JP2008282274A - Forged medicine determination system and two-dimensional code reader - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a system for deciding whether or not medicine is forged medicine. <P>SOLUTION: This forged medicine determination system is provided with tablet selling terminal equipment for transmitting package identification information acquired by photographing the two-dimensional code of a package having package identification information to a tablet identification server device, and for recording returned encryption key information and collation data in an IC card; a tablet identification server device for encrypting individual identification information associated with the package identification information received from the tablet selling terminal equipment with the encryption key information to prepare collation data, and for returning the collation data with the encryption key information; an IC card for photographing the two-dimensional code of the tablet to acquire the individual identification information, and for encrypting it by using the encryption key information to prepare evaluation data; and user terminal equipment for collating the collation data stored in the IC card with the evaluation data prepared by the IC card to decide whether or not they are matched. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

The present invention relates to a system and a two-dimensional code reader for determining whether a medicine is genuine or counterfeit in a packaged medicine.

Conventionally, an identification code is printed on a medicine such as a tablet, a capsule or an inner capsule so that the manufacturer or product of the medicine can be specified.

Here, the identification code is character or pictographic information that is directly printed or stamped on a tablet, capsule, or inner package, and is composed of a company code and a product code. The company code is identification information registered with Nippon Yakuren. The product code is specific information used for management by the company.

For example, Patent Document 1 discloses a technique of marking using an invisible image as edible ink under visible light in pharmaceuticals.
JP 2006-87741 A (paragraph 0014-paragraph 0030, FIG. 2)

By the way, with the technique of patent document 1, even if it used the marking information of a pharmaceutical, there existed a problem that it was not able to discriminate | determine whether it was a genuine medicine or a counterfeit medicine.

The present invention has been made to solve such a problem, and an object of the present invention is to provide a system capable of determining whether or not a pharmaceutical product is a counterfeit product.

The present invention solves the above problems by the following means. That is, the invention of claim 1 is a tablet forgery determination system in which an IC card is used and a use terminal device, a tablet identification server device, and a tablet sales terminal device are connected to each other via a network. A tablet counterfeit determination system for determining counterfeiting of a tablet packaged in a tablet package in which information is recorded using a two-dimensional code, wherein individual identification information is recorded on the tablet using a two-dimensional code, The tablet identification server device stores the correspondence data in which the packaging identification information is associated with the individual identification information and encryption key information, and receives the packaging identification information from the tablet sales terminal device. Means and using the received packaging identification information, refer to the packaging identification information of the corresponding data, select the individual identification information when both match, and use the encryption key information A server device comprising: a first encryption unit that encrypts and creates verification data; the encryption key information; and a verification data return unit that returns the verification data to a tablet sales terminal device, the tablet sales The terminal device is a first two-dimensional code reading means for reading the two-dimensional code recorded on the packaging, and the encryption key information and the verification data received from the tablet identification server device are recorded on the IC card. The IC card reading and writing means, wherein the IC card encrypts the individual identification information using the storage means for storing the encryption key information and the verification data, and the encryption key information. And a second encryption means for creating evaluation data, wherein the user terminal uses the second two-dimensional code reading means and the encryption recorded by the IC card. And the second IC card reading means for reading the verification data, and the individual identification information read by the second two-dimensional code reading means, the evaluation data created by the second encryption means and the verification data It is a utilization terminal device provided with the determination means which determines whether it corresponds, and is a tablet forgery determination system characterized by the above-mentioned.

Thus, authenticity can be determined by whether or not the combination of the identification information of the packaged tablet and the identification information of the package matches the corresponding data of the tablet identification server device.

According to a second aspect of the present invention, in the tablet identification server device, the storage unit stores the random number generation information, reads the random number generation information from the storage unit, and generates a random number using the first random number generation Means, using the received packaging identification information, refer to the packaging identification information of the corresponding data, select the individual identification information when both match, and sequentially extract the number string from the generated random number, Padding means for padding the selected individual identification information, wherein the first encryption means reads the encryption key information from the storage means, encrypts the padded individual identification information, In the server device to be created, the IC card is generated by means for storing the random number generation information, second random number generation means for generating a random number using the random number generation information of the IC card recording information, Padding means for sequentially extracting a number string from the random number and padding it to the individual identification information received from the user terminal device, wherein the second encryption means is padded using the encryption key information. The tablet forgery determination system according to claim 1, wherein the system is an IC card that encrypts the individual identification information and creates evaluation data.

The invention of claim 3 is the second second-dimensional code reading means according to claim 1 or claim 2, wherein when the tablet capturing switch button is pressed, the small motor is driven to operate the joint portion. Let the tablet support part pinch the tablet, and at this time, the light source control part turns on the illumination part, illuminates the tablet, illuminates the tablet from multiple oblique directions, and gives a shadow to the groove by laser marking A lighting unit capable of emphasizing light and darkness, a camera that captures a two-dimensional code of a tablet, and a connection unit that transmits image data of the two-dimensional code captured by the camera to a terminal device. A dimension code reader.

In the invention of claim 4, when the content of the evaluation returned from the user terminal device is a counterfeit report, the red lamp is blinked, and when the content of the returned evaluation is a genuine product report, The two-dimensional code reader according to claim 3, further comprising an LED control unit that blinks a blue lamp.

The invention of claim 5 is a tablet forgery determination system in which a use terminal device and a determination server device are connected to a network, wherein packaging identification information is recorded as a two-dimensional code on the tablet packaging, and Individual identification information is recorded as a two-dimensional code on the tablet, and the use terminal device decodes the two-dimensional code image of the photographed packaging material and the photographed packaging material to obtain the packaging identification information. The packaging identification means to be generated, the two-dimensional code image of the photographed tablet is decoded, individual identification information is generated, and the individual identification means for transmitting to the IC card is associated with the packaging identification information and the individual identification information. Tablet data transmitting means for creating tablet data and transmitting it to the tablet identification server apparatus, evaluation data receiving means for receiving evaluation data returned from the tablet identification server apparatus, and the determination server The storage device stores the correspondence data in which the packaging identification information and the individual identification information are associated with each other, the storage means for storing the data, the tablet data receiving means for receiving the tablet data from the use terminal device, and the received tablet data. If there is no match between the determination means and the determination result by comparing the package identification information and the determination result does not exist, an evaluation including a forgery report is created and transmitted to the use terminal device. Alternatively, if there is a match with the determination result, forgery evaluation means for creating an evaluation including a genuine product report and transmitting the evaluation to the user terminal device,
A forgery determination system for tablets.

According to the present invention, it is possible to determine whether a tablet is a genuine product or a counterfeit product.

Hereinafter, embodiments of the present invention will be described in more detail with reference to the drawings.

FIG. 1 is a diagram illustrating an outline of a tablet forgery determination system 1. The tablet forgery determination system 1 is a system that uses an IC card 600 to determine whether a tablet is a genuine product or a counterfeit product. The tablet forgery determination system 1 is configured by connecting a use terminal device 700, a tablet identification server device 100, a tablet sales terminal device 300, and a network 900, to which a tablet tester 500 is connected.

The tablet identification server device 100 stores information in which information (packaging identification information) for identifying a package in which a tablet is packaged is associated with individual identification information.
The tablet identification server device 100 is a server computer controlled by a computer program.

The tablet sales terminal device 300 includes a two-dimensional code scanner (first two-dimensional code reading means) and an IC card reader / writer (first IC card reading means). Packaging identification information recorded as a two-dimensional code on the tablet packaging can be read using a two-dimensional code scanner. The IC card reader / writer writes verification information for determining whether the purchased tablet is a genuine product or a counterfeit product on the IC card of the tablet purchaser.

The user terminal device 700 includes an IC card reader / writer (second IC card reading means). The tablet inspection device 500 (second two-dimensional code reading means, two-dimensional code reading device) connected to the use terminal device 700 includes a camera that reads the two-dimensional code. The IC card reader / writer (second IC card reading means) reads the collation information from the purchaser's IC card. The tablet inspection device 500 (second two-dimensional code reading means) reads the individual identification information recorded on the tablet.

The tablet sales terminal device 300 and the usage terminal device 700 are personal computers controlled by a computer program.

A two-dimensional code is recorded on the PTP 800 in which tablets are packaged. The two-dimensional code recorded in the PTP is encoded information including information for identifying a package (packaging identification information, hereinafter referred to as P-ID).

The tablet inspection device 500 (hereinafter, tweezers) includes a two-dimensional code reader that reads a two-dimensional code printed on a tablet.

A two-dimensional code is recorded on the tablet. The two-dimensional code recorded on the tablet is encoded information including individual identification information (hereinafter, T-ID).

The IC card 600 stores an encryption program and an encryption key. The IC card 600 may be a health insurance card converted into an IC card or a medical institution medical card.

The tweezers 500 captures the two-dimensional code of the tablet and transmits the two-dimensional code data to the use terminal device 700 in order to determine whether the purchased tablet is counterfeit.
The tablet may be packed in a medicine bottle. This medicine bottle may be recorded with a two-dimensional P-ID code for identifying a package, or may be attached to a medicine bottle by recording a P-ID on an RFID.
Note that capsules or internal capsules may be used instead of tablets.

FIG. 2 is a detailed view of the tablet identification server device. The tablet identification server device 100 includes a memory (= storage means) 109, an IP communication unit 103, and a dedicated program. The memory 109 stores correspondence data 195 in which P-ID 191 and T-ID 193 are associated, encryption key information 197, and random number generation information 198. The IP communication unit 103 is connected to the IP communication unit of another device.

The dedicated program includes packaging identification information receiving means 150, encryption means 110 (first encryption means), IC card record information return means 120, padding means 130, and random number generation means 140. .

The packaging identification information receiving unit 150 receives the packaging identification information P-ID 391 from the tablet sales terminal device 300.

The random number generation unit 140 reads the random number generation information 198 from the storage unit, and generates a random number using this information. Using the received P-ID 391, the padding means 130 refers to the P-ID 191 of the correspondence data 195, selects the T-ID 193 of the tablet when both match, and generates a numeric string from the generated random number. The data are sequentially taken out and padded to the selected T-ID 193.

The encryption unit 110 (first encryption unit) reads the encryption key information 197 from the storage unit, encrypts the padded T-ID 193, and creates verification data 192.

The IC card record information transmitting means 120 creates IC card record information 194 including the read random number generation information 198, the read encryption key information 197, and the created collation data 192, and returns it to the tablet sales terminal device 300. To do.

FIG. 3 is a detailed view of the tablet sales terminal device 300. The tablet sales terminal device 300 includes an IP communication unit 303, an IC card reader / writer 304 (first IC card reading means), a two-dimensional code reading means 305 (first two-dimensional code reading means), a memory 309, Consists of dedicated programs. The IP communication unit 303 is connected to the IP communication unit of another device.

The dedicated program includes packaging identification information transmission means 350 and IC card recording means 320.
The package identification information transmission means 350 uses the tablet identification server device to receive the package identification information P-ID391 read from the two-dimensional code photographed by the two-dimensional code reading means (second two-dimensional coat reading means) from the tablet package 800. To 100.
The IC card recording unit 320 receives the encryption key information 197, the random number generation information 198, and the verification data 199 returned from the tablet identification server device 100 and records them in the IC card 600.

FIG. 4 is a detailed view of the user terminal 700. The user terminal device 700 includes an IP communication unit 703, an IC card reader / writer 704 (second IC card reading unit), a two-dimensional code reading unit 705 (second two-dimensional code reading unit, and a tweezer connection unit 706. , A speaker unit 707, a display unit 708, a memory 709, and a dedicated program, an IP communication unit 703 is connected to an IP communication unit of another device, and a tweezers connection unit 705 is connected to tweezers 500 for communication. .

The dedicated program includes packaging identification means 750, individual identification means 760, IC card record information reading means 720, encryption means 710, padding means 730, random number generation means 740, and determination means 770. The

The packaging identification means 750 receives a two-dimensional code image of the packaging material from the two-dimensional code reading means 705 (second two-dimensional code reading means), decodes it, generates a P-ID 791, and generates IC-ID 791. Send to card 600. The individual identification means 760 receives the two-dimensional code image of the tablet from the tweezers 500, decodes it, generates a T-ID 793, and transmits it to the IC card 600. The IC card record information reading unit 720 reads the IC card record information 194 recorded on the IC card 600.

The evaluation data receiving unit 790 receives the evaluation data 696 returned from the IC card 600.

The judging means 770 collates the collation data 192 of the IC card recording information 194 with the received evaluation data 696 and judges whether or not they match. If there is no match with the determination result, the forgery evaluation unit 780 creates an evaluation including a forgery report and transmits it to the tweezers 500. Alternatively, the counterfeit evaluation unit 780 creates an evaluation including a genuine product report and transmits the evaluation to the tweezers 500 if there is a match with the determination result.

The display unit 508 displays the contents of evaluation.
If the determination result is a counterfeit report, the speaker unit 707 is sounded and a warning sound is emitted.

FIG. 5 is a configuration diagram of the IC card 600. The IC card 600 includes a contact terminal portion 607, an antenna 608, a memory 609, and a dedicated program.
Contact terminal portion 607 and antenna 608 are in data communication with IC card reader / writer 304 (first IC card reading means) / IC card reader / writer 704 (second IC card reading means).
The memory 609 stores IC card recording information 194 including random number generation information 198, encryption key information 197, and verification data 192.

The dedicated program is composed of random number generation means 640, padding means 630, and encryption means 610 (second encryption means).

The random number generation means 640 generates a random number using the random number generation information 198 of the IC card recording information 194. The padding means 630 sequentially extracts a numeric string from the generated random number and pads it to the T-ID 793 received from the using terminal device 700.

The encryption unit 610 (second encryption unit) encrypts the padded T-ID 793 using the encryption key information 197 of the IC card recording information 194, creates evaluation data 696, and uses the terminal device Reply to 700.

The encryption unit 110 (first encryption unit) and the encryption unit 610 (second encryption unit) calculate a hash value by applying a hash function to the encrypted T-ID 197/793. Then, using this hash value, the collation data 192 / evaluation data 696 may be created.

Further, the tweezers 500 may perform decoding of the two-dimensional image.

FIG. 6 is a detailed configuration diagram of the tablet tester (tweezers) 500. The tweezers 500 include an LED 501, a small motor (joint control unit) 502, a rotation transmission unit 503, a light source control unit 505, an illumination unit 506, a camera 507, an LED control unit 508, and a connection unit (signal / power supply). ) 509, a tablet capturing part 520, a joint part 530, a tablet support part 540, and a tablet capturing switch button 550.

When the user presses the tablet capturing switch button 550, the small motor 502 is driven to operate the joint portion 530, and the tablet support portion 540 pinches the tablet 801. Here, the small motor 502 does not have enough power to break the tablet, and stops its operation when it is pinched.

At this time, the light source control unit 505 turns on the illumination unit 506 to illuminate the tablet, and the camera 506 captures the two-dimensional code of the tablet 801. Here, the illumination unit 506 can illuminate the tablet from a plurality of oblique directions, thereby shadowing the groove formed by laser engraving to make the light and dark appear, so that the recognition performance by image processing is enhanced.
The image data of the two-dimensional code captured by the camera 506 is transmitted to the user terminal device 700 via the connection unit 509.

When the content of the evaluation returned from the use terminal device 700 is a forgery report, the LED control unit 508 blinks the red lamp among the LED lamps 501, while the content of the returned evaluation is a genuine product report. In this case, the blue lamp of the LED lamps 501 is blinked.

Therefore, the user can easily confirm that the tablet is not a counterfeit product (genuine product) by turning on the blue lamp.

FIG. 7 is an explanatory diagram of the PTP package 800. A two-dimensional code 803 is recorded on the PTP package 800. In the two-dimensional code, information including information for identifying or specifying the PTP package is encoded. Note that a two-dimensional code 802 including an individual ID is recorded on the tablet 801 to be PTP-wrapped. As illustrated in FIG. 7A, the tablet 801 to be PTP-wrapped may be packaged while hiding the individual ID recording surface so that the individual ID is not exposed.

Information for identifying or specifying the PTP package is associated with the individual ID of the tablet 801. Therefore, it is possible to check whether counterfeit products are mixed by performing a sampling check at the distribution wholesale / retail stage as necessary.

FIG. 8 shows an example in which a plurality of PTPs 800 are stored in the packaging box 810. Box specifying information is recorded in the packaging box 810.

FIG. 9 is an example of a tablet on which a two-dimensional code is printed. Since an identification code (= combination information of pharmaceutical company code and product code) is generally printed on the surface of the tablet, a two-dimensional code 802 including an individual ID is printed on the back surface of the tablet. The two-dimensional code 802 is ink jet printed or laser engraved.

In the two-dimensional code 802 by ink jet printing, edible ink such as food red is used.

In the method of engraving with a laser, illumination light is applied to the engraved individual identification information from an oblique direction, so that the lightness and darkness of the engraving is clearly revealed, and the image recognition rate by the camera is improved. Moreover, in the method of engraving with a laser, it is necessary that the tablet is coated. By using a film-coated tablet as a tablet, it is possible to prevent the laser surface from being melted like a sugar-coated tablet and becoming difficult to discriminate due to heat damage by the laser. For example, when a test for engraving using a CO2 laser was performed, particularly in the case of film-coated tablets, good printing results were obtained.

A bar code may be used instead of the two-dimensional code.

FIG. 10 is a flowchart of the tablet sales process.
(1) The two-dimensional code reading means 305 (first two-dimensional code reading means) of the tablet sales terminal device 300 photographs the two-dimensional code of the packaging box 810 or the two-dimensional code of PTP at the cash register at the time of sale. To do. (Step S201)
(2) The packaging identification information transmission unit 350 decodes the photographed two-dimensional code, generates a P-ID 391, and transmits it to the tablet identification server device 100. IC card recording information 194 including collation data 192 generated based on P-ID 391 and encryption key information 197 is received. (Step S202)
(3) The IC card recording means 320 records the IC card recording information including the received encryption key information 197 and verification data 192 on the IC card 600. (Step S203)

(Example)
Next, an embodiment in which authenticity determination is performed by the tablet identification server device 100 (= determination server device) will be described.

FIG. 11 is a flowchart of tablet counterfeit evaluation processing.
(1) Decide whether to use the two-dimensional code of the packaging box 810. (Step S401)
If so, go to the next step.
If so, the process proceeds to step S403.
(2) Decide whether to use a two-dimensional PTP code. (Step S402)
If it is used, it ends.
If so, the process proceeds to step S404.
(3) The two-dimensional code reading means 705 (second two-dimensional code reading means) captures the two-dimensional code of the packaging box 810, and the packaging identification means 750 decodes the P-ID and proceeds to step S405. (Step S403)
Alternatively, the value of the two-dimensional code may be input from a keyboard.
(4) The two-dimensional code reader 705 (second two-dimensional code reading means) photographs the two-dimensional code of the PTP 800, and the packaging identification means 750 decodes the P-ID. (Step S404)
Here, the value of the two-dimensional code may be input from a keyboard.
(5) The tweezers 600 reads the two-dimensional code of the tablet, transmits the two-dimensional code image to the use terminal device 700, and the packaging identification unit 760 decodes the T-ID. (Step S405)
(6) The usage terminal device 700 transmits the decrypted P-ID and T-ID to the authentication server device 150. And receive an evaluation. (Step S406)
At this time, the decrypted P-ID and T-ID may be subjected to encryption processing or encryption processing including padding processing. In this case, the encryption key information 197 and the random number generation information 198 may be printed on a receipt or an explanation material for medicine, and may be entered by a user using a keyboard.
(7) The determination server device determines whether or not the corresponding combination of P-ID and T-ID received from the user terminal device 700 matches the stored corresponding combination of P-ID and T-ID. The authentication server device returns an evaluation including a forgery report if the determination result does not match, and returns an evaluation including a genuine product report if there is a match. (Step S407) (8) The utilization terminal device 700 receives the evaluation returned from the authentication server device, and displays the content. (Step S408)
If the returned evaluation content is a counterfeit report, a warning sound may be emitted from the speaker.

Overview of tablet counterfeit judgment system Detailed configuration diagram of tablet identification server device 100 Detailed configuration diagram of tablet sales terminal device 300 Detailed configuration diagram of user terminal 700 Detailed configuration diagram of IC card 600 Detailed configuration diagram of tablet inspection machine (tweezers) 500 PTP package 800 Example in which a plurality of PTPs 800 are stored in the packaging box 810 Example of tablet printed with 2D code Tablet sales process flowchart Flowchart of tablet counterfeit evaluation process

Explanation of symbols

1 Tablet counterfeit determination system 100 Tablet identification server device 110 Encryption means, first encryption means 120 IC card record information return means 130 Padding means 140 Random number generation means 150 Packaging identification information reception means 191 P-ID
193 T-ID
195 Corresponding data 197 Encryption key information 198 Random number generation information 300 Tablet sales terminal device 320 IC card recording means 350 Packaging identification information transmitting means 500 Tablet inspection device, tweezers 501 LED
502 Small motor (joint control unit)
503 Rotation transmission unit 505 Light source control unit 506 Illumination unit 507 Camera 508 LED control unit 509 Connection unit (signal / power supply)
520 Tablet capture unit 530 Joint unit 540 Tablet support unit 550 Tablet capture switch button 600 IC card 610 Encryption means, second encryption means 630 Padding means 640 Random number generation means 700 User terminal device 710 Encryption means 720 IC card record information Reading means 730 Padding means 740 Random number generation means 750 Packaging identification means 760 Individual identification means 770 Determination means

Claims (5)

Using the IC card, a tablet counterfeit determination system configured by connecting a usage terminal device, a tablet identification server device, and a tablet sales terminal device to a network,
A tablet forgery determination system for determining forgery of a tablet packaged in a tablet package in which packaging identification information is recorded using a two-dimensional code,
Individual identification information is recorded on the tablet using a two-dimensional code,
The tablet identification server device
Storage means for storing correspondence data and encryption key information in which the packaging identification information and the individual identification information are associated;
Packaging identification information receiving means for receiving the packaging identification information from the tablet sales terminal device;
Using the received package identification information, refer to the package identification information of the corresponding data, select the individual identification information when the two match, and encrypt using the encryption key information to create verification data A first encryption means;
A server device comprising: the encryption key information; and verification data return means for returning the verification data to the tablet sales terminal device,
The tablet sales terminal device is:
First two-dimensional code reading means for reading the two-dimensional code recorded on the packaging;
A terminal device comprising: the encryption key information received from the tablet identification server device; and first IC card reading / writing means for recording the verification data on the IC card,
The IC card is
Storage means for storing the encryption key information and the verification data;
An IC card comprising second encryption means for encrypting the individual identification information using the encryption key information and creating evaluation data,
The terminal device used is
A second two-dimensional code reading means;
A second IC card reading means for reading the encryption key and the verification data recorded by the IC card;
Determining means for checking whether or not the evaluation data created by the second encryption means and the verification data are matched by using the individual identification information read by the second two-dimensional code reading means; A tablet forgery determination system, characterized in that the tablet counterfeit determination system comprises: The tablet identification server device
The storage means stores random number generation information,
First random number generation means for reading random number generation information from the storage means and generating random numbers using the read information;
Using the received packaging identification information, refer to the packaging identification information of the corresponding data, select the individual identification information when both match, and sequentially extract the numeric string from the generated random number Padding means for padding individual identification information;
Having
The first encryption means is a server device that reads the encryption key information from the storage means, encrypts the padded individual identification information, and creates collation data,
The IC card is
Means for storing the random number generation information;
Second random number generation means for generating a random number using the random number generation information of the IC card recording information;
Padding means for sequentially extracting a numeric string from the generated random number and padding the individual identification information received from the user terminal device;
With
2. The tablet counterfeit according to claim 1, wherein the second encryption unit is an IC card that encrypts padded individual identification information using the encryption key information to create evaluation data. Judgment system. The second second-dimensional code reading means according to claim 1 or claim 2,
When the tablet capture switch button is pressed, a small motor is driven to operate the joint part and to hold the tablet,
At this time, the light source control unit turns on the illumination unit, illuminates the tablet, illuminates the tablet from a plurality of oblique directions, gives a shadow to the groove by the laser marking, and can illuminate light and darkness, and
A camera that captures the two-dimensional code of the tablet;
A connection unit for transmitting image data of a two-dimensional code photographed by the camera to the user terminal device;
And a two-dimensional code reader. If the content of the evaluation returned from the user terminal device is a counterfeit report, the red lamp is blinked. If the content of the returned evaluation is a genuine product report, the blue lamp is blinked among the LED lamps. The two-dimensional code reader according to claim 3, further comprising an LED control unit. A tablet forgery determination system configured by connecting a use terminal device and a determination server device to a network, wherein packaging identification information is recorded as a two-dimensional code on a tablet packaging, and individual identification information is recorded on the tablet. Recorded as a two-dimensional code,
The use terminal device is:
A camera that captures a two-dimensional code;
A packaging identification unit that decodes the photographed two-dimensional code image of the packaging material and generates packaging identification information;
Individual identification means for decoding the two-dimensional code image of the photographed tablet, generating individual identification information, and transmitting it to the IC card;
Tablet data transmitting means for creating tablet data in which the packaging identification information and the individual identification information are associated with each other and transmitting the tablet data to the tablet identification server device;
Evaluation data receiving means for receiving evaluation data returned by the tablet identification server device;
The determination server device includes:
Storage means for storing correspondence data in which the packaging identification information and the individual identification information are associated with each other;
Tablet data receiving means for receiving tablet data from the terminal device,
Using the received tablet data, the packaging identification information of the corresponding data is collated, and determining means for determining whether or not they match,
If there is no match for the judgment result, create an evaluation including a forgery report and send it to the user terminal, or if there is a match for the judgment result, create an evaluation including a genuine product report. And a counterfeit evaluation means for transmitting to the user terminal device,
A server device comprising:
The tablet forgery determination system characterized by the above.

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