JP2019040511A - Information storage element shield - Google Patents

Abstract

To provide an information storage element shield that can protect information by reducing opportunities for a malicious person reading information for identifying an individual.SOLUTION: An information storage element shield 200 comprises an information storage element 10 from which information for identifying an individual can be read via radio read signal in a non-contact manner and which is surrounded by a shield member for shielding the read signal. The shield member of the information storage element shield 200 is openable by breaking at a notch 203 and allows the information storage element 10 to be taken out.SELECTED DRAWING: Figure 2

Description

  The present invention relates to a shield for an information storage element that houses an information storage element from which information for identifying an individual is read in a non-contact manner by a read signal based on a radio signal.

On railways, ticket gates can pass through an IC card that functions as a commuter pass or ticket by passing it through a ticket gate installed at the ticket gate. This IC card incorporates an information storage element in which information for specifying the owner is read in a non-contact manner by a read signal based on a radio signal, and a bid record and balance information is written in accordance with a write signal.
Further, the information storage element is used for merchandise management in logistics, used for preventing theft of merchandise in a store, and the information storage element is used for various purposes.

For example, Patent Document 1 describes a safety confirmation system in which a transmitting element storing personal information is built in a denture.
Also, in Patent Document 2, when holding an NFC (Near Field Communication) tag filled with a URL (Uniform Resource Locator) over an Internet terminal equipped with the NFC function, the fortune-telling results and browsing status An NFC fortune-telling system that can be used as a safety confirmation means that can be used easily in an emergency such as a disaster is described.

JP 2013-97440 A JP-A-2015-179415

  In the safety confirmation system described in Patent Document 1, a transmitting element (information storage element) is embedded in a denture by a dentist or a dental technician and directly delivered to a patient. There are few opportunities for others to contact you. However, there is a possibility that information is read from the information storage element by a reading device by a malicious person while being delivered from a provider of the information storage element to a dental clinic and a dental laboratory that manufactures a denture.

  In the NFC fortune-telling system described in Patent Document 2, for example, when this amulet is sold at a store, there is a possibility that information is read by a reader from an amulet arranged at the store by a malicious person.

  Furthermore, after a malicious person reads information in the information storage elements of Patent Documents 1 and 2, there is a possibility that the information is written by a writing device and the information is falsified.

  SUMMARY OF THE INVENTION An object of the present invention is to provide a shield for an information storage element that can protect information for identifying an individual by reducing the chance of reading information for identifying the individual by a malicious person.

  The shield for an information storage element according to the present invention includes a shield member that surrounds an information storage element from which information for identifying an individual is read in a non-contact manner by a read signal of a radio signal and shields the read signal, and the shield member is opened. It is possible.

  According to the shield for an information storage element of the present invention, the information storage element from which information for identifying an individual can be read in a non-contact manner by the read signal of the radio signal is surrounded by the shield member that shields the read signal, and thus is opened. It is possible to prevent information that identifies an individual from being read by a malicious person by a reading device in a use state before the state is reached.

  The information storage element is preferably sealed by a sealing portion formed by a sealing member. Since the information storage element is sealed by the sealing portion, when the information storage element is taken out from the information storage element shield according to the present invention, it can be protected from contamination, damage due to static electricity, and the like.

  The shield member can be formed of a bag-like film member. By storing the information storage element in the bag-shaped shield member, the information storage element can be blocked from the read signal, and by breaking the shield member, the information storage element can be taken out, and information is read from the information storage element. be able to.

  The shield member can be formed by a thin plate-like mount portion on which the information storage element is placed and a cover portion made of a sheet-like film member that covers the information storage element. By storing the information storage element between the mount part and the cover part, the information storage element can be cut off from the read signal, and by removing the cover part from the mount part, the information storage element can be taken out and storing the information. Information can be read from the element.

  The shield member may be formed in a box shape having a lid portion that stores a product in which the information storage element is embedded. By storing the product in a box-shaped shield member, the information storage element can be cut off from the read signal, and by opening the lid, the information storage element can be taken out and information can be read out from the information storage element .

  The shield member may be formed by a shielding portion provided on an inner surface of a recess formed in a product for housing the information storage element, and a cover portion serving as a lid portion of the recess. By storing the information storage element in the concave portion of the product, the information storage element can be blocked from the read signal, and by removing the cover portion, the information can be read from the information storage element.

  The shield member can be formed of artificial teeth in which the information storage element is stored. Even when the information storage element is stored in the artificial tooth, it is possible to prevent information from being read from the information storage element because the artificial tooth is a shield member.

The artificial tooth includes an outer layer portion that shields the read signal and is colored in a color different from that of a natural tooth, and an inner layer portion that stores the information storage element and transmits the read signal. it can.
Although the information storage element is stored in the inner layer portion, since the outer layer portion is colored in a color different from that of the natural tooth, the artificial tooth in which the information storage element is stored can be easily specified. In addition, since the read signal is shielded by the outer layer portion, information cannot be read from the information storage element, but information can be read from the information storage element by cutting the outer layer portion until the inner layer portion is exposed.

  According to the shield for an information storage element of the present invention, by storing the information storage element in the shield for an information storage element of the present invention, it is possible to reduce the chance of reading information identifying an individual by a malicious person. It is possible to protect information that identifies individuals.

It is a perspective view which shows the information storage element sealed by the resin sealing part. It is a perspective view which shows the shield for information storage elements which concerns on Embodiment 1 which accommodated the information storage element. It is a perspective view which shows the base denture by which the information storage element was embed | buried. It is a figure for demonstrating the management system which reads identification information from the base denture in which the information storage element was stored. It is a figure for demonstrating the use condition of the shield for information storage elements. It is a figure which shows a registration postcard. It is a figure which shows the modification of the shielding body for information storage elements which concerns on Embodiment 1, and covers an information storage element by the cover part by a sheet-like film member on the thin-plate-shaped mount part in which the information storage element was mounted. It is a perspective view for demonstrating the made package part. It is a figure which shows the state which the information storage element shielding body which concerns on Embodiment 2 accommodated the information storage element. It is a figure which shows the state by which the shielding body for information storage elements which concerns on Embodiment 3 accommodated the information storage element, and was accommodated in the guardian. It is a figure which shows the state by which the shield for information storage elements which concerns on Embodiment 3 accommodated the information storage element, and was accommodated in the key ring. It is a figure which shows the state by which the shield for information storage elements which concerns on Embodiment 4 accommodated the information storage element, and was accommodated in the cane, (A) is a figure which shows the whole cane, (B) is a handle part of a cane FIG. 4C is a cross-sectional view of a recess in which an information storage element is embedded. It is a figure which shows the complete denture which the artificial tooth which is the shield for information storage elements which concerns on Embodiment 5 accommodated the information storage element, and was mounted | worn with the denture base, (A) is an upper denture, (B) is a lower jaw A dental prosthesis. It is a cross-sectional perspective view for demonstrating the artificial tooth shown in FIG.

(Embodiment 1)
The shield for information storage elements concerning Embodiment 1 of the present invention is explained based on a drawing.
First, the information storage element will be described with reference to FIG.
The information storage element 10 shown in FIG. 1 is formed in a rectangular thin plate shape, obtains electric power from a read signal, and transmits an information signal indicating information stored therein by this electric power, thereby reading information in a non-contact manner. Passive type RFID.
Information stored in the information storage element 10 is divided into a ROM area that cannot be rewritten and a RAM area that can be rewritten.

The information storage element 10 is sealed by a disk-shaped sealing portion 11 formed by a sealing member. For the sealing member that forms the sealing portion 11, various resin materials such as polymethyl methacrylate (PMMA), polyamide (PA), polyethylene terephthalate (PET), and polyethylene (PE) that are safe for the human body are used. it can.
In the present embodiment, the sealing portion 11 has a disc shape, but may have a thick square shape, a triangular shape, or a different shape such as a star shape or a heart shape.

This information storage element 10 is housed and sold in the information storage element shield 200 shown in FIG.
The information storage element shield 200 is printed on the bag-shaped film member with a display indicating the opening position, a display of the name of the company providing the information storage element 10 and a display indicating the whereabouts of this company name, if necessary. The package portion 201 is formed.
Of the four peripheral edges 202 of the package part 201, one of the short sides 202a is connected to the front surface and the back surface, and the three sides other than the one short side 202a are connected to the front surface and the back surface by heat sealing. Is glued.
The information storage element shield 200 is formed with notches 203 indicating the opening position on both long sides 202b.

By including metal powder in the film member forming the package unit 201, the film member can be a shield member that shields a read signal. Moreover, a film member can be made into a shield member by affixing metal foil on a resin film.
The information storage element 10 is taken out from the information storage element shield 200 and embedded in the denture 31 shown in FIG.

  The information storage element 10 embedded in the denture base 31a of the base denture 31 shown in FIG. 3 stores information for identifying the user who wears the base denture 31. In the first embodiment, a 24-digit manufacturing number is stored in the ROM area, and this manufacturing number is used as identification information which is an example of information for identifying an individual (user). This identification information is managed by the information management system 40 shown in FIG.

The information management system 40 includes a reading device 41 installed in a dental clinic, a dental technician, a nursing facility, and the like, and an information management device 42 installed in an operating company that sells and manages the information storage element 10. Communication is established via the Internet W, which is an example of a telecommunication line.
The reading device 41 transmits the read signal to the information storage element 10 by a radio signal, and receives and decodes the information signal from the information storage element 10 to read the identification information. Further, the reading device 41 transmits the identification information to the information management device 42 via the Internet W by wireless communication, receives information about the user from the information management device 42, and displays it on the display unit of the reading device 41.

  The information management device 42 has a database registered in association with identification information of the information storage element 10 and information about the user. The information management device 42 searches for information related to the user in response to an inquiry based on the identification information transmitted from the reading device 41 and provides the information to the reading device 41.

As information on the user registered in the database, name, agent (name and relationship), address, date of birth, gender, and emergency contact information (phone number, name and relationship) are registered.
As information about the user, a blood type, a hospital name for identifying a dental clinic involved in treatment, a code for identifying the hospital, and the like can be registered. In addition, medical history, medication history, social history, family history, etc. can be registered.

  In particular, if the user is suffering from dementia, if information about emergency contact information is stored, the user's identity can be immediately confirmed, and the family can be contacted or the user treated. You can get in touch immediately when you get permission.

The usage state of the information storage element shield 200 according to Embodiment 1 of the present invention configured as described above will be described with reference to the drawings.
First, at a dental clinic, a patient who intends to wear a bed denture or an attendant of the patient is asked by the dentist whether to embed the information storage element 10 in the bed denture. The patient or attendant agrees with the merits of using the information storage element 10 from the dentist and requests the dentist to embed the information storage element 10 in the denture.

  The dentist orders the information storage element 10 from the manufacturing and sales company F in advance. By doing so, as shown in FIG. 5, the information storage element 10 housed in the information storage element shield 200 and the registration postcard 12 for linking the information storage element 10 and the patient are provided by the dentist. Is delivered to the dental clinic D from the manufacturing and sales company F which received the order from (see S10). In this way, the dentist prepares the information storage element 10 stored in the information storage element shield 200.

In the dental clinic D, a dentist first obtains an agreement from the patient or an attendant to embed the information storage element 10 in the denture in response to a request for making a denture from the patient or an attendant. If consent from the patient or an attendant is obtained, an impression in the oral cavity of the patient is obtained and a model M is produced. Then, the dentist sends this model M to the dental laboratory G together with the information storage element 10 housed in the information storage element shield 200 (see S20). As the model M, a plaster model may be sent, or data obtained by 3D scanning the plaster model may be sent.
Since the information storage element 10 is stored in the information storage element shield 200 while being delivered from the manufacturing and sales company F to the dental laboratory G via the dental clinic D, information on the information storage element 10 is externally received. It cannot be read by the reader.

  At the dental laboratory G, the dental technician opens from the cutout 203 on the one long side 202b side of the information storage element shield 200 shown in FIG. 2 toward the cutout 203 on the other long side 202b. By doing so, a part of the information storage element shield 200 formed by the shield member is opened, so that the information storage element 10 can be taken out (see S30). Then, the dental technician creates a bedded denture 31 in which the information storage element 10 is embedded. As shown in FIG. 5, the denture 31 is sent to the dental clinic D and handed to the patient from the dentist (see S40).

The patient takes the registration postcard 12 handed over from the dentist on the spot or at home and fills it in.
The registration postcard 12 shown in FIG. 6 has a seal 12a printed with a two-dimensional barcode (for example, QR code (registered trademark)), which is an example of optical reading information indicating identification information stored in the information storage element 10. Is affixed. The registration postcard 12 is affixed with a sticker 12b on which identification information indicated by a two-dimensional barcode is printed with hexadecimal numbers that can be visually recognized.
The registration postcard 12 is printed with an entry field for filling in information related to the user registered in the information management device 42. This registration postcard 12 may be provided with fields such as insurance card numbers and medical institution codes that are entered by medical institutions.

  The registered postcard 12 filled with information about the user is posted and mailed to the operating company C shown in FIG. 5 (see S50). In the operating company C, the identification information indicated by the two-dimensional barcode (or identification information in hexadecimal notation) and the information about the user entered in the registered postcard 12 are registered in the information management device 42. By doing so, information about the user is stored in association with the identification information.

For example, when a user of a bed denture 31 becomes a victim of an accident or disaster and is injured or died, there is a case where a driver's license or insurance card is not carried. In that case, it is difficult to investigate the victim's identity.
At this time, the identification information stored in the information storage element 10 embedded in the denture 31 is read by the reading device 41 shown in FIG. 4, and the reading device 41 makes an inquiry to the information management device 42. By doing so, information about the user is transmitted from the information management device 42 to the reading device 41, so that the identity of the user can be easily grasped.

As described above, the information storage element 10 is stored in the information storage element shield 200 when delivered from the manufacturing and sales company F shown in FIG. 5 to the dental clinic D and from the dental clinic D to the dental laboratory G. Since it is surrounded by the shield member, even if a malicious person transmits a read signal to the information storage element 10 by the reader, the information storage element shield 200 shuts off information from the information storage element 10. Cannot read.
Therefore, the shield 200 for information storage elements can reduce the opportunity for the information which identifies an individual by a malicious person to be read. Therefore, information can be protected by the information storage element shield 200.

  In addition, since the information storage element 10 is sealed by the sealing portion 11, when the information storage element 10 is taken out from the information storage element shield 200, it can be protected from contamination or damage due to static electricity. . Further, since the size of the small information storage element 10 is increased by one size, the information storage element 10 can be easily handled.

  Note that, in the information storage element shield 200 according to the first exemplary embodiment, the notch 203 is formed, and by breaking from the position of the notch 203, a part of the information storage element shield 200 is opened. However, the information storage element shield 200 may be opened by being manually broken from the edge of the information storage element shield 200 or by being pinched.

(Modification of Embodiment 1)
A modification of the information storage element shield according to the first embodiment of the present invention will be described with reference to the drawings. In the information storage element shield 210 shown in FIG. 7, the information storage element 10 is accommodated in the package portion 211. The package unit 211 is a sheet-like film 212 on which the information storage element 10 is placed, and a sheet-like film that covers the information storage element 10 sealed in the sealing unit 11 disposed on the mount 212. The cover part 213 by a member is provided.
On the front surface 212, a display of the name of the company that provides the information storage element 10 and a display indicating the whereabouts of the company name are printed on the front surface.

The mount 212 has a multilayer structure in which the metal foil is sandwiched between thin plate members, so that the metal foil portion can be a shield member that shields a read signal. Moreover, thin plate member itself can be made into a shield member by making a thin plate member contain metal powder. Further, the mount portion 212 can be formed of a metal plate to be a shield member.
The cover portion 213 is formed of a film member that serves as a shield member that shields a read signal by containing metal powder in the film member. Moreover, the cover part 213 can also be formed with the film member used as the shield member by sticking metal foil on the resin film.

  When the information storage element 10 is taken out from the information storage element shield 210, the non-adhesive part 213 a arranged at the corner of the cover part 213 is picked and the cover part 213 is peeled off from the mount part 212 to be used for the information storage element. The shield 210 can be opened, and the information storage element 10 can be exposed and taken out.

The information storage element shield 210 shown in FIG. 7 that houses the information storage element 10 can be used in place of the information storage element shield 200 shown in FIG.
Even if the package part 211 of the information storage element shield 210 is formed by the mount part 212 and the cover part 213, the information storage element 10 can be surrounded by the shield member, so that the information storage element shield shown in FIG. As in the case of 200, it is possible to reduce the chance of reading information for identifying an individual of the information storage element 10 by a malicious person.

(Embodiment 2)
An information storage element shield according to Embodiment 2 of the present invention will be described with reference to the drawings.
A wooden card 32a and the information storage element 10 are stored in the keeper 32 shown in FIG. The information storage element 10 is accommodated in the information storage element shield 220.
Similar to the information storage element shield 200 shown in FIG. 2, the information storage element shield 220 is formed by a package portion 221 of a bag-like film member (shield member) that shields a read signal.
The guard 32 is a two-fold registration postcard to which a two-dimensional bar code indicating the identification information of the information storage element 10 housed in the guard 32 and a hexadecimal code (see seals 12a and 12b in FIG. 6) are given. 12 is housed in a bag 13.

  Thus, when the information storage element 10 accommodated in the guardian 32 is accommodated in the information storage element shield 220, the information storage element 10 is directed toward the information storage element 10 when it is lined up at a shrine grant station. Even if a read signal is transmitted, information cannot be read from the information storage element 10 because the information storage element shield 220 is blocked.

  The user who received the amulet 32 fills in the registration postcard 12 stored in the bag 13 and sends it to the management company shown in FIG. The In addition, the user does not usually search for what is in the guard 32. Therefore, in many cases, the user carries the wooden bill 32a and the information storage element 10 housed in the information storage element shield 220 from the guard 32 without taking them out.

  When a user having the guard 32 becomes a victim of an accident or disaster, and is injured or died, the information storage element shield 220 is taken out of the guard 32 and the information storage element shield 220 (package) And the information storage element 10 is taken out of the information storage element shield 220.

  Then, the identification information stored in the information storage element 10 is read by the reading device 41 shown in FIG. 4, and an inquiry is made from the reading device 41 to the information management device 42. By doing so, information about the user is transmitted from the information management device 42 to the reading device 41, so that the identity of the user can be easily grasped in the event of an emergency.

As described above, even after the user has received the amulet 32, the information storage element 10 has the information storage element shield 220 formed by the shield member unless something happens to the user. Since the information storage element shield 220 is blocked even if a malicious person transmits a read signal to the information storage element 10 by the reader, the information storage element 10 is separated from the information storage element 10. The information cannot be read.
Therefore, the shield 220 for information storage elements can reduce the opportunity for the information which identifies an individual by a malicious person to be read.

(Embodiment 3)
An information storage element shield according to Embodiment 3 of the present invention will be described with reference to the drawings.
The key holder 33 shown in FIG. 9 is a commodity sold at a store as a part for carrying with a key attached or as an accessory attached to a bag belt. The key holder 33 includes a hook portion 33a and a main body portion 33b.

The information storage element 10 sealed in the sealing portion 11 is embedded in the main body portion 33b.
The key holder 33 is housed in a package portion 231 formed in a box shape.

The box-shaped package unit 231 can function as the information storage element shield 230 by attaching a metal foil or a metal plate as a shield member to the entire inner surface of a paper box. .
The package part 231 can be opened by opening the lid part 231a, and the key holder 33 can be taken in and out from the opening part 231b.
The package portion 231 is a bi-fold registration postcard 12 to which a two-dimensional bar code indicating the identification information of the information storage element 10 stored in the key holder 33 and a hexadecimal code (see seals 12a and 12b in FIG. 6) are attached. Is also stored together with the key holder 33. The package portion 231 can be a bag as well as a paper or resin box.

Since the key holder 33 is housed in the package portion 231 that blocks the reading signal, a malicious person can be seen while the key holder 33 is delivered from the manufacturing company to the sales store and while the key holder 33 is sold side by side in the store. Even if a reading signal is transmitted to the information storage element 10 by the reader, the information storage element shield 230 is enclosed and surrounded by the information storage element shield 230 formed by the shield member. Since it shuts off, information cannot be read from the information storage element 10.
Therefore, the shield 230 for information storage elements can reduce the opportunity for the information which identifies an individual by a malicious person to be read.

  Although the information storage element shield 230 according to the third embodiment stores the key holder 33 in which the information storage element 10 is embedded, the information storage element 10 can be embedded and radio waves can be transmitted. It may be a package that stores products such as a strap, necklace, pendant, rocket, bracelet, misanga, and rosary.

(Modification of Embodiment 3)
A modification of the information storage element shield according to Embodiment 3 of the present invention will be described with reference to the drawings.
In the key holder 330 shown in FIG. 10A, the main body portion 33c functions as the information storage element shield 232.
A main body 33c shown in FIGS. 10A and 10B has a metal foil shield member 33d embedded in the entire periphery except the front where the information storage element 10 is disposed. In front of the information storage element 10, a shielding seal 33e made of metal foil is attached as a shielding member.
The shielding seal 33e can be an opening seal that can be determined to have been peeled off.

  The key ring 330 is attached with a string-attached bag 14 in which a four-fold registered postcard 12 is stored. The user fills in the registration postcard 12 stored in the stringed bag 14 and sends it to the operating company shown in FIG.

Since the key holder 330 is configured in this manner, the shield member 33d surrounding the information storage element 10 except for the front of the information storage element 10 and the shielding seal 33e positioned in front of the information storage element 10 store information. The periphery of the element 10 is enclosed. By doing so, the main body 33c functions as an information storage element shield.
Therefore, even if a malicious person transmits a read signal to the information storage element 10 by the reading device, information is received from the information storage element 10 embedded in the main body portion 33c functioning as the information storage element shield 232. Reading can be prevented.

  The registered postcard 12 is stored in a folded state in the stringed bag 14 and attached to the key holder 330. However, the registered postcard 12 can be handed to the user when the key holder 330 is purchased.

(Embodiment 4)
An information storage element shield according to Embodiment 4 of the present invention will be described with reference to the drawings.
As shown in FIG. 11A to FIG. 11C, the information storage element 10 is sealed in the sealing portion 11 and embedded in the handle portion 34a of the cane 34 as a product.
The handle 14a of the cane 34 is attached with a stringed bag 14 in which the registered postcard 12 folded in four is stored. In addition to being attached to the handle portion 34a, the registered postcard 12 can be wound around the stick portion 34b of the cane 34 in a state of being stored in the bag 13.
The user fills in the necessary information on the registration postcard 12 and sends it to the operating company C shown in FIG. 5, so that information about the user is registered in the information management device 42.

A concave portion 34c for embedding the information storage element 10 is formed on the side surface of the handle portion 34a. In the recess 34c, a shielding part 241 is formed by attaching a metal foil as a shield member to the inner side surface (bottom surface and peripheral wall surface).
The recessed portion 34c is filled with a filling resin material in a state where the information storage element 10 sealed in the sealing portion 11 is accommodated to form a filling portion 34d.
At the position of the information storage element 10 embedded in the filling portion 34d, a cover portion 242 that is formed by a sheet-like film member that covers the information storage element 10 and serves as a lid portion of the concave portion 34c is attached.

  Similarly to the cover part 213 shown in FIG. 7, the cover part 242 is formed of a film member that serves as a shield member that shields a read signal by containing metal powder in the film member. Moreover, the cover part 242 can also be formed by a film member that serves as a shield member by attaching a metal foil to a resin film.

  The user sends the registration postcard 12 stored in the stringed bag 14 to the operating company C shown in FIG. 5, so that information about the user is registered in the information management device 42.

  As described above, the information storage element 10 is surrounded by the information storage element shield 240 by the shielding part 241 and the cover part 242, so that a person who is malicious can read information that identifies the individual of the information storage element 10. Can be reduced.

  Further, the information storage element shield 240 is opened by peeling the cover part 242 from the handle part 34a of the cane 34, and the identification information stored in the information storage element 10 is read by the reading device 41 shown in FIG. By making an inquiry to the management device 42, the identity of the user can be easily grasped.

  In the fourth embodiment, the information storage element 10 is embedded in the cane 34 while being surrounded by the information storage element shield 240. However, the product in which the information storage element 10 is embedded may be other products. . For example, the product may be a product such as spectacles such as reading glasses, a frame part of sunglasses, a hearing aid, a metal strap, necklace, pendant, rocket, bracelet, misanga, and rosary.

In the first to fourth embodiments, the registration postcard 12 is posted and the identification information is notified to the operating company C. However, registration is performed by a handing card, a facsimile sheet, or a registration site operated by the operating company C. You may do it. Alternatively, the patient may register by calling the operating company C.
Further, the information storage element 10 is sealed by the sealing portion 11 made of a resin material, but the sealing portion may be made of other materials as long as it can transmit a read signal by a radio signal. For example, it may be a ceramic box-like body in which a storage portion for storing the information storage element 10 is formed. Moreover, the sealing part can be made into the metal box-like state which opened the reading part.
Further, in the present embodiment, the information storage element 10 includes a denture 31 (see FIG. 3), a guard 32 (see FIG. 8), a key holder 33 (see FIGS. 9 and 10), and a cane 34 (see FIG. 11). ) But may be stored in other products.
For example, the information storage element 10 can be stored in glasses, a watch, a ring, shoes, a mobile phone, a wallet, a belt, or the like.

(Embodiment 5)
An information storage element shield according to Embodiment 5 of the present invention will be described with reference to the drawings.
As shown in FIGS. 12A and 12B, the information storage element 10 is sealed by the sealing portion 11 and stored in the artificial teeth 50 of the maxillary denture D1 and the mandibular denture D2. .
By sending the registration postcard 12 (see FIG. 6) attached when the information storage element 10 is ordered from the manufacturing / sales company F shown in FIG. 5 to the operating company C, the information management device 42 ( (See FIG. 4).

As shown in FIG. 13, the artificial tooth 50 includes an outer layer portion 51 and an inner layer portion 52.
The outer layer portion 51 is formed of a resin containing metal powder, and thus functions as a shield portion of an information storage element shielding body that shields a read signal. In addition, the resin of the outer layer portion 51 is colored in a color different from that of natural teeth.
The inner layer portion 52 is formed of a resin that stores the information storage element 10 and transmits a read signal.

  In the artificial tooth 50, the information storage element 10 is arranged in the cavity of the mold for molding the inner layer part 52, the inner layer part 52 is molded, and then the information storage element 10 is placed in the cavity of the mold for molding the outer layer part 51. Can be manufactured by arranging the inner layer portion 52 in which the outer layer portion 51 is stored and molding the outer layer portion 51.

  Since the shield member is formed by the artificial tooth 50 in which the information storage element 10 is stored, even if the information storage element 10 is stored in the artificial tooth 50, the artificial tooth 50 is a shield member. Reading information from 10 can be prevented.

  Moreover, although the information storage element 10 is stored in the inner layer part 52, since the outer layer part 51 is colored in a color different from natural teeth, the artificial tooth 50 in which the information storage element 10 is stored can be easily specified. Further, since the read signal is shielded by the outer layer part 51, information cannot be read from the information storage element 10, but information is read from the information storage element 10 by cutting the outer layer part 51 until the inner layer part 52 is exposed. be able to.

  Therefore, the identity of the user can be easily grasped by reading the identification information stored in the information storage element 10 by the reading device 41 shown in FIG. 4 and inquiring the information management device 42.

  In the fifth embodiment, as the information storage element shielding body that shields the read signal from the information storage element 10, the artificial teeth 50 of the complete dentures D1 and D2 shown in FIGS. 12A and 12B are used. It may be a partial denture artificial tooth or a superstructure of an implant, a crown, an inlay, a laminated veneer, or a bridge.

  INDUSTRIAL APPLICABILITY The present invention is suitable for an information storage element shield that houses an information storage element in which information is read in a non-contact manner by a read signal based on a radio signal.

DESCRIPTION OF SYMBOLS 10 Information storage element 11 Sealing part 12 Registration postcard 12a, 12b Seal 13 Bag 14 Bag with string 200,210,220,230,232,240 Information storage element shielding body 201, 2111, 221, 231 Package part 202 Peripheral part 202a Short side 202b Long side 203 Notch part 212 Mount part 213 Cover part 213a Non-adhesion part 231a Lid part 231b Opening part 241 Shield part 242 Cover part 31 Denture base 31a Denture base 32 Omori 32a Wood tag 33,330 Key holder 33a Hook part 33b 33c body part 33d shield member 33e shielding seal 34 cane 34a handle part 34b rod part 34c recess 34d filling part 40 information management system 41 reader 42 information management apparatus 50 artificial tooth 51 outer layer part 52 inner layer part W Internet C transportation Company D Dental Clinic G dental technician F manufacturing and sales company M model D1, D2 dentures

Claims (8)

  A shield for an information storage element that includes a shield member that surrounds an information storage element from which information for identifying an individual can be read in a non-contact manner by a read signal of a radio signal and shields the read signal, and the shield member can be opened.   The shield for an information storage element according to claim 1, wherein the information storage element is sealed by a sealing portion formed by a sealing member.   The shield for an information storage element according to claim 1, wherein the shield member is formed of a bag-shaped film member.   3. The information storage element according to claim 1, wherein the shield member is formed by a thin plate-like mount portion on which the information storage element is placed and a cover portion made of a sheet-like film member that covers the information storage element. Shield.   The shield for an information storage element according to claim 1, wherein the shield member is formed in a box shape having a lid for storing a product in which the information storage element is embedded.   The said shield member was formed by the shielding part provided in the inner surface of the recessed part formed in the goods in order to accommodate the said information storage element, and the cover part used as the cover part of the said recessed part. The shield for information storage elements described.   The shield for an information storage element according to claim 1, wherein the shield member is formed by an artificial tooth in which the information storage element is stored.   The artificial tooth includes an outer layer portion that shields the read signal and is colored in a color different from that of a natural tooth, and an inner layer portion that stores the information storage element and transmits the read signal. Shield for information storage element.