an active type with a built-in power supply and a passive type without a built-in power supply. However, the active type loses the function of transmitting from the wireless IC chip in several years due to the battery life. In the passive type, it is technically difficult to increase the radio wave reaching distance from the wireless IC chip, which increases the cost, and the wireless IC chip becomes large and difficult to attach to the fastener. there were.

  The present invention has been made to solve these problems. In parts manufacturers who manufacture and sell fasteners such as slide fasteners, if ID tags are attached to individual fasteners, the fasteners attached with the ID tags can be attached to products as adherends, and combined with product management of fasteners. It will be possible to perform total product management for products. Therefore, in the present invention, a fastener such as a slide fastener is a wireless IC chip, a contact IC chip, or a so-called “Plagenome (registered trademark)” as described above, in the production stage. A so-called DNA ink (registered trademark) in which synthetic DNA artificially produced from the ink is mixed into the ink, or an identification medium such as a character or figure in which confidential information is embedded is attached to the above-mentioned information. Is to solve the problem.

  Further, by attaching an antenna to an adherend to which a fastener to which a wireless IC chip is attached is attached, the antenna can be used in a wide area. In addition, the wireless IC chip attached to the fastener has both the active type and passive type functions, and it is equipped with a power activation function for at least several years depending on the power source. The radio wave can be received by the reading device in a stable state over a predetermined range, and the function of transmitting according to the signal from the reading device side can be maintained after the life of the power source. .

  In addition, the active type wireless IC chip and the passive type wireless IC chip are attached to the fastener so that both wireless IC chips can be synchronized or only one of the wireless IC chips can be selectively operated. . Until the end of the battery life due to the active type wireless IC chip, radio waves can be stably transmitted over a predetermined range from the wireless IC chip. It is possible to maintain the function of transmitting in response to the signal from.

  In order to achieve the above object, the present invention provides a fastener having a tape attached to an adherend and to which an adhering means is attached, wherein an identification medium is provided at a portion of the tape covered by the adherend. Although it is preferable that it is attached, it is not necessarily limited to this. The identification medium may be a wireless IC chip, and an antenna or a signal line connected to the wireless IC chip may be attached to the fastener. Furthermore, as the identification medium, the so-called Plagenome (registered trademark), the so-called DNA ink (registered trademark) described above, or characters or figures in which confidential information is embedded may be employed.

  If the said fixing means is a slide fastener, it is a fastener element attached along the opposing side edge of a pair of tapes. Moreover, if it is a rail-shaped fastener, it is an engagement strip formed facing the pair of tapes and continuing in the longitudinal direction of the tapes. Further, in the case of a snap button fastener, a male engagement member having an engagement protrusion formed at a predetermined interval in the longitudinal direction of the tape, and an engagement hole or engagement with which the engagement protrusion is engaged or disengaged It is a female engaging member which has a recessed part. Further, in the case of a hook-and-loop fastener, there are a hook-shaped or mushroom-shaped male engaging element and a loop-shaped female engaging element which are formed in large numbers on each of a pair of engaging surfaces facing each other.

  When a wireless IC chip is employed as the identification medium, the reading device and the wireless IC chip can be performed via an antenna connected to the wireless IC chip. The antenna can be integrated with the wireless IC chip and attached to the fastener tape, or the antenna can be arranged on the tape using the tape in the fastener. When a fastener tape is used, wiring can be performed by using a conductive fiber material for the woven yarn or knitting yarn constituting the tape. The conductive fiber material can also be used as a signal line for connecting a sensor and a wireless IC chip, for example.

  As a memory included in the wireless IC chip, a memory that can rewrite data, a memory that cannot rewrite data, a memory that can store data writing, and a program can be used.

  As the conductive fiber material wiring, a plurality of wirings are formed from the conductive fiber material, one end of each wiring is connected to the wireless IC chip, and the other end is opened and woven or knitted into the tape. It can be set as this. Also, the conductive fiber material is connected to the wireless IC chip at both ends, and the conductive fiber material having both ends connected to the wireless IC chip is woven or knitted into the tape so as to form a loop. You can also Further, the other ends of at least two conductive fiber materials whose one ends are connected to the wireless IC chip are arranged in an open state, and the other open ends are connected to each other by an appropriate means to form a loop. You can also.

  Or it can be set as the wiring connected with the radio | wireless IC chip by sticking, adhering, welding, printing, or embedding a conductive material on the tape of a fastener. Also in this case, one end of the conductive material is connected to the wireless IC chip and the other end is opened as an antenna, a signal line, or the like. The intermediate portion of the conductive material can be formed in a loop shape. One end of the two conductive materials can be connected to the wireless IC chip, and the other ends can be connected by an appropriate means to form a loop-shaped antenna.

  When the fastener is a slide fastener, the conductive fiber material is used for at least a part of the fibers constituting the core string, and the conductive fiber material and the wireless IC chip are connected to serve as an antenna or a signal line. Can be configured. At least two conductive fiber materials are used, the ends of the conductive fiber materials are connected to each other, and at the middle portion, at least two conductive fiber materials are arranged in the core string so as not to short-circuit, It is also possible to form a loop-shaped antenna by connecting the end portion where the portions are not connected to the wireless IC chip.

  Alternatively, one end of the conductive fiber material arranged on the core string is connected to the wireless IC chip, and the other end of the conductive fiber material is woven or knitted on the fastener tape and one end is electrically connected to the wireless IC chip. A loop-shaped antenna can be formed by connecting ends of the conductive fiber material. Also, one end of the conductive material affixed, bonded, welded or embedded in the fastener tape is connected to the wireless IC chip, and the other end of the conductive material and the other end of the conductive fiber material arranged on the core string are appropriately connected. It is also possible to form a loop by connecting them by the above means.

  Furthermore, a continuous fastener element in a slide fastener is formed by bending a conductive resin monofilament in a coil or zigzag shape, and the fastener element and the wireless IC chip are connected to function as an antenna of the wireless IC chip. Can do.

  The fastener in the present invention is a fastener having a tape attached to the adherend and attached to the adherend, such as a slide fastener, a rail-shaped fastener having an engagement strip, a snap button fastener, a hook-and-loop fastener, and the like. Since the above-described identification medium is attached to the portion of the tape to be adhered to the adherend, data can be exchanged between the identification medium and the reading device in the fastener alone.

  A first basic configuration of the present invention includes an identification medium attached to the fastener and an antenna or a signal line continuously arranged in the longitudinal direction of the tape, and the identification medium is a wireless IC chip. The fastener is characterized in that the wireless IC chip and an antenna or a signal line are connected.

  The fastener in the present invention is a fastener having a tape attached to an adherend to which an adhering means is attached, such as a slide fastener, a rail-shaped fastener having an engagement strip, a snap button fastener, and a hook-and-loop fastener. .

A second basic configuration of the present invention is a slide fastener having a fastener tape to be attached to an adherend, wherein an identification medium is attached in the vicinity of a stop portion of the fastener tape. It is in the fastener. Examples of the fastener include a slide fastener, a rail-shaped fastener having an engagement strip, a snap button fastener, and a hook-and-loop fastener.

  The configuration of the present invention is the same as that of the first and second basic configurations except that the portion where the identification medium is attached to the tape of the fastener is limited and the fastener is limited to the slide fastener. It has become. Even in the third basic configuration, as described in the first and second basic configurations, the antenna configuration can be similarly formed.

  A third basic configuration of the present invention is a slide fastener having a fastener tape to be attached to an adherend, wherein the identification medium is attached to a stop portion of the slide fastener. . The configuration of the present invention can be the same as the first to third basic configurations except that the identification medium is attached to the stop portion of the slide fastener. As a stop part in the thing of the 4th basic composition, there is an upper stop part, a lower stop part, or a separation fitting insert.

  The attachment position of the identification medium can be attached to the bottom stopper, the top stopper, or the separation / insertion tool. Further, the identification medium can be built in and attached to the above-described stop portion, or can be detachably attached. When detachably attaching, it can be attached by forming a hole for inserting an identification medium in the stop and inserting the identification medium in the hole. At this time, when the identification medium is a wireless IC chip, the wireless IC chip may be a built-in antenna type.

  As the antenna, as described above, a conductive fiber material or a conductive material may be disposed on the slide fastener, and the conductive fiber material or the conductive material may be used as an antenna connected to the wireless IC chip.

  A fourth basic configuration of the present invention is a fastener having a tape attached to an adherend and to which an adhering means is attached, wherein an identification medium is attached to the adhering means. It is in the fastener.

  A fifth basic configuration of the present invention is a slide fastener having a fastener tape attached to an adherend, wherein the identification medium is attached to a fastener element.

  According to the sixth and seventh basic configurations of the present invention, in the slide fastener having a fastener tape to be attached to the adherend, the identification medium is attached to the slider or is detachable from the puller. The slide fastener is incorporated in a decorative member attached to the slide fastener.

  An eighth basic configuration of the present invention is a fastener having a tape attached to an adherend to which an adhering means is attached, wherein a wireless IC chip, a power supply battery and an antenna are attached. There are fasteners to do. As the fastener, a slide fastener, a hook-and-loop fastener, a snap fastener, a rail fastener, a buckle, a cord stopper, an eggplant, a snap button, and the like can be used.

  According to a ninth basic configuration of the present invention, there is provided a fastener comprising a wireless IC chip and a shielding material that shields the wireless IC chip. As the fastener, a slide fastener, a hook-and-loop fastener, a snap fastener, a rail fastener, a buckle, a cord stopper, an eggplant, a snap button, a belt adjuster, and the like can be used.

  According to a tenth basic configuration of the present invention, there is provided a hook-and-loop fastener having an engaging surface that can be engaged and disengaged, wherein an identification medium is disposed on the engaging surface ring and covered. There is a hook-and-loop fastener. As the identification medium, a wireless IC chip is preferably used, and the surface fastener that covers the wireless IC chip preferably has a shielding material that blocks communication with the wireless IC chip.

  An eleventh basic configuration of the present invention is an adherend to which a fastener having an identification medium attached is attached, wherein the identification medium is a wireless IC chip, and the wireless IC chip is attached to the adherend. An adherend having an antenna or a signal line electrically connected.

  A twelfth basic configuration of the present invention is an adherend to which a fastener to which an identification medium is attached is adhered, wherein the identification medium is a wireless IC chip, and the wireless IC chip is attached to the adherend. The adherend has a shielding material that covers and shields communication with the wireless IC chip.

  A thirteenth basic configuration of the present invention is a fastener characterized in that an identification medium is detachably attached. As the fastener, a slide fastener, a hook-and-loop fastener, a snap fastener, a rail fastener, a buckle, a cord stopper, an eggplant, a snap button, a belt adjuster, and the like can be used.

  Whether it is a genuinely manufactured fixture or a manufactured fixture, data stored in a wireless IC chip as an identification medium, or so-called Plagenome (registered trademark) or so-called DNA ink (registered trademark) Can be easily identified by reading various kinds of information built-in by a reading device (identification device). In addition, it is possible to perform product management of a fixture attached with an identification medium.

  According to this invention, when the fixture with the identification medium attached is attached to the adherend, the identification medium is covered with the adherend, and the identification medium is attached to the adherend from the outside. It is in a state where it can not be determined. Despite the fact that the presence of the identification medium cannot be confirmed from the outside, it is possible to use data or information stored in the identification medium or newly stored data or information to identify the authenticity of the adherend. Product management for the adherend can be performed. In addition, it is possible to easily attach the identification medium without exposing the identification medium to the outside without performing an operation of separately attaching the identification medium to the adherend.

  A first basic configuration of the present invention includes a wireless IC chip in which a fastener is an identification medium, and an antenna of the wireless IC chip arranged continuously extending along a longitudinal direction of the tape. Therefore, data can be transmitted and received even when the distance between the wireless IC chip and the reading device is increased. Further, various sensors and the wireless IC chip can be connected by a signal line.

  As the configuration of the antenna or signal line continuously extending along the longitudinal direction, the antenna or the signal line may be linearly arranged in the longitudinal direction of the tape, or may be bent in a zigzag manner in a direction intersecting the longitudinal direction of the tape. However, a configuration extending along the longitudinal direction of the tape, a spiral configuration extending along the longitudinal direction of the tape, or the like can be used.

  By arranging the antenna on the fastener tape, the antenna length can be increased, the electromotive force generated from the looped antenna can be increased, and the transmission / reception distance between the wireless IC chip and the reader is increased. It becomes possible to do.

  By reading out the data stored in the wireless IC chip with a reading device, whether it is a genuinely manufactured fastener or a manufactured fastener, or an adherend on which the wireless IC chip is attached is genuinely manufactured. It is possible to easily identify whether it is an adherend or an adherend manufactured as a forged product. In addition, it is possible to manage products such as fasteners to which wireless IC chips are attached and adherends.

  As a memory included in the wireless IC chip, a memory that can rewrite data, a memory that cannot rewrite data, a memory that can store data writing, and a program can be used.

  The reading device and the wireless IC chip can be connected via an antenna connected to the wireless IC chip. The antenna can be formed in a configuration that extends continuously in the length direction of the tape, or it can be integrated with the wireless IC chip and attached to the fastener tape, or the tape in the fastener can be used. An antenna can be placed on the tape. When a fastener tape is used, wiring can be performed by using a conductive fiber material for the woven yarn or knitting yarn constituting the tape. The conductive fiber material can be used as a signal line for connecting a sensor and a wireless IC chip, for example, besides being used as an antenna.

  As the conductive fiber material wiring, a plurality of wirings are formed from the conductive fiber material, one end of each wiring is connected to the wireless IC chip, and the other end is opened and woven or knitted into the tape. It can be set as this. Also, the conductive fiber material is connected to the wireless IC chip at both ends, and the conductive fiber material having both ends connected to the wireless IC chip is woven or knitted into the tape so as to form a loop. You can also Further, the other ends of at least two conductive fiber materials whose one ends are connected to the wireless IC chip are arranged in an open state, and the other open ends are connected to each other by an appropriate means to form a loop. You can also.

  Wiring as an antenna can be obtained by attaching, bonding, welding or embedding a conductive material on a fastener tape. Also in this case, one end of the conductive material is connected to the wireless IC chip and the other end is opened as an antenna, or both ends of the conductive material are connected to the wireless IC chip, The intermediate portion can be formed in a loop shape. One end of the two conductive materials can be connected to the wireless IC chip, and the other ends can be connected by an appropriate means to form a loop-shaped antenna.

  When the fastener is a slide fastener, it is configured as an antenna or signal line by connecting the conductive fiber material and the wireless IC chip using a conductive fiber material to at least some of the fibers constituting the core string. can do. At least two conductive fiber materials are used, the ends of the conductive fiber materials are connected to each other, and at the middle portion, at least two conductive fiber materials are arranged in the core string so as not to short-circuit, It is also possible to form a loop-shaped antenna by connecting the end portion where the portions are not connected to the wireless IC chip.

  Alternatively, one end of the conductive fiber material arranged on the core string is connected to the wireless IC chip, and the other end of the conductive fiber material is woven or knitted on the fastener tape and one end is electrically connected to the wireless IC chip. A loop-shaped antenna can be formed by connecting ends of the conductive fiber material. Also, one end of the conductive material affixed, bonded, welded, printed or embedded on the fastener tape is connected to the wireless IC chip, and the other end of the conductive material and the other end of the conductive fiber material arranged on the core string Can be connected by an appropriate means to form a loop.

  Furthermore, a continuous fastener element in a slide fastener is formed by bending a conductive resin monofilament into a coil shape or a zigzag shape, and connecting the fastener element and the wireless IC chip as an antenna or signal line of the wireless IC chip. Can function.

  In the case where the fastener element functions as an antenna, one end of the fastener element can be left open or can be formed in a loop shape using a conductive fiber material or a conductive material as described above. In addition, when the fastener element functions as an antenna, the conductive fiber material of the core string can also function as a magnetic core member by using at least a part of the fibers of the core string as a conductive fiber material.

  When the power supply battery is not connected to the wireless IC chip, it is necessary to form at least the receiving antenna in a loop shape and generate an electromotive force using the loop portion.

  Even in the second basic configuration of the present invention, the various effects that can be achieved from the first basic configuration described above can be similarly achieved, and therefore the description thereof is omitted here. In the present invention, since the identification medium is arranged particularly near the stopper portion of the fastener tape, the identification medium can be attached at a position where the reading device reads the data stored in the identification medium, or Even when new data is written to a wireless IC chip or a contact IC chip that is an identification medium on which data can be written, the positional relationship between the identification medium and the reader can be easily set.

  In addition, since the vicinity of the stopper portion of the fastener tape is reinforced by the reinforcing tape, the identification medium can be easily attached to the fastener tape only by placing the identification medium between the reinforcing tape and the fastener tape. In addition, when the identification medium is a wireless IC chip, the wireless IC chip and the antenna can be prevented from being detached from the fastener tape by the reinforcing tape, and the wireless IC chip can be prevented by external impact, collision with an obstacle, or the like. It becomes possible to prevent the chip and the antenna from being damaged. Note that the identification medium can be arranged on the reinforcing tape. As a stop part in the thing of the 3rd basic composition, there is an upper stop part, a lower stop part, or a separation fitting insert.

  According to the third basic configuration of the present invention, various effects that can be obtained from the first and second basic configurations described above can be similarly achieved. As a stop part in the thing of the 3rd basic composition, there is an upper stop part, a lower stop part, or a separation fitting insert.

  The attachment position of the identification medium can be attached to the bottom stopper, the top stopper, or the separation fitting. Further, the identification medium can be built in and attached to the above-described stop portion, or can be detachably attached. When the identification medium is a wireless IC chip, when the wireless IC chip is detachably attached, a hole for inserting the wireless IC chip is formed in the stopper, and the wireless IC chip is detachable in the hole. It can be attached by inserting. At this time, the wireless IC chip may be a built-in antenna type, or may be a contact IC chip instead of the wireless IC chip. Furthermore, the so-called plagenome (registered trademark) as an identification medium is added to the bottom stop portion, top stop portion, or separation / insertion tool, or the so-called DNA ink (registered trademark) is printed. Is also possible.

  By incorporating the wireless IC chip and the antenna in any of the constituent members of the slide fastener, the wireless IC chip and the antenna can be simultaneously incorporated in the slide fastener in the manufacturing process of the slide fastener.

  Further, according to the present invention, when the identification medium is formed detachably with respect to the stop portion, various data and information of the identification medium may be illegally read from the reading device or written illegally. When there is a fear, unauthorized access can be prevented by removing the identification medium from the stop. Furthermore, when the fastener attached with the identification medium is washed together with the adherend, the wireless IC chip can be prevented from being damaged during washing by removing the identification medium from the fastener.

  According to the fourth basic configuration of the present invention, the identification medium can be attached to the fastener fixing means. Examples of the fastener include a slide fastener, a hook-and-loop fastener, a snap button fastener, a rail-shaped fastener, and the like, and an identification medium can be attached to the fixing means of these fasteners.

  According to the fifth basic configuration of the present invention, the identification medium can be attached to the fastener element of the slide fastener. An identification medium can be attached to at least one of the fastener elements, and an identification medium can be attached to each of the plurality of fastener elements.

  According to the sixth and seventh basic configurations of the present invention, the identification medium can be attached to the decorative member that is detachably attached to the slider or the pull handle. When the identification medium is a wireless IC chip, when attaching the wireless IC chip, a wireless IC chip and a hole for inserting the antenna are formed in each member together with the antenna, and the wireless IC chip or the like is formed in the hole. Can be attached by detachably inserting. Further, by incorporating the wireless IC chip and the antenna in any of the constituent members of the slide fastener, the wireless IC chip and the antenna can be simultaneously incorporated into the slide fastener in the manufacturing process of the slide fastener.

Further, by forming a hole part in which the wireless IC chip and the antenna are detachably inserted in any of the constituent members of the slide fastener, there is a possibility that the data of the wireless IC chip can be read illegally from the reading device. When there is a risk of being written illegally, it can be prevented by taking out the wireless IC chip and the antenna from the hole.
Note that a contact IC chip may be used instead of the wireless IC chip and the antenna.

  In the eighth basic configuration of the present invention, since the fastener has a wireless IC chip, a power supply battery, and an antenna, it is not necessary to generate an electromotive force by a signal from the reading device, and the configuration of the antenna is a loop shape. It is not always necessary to form it. However, it is possible to use an antenna formed in a loop shape.

  When an antenna formed in a loop shape is used, the wireless IC chip attached to the fastener can have both active and passive functions, and a power source can be provided with a power start function for at least several years. It becomes like this. As a result, radio waves from the wireless IC chip at the manufacturing and sales stage can be received by the reading device in a stable state over a predetermined range, and the signal from the reading device side is displayed after the life of the power supply. It is possible to maintain the function of transmitting in response.

  Further, the active type wireless IC chip and the passive type wireless IC chip can be attached to the fastener, and both the wireless IC chips can be synchronized or only one of the wireless IC chips can be selectively operated. Thereby, until the life of the battery is exhausted by the active type wireless IC chip, radio waves can be stably transmitted over a predetermined range from the wireless IC chip, and after the battery life, by the passive type wireless IC chip, It is possible to maintain the function of transmitting according to the signal from the reading device side.

  Since the power supply battery of the wireless IC chip is attached to the fastener, it is possible to adjust the strength of electromagnetic waves transmitted from the antenna depending on the number of power supply batteries installed, etc., and it is possible to output a desired output from the antenna Become. Thus, coupled with the antenna provided on the fastener, signals can be transmitted and received between the wireless IC chip and the reader in a wide range.

  In a fastener tape that can be separated into left and right like a slide fastener, a power battery can be attached to one fastener tape and a wireless IC chip can be attached to the other fastener tape. In this case, a switch mechanism is formed in the separation / insertion tool that separates both fastener tapes, so that the switch is turned on when the separation / insertion tool is fitted, and the current / voltage of the power supply battery is set to the wireless IC chip. When the separation / insertion tool is separated, the switch can be turned OFF to stop supplying the current / voltage from the power supply battery to the wireless IC chip. As a result, the operation of the wireless IC chip can be controlled to be turned on and off by the fitting and separating operation of the opening / closing insertion tool.

  When the wireless IC chip and the antenna are attached to one of the male and female members of the snap button, the power battery is attached to the other member, and the power battery and the wireless IC chip are connected by the engagement of the male and female members, A switch mechanism can be configured between the male and female members so that the power battery and the wireless IC chip are disconnected when the male and female members are separated.

  By attaching the wireless IC chip and the antenna to these fasteners, the wireless IC chip and the antenna can be automatically installed on a member used together with the fastener such as a belt without performing a special attachment operation. become able to.

  According to the ninth basic configuration of the present invention, the shielding material that can be formed of a conductive metal plate or the like is disposed in a portion that covers the wireless IC chip or the antenna, and the shielding material is detachably attached to the fastener. be able to. By shielding the wireless IC chip and the antenna with a shielding material, it is possible to prohibit the reception and reception of signals with the reading device, and to prevent unauthorized access to data stored in the wireless IC chip. Will be able to increase security. Similarly, data that has been tampered with by the reader can be prevented from being stored in the wireless IC chip.

  The shielding material can be formed using a metal plate, a metal net, a resin containing a conductive material, or the like.

  According to the tenth basic configuration of the present invention, by providing a detachable shielding material on the surface fastener that covers the identification medium, the identification medium can be optionally shielded by the shielding material, Signals can be prohibited from being received and received, and it is possible to improve security by preventing unauthorized access to various data of the identification medium. Similarly, it is possible to prevent data or the like altered from the reading device from being stored in the identification medium. Further, since the identification medium is consequently sandwiched between the engagement surfaces of the surface fastener, the identification medium is simply placed on the engagement surface of the surface fastener, or simply embedded or added. The medium can be easily attached to the hook-and-loop fastener.

  In the eleventh basic configuration of the present invention, a radio IC chip antenna or signal line and various sensors are arranged on the adherend, if necessary, and the various sensors are connected to the radio IC chip via the signal line. can do. Further, the antenna and the wireless IC chip can be connected. In making these connections, they can be connected via a conductive material or a conductive fiber material arranged on the tape of the fastener.

  By receiving and receiving signals between the wireless IC chip of the fastener attached to the adherend and the reader, it is possible to perform authenticity determination of the adherend, product management of the adherend, and the like. In addition, since the adherend has an antenna, signals can be received and received even when the distance from the reading device is increased.

  For this reason, for example, a detection condition for measuring a sphygmomanometer is set in advance on a wireless IC chip, such as when a person wearing an adherend to which a sphygmomanometer sensor is attached shows abnormal blood pressure every predetermined time. The blood pressure can be measured based on the detection conditions, and the detection results can be stored in the memory of the wireless IC chip. In addition, the connection between the various sensors and the wireless IC chip is performed via the signal line, and the stored detection result can be transmitted to the reading device based on a preset condition via the antenna. .

  In addition, since it is possible to attach the wireless IC chip to clothes or the like simply by attaching a fastener, for example, it is possible to automatically instruct the washing machine how to wash while washing clothes. In addition, if a temperature sensor is attached to the clothes, the temperature can be automatically adjusted by detecting the body temperature of the person wearing the clothes and transmitting the detected body temperature from the wireless IC chip to the air conditioner. become able to.

  Alternatively, if the position sensor is attached to the clothes of the hemorrhoid patient, the current position of the hemorrhoid patient can be monitored on time. As described above, the detection signals from the various sensors attached to the adherend can be taken out in various forms and effectively used only by attaching the fastener having the wireless IC chip and the antenna to the adherend.

  In the twelfth basic configuration of the present invention, slide fasteners, hook-and-loop fasteners, snap fasteners, rail fasteners, buckles, cord stoppers, eggplants, snap buttons, belt adjusters, etc. Can be used.

  In this invention, since the adherend that shields the wireless IC chip is provided on the adherend, the size of the shielding material can be made large enough to cover even the wireless IC chip and the antenna. The shielding material can be formed using a metal plate, a metal net, a resin containing a conductive material, or the like. By using the blocking material, antenna transmission / reception can be prohibited, and the security of the wireless IC chip can be maintained. In addition, since the wireless IC chip or the antenna can be covered with a shielding material when necessary, it is possible to make it impossible to transmit the current location, and it is possible to protect personal privacy.

  According to the thirteenth basic configuration of the present invention, since the identification medium is detachably attached to the fastener, it is possible to easily prevent unauthorized access, exchange the identification medium storing desired data, and the like. It becomes like this. As a result, the security for the identification medium can be enhanced, and data or the like that has been falsified from the reading device can be prevented from being transferred to the identification medium.

  Further, for example, when a fastener with a wireless IC chip or a contact IC chip is washed together with the adherend, the IC chip can be prevented from being damaged during washing by removing the IC chip from the fastener. it can. When the IC chip is built in the fastener, the fastener member containing the IC chip is formed of an electromagnetically permeable low magnetic permeability member such as ester, polyacetal, polyethylene terephthalate, such as nylon or a poly synthetic resin material. It is desirable to keep it.

  Preferred embodiments of the present invention will be specifically described below with reference to the accompanying drawings. As fasteners in the present invention, for example, as fasteners for bags, sportswear and other various clothes, for example, slide fasteners, hook-and-loop fasteners, snap fasteners with tapes, rail fasteners, buckles, cord stoppers, belt adjusters, eggplants, snap buttons Includes various fasteners. In the following embodiments, the arrangement structure of an ID tag having a wireless IC chip and an antenna and the antenna structure in the ID tag are described as main features with respect to the aforementioned fastener. Not limited to identification media such as wireless IC chips and antennas, for example, as described above, an additive having an identification means, an identification information holding substance containing the additive, and a character or figure in which confidential information having the identification means is embedded Such an identification medium can be employed.

  The ID tag applied to the present embodiment has a curved form in which a wireless IC chip having a memory for storing data such as identification information of an identification object and an antenna are electrically connected to each other, and a response circuit Is configured. As the response circuit, for example, a detection circuit, a power supply circuit, a control circuit, a memory circuit, a modulation circuit, an oscillation circuit, and the like are incorporated in the wireless IC chip.

  Further, the present invention includes a battery-less ID tag that supplies power to each circuit by electromagnetic induction from the outside, or a power supply built-in ID tag that incorporates a battery as a power source. For this reason, the power supply circuit includes a power supply circuit in the case where the power supply battery is disposed on the mounting side of the wireless IC chip, and a loop when a transmission signal from an external reader is received by a loop antenna. And a power supply circuit that uses an electromotive force generated from the electromagnetic wave of the transmission signal by means of a shaped antenna.

  The wireless IC chip according to the present invention takes out the data stored in the memory in the wireless IC chip by the transmission signal from the reading device and transmits it as a response signal to the reading measure, and wirelessly by the transmission signal from the reading device. Data that can be rewritten or updated in the memory or the program stored in the memory in the IC chip, and further the data that the control device in the wireless IC chip automatically stores in the memory based on the program It is configured as a wireless IC chip capable of performing various control modes such as those that can be transmitted to the reading device.

  The configuration of the wireless IC chip in the present invention is not limited to the above-described configuration and the configuration described below, and various modifications are possible.

  FIG. 1 is a schematic perspective view schematically showing an arrangement position of an ID tag having a wireless IC chip and an antenna attached to a slide fastener, according to a first embodiment of the present invention. FIG. 2 shows a longitudinal sectional view of the slide fastener. FIG. 3 is a schematic perspective view schematically showing an arrangement position of an antenna line or a signal line formed on the wireless IC chip and the fastener tape attached to the slide fastener.

  In FIG. 1, reference numeral 1 denotes a slide fastener attached to an adherend 25 such as clothes or a bag by sewing. The fastener tape 4 has a plurality of elements 7, an upper stopper portion 5, an open / close fit. An insertion tool 15, a butterfly stick 9, a box stick 10, a slider 2, a puller 3, a reinforcing tape 8 and the like are attached.

  The fastener tape includes, for example, a fiber tape-shaped base fabric, a nonwoven fabric, a synthetic resin sheet, or the like woven or knitted with synthetic resin fibers. As a fastener element, a coil-shaped element formed by winding a synthetic resin monofilament in a coil shape, and a portion bent in a U-shape in the horizontal direction in a plane is formed in a zigzag shape continuously and alternately along the longitudinal direction. It is composed of continuous elements such as zigzag elements. The same applies to the slider, the upper and lower stoppers, the reinforcing sheet-like member, and the separation / insertion tool, and the thickness, material, structure, and the like can be variously changed.

  A wireless IC chip 20 is attached to a portion near the edge of the fastener tape 4 that is attached to and covered by the adherend 25. The wireless IC chip 20 can be attached to the fastener tape 4 by using an appropriate attachment means such as sticking, bonding, welding, or injection. The wireless IC chip 20 has an antenna (not shown) formed integrally with the wireless IC chip 20.

  As shown in FIG. 2, the wireless IC chip 20 sews the slide fastener 1 along the sewing line 26 of the adherend 25 together with an antenna that transmits and receives signals to and from the external reader 24 shown in FIG. 47. It can arrange | position in the state which cannot be visually observed.

  As a result, the data stored in the wireless IC chip can be called by a transmission signal from the reading device, and the wireless IC chip 20 can be used for product management of the slide fastener 1 or for authenticity determination when the slide fastener 1 is used alone. It can function as an identification device. Further, when the slide fastener 1 is attached to an adherend 25 such as a bag or clothes, the slide fastener 1 can function as an identification device for authenticity determination of the adherend 25 as an original product, product management, or the like. Further, the data and programs stored in the wireless IC chip can be corrected and corrected by a transmission signal from the reading device as necessary.

  1, the wireless IC chip 20 does not have a power source for operating the wireless IC chip, and the wireless IC chip is operated by an electromotive force generated by an antenna (not shown) generated by a transmission signal from the reading device. be able to.

  In the slide fastener 1 shown in FIG. 3, as the fastener tape 4, for example, a conductive fiber material 12 is woven or knitted as a woven or knitted yarn on a fiber tape-like base fabric woven or knitted with synthetic resin fibers. Is. Since other configurations are the same as those in FIG. 1, the same reference numerals as those used in FIG.

  The conductive fiber material 12 in FIG. 3 is woven or knitted simultaneously with the weaving or knitting of the base fabric of the fastener tape 4 as the woven yarn or knitting yarn as shown in FIGS. Can do. The conductive fiber material 12 can be used as a signal line for connecting a wireless IC chip 20 and a sensor (not shown) attached to the adherend 25 or as an antenna of the wireless IC chip 20. 19 to 21 show a state in which the texture and the stitch are exaggerated and enlarged for easy understanding.

  Instead of the conductive fiber material 12 in FIG. 3, a conductive material 13 composed of a thin metal plate, a conductive resin or the like as shown in FIGS. 22 to 24 is attached to the surface of the fastener tape 4, adhered, welded, and tape It can also be attached by various attachment means such as integral molding with 33a or printing for applying a conductive paint. FIG. 22 shows an example of printing with a conductive paint, and FIG. 23 shows an example of sticking, bonding, and welding of the conductive material 13. FIG. 24 shows an example in which the conductive material 13 is embedded and integrally molded. In FIG. 24, the rail-shaped fastener 33 is shown. However, when the fastener tape 4 is formed by integral molding of resin as with the tape 33a of the rail-shaped fastener 33, it can take the same configuration as the tape in FIG. It is. The attachment of the conductive material 13 to the fastener tape 4 can be formed on either surface of the fastener tape regardless of the surface or the back surface as long as the connection between the conductive material 13 and the wireless IC chip 20 is secured.

  When the conductive fiber material 12 or the conductive material 13 functions as an antenna of the wireless IC chip 20, one end is connected to the wireless IC chip and the other end is formed as one antenna line, or one end is wireless. In addition to being connected to the IC chip, it can also be formed as two antenna wires with the other ends open. Further, the antenna may be formed as an antenna in which the other ends of the two antenna lines are connected to each other or an antenna line in which both ends are connected to a wireless IC chip and an intermediate portion is arranged in a loop shape.

  In the present invention, a metal wire such as a flexible wire is also included as one form of the conductive fiber material 12.

  When the conductive fiber material 12 is used as a signal line for connecting a sensor or the like and the wireless IC chip, the two conductive fiber materials that are not short-circuited with each other can be used as a signal line. An antenna line or a signal line can be formed by a combination of the conductive fiber material 12 and the conductive material 13.

  The wireless IC chip 20 can be attached to one fastener tape 4 as shown in FIG. 1 or to both fastener tapes 4 as shown in FIG.

  FIG. 4 shows a state in which the wireless IC chip 20 is attached to the tape 30 a of the hook-and-loop fastener 30. The radio IC chip 20 is integrally formed with an antenna (not shown). As shown in FIG. 4B, by attaching the tape 30a of the surface fastener 30 to the adherend 25 by sewing or the like, the attachment state of the wireless IC chip 20 can be made invisible from the outside.

  The wireless IC chip 20 can be attached to the tape 30a by using appropriate attachment means such as sticking, bonding, welding, and integrally forming the hook-and-loop fastener. Further, the antenna can be formed integrally with the wireless IC chip 20 or can be formed on the tape 30a of the surface fastener 30 using a conductor, a conductive resin, or the like.

  FIG. 5 shows a band using a hook-and-loop fastener. The band is composed of a long tape-shaped hook-and-loop fastener 30 and a short tape-piece hook-and-loop fastener 30a, and one end of the hook-and-loop fastener 30a is fixed at an intermediate position in the longitudinal direction of the hook-and-loop fastener 30. At both ends of the hook-and-loop fastener 30, there are provided engaging portions where a large number of male or female engaging elements that can be engaged and disengaged are provided, and by engaging both engaging portions, the band can be formed in a ring shape. . In addition, an engagement surface on which a large number of male or female engagement elements that can be engaged and disengaged stands is also provided on the opposing surface of the surface fastener 30 and the surface fastener 30a.

  By disposing the wireless IC chip 20 between the engagement surfaces of the hook-and-loop fastener 30, it can be attached to the hook-and-loop fastener. The radio IC chip 20 is integrally formed with an antenna (not shown). At this time, the wireless IC chip 20 can be attached to and detached from the surface fastener 30 by releasing the surface fastener holding the wireless IC chip 20. Thereby, it is possible to make it impossible to perform reading from the reading device simply by removing the wireless IC chip 20 from the hook-and-loop fastener 30, and unauthorized access to the wireless IC chip 20 can be prevented.

  Further, when the wireless IC chip 20 is fixed to the engagement surface of the surface fastener 30 and the shielding member 45 is provided on the surface fastener 30a capable of covering the wireless IC chip 20, the wireless IC chip 20 is not covered with the surface fastener 30a. In addition, when the wireless IC chip 20 communicates with an external reader to enable signal reception, and the hook-and-loop fastener 30a covers the wireless IC chip 20 or the antenna 21 of the wireless IC chip 20, the shielding member 45 is used. However, it is also possible to prohibit the reception and reception of signals between the wireless IC chip 20 and the reading device.

  By making the wireless IC chip 20 detachable from the hook-and-loop fastener 30, when washing the adherend 25 to which the hook-and-loop fastener 20 is attached, washing is performed with the wireless IC chip 20 removed from the hook-and-loop fastener 30. Will be able to. In addition, the wireless IC chip can be easily detached from the hook-and-loop fastener when it becomes necessary to protect personal privacy.

  6A shows an example in which the wireless IC chip 20 is attached to the tape 32a of the snap fastener 31, and an antenna (not shown) is integrally formed on the wireless IC chip 20. FIG. As shown in FIG. 6B, by attaching the tape 32a of the snap fastener 31 to the adherend 25 by sewing, bonding, welding, or the like, the attachment state of the wireless IC chip 20 cannot be seen from the outside. Can do. The wireless IC chip 20 can be attached to the tape 32a by using appropriate attachment means such as adhesion, adhesion, welding, and integral molding when the tape 32a is molded.

  The snap fastener according to the illustrated example is provided on the front and back surfaces of a fiber tape-shaped base fabric obtained by weaving or knitting, for example, through a plurality of attachment holes drilled along the longitudinal direction of the center of the base fabric at a predetermined interval. A male engaging member obtained by integrally forming the snap button 32b and a female engaging member obtained by integrally forming a large number of female snap buttons 32c through the attachment holes of the mating fiber tape base fabric. Yes.

  FIG. 7A shows an example in which the wireless IC chip 20 is attached to the tape 33a of the rail-shaped fastener 33 having the engaging strip 33b. The radio IC chip 20 is integrally formed with an antenna (not shown). As shown in FIG. 7B, by attaching the tape 33a of the rail-shaped fastener 33 to the adherend 25 by sewing, bonding, welding, or the like, the mounting state of the wireless IC chip 20 cannot be seen from the outside. be able to. As for the attachment of the tape 33a of the wireless IC chip 20, an appropriate attachment means such as sticking, adhesion, welding, and integrally forming at the time of forming the tape 33a can be adopted.

  8 to 18 show a typical second embodiment of the present invention, in which the slide fastener 1 is used as a fastener. The wireless IC chip 20 basically has the same configuration as the slide fastener 1 in the first embodiment described above, except for the configuration arranged in the vicinity of the opening / closing insertion tool 15 of the fastener tape 4. Therefore, the description of the member is omitted by using the same reference numerals as those used in the first embodiment.

  The wireless IC chip 20 is attached to the inside of the reinforcing tape 8 that is welded to the lower end portion of the fastener tape 4 via an adhesive layer or the upper surface of the reinforcing tape 8 by means such as adhesion, sticking, and welding. Further, the conductive fiber material 12 may be attached and used by weaving or knitting simultaneously with the weaving or knitting of the fastener tape 4.

  A conductive material may be used instead of the conductive fiber material 12 and attached to the fastener tape 4 as described in the first embodiment.

  When the conductive fiber material 12 or the conductive material 13 functions as the antenna line 21 or the signal line 23 of the wireless IC chip 20, one antenna line 21 or signal line having one end connected to the wireless IC chip and the other end opened. 23 can be formed. One end can be connected to the wireless IC chip, and the other end can be formed as two antenna lines 21 and signal lines 23. Further, the other ends of the two antenna wires 21 are connected to each other, and one end of each is connected to the wireless IC chip, or the middle portion of the antenna wire having both ends connected to the wireless IC chip is arranged in a loop shape. Thus, a loop-shaped antenna line can also be formed.

  In the present invention, a metal wire such as a flexible wire is also included as one form of the conductive fiber material 12.

  FIG. 9 shows an example in which the fastener element 14 and / or at least one conductive fiber material 12 constituting the core string is functioned also as an antenna of the wireless IC chip 20. As shown in FIGS. 26 and 27, the conductive resin monofilament constituting the fastener element 14 is formed by bending in a coil shape or zigzag shape, and one end of the fastener element 14 and the wireless IC chip 20 are connected by a signal line 23. Accordingly, the fastener element 14 can have a function as an antenna.

  Or as shown to Fig.25 (a), the conductive fiber material 12 can be distribute | arranged to a part of fiber which comprises the core string 11, and the same conductive fiber material 12 can also be provided with the function as an antenna. Furthermore, the conductive resin monofilament constituting the fastener element 14 is formed by bending it into a coil shape, and the conductive fiber material 12 is disposed on at least a part of the fibers constituting the core string 11 while having a function as an antenna. Thus, the core string 11 can also have a function as a magnetic core member in the conductive resin monofilament.

  The other end of the fastener element 14 can be connected to the other end of the conductive fiber material 12 shown in FIG. 8 to function as a loop antenna. For the signal line 23, a conductive linear material such as a conductive fiber material can be used, and the signal line 23 can be formed simultaneously with weaving and / or knitting of the fastener tape 4. Alternatively, the butterfly stick 9 or the box stick 10 electrically connected to the fastener element 14 may be made of a conductive material, and the signal line 23 may be electrically connected to the butterfly stick 9 or the box stick 10.

  FIG. 10 shows an example in which the wireless IC chip 20 and the antenna 21 are attached to each of the pair of fastener tapes 4. The wireless IC chip 20 and the antenna 21 are attached to the fastener tape 4 in the vicinity of the bottom stopper 6. The state where it is attached and covered with the reinforcing tape 8 is shown. The two wireless IC chips 20 can have different data and different control functions. The wireless IC chip 20 can be attached to the reinforcing tape 8 by an appropriate means such as adhesion instead of being covered with the reinforcing tape 8.

  Alternatively, one wireless IC chip can be configured as an active type having a power supply battery, and the other wireless IC chip can be configured as a passive type having no power supply battery. At this time, both wireless IC chips can be synchronized or only one wireless IC chip can be selectively operated. Until the end of the battery life due to the active type wireless IC chip, radio waves can be stably transmitted from the wireless IC chip over a predetermined range. It is possible to maintain the function of transmitting in response to the signal from.

  11 and 12 show an example in which the power supply battery 22 for the wireless IC chip 20 is provided in the example of FIG. The power battery 22 and the wireless IC chip 20 are electrically connected by a signal line 23 so that the current and voltage of the power battery 22 can be supplied to the wireless IC chip 20. The power battery 22, the signal line 23, and the wireless IC chip 20 can be covered with the reinforcing tape 8 and attached to the fastener tape 4 via the reinforcing tape 8. Further, the power battery 22 and the wireless IC chip 20 can be mounted on the reinforcing tape 8.

  In particular, the power battery 22 is detachably mounted on the reinforcing tape 8, and the power battery 22 is provided with a switch function so that an operation for operating the switch mechanism by pressing the power battery 22 is performed. Only when the wireless IC chip 20 can be operated.

  The power battery 22 can be configured to be housed and disposed in a case or the like having a switch function and attached to the reinforcing tape 8. For this reason, in the present invention, the meaning of the term of the power battery 22 includes the case where it is used as the battery itself, and the case where it is detachably stored in a case with a switch or a case without a switch function. Are used.

  In FIG. 11, since the wireless IC chip 20 can be covered with the adherend 25, even when the wireless IC chip 20 is mounted on the reinforcing tape, the reinforcing tape 8 and the fastener tape 4 are not connected. Even when it is attached, it can be always covered with the adherend 25.

  FIG. 13 shows an example in which the wireless IC chip 20 and the antenna 21 are attached to one of the pair of fastener tapes 4 and the power battery 22 is attached to the other. The power supply battery 22 and the wireless IC chip 20 are electrically connected via the separation / insertion tool 15. An electrical connection terminal is formed between the male member and the female member constituting the separation fitting insert 15, and the male member and the female member are engaged and engaged as shown in FIG. The electrical connection terminals are brought into contact with each other to form an electrically connected state. When the male member and the female member are disengaged as shown in FIG. The connection is interrupted.

  As a result, the male member and the female member constituting the separation / fitting insert 15 can be provided with a switch mechanism. Further, by providing the power battery 22 with a switch function, the wireless IC chip 20 can be operated only when necessary by operating the switch mechanism by pressing the power battery 22 or the like. You can also.

  In the example shown in FIGS. 13 and 14, the example in which the antenna 21 is configured with the wireless IC chip 20 has been described. However, the antenna 21 does not necessarily have to be configured with the wireless IC chip 20. It can be formed on the fastener tape 4, a conductive fastener element, a core string having a conductive fiber material, or the like.

  FIGS. 15-18 demonstrates the example which comprised the radio | wireless IC chip 20 so that attachment or detachment with respect to the fastener tape 4 was possible. In FIG. 15, the power supply battery 22 and the engaging portion 27 b are electrically connected and attached to the reinforcing tape 8, and the fastener element 14 or the core string 11 that also functions as the antenna is connected by the signal line 23. An example of electrical connection is shown. By engaging the engagement portion 27a of the wireless IC chip 20 with the engagement portion 27b attached to the reinforcing tape 8, a wireless IC chip with a power battery can be formed.

  FIG. 16 shows an example in which the antenna 21 is formed in the adherend 25. In this case, the power supply battery can be attached to the reinforcing tape 8, or the antenna 21 can be formed in a loop shape to generate an electromotive force.

  FIG. 17 shows an example in which the wireless IC chip 20 and the antenna 21 are detachably attached to each of the pair of fastener tapes 4. FIG. 18 shows an example in which the wireless IC chip 20 can be detachably attached to the engaging portion 27 b attached to the reinforcing tape 8. The engaging part 27b shows the example electrically connected with the electroconductive fastener element 14 or the electroconductive fiber material in the core string 11 which has an electroconductive fiber material via the signal wire | line 23. FIG.

  FIGS. 25B and 25C show an example in which the wireless IC chip 20 is built in the element 7 and the conductive fiber material 12 disposed in the core string 11 and the wireless IC chip 20 are electrically connected. Show. By using the conductive fiber material 12 in the core string 11 as an antenna, a required number of wireless IC chips 20 can be attached in an arbitrary element 7. The mounting of the wireless IC chip 20 in the element 7 can be incorporated together when the element 7 is molded.

  The wireless IC chip can be attached to fixing means for various fasteners. For example, in the case of a snap button fastener, the wireless IC chip can be attached to the inside of a male engaging member or a female engaging member.

  An antenna can also be configured by connecting the conductive fiber material 12 in the core string 11 in a loop shape with a conductive fiber material and a conductive material arranged on a fastener tape.

  FIG. 28 shows an example in which a wireless IC chip is built in the upper stopper 5, and FIG. 29 shows an example in which a wireless IC chip is built in the lower stopper 6. In these examples, the antenna can be formed integrally with the wireless IC chip 20, or a conductive fastener element, a core string having a conductive fiber material, or the like can be used. In the illustrated example, the wireless IC chip is incorporated in the upper and lower stoppers 5 and 6, but instead of the wireless IC chip, Plagenome (registered trademark) in which a rare earth element is mixed into the resin is used as the identification medium. You can also.

  FIG. 30 shows an example in which a hole 6 a into which the wireless IC chip 20 can be detachably inserted is formed in the bottom stop 6. The antenna of the wireless IC chip 20 can be formed integrally with the wireless IC chip 20, or a conductive fastener element, a core string having a conductive fiber material, or the like can be used. By detaching the wireless IC chip 20 from the hole 6a, the wireless Ic chip can be taken out from the hole 6a any time when communication with the reading device is not desired.

  FIG. 31 shows an example in which a hole 2 a into which the wireless IC chip 20 can be detachably inserted in the slider 2 is formed. The antenna of the wireless IC chip 20 can be formed by being formed integrally with the wireless IC chip 20. By detaching the wireless IC chip 20 from the hole 2a, it is possible to take out the wireless IC chip from the hole 2a any time when communication with the reading device is not desired.

  FIG. 32 shows an example in which the contact IC chip 20 is attached to the decorative body 19 that can be detachably attached to the puller 3. The contact IC chip 20 is arranged inside the decorative body 19, and a part thereof is exposed from an opening formed on the surface of the decorative body 19. Communication is possible by bringing the reader / writer into contact with the IC chip from the opening, and data can be read and written. The decorative body 19 can be inserted and fitted into the puller 3 inside.

  FIG. 33 shows an example in which a wireless IC chip 20 with an antenna is attached to a decorative body 19 that can be detachably attached to the puller 3. The wireless IC chip 20 is disposed inside the decorative body 19 and is entirely covered. The decorative body 19 has an engaging head, and can be engaged with an engaging hole formed in the puller 3 in a snap button manner.

  34 and 35 show an example in which a wireless IC chip 20 and an antenna 21 are built in a pullable handle 3 that is detachable from the slider 2. Since the puller 3 is detachably attached to the slider, the puller 3 can be removed from the slider 2 at any time when it is not desired to send / receive data to / from the reading device, and unauthorized access to the wireless IC chip 20 can be performed. Etc. can be prevented. Further, instead of incorporating the wireless IC chip 20 and the antenna 21 in the puller 3, the resin molded body added with a so-called plasticome (registered trademark) in which a rare earth element is mixed into the resin is formed, and this is used as an identification medium. It can also be made to be integrated with a part of the puller 3.

  FIG. 36 shows a case where a radio IC chip having an antenna is housed in a buckle 36, and a radio IC chip 20 having an antenna is housed in a fitting portion 36c formed in a male member 36a. By using it, the wireless IC chip 20 can be removed from the storage portion 36c. If necessary, the wireless IC chip 20 can be built in the housing portion 36c using an adhesive or the like. FIG. 36B shows a state in which the male member 36a and the female member 36b are engaged. As can be seen from FIG. 36B, in the state in which the male member 36a and the female member 36b are engaged, the wireless IC The chip 20 is prevented from being exposed to the outside.

  FIGS. 37A and 37B show an example in which a contact IC chip is attached to the belt adjuster 37. A concave portion is formed on the inner peripheral surface of the hole portion 37a formed in the belt adjuster 37, and the contact IC chip 20 is attached and detached by engaging the convex portion formed on the outer peripheral portion of the contact IC chip 20 with the concave portion. Can be attached as possible. Communication with the contact IC chip can be performed by reading or writing data by bringing the reader / writer into contact with the IC chip exposed from the surface of the belt adjuster 37.

  As an identification medium, instead of the above-described wireless IC chip or contact IC chip, Plagenome (registered trademark) in which a rare earth element is mixed in a resin as described above can also be used. An emission spectrum is generated by irradiating ultraviolet rays, and the frequency of a specific wavelength corresponding to a change in the kind of rare earth element, the added amount, etc. can be detected as information. FIG. 38 shows an example in which a resin molded body obtained by adding the above-mentioned Plagenome (registered trademark) to Naskan 38 is attached as the identification medium 20. The identification medium 20 can be detachably fitted into the hole 38a formed in the eggplant 38. Reference numeral 35 denotes a belt attached so as to be adjustable in length.

  FIG. 39 shows an example in which the wireless IC chip 20 is attached to the cord stopper 39. A space portion is formed between the lid 39b screwed into the cord stopper 39 body and the cord stopper 39 body, and the wireless IC chip 20 having an antenna can be accommodated in the space portion. The wireless IC chip can be taken out by removing the lid from the main body of the cord stopper 39.

  40 and 41, a hook-and-loop fastener 30 having an electrical contact piece is formed on the outer peripheral surface of the cord stopper 39 body, and the sensor 28 and the signal line 29 attached to the adherend 25 are connected to the adherend 25. The data detected by the sensor 28 can be taken into the wireless IC chip 20 by electrically connecting the electrical contact piece formed on the hook-and-loop fastener 30 attached to the electrical contact piece of the cord stopper 39. In addition, the captured data can be transmitted to the reading device.

  When a sensor that measures the heart rate is used as the sensor 28, the sensor 28 can be used for a wide range of purposes, for example, measuring the heart rate during jogging. The code | symbol 39a is the string attached so that length adjustment was possible.

  FIG. 42 shows an example in which a wireless IC chip having an antenna is incorporated in a snap button 40 including a male button 40b and a female button 40a fixed to the adherend 25. The wireless IC chip 20 can be incorporated in the snap button 40 by detaching the lid 40c provided on the male button 40b or the female button 40a. By using the lid 40c, the wireless IC chip 20 can be taken out from the snap button 40 when unnecessary, and unauthorized access to the wireless IC chip can be prevented.

  43 to 46 show an example in which the wireless IC chip 20 and the antenna 21 can be shielded by the shielding material 45. As the shielding material 45, a metal plate, a metal net, a resin plate containing a magnetic material, or the like can be used. The member provided with the shielding member 45 can be detachably attached to the slide fastener 1 or can be attached to the adherend 25. The member provided with the shielding member 45 can be detachably attached to the slide fastener 1 or the adherend 25 by using a hook-and-loop fastener 30 or a detachable fastener such as the snap button 40.

  As shown in FIG. 43, by engaging the hook-and-loop fastener 30, the shielding member 45 covers the wireless IC chip 20, and transmission from the wireless IC chip 20 or reception of a signal from the reading device can be shielded.

  As shown in FIG. 44, when the antenna is formed over the longitudinal direction of the fastener element 14, etc., it is necessary to cover the entire antenna area with the shielding material 45. Also, as shown in FIG. 45, the antenna 21 is formed on the front side of the shielding member 45, and the slide fastener 1 is covered with the adherend 25 provided with the shielding member 45, so that the slide fastener 1 and the antenna 21 are simultaneously shielded. And coating.

  As shown in FIG. 44, when the antenna is formed over the longitudinal direction of the fastener element 14, etc., it is necessary to cover the entire antenna area with the shielding material 45. Also, as shown in FIG. 45, the antenna 21 is formed on the front side of the shielding member 45, and the slide fastener 1 is covered with the adherend 25 provided with the shielding member 45, so that the slide fastener 1 and the antenna 21 are simultaneously shielded. And coating.

  FIGS. 47 to 49 show an example in which the fastener of the present invention is attached to the garment as the adherend 25. For example, when the antenna 21, various sensors 28, and the signal line 29 are attached to the adherend 25 in advance, and the slide fastener 1 is attached to the adherend 25 as a fastener, for example, the conductive fiber material provided on the slide fastener 1 A wireless IC chip (not shown) in which a detected value of the sensor 28 is attached to the slide fastener 1 by using a conductive material as a signal line and connecting the signal line to a signal line made of the conductive fiber material or conductive material. Can be stored.

  By performing transmission / reception of signals between the reading device 24 arranged outside and the wireless IC chip, the detection value from the sensor stored in the wireless IC chip can be transmitted to the reading device 24. Further, by using the conductive fiber material or conductive material provided on the slide fastener 1 as a transmission / reception antenna, even if the distance between the reader 24 and the wireless IC chip is increased, the transmission / reception antenna is used to transmit signals. Can send and receive.

  When the slide fastener 1 is provided with a power supply battery, various data can be transmitted from the wireless IC chip to the reading device 24, for example, every predetermined time according to a program stored in the wireless IC chip. The wireless IC chip attached to the fastener must have both the functions of having a power battery (active type) and not having a power battery (passive type). Therefore, the radio wave from the wireless IC chip at the manufacturing and sales stage can be received by the reading device in a stable state over a predetermined range, and according to the signal from the reading device side after the life of the power supply Can maintain the function of making outgoing calls.

  In addition, the active type wireless IC chip and the passive type wireless IC chip can be attached to the fastener, and both the wireless IC chips can be synchronized or only one of the wireless IC chips can be selectively operated. Thereby, until the life of the battery is exhausted by the active type wireless IC chip, radio waves can be stably transmitted over a predetermined range from the wireless IC chip, and after the battery life, by the passive type wireless IC chip, It is possible to maintain the function of transmitting according to the signal from the reading device side.

  As shown in FIG. 49, a solar battery 46 is attached to the adherend 25 and attached to each sensor or slide fastener 1 attached to the adherend 25 to be a power supply battery of a wireless IC chip.

  When the ID tag is used for medical clothes that are identification objects, a required number of sensors can be attached to the cloth of the medical clothes. As the sensor, various sensors such as a sensor that constantly monitors a patient's heart rate, respiration, blood pressure, body temperature, brain wave, and the like, and a position sensor that detects the current location can be used. The adherend 25 is not limited to clothing, and a fastener having a wireless IC chip can be attached to a hat or the like.

  The fastener to which the wireless IC chip of the present invention is attached may completely cover the wireless IC chip or the like on an inconspicuous portion of the adherend, and the state where the presence of the wireless IC chip cannot be easily recognized. it can. In addition, the wireless IC chip or the like can be arranged at a site where it cannot be easily removed from the adherend.

  Thereby, by storing a security number or the like as data stored in the wireless IC chip, it is possible to sufficiently guarantee the reliability of measures against loss of products, measures against theft, and measures against forgery. Moreover, by storing individual product information in the memory of the wireless IC chip, all product management from product production to distribution and sales can be performed rationally. Further, since the wireless IC chip can be detachably attached to the fastener, the wireless IC chip can be detached from the fastener when necessary.

  In addition, this invention is not limited to the said embodiment, Naturally also includes the technical range which those skilled in the art can change easily from those embodiment.

FIG. 1 is a diagram illustrating an arrangement position of the wireless IC chip according to the first embodiment. FIG. 2 is a longitudinal sectional view in FIG. FIG. 3 is a diagram showing the arrangement position of the wireless IC chip and the antenna line or signal line. FIG. 4 is a diagram illustrating an example in which a wireless IC chip is attached to a hook-and-loop fastener. FIG. 5 is a view showing a modification in which a wireless IC chip is attached to a hook-and-loop fastener. FIG. 6 is a diagram illustrating an example in which a wireless IC chip is attached to a snap fastener. FIG. 7 is a diagram illustrating an example in which a wireless IC chip is attached to a rail-shaped fastener. FIG. 8 is a diagram illustrating an example in which the wireless IC chip according to the second embodiment is arranged in the vicinity of the bottom stop. FIG. 9 is a diagram illustrating a modification of the second embodiment. FIG. 10 is a diagram illustrating another modification of the second embodiment. FIG. 11 is a diagram illustrating an example in which a power supply battery is attached in the second embodiment. FIG. 12 is a diagram illustrating a modification in which a power supply battery is attached in the second embodiment. FIG. 13 is a diagram illustrating another modification in which the power battery is attached in the second embodiment. FIG. 14 is a diagram illustrating the switch mechanism of FIG. FIG. 15 is a diagram illustrating an example in which a wireless IC chip is detachably attached. FIG. 16 is a view showing a modification in which a wireless IC chip is detachably attached. FIG. 17 is a diagram showing another modification example in which a wireless IC chip is detachably attached. FIG. 18 is a diagram showing another modification example in which a wireless IC chip is detachably attached. FIG. 19 is a diagram illustrating an example in which a conductive fiber material is used as a woven yarn. FIG. 20 is a diagram illustrating a modification in which a conductive fiber material is used as a woven yarn. FIG. 21 is a diagram illustrating an example in which a conductive fiber material is used as a knitting yarn. FIG. 22 is a diagram illustrating an example in which a conductive material is attached to a fastener tape. FIG. 23 is a view showing a modification in which a conductive material is attached to a fastener tape. FIG. 24 is a diagram illustrating an example in which a conductive material is embedded in a fastener tape. FIG. 25 is a diagram illustrating an example in which a wireless IC chip is provided in an element and a conductive fiber material is provided in a core string. FIG. 26 is a partially enlarged view showing that the fastener element having the antenna function is coiled. FIG. 27 is a partially enlarged view showing that the fastener element having the antenna function is in a zigzag shape. FIG. 28 is a diagram illustrating an example in which a wireless IC chip is attached to the top stopper. FIG. 29 is a diagram illustrating an example in which a wireless IC chip is attached to the bottom stop portion. FIG. 30 is a diagram showing a modification in which a wireless IC chip is attached to the bottom stop portion. FIG. 31 is a diagram illustrating an example in which a wireless IC chip is attached to a slider. FIG. 32 is a diagram showing an example in which a contact IC chip is attached to the decorative member. FIG. 33 is a diagram illustrating a modification in which a wireless IC chip is attached to the decorative member. FIG. 34 is a diagram illustrating an example in which a wireless IC chip is attached to a detachable pull handle. FIG. 35 is a diagram illustrating a modification in which a wireless IC chip is attached to a detachable puller. FIG. 36 is a diagram illustrating an example in which a wireless IC chip is attached to a buckle. FIG. 37 is a diagram showing an example in which a contact IC chip is attached to the belt adjuster. FIG. 38 is a diagram showing an example in which Plagenome (registered trademark) is attached to an eggplant. FIG. 39 is a diagram illustrating an example in which a wireless IC chip is attached to the cord stopper. FIG. 40 is a diagram showing a modification in which a wireless IC chip is attached to the cord stopper. FIG. 41 is a diagram illustrating the relationship between the cord stopper and the adherend. FIG. 42 is a diagram illustrating an example in which a wireless IC chip is attached to the snap button. FIG. 43 is a diagram illustrating an example in which a shielding material is provided. FIG. 44 is a diagram showing a modified example in which a shielding material is arranged. FIG. 45 is a diagram showing another modification example in which a shielding material is arranged. FIG. 46 is a diagram showing another modification example in which a shielding material is provided. FIG. 47 is a diagram showing an example in which a slide fastener having a wireless IC chip is attached to an adherend. FIG. 48 is a diagram showing a modification in which a slide fastener having a wireless IC chip is attached to an adherend. FIG. 49 is a view showing another modification in which a slide fastener having a wireless IC chip is attached to an adherend. FIG. 50 is a diagram showing another modification in which a slide fastener having a wireless IC chip is attached to an adherend. FIG. 51 is a diagram showing a conventional example. FIG. 52 is a diagram showing another conventional example. 53 is a cross-sectional view of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Slide fastener 2 Slider 2a Hole part 3 Pull handle 4 Fastener tape 5 Top stop part 6 Bottom stop part 6a Hole part 7 Element 8 Reinforcement tape 9 Butterfly stick 10 Box stick 11 Core string 12 Conductive fiber material 13 Conductive material 15 Separation Inserting tool 20 Identification medium (wireless IC chip, contact IC chip, etc.)
21 antenna 22 power supply battery 23 signal line 24 reading device 25 adherend 26 sewing line 27a, 27b engaging portion 28 sensor 29 signal line 30 surface fastener 31 snap fastener 32a snap fastener tape 33 rail fastener 33a rail fastener tape 35 Belt 36 Buckle 36a Male member 36b Female member 36c Storage part 37 Belt adjuster 38 Naskan 38a Hole 39 Cord stopper 39a String 39b Lid 40 Snap button 40a Female button 40b Male button 40c Lid 45 Shielding material 46 Solar cell 51 Puller body 52 Buried Slot 53 Coil antenna 54 IC chip 55 Glass tube 56 Transmission / reception slit 61 Sewing leg 62 Button body 64 Ring-shaped recess 65 Spiral coil antenna 66 Wireless IC chip

Claims (46)

A fastener having a tape (4, 30a, 31a, 32a, 33a) to which an adhering means is attached and is attached to an adherend (25),
An identification medium (20) attached to the fastener;
An antenna (21) or a signal line (23) continuously arranged in the longitudinal direction of the tape (4, 30a, 31a, 32a, 33a);
The identification medium (20) is a wireless IC chip;
A fastener comprising the wireless IC chip and an antenna (21) or a signal line (23) connected to each other.   The fastener according to claim 1, wherein the antenna (21) or the signal line (23) is woven or knitted on the tape (4, 30a, 31a, 32a, 33a).   The antenna (21) or the signal line (23) is affixed, adhered, welded, printed or embedded in the tape (4, 30a, 31a, 32a, 33a). fastener.   The fastener according to any one of claims 1 to 3, wherein the antenna (21) or the signal line (23) is formed on a core string (11) of the slide fastener (1).   The antenna (21) or signal line (23) is formed on a fastener element (14) of a slide fastener (1), and the fastener element (14) is formed by bending a conductive resin monofilament. The fastener according to claim 1. A slide fastener (1) having a fastener tape (4) attached to an adherend (25),
A slide fastener comprising an identification medium (20) attached in the vicinity of the stoppers (5, 6, 15) of the fastener tape (4).   The identification medium (20) is a wireless IC chip, and an antenna (21) or a signal line (23) connected to the wireless IC chip is attached to the fastener. fastener.   The slide fastener according to claim 7, wherein the antenna (21) or the signal line (23) connected to the wireless IC chip (20) is woven or knitted on the fastener tape (4). .   The fastener according to claim 7, wherein the antenna (21) or the signal line (23) is attached, adhered, welded, printed or embedded in the fastener tape (4).   The antenna (21) or signal line (23) connected to the wireless IC chip (20) is formed on a core string (11) of a slide fastener (1). A slide fastener according to any one of the above.   The slide fastener according to claim 10, wherein a conductive fiber material (12) is used for at least some of the fibers constituting the core string (11).   The antenna (21) or signal line (23) connected to the wireless IC chip (20) is formed on the fastener element (14) of the slide fastener (1), and the fastener element (14) is made of conductive resin monofilament. The slide fastener according to any one of claims 7 to 9, wherein the slide fastener is formed by bending. A slide fastener (1) having a fastener tape (4) attached to an adherend (25),
A slide fastener comprising an identification medium (20) attached to a stop (5, 6, 15) of a slide fastener (1).   14. The slide fastener according to claim 13, wherein the identification medium (20) is built in the stopper (5, 6, 15).   14. The slide fastener according to claim 13, wherein the identification medium (20) is detachably attached to the stopper (5, 6, 15).   The slide fastener according to any one of claims 13 to 15, wherein the stopper is an upper stopper (5).   The slide fastener according to any one of claims 13 to 15, wherein the stopper is a bottom stopper (6).   The slide fastener according to any one of claims 13 to 15, wherein the stop portion is a separation / insertion tool (15). A fastener having a tape (4, 30a, 31a, 32a, 33a) to which an adhering means is attached and is attached to an adherend (25),
A fastener comprising an identification medium (20) attached to the fixing means. In the slide fastener (1) having the fastener tape (4) to be attached to the adherend (25),
A slide fastener comprising an identification medium (20) attached to a fastener element (14). In the slide fastener (1) having the fastener tape (4) to be attached to the adherend (25),
A slide fastener comprising an identification medium (20) attached to a slider (2).   The slide fastener according to claim 21, wherein the identification medium (20) is built in the slider (2).   The slide fastener according to claim 21, wherein the identification medium (20) is detachably attached to the slider (2). In the slide fastener (1) having the fastener tape (4) to be attached to the adherend (25),
A slide fastener comprising an identification medium (20) attached to a decorative member (19) detachably attached to a puller (3). A fastener having a tape (4, 30a, 31a, 32a, 33a) to which an adhering means is attached and is attached to an adherend (25),
An identification medium (20) which is a wireless IC chip;
A fastener comprising a power battery (22) and an antenna (21) connected to a wireless IC chip.   The fastener according to claim 25, characterized in that the wireless IC chip (20) and / or the power battery (22) are detachably attached to the tape (4, 30a, 31a, 32a, 33a). .   The fastener includes a pair of left and right fastener tapes (4) that open and close to the left and right, and a separation / insertion tool (15), and the wireless IC chip (20) is attached to one of the tapes (4). The power supply battery (22) of the chip (20) is attached to the other tape (4), and the wireless IC chip (20) and the power supply battery (22) are operated by engaging / disengaging the separation / insertion tool (15). 26. The fastener according to claim 24 or 25, wherein a switch for connecting and disconnecting to and from is formed. An identification medium (20) which is a wireless IC chip;
A shielding material that shields communication with the wireless IC chip;
A fastener characterized by being attached.   The fastener according to claim 28, wherein the shielding material shields the antenna (21) connected to the wireless IC chip (20).   The fastener according to claim 28 or 29, wherein the fastener has a tape (4, 30a, 31a, 32a, 33a) to be attached to an adherend (25). A hook-and-loop fastener having an engaging surface that is detachable facing the surface,
A hook-and-loop fastener comprising an identification medium (20) disposed between the engagement surfaces and covered.   The identification medium (20) is a wireless IC chip, and the surface fastener that covers the wireless IC chip includes a shielding material that shields communication with the wireless IC chip. Hook-and-loop fastener. An adherend to which a fastener attached with an identification medium (20) is attached,
The identification medium (20) is a wireless IC chip,
An adherend having an antenna (21) or a signal line (23) electrically connected to a wireless IC chip on the adherend. Disposing a conductive material (13) or a conductive fiber material (12) on the tape (4) of the fastener (1),
Various sensors (28) are attached to the adherend (25),
The various sensors (28) and the antenna (21) or signal line (23) and the wireless IC chip (20) through the conductive material (13) or the conductive fiber material (12) disposed on the tape (4). 34. The adherend according to claim 33, wherein the adherend is electrically connected to each other. An adherend to which a fastener attached with an identification medium (20) is attached,
The identification medium (20) is a wireless IC chip,
An adherend having a shielding material for covering the adherend with a wireless IC chip and shielding communication with the wireless IC chip.   The said fastener is provided with the antenna (21) connected with the radio | wireless IC chip (20), and has the shielding material (45) which covers the said antenna (21) in the said to-be-adhered body (25). The adherend described in 1.   A fastener characterized in that an identification medium (20) is detachably attached.   The fastener according to claim 37, wherein the fastener is a snap fastener.   The fastener according to claim 37, wherein the fastener is a rail fastener.   The fastener according to claim 37, wherein the fastener is a buckle.   The fastener according to claim 37, wherein the fastener is a cord stopper.   The fastener according to claim 37, wherein the fastener is an eggplant.   The fastener according to claim 37, wherein the fastener is a snap button.   The fastener according to claim 37, wherein the fastener is a slide fastener.   The fastener according to claim 37, wherein the fastener is a hook-and-loop fastener. The fastener according to claim 37, wherein the fastener is a belt adjuster.

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