JP2003256795A - Image seal with non-contact system ic tag - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an image seal P with a higher added value by providing the image seal with a non-contact system IC tag. <P>SOLUTION: An adhesive seal S having an image forming layer 2 formed on the front surface of a base material sheet 1 and an adhesive layer 4 formed on the rear surface thereof is formed on a separation sheet 5. The non-contact system IC tag 3 having stored information data such as character data, image data, and voice data capable of being read and outputted by the reading means of a computer terminal machine such as a cell phone is installed on the adhesive seal S. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a non-contact type IC tag-attached image sticker to which a non-contact type IC tag is attached.

[0002]

2. Description of the Related Art Conventionally, an image with a photograph printed by a color printer is provided on one surface of a base sheet,
There is known an image sticker (face photograph sticker, print club, popular name: photo booth) formed by forming an adhesive sticker having an adhesive layer on the other surface on a release sheet.

FIG. 5 is a side sectional view of a conventional image sticker P, and FIG. 6 is a plan view thereof. For example, the image sticker P has an adhesive seal S formed on a release sheet 5, As for S, as shown in FIG. 5, an image forming layer 2 such as an image with a facial photograph is provided on the front surface of the base material sheet 1, and an adhesive layer 4 coated with a pressure sensitive adhesive (adhesive) is provided on the back surface. The release sheet 5 is provided and the release sheet 5 is temporarily adhered to the surface of the adhesive layer 4.

The image forming layer 2 is a printed image layer formed by printing digital image data on the substrate sheet 1 by a color printer method such as a dot printer method, an ink jet method, or a thermal head method using a thermal transfer ribbon. A color copy image layer copied by an electrophotographic method, or a photographic image layer in which a photographic image such as a facial photograph is printed by an exposure method by providing a photosensitive emulsion layer such as a color photographic photosensitizer on the base sheet 1 and developed. Etc.

In the image seal P, when the adhesive seal S is peeled off from the release sheet 5, the adhesive layer 4 is exposed on the surface of the adhesive seal S on the release sheet 5 side, and the image seal P can be appropriately adhered to a desired position. Is.

As shown in the side sectional view of FIG. 5 and the plan view of FIG. 6, the image sticker P is formed by dividing the image forming layer 2 of the same image into multiple surfaces, and an adhesive seal is formed along the partition. S is cut by a score line 6 from its surface to the surface of the release sheet 5 (or in the middle of the paper layer of the release sheet 5), and the adhesive seal S is cut from the release sheet 5 along the score line 6, It can be easily peeled off as a plurality of small piece seals p of the same image as appropriate, and the small piece seal p can be used by adhering to a suitable place like a stamp seal, for example.

The image sticker P manufactured by applying the same image on multiple surfaces in this way is obtained after digital image data is obtained by an electronic photographing device such as a digital camera for photography installed in various stores or game centers. An image sticker manufacturing apparatus, such as a color printer, an electrophotographic system, or a photoprinting developing apparatus, is used to print the same image on multiple sides.

[0008] The image sticker manufacturing apparatus carries out photographing several times, selects electronic image data of a desired photographic image from among the photographing, and selects from several background images and arrangement images prepared in advance in the apparatus. Electronic data of your choice is selected, and the selected photographed photo image data is combined with background data and arrangement image data prepared in advance to obtain an image sticker P on which a desired photo image is formed.

As the image forming method using the color printer, there are a color heat transfer method using a heat transfer sheet using a thermal head, a laser printer method, an ink jet printer method and the like.

Such an image sticker manufacturing apparatus can be easily used by a consumer at a store, and various background images and arrangement images prepared in advance can be used for a photograph taken by the consumer. It is often used many times because a photograph taken by a consumer can be obtained as an image having a completely different impression by synthesizing the data of 1.

Further, since the image sticker P is a sticker divided into small pieces, it is also popular that it can be attached to a desired place.

[0012]

However, this image sticker P is required to have a higher added value, and is provided with an image sticker having an image as a message or data, voice information, and additional data. Image stickers are required.

An object of the present invention has been made based on such a demand, and it is an object of the present invention to provide an image sticker having a higher added value by providing the image sticker with a non-contact type IC tag. .

[0014]

According to a first aspect of the present invention, an adhesive seal S having an image forming layer 2 on the front surface of a base sheet 1 and an adhesive layer 4 on the back surface is provided on a release sheet 5. An image sticker with a non-contact type IC tag, wherein the non-contact type IC tag 3 in which information data is stored is attached to the adhesive seal S.

According to a second aspect of the present invention, in the image sticker with a non-contact type IC tag according to the above-mentioned first aspect, information data is stored in the non-contact type IC tag 3 and a computer terminal such as a mobile phone is used. This is a non-contact type IC tag-attached image sticker capable of reading and outputting the information data of the tag 3 by the reading means of the machine.

According to a third aspect of the present invention, in the image sticker with a non-contact type IC tag according to the first or second aspect, the information data stored in the non-contact type IC tag 3 is character data, An image sticker with a non-contact type IC tag which is image data and audio data.

The invention according to claim 4 of the present invention is a non-contact type IC according to any one of claims 1 to 3.
In the image sticker with tag, the non-contact type IC tag 3 is attached to the back surface or the front surface of the base material sheet 1 with an adhesive agent.

[0018]

BEST MODE FOR CARRYING OUT THE INVENTION A non-contact type IC tag-attached image sticker according to the present invention will be described in detail with reference to the side sectional view of FIG. P is an adhesive seal S including an image forming layer 2 on the front surface of the base sheet 1 and an adhesive layer 4 for sealing formed on the back surface by applying a pressure-sensitive adhesive or a heat-sensitive adhesive, and the adhesive seal S. The release sheet 5 (separator) has a release agent layer such as a silicone resin temporarily adhered to the adhesive layer 4 of FIG.

A thin plate non-contact type IC tag 3 in which information data is stored is attached to the adhesive seal S. For example, the IC tag 3 is a base sheet 1
On the back surface (adhesive layer 4 side) or front surface (image forming layer 2 side) of
It is attached via adhesive. The non-contact type IC tag 3 has at least an antenna for signal transmission / reception on a IC chip, a circuit (a circuit for receiving a signal from a reader and transmitting a signal responsive to the signal to the reader), and a storage means ( Memory) and.

As shown in FIG. 1, the image forming layer 2 provided on the surface of the base material sheet 1 uses digital image data obtained by optically photographing with an electronic photographing device such as a digital camera for photographing. The formed print image layer, color copy image layer, exposure-printed photographic image layer, and the like.

The image forming layer 2 is formed on the basis of digital image data by a printing method using a digital color printer such as a dot printer method, an ink jet method, a thermal head method using a thermal transfer ribbon or a sublimation transfer ribbon. The image sticker manufacturing apparatus forms a printed image on the surface of the base material sheet 1.

Alternatively, the image forming layer 2 is formed on the surface of the base material sheet 1 as a color copy image by an image sticker manufacturing apparatus such as a copying machine by an electrophotographic system based on digital image data.

Alternatively, the image forming layer 2 is an optical photograph in which a photosensitizer layer such as a color photographic photosensitizer is provided on the surface of the base material sheet 1 in advance, and a photo image such as a facial photograph is exposed and printed on the photosensitizer layer for development processing. It is formed on the surface of the base material sheet 1 as a baked photographic image by an image sticker manufacturing apparatus using the baking and developing method.

As shown in FIG. 1, a non-contact type IC tag in the form of a thin plate attached to the back surface or front surface of the base sheet 1 is, for example, a pressure-sensitive adhesive (adhesive) or a heat-sensitive adhesive or solvent evaporation. An adhesive such as a curable adhesive or a two-component reaction curable adhesive is used to bond and attach the back surface or the front surface of the base sheet 1.

In the non-contact type IC tag-attached image sticker P of the present invention, as shown in FIG. 1, when the adhesive seal S is peeled from the release sheet 5, the adhesive layer 4 is formed on the surface of the adhesive seal S on the release sheet 5 side. It is possible to appropriately bond the exposed portion to the place where the adhesive seal S is desired to be bonded.

In the image sticker P, the image forming layer 2 is composed of one unit image, and one unit (one sheet) of the non-contact type IC tag 3 is attached to the one unit image. Alternatively, it may be composed of a plurality of units of images divided into several units, and one unit (one sheet) of the non-contact type IC tag 3 may be attached to each unit of image.

The image sticker P is composed of, for example, a plurality of units of images. As shown in the side sectional view of FIG. 1 and the plan view of FIG. 2, the image forming layer 2 of the same image is multi-faced (for example, 16 faces). ), The adhesive seal S is separated from the surface of the release sheet 5 (or the release sheet 5) along the section.
The sheet is cut to the middle of the paper layer) with the score line 6 to form a plurality of small piece seals p, and the non-contact type IC tag 3 is attached to each small piece seal p.

The adhesive seal S is a non-contact type IC tag 3 in which the small piece seal p is attached to its back surface (or front surface).
Along with the non-contact type IC tag 3, each small piece seal p can be used by adhering it to an appropriate place of an article together with a non-contact type IC tag 3 like a stamp seal. be able to.

In order to obtain the image sticker P having the same image on multiple sides, the same digital image data is repeated,
The image is produced by being output to the image sticker producing apparatus and being attached to the surface of the base material sheet 1 in multiple faces.

FIG. 3 is a block diagram of a system for producing an image sticker P with a non-contact type IC tag according to the present invention. The image sticker P is, for example, an image sticker manufacturing apparatus PK installed at various stores or game centers. Created using.

The image sticker manufacturing apparatus PK uses electronic photographing means (optical photographing lens system, photoelectric image receiving system and photographing control system) such as a digital camera for photographing to obtain digital image data, and the obtained digital image data. The memory to be stored once and the stored digital image data are repeatedly output, and the base sheet 1 (actually, the back surface is preliminarily contactless type I
Image output for forming an image forming layer 2 on the surface of a base material sheet 1) in which a C tag 3, an adhesive layer 4, and a release sheet 5 are laminated to obtain a multi-faced non-contact IC tag-attached image sticker P It is provided with a forming means and a cutting means for cutting (half cutting) the obtained image sticker P along the multifaceted section along the cut line 6.

In FIG. 3, a customer who uses the image sticker manufacturing apparatus PK is located in front of an electronic photographing means such as a digital camera for photographing which is built in the apparatus PK, and the customer himself / herself takes a photograph of a face or the like. The obtained digital image data (digital photograph data) is stored in the memory and output and displayed on the display screen of the apparatus PK.

Then, based on the digital image data (digital photograph data) obtained by photographing, an image is formed on the surface of the substrate sheet 1 (adhesive seal S on which no image is formed) by the image forming means incorporated in the apparatus PK. The forming layer 2 is formed, and an image sticker P for which the same image for the small piece sticker p is multi-faced is created.

Further, the image sticker manufacturing apparatus PK described above allows the customer to carry out photographing several times, select digital image data of a desired image from among them, and select several kinds of images prepared in advance in the memory of the apparatus PK. Digital data such as background image data, selected design image data, character data, etc., selected favorite data as digital image data, the previously selected digital image data and the selected background image data. It is also possible to combine the data with the data to obtain the image sticker P on which the desired image is formed.

The obtained image sticker P is half-cut by a cutting line 6 along a section which is multi-faced by cutting means built in the apparatus PK, and then the apparatus PK is discharged as shown in FIG. The sheet is ejected as a non-contact type IC tag-attached image sticker P from the section.

Each small piece seal p of the image sticker P with a non-contact type IC tag prepared is used by being adhered to a predetermined article O as a seal. The non-contact type IC tag 3 attached to each small piece seal p is used. Information data such as character data, image data, and voice data (messages of the photographer of the image sticker P, the creator of the sticker, etc.) recorded in the (memory) is an IC installed in the mobile terminal PT such as a mobile phone.
The tag data can be read by the tag data reading means and can be output and displayed on the display screen or speaker of the mobile terminal PT.

The non-contact type IC tag-attached image sticker of the present invention is used, for example, as follows.

As shown in FIG. 3, the image sticker manufacturing apparatus P
The non-contact type IC tag-attached image sticker P created by K has the adhesive sticker S when the image is single-sided.
Alternatively, as shown in FIG. 1, when the image is provided on multiple sides, the small piece seal p (adhesive seal S layer) is peeled from the release sheet 5 along the cut line 6 of the adhesive seal S. For example, it is attached to a desired place such as a prescribed item O such as one's own notebook, a personal computer, or a mobile phone.

Alternatively, in the non-contact type IC tag-attached image sticker P produced by the image sticker manufacturing apparatus PK, the peeling sheet 5 is attached with the small piece sticker p of the adhesive sticker S cut halfway through the paper layer of the peeling sheet 5. In the state, it is separated from the image sticker P along the score line 6, exchanged with a friend or given as a gift, and later, the small piece sticker p is peeled off from the release sheet 5, and, for example, one's personal organizer, personal computer, or mobile phone. It is attached to a desired place such as a predetermined article O.

Then, as shown in FIG. 3, a reading means (reader) of the terminal PT such as a mobile phone capable of reading the information data in the non-contact type IC tag 3 attached to the small piece seal p is used. Then, the seal creator himself or a person who is presented with the seal issues an inquiry signal to the non-contact type IC tag 3 of the small piece seal p.

When the non-contact type IC tag 3 of the small piece seal p receives the inquiry signal from the reader PT, the response signal is transmitted to the reader. The response signal includes information data previously recorded in the non-contact type IC tag 3 and other information data necessary for communication.

Regarding the information data pre-recorded in the IC tag 3, the provider side providing the image sticker manufacturing apparatus PK sends a message of an appropriate kind such as character data, image data, voice data and the like in advance. PK
I attached to the sheet material for manufacturing the image sticker P (the image sticker P in which an image is not formed) which is loaded in
It may be recorded in the C tag 3 as information data.

Further, each time a customer who uses the image sticker manufacturing apparatus PK operates the apparatus such as taking a facial photograph, information data input means (keyboard, etc., not shown) equipped to the image sticker manufacturing apparatus PK is used each time. ), An appropriate type of message such as arbitrary character data, image data, voice data, etc., is incorporated in the manufacturing apparatus PK into a device control unit (CP).
U, a microprocessor, etc.), and may be input to the IC tag 3 as information data.

When the reader PT receives the response signal from the non-contact type IC tag 3, the reader PT displays the information in the IC tag 3 on the display means (the liquid crystal display, the speaker, etc.) of the reader PT and generates the voice. Then, the reader holder or the like is notified of the response information from the IC tag 3.

The reader holder uses the information data in the non-contact type IC tag 3, for example, information data such as an explanation about the image of the small sticker p and information data such as a voice or image message on the display means of the reader PT. It can be displayed and recognized.

The reader PT may be a fixed type such as a gate type reader, but a portable type is preferable. The reader PT is preferably connectable to an electric communication line. The connection is preferably wirelessly connectable.

The telecommunication line includes a telephone line and a communication network line. As the reader, for example, a mobile phone capable of Bluetooth communication can be used.

The connection to the telecommunication line means that the connection is possible, for example, like a reader integrated with a mobile phone or a reader connectable to the mobile phone with a cable.

The reader PT preferably has a display device and a voice output device and can output and display the information in the non-contact type IC tag. If the display device is in color, color information can be displayed as the article information. With a voice output device, voice guidance is possible.

When the IC tag 3 with the small sticker p has a URL as the article information, it is read by the reader PT which can be wirelessly connected to the electric communication line, and W is read through the electric communication line.
A message or the like can be obtained by connecting to eb. For example, it is possible to obtain a code from the response information of the IC tag 3, obtain code-message correspondence data by downloading from the Web, and collate with a reader to display the message.

As the inquiry signal from the reader PT,
Frequency hopped signals are preferred. For example, a signal based on the Bluetooth communication system can be used. In that case, the response signal from the IC tag 3 may be a signal having a constant frequency. Also, the response signal may be a frequency hopping signal.

When information such as a message is obtained based on the response signal from the IC tag 3, the following method can be used, for example. 1) When the response signal from the IC tag 3 to the reader PT becomes a message as it is by the reader PT. 2) Information (for example, a code) obtained from the response signal from the IC tag 3 to the reader PT is collated with corresponding code-message data stored in a storage means mounted on the reader PT or the like to obtain a message or article information. If you get. 3) In the case where information obtained from the response signal from the IC tag 3 to the reader PT is calculated by the calculation means of the control unit mounted on the reader PT or the like to obtain a message such as numerical information.

The non-contact type IC tag-attached image sticker P according to the present invention or the small piece sticker p obtained by dividing the image sticker P into small sections can be used to manage the articles.

As shown in FIG. 3, for example, the adhesive seal S of the non-contact type IC tag-attached image sticker P according to claim 1 manufactured by the image sticker manufacturing apparatus PK, or in the case where multiple faces are attached, , The small piece seal p separated from the seal P along the score line 6 is peeled off from the release sheet 5 and attached appropriately to the article O, and the non-contact type IC tags mounted on various computers including a personal computer can be read. A non-contact type IC tag 3 receives an inquiry signal issued from a reader PT (not limited to a portable terminal) and a step of obtaining article information of the article based on a response signal from the non-contact type IC tag 3. And a step of performing article management based on the article information,
Non-contact method I for managing articles using the non-contact method IC tag 3 attached to the image sticker P or the small piece sticker p
There is an article management method using a C tag.

Further, for example, the article management method using the non-contact type IC tag in which the reader PT is a portable reader may be used.

Further, for example, an article management method may be used in which the reader PT uses a non-contact type IC tag which is a reader capable of wirelessly connecting to an electric communication line.

Further, for example, the article management method using the non-contact type IC tag may be an article management method in which the interrogation signal is a signal whose frequency is hopped.

Further, for example, the image sticker P with a non-contact type IC tag according to claim 1 is appropriately attached to an article, and the inquiry signal emitted from the reader PT is sent to the non-contact type IC tag 3.
And a step of obtaining article information of the article through an electric communication line based on a response signal from the non-contact type IC tag 3, which is attached to the image sticker P or its small piece sticker p. It is also possible to use an article management method using a non-contact type IC tag that manages an article using the non-contact type IC tag 3.

According to the above article management method, the image sticker P
Or, in order to obtain the article information through an electric communication line based on the response signal from the IC tag 3 of the small piece seal p, I
It is also possible to obtain a large amount of product information that exceeds the storage capacity of the C tag 3, and the side providing the product information can provide new information simply by updating the data on the home page, for example. The article information can be updated at any time. Therefore, more reliable article management can be performed.

In the article management method using the non-contact type IC tag-attached image sticker P of the present invention, as shown in FIG. 4, for example, the non-contact type IC sticker according to claim 1 manufactured by the image sticker manufacturing apparatus PK is used. The adhesive seal S of the contact-type IC tag-attached image seal P, or the multi-faced adhesive seal S, is cut off from the seal P along the score line 6 to remove the small piece seal p from the release sheet 5, and the article O is appropriately attached. Attach to.

Then, the first reader PT capable of reading the information of the non-contact type IC tag 3 attached to the article O.
1 and a storage device C (cases, storages, containers such as containers, fixtures, etc.) for storing articles, and a response signal issued by the IC tag 3 by the first reader PT1 Data transmitting / receiving means D mounted on a storage device C having a circuit for receiving and storing the information of the article O and transmitting the information to the second reader PT2.

Then, a step of preparing an article O to which the adhesive seal S of the non-contact type IC tag-attached image sticker P or the small piece seal p is attached, the step of storing the article O in the storage device C, and the step of The first inquiry signal (including the identification code signal of the article O) emitted from the first reader PT1
Is received by the non-contact type IC tag 3 attached to the adhesive seal S or the small piece seal p of the article O, and based on the response signal from the non-contact type IC tag 3 generated by the first inquiry signal, The step of receiving and storing the information of the article O by the data transmission / reception means D, and the data transmission / reception means D of the second interrogation signal issued from the second reader PT2.
The step of receiving the information of the article O by the data transmitting / receiving means D to the second reader PT2, and the step of the second reader PT2 receiving the information of the article O. There is an article management method using a non-contact type IC tag that manages the article O based on the information of the article O received by the reader PT2.

Here, the storage device C is a device for storing articles, for example, a shelf, a refrigerator, a hanger for hanging a plurality of clothes, and a reader is attached to the storage device C as well. If you leave it, the number of stocks of goods (products etc.) stored, warning when mixed with expired products,
It is possible to display the guidance of the stored products and give a voice guidance.

Further, it is conceivable to attach a reader and the following merchandise management device to the storage device C.

The product management device is for managing products. For example, a contactless IC read by a reader
Storage means for storing the response signal from the tag, data for collating with the response signal, comparison circuit for collating with the data, storage means for storing the inventory quantity of the product, etc. A device having an arithmetic means for updating the data in the storage means and, if necessary, arithmetically operating the data, an output means for outputting the arithmetic result, and the like can be considered.

If the product management device is installed in a store, inventory management can be carried out and insufficient products can be stocked. If the product management device is placed at home, inventory management at home can be carried out. It becomes possible to display a list and a product list whose expiration date is within 3 days.

By doing so, the storage device
It becomes possible to collectively grasp the item information in the storage device, and when the item is insufficient or the expiration date has expired, the data transmission / reception means responds with the organized information to the question signal from the second reader. As a result, more accurate product information can be obtained. Therefore, more reliable article management can be performed.

As another article management method using a non-contact type IC tag, the data transmitting / receiving means D is
A non-contact type IC tag including at least one of a calculation unit that performs calculation based on information received from the non-contact type IC tag 3 and a storage unit that stores information received from the non-contact type IC tag 3 or a calculation result. The article management method using may be used.

Here, the arithmetic means is, for example, one for calculating the number of articles O based on the information received from the non-contact type IC tag 3, and the arithmetic result can be provided as article information. .

The storage means is a non-contact type IC.
The information received from the tag 3 is stored, or if a calculation means is provided, the calculation result is stored, so that information can be provided promptly.

It should be noted that the first reader PT1 uses the article O
It is preferable to have a function of sensing when the storage device C is taken out from the storage device C and updating the information stored in the storage means at any time.

If the second reader PT2 is of a portable type, it can be implemented by using a reader which can be wirelessly connected to an electric communication line.

Further, the interrogation signal used in the article management method using the non-contact type IC tag or at least one of the first interrogation signal and the second interrogation signal is a frequency-hopping signal. May be.

However, it is preferable that both the first interrogation signal and the second interrogation signal are frequency-hopping signals.

By using a signal in which a frequency is hopped on at least one or both of the interrogation signal and the first interrogation signal and the second interrogation signal, an article management method that is resistant to interference and interference and has few troubles is provided. It becomes possible to do. Also, a conventional terminal such as a Bluetooth compatible terminal can be used for this management method.

Further, the article to be managed such as the article O managed by using the above management method may be, for example, a software package or an accessory, and the information of the article of the article to be managed is software. It may also be software license information.

The software package or the accessory is, for example, a CD as a sales form of the software.
-The software may be stored in the ROM and sold together with the instruction manual, for example, a package such as a box or wrapping paper, or an accessory such as an instruction manual or a license certificate. To be

As a result, it is possible to more reliably prevent illegal use such as copying of software. Further, for example, user registration with a computer maker of hardware such as a personal computer and article By referring to the information, it becomes possible to install the software on a plurality of computers of the same owner, and more efficient license management becomes possible.

According to the present invention, an adhesive seal having an image on one surface and an adhesive layer on the other surface is formed on a release sheet, and the non-contact type IC is attached to the adhesive seal.
Since the tag is attached and the image sticker can be provided with an image sticker including an image as a message or data, voice information, and additional data, it is possible to obtain an image sticker having a high function. Become.

[Brief description of drawings]

FIG. 1 is a side sectional view illustrating an example of an embodiment of an image sticker with a non-contact type IC tag according to the present invention.

FIG. 2 is a plan view illustrating an example of an embodiment of a non-contact type IC tag-attached image sticker of the present invention.

FIG. 3 is a system block diagram for explaining an example of a business model using an image sticker with a non-contact type IC tag according to the present invention.

FIG. 4 is a system block diagram for explaining another example of a business model using the non-contact type IC tag-attached image sticker of the present invention.

FIG. 5 is a side sectional view illustrating an example of a conventional image sticker.

FIG. 6 is a plan view illustrating an example of a conventional image sticker.

[Explanation of symbols]

1 ... Substrate sheet 2 ... Image forming layer 3 ... Non-contact type IC
Tag 4 ... Adhesive layer 5 ... Release sheet 6 ... Cut line P ... Image sticker p ... Small sticker S ... Adhesive sticker PK ... Image sticker manufacturing device PT ... Reader (reading means) PT1 ... First reader PT2 ... Second Reader O ... Goods C ... Storage device D ... Data transmission / reception means

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Claims (4)

[Claims] 1. An adhesive seal S having an image forming layer 2 on the front surface of a base sheet 1 and an adhesive layer 4 on the back surface is formed on a release sheet 5, and information data is stored in the adhesive seal S. An image sticker with a non-contact type IC tag, wherein the non-contact type IC tag 3 is attached. 2. The non-contact type IC tag 3 stores information data, and the reading means of a computer terminal such as a mobile phone can read and output the information data of the tag 3. Image sticker with contact type IC tag. 3. The image sticker with a non-contact type IC tag according to claim 1, wherein the information data stored in the non-contact type IC tag 3 is character data, image data, and voice data. 4. The non-contact type IC tag according to claim 1, wherein the non-contact type IC tag 3 is attached to the back surface or the front surface of the base material sheet 1 via an adhesive. Image sticker with tag.