TWI644262B - Anti-counterfeiting identification system with RFID/NFC function - Google Patents

Abstract

The invention relates to an anti-counterfeiting identification system with RFID/NFC function, which mainly connects an RFID/NFC-enabled vehicle to an RFID/NFC-enabled device of a user through NFC/RFID technology to obtain an identification code ( UID) and related information or other authentication information enable the RFID/NFC-enabled device to log into a remote cloud server through the network and exchange the RFID/NFC-enabled device with the cloud server. The cloud server identifies, according to the user preset or pre-stored identification code (UID) and related data or other authentication information, whether the device with the RFID/NFC function has the right to query related data on the cloud server; Therefore, when the present invention is applied to a greeting card, a guarantee card, a certificate, a wedding invitation, an invitation letter, a business card, a confidential document, and a non-metallic packaging bag, the anti-counterfeiting identification can be performed immediately, thereby achieving the purpose of improving data confidentiality.

Description

Anti-counterfeiting identification system with RFID/NFC function

The invention relates to a paper and substrate carrier, in particular to an anti-counterfeiting identification system with RFID/NFC function.

With the rapid development of science and technology, people have extremely high demand for the exchange and sharing of materials, especially the use of paper carriers of different nature (such as paper documents, cards, books, letters, etc.) directly to the other party, but also to be confidential. The information is conveyed to the other party, not only for the user to view important information and materials in the vehicle for the other party to watch, but also to convey emotions and good news. It can be seen that the application of paper vehicles in the prior art has indeed been fairly universally integrated. In people's lives.

However, current paper vehicles are only used to write text, and are not convenient for users (such as grantors, collectors) to grant or collect, nor to identify paper carriers or to maintain data security mechanisms. It is difficult for users to manage, and it is quite easy for people to peep and steal. It is difficult to meet the needs of users for personal data management or data security. In addition, if you want to get written in a paper carrier, Information (such as website, telephone or contact information), users can only slowly input the data in the paper carrier through personal electronic devices (such as mobile devices, smart phones, etc.) even if the user uses the electronic device The camera function built, the data is also quite susceptible to the quality of the photo and can not be clearly seen.

For example, the new type of patent rights in China, M433591, "Business Cards for Displaying Multimedia Information" (hereinafter referred to as the previous case), includes a paper card and a display device. The display device is mainly composed of a control circuit, a display screen, and a solar panel. a speaker and three setting buttons are formed, and electrically connected to each other, the display screen, the solar panel and the setting button are correspondingly disposed on the display device On the surface, a display screen is set on the paper card to form a business card with a simple structure and displaying multimedia information.

Since the paper carrier in the prior art can only write text, not only does it have no mechanism for identifying the paper carrier, but also cannot meet the data security, and it is more difficult to satisfy the user's demand for personal data management or data security, and the user wants It is not convenient to obtain the information written in the paper carrier, although the former case provides a business card that can display multimedia information, which is convenient for the user to carry, and can read the detailed information in the business card at any time, and can hide the information when not watching, however, The previous case still cannot identify the paper vehicle to take into account the data management capability and data security. Based on the user's need for personal data management or data security when using the paper carrier, the existing technology is indeed pending. The need for a good solution.

In view of the above deficiencies of the prior art, the main object of the present invention is to provide an anti-counterfeiting identification system with RFID/NFC function, which transmits information through NFC/RFID technology, and manages data or storage by NFC/RFID identification code (UID). NFC's NDEF (NFC Data Exchange Format) data is used to initiate NFC-related functions of RFID/NFC-enabled devices, and to exchange data with the remote end for real-time data security identification to enhance data confidentiality.

The technical means adopted for achieving the above object is to enable the aforementioned RFID/NFC-enabled anti-counterfeiting identification system, which includes an anti-counterfeiting identification method, which is wirelessly coupled to a vehicle body through an NFC/RFID technology. An RFID/NFC-enabled device, the carrier body being a paper carrier body or a carrier body composed of a substrate, and the method is performed by the RFID/NFC-enabled device, the method comprising the following steps: The identification code (UID) and some related data are pre-established in a cloud server stored at the remote end; the identification code (UID) and the NDEF data of the vehicle body are read; and the NDEF corresponding to the read NDEF data is performed. Procedures (such as linking web pages, contacts, etc.); If you need to log in to the webpage, read the identification code (UID) and the information of the vehicle. You can directly use the identifier as the login name or generate the login name based on the identification code, and generate the login password based on the data. The password data is transmitted to the cloud server; when the cloud server verifies that the identification code (UID), password, authentication information and the like of the vehicle are correct, the user can log in to the remote end and obtain a permission. Exclusive information or access rights.

Through the above method, the identification code (UID) and some related data are pre-established and stored in the cloud server or an RFID/NFC read/write function device (such as an NFC mobile phone, an NFC-enabled tablet or wearable device, and have RFID/ An electronic device such as an NFC function computer, when a user (such as a grantor or a collector) holds the vehicle body close to the device having an RFID/NFC read/write function (such as an NFC mobile phone, an NFC-enabled tablet or a wearable device, An electronic device having an RFID/NFC function computer, the RFID/NFC read/write function reads the identification code and NDEF data of the carrier body, and performs the NDEF corresponding to the read NDEF data. Procedures (such as linking web pages, sending newsletters or e-mails, contacts, etc.), if you need to log in to the webpage, read the identification code (UID) and information of the vehicle, you can directly use the identification code as the login name or according to the identification code. After the login name is generated, and the login password is generated according to the identification code (UID) and related data, the user and password data are transmitted to the remote server, and the remote server checks the identification code, password, and authentication information. When the relevant information is correct, the user can log in to the remote server through the device with RFID/NFC read/write function, and obtain a proprietary information or usage right with permission, which can be registered or supplemented through the exclusive information or Inquiring about related materials, the present invention achieves the purpose of improving data confidentiality by the aforementioned instant data anti-counterfeiting identification method, and expands the use of paper cards by NFC technology to be more flexible and meaningful, and certificate authentication is more rigorous.

Another technical means adopted to achieve the above object is to enable the aforementioned RFID/NFC-enabled anti-counterfeiting identification system to include: a carrier body, which is a paper carrier body or a carrier body composed of a substrate; An antenna unit is disposed on the carrier body, and the antenna unit is configured to receive and receive signals; An RFID/NFC tag unit is disposed on the device body and connected to the antenna unit, the RFID/NFC tag unit receives a signal from the antenna unit, and the RFID/NFC tag unit includes an identification code (UID) The unit and a database may also contain a password or other confidentiality and encryption mechanism. The database stores a majority of data, and the identifier unit stores more than one identification code for identification by an RFID/NFC-enabled device or a cloud server. Having the RFID/NFC-enabled device process the identification code and data for transmission to a remote cloud server; The device with the RFID/NFC function reads an identification code (UID) of the carrier body and related materials, and the device with the RFID/NFC function can first determine whether it is one according to the identification code (UID). The identifiable vehicle body, but if the vehicle body is to be fully authenticated, the identification code (UID) and its related data must be transmitted to the remote server for authentication. When the cloud server checks the identification code password and authentication information. When the relevant information is correct, the user can log in to the cloud server and obtain a dedicated information and permission to use the permission.

According to the above configuration, the paper/substrate carrier having the RFID/NFC function of the present invention can further apply the carrier body to the greeting card, the guarantee card, the certificate, the wedding invitation, the invitation letter, the business card, the confidential document, and the non-metallic packaging bag. The vehicle body supplier can construct and store the identification code (UID) and its related authentication data to the remote cloud server, when the use (such as the grantor, the collector) holds the vehicle body close to the An RFID/NFC-enabled device, the system transmits the valid signal through the antenna unit, and when the RFID/NFC-enabled device receives the valid signal, reads the identification code transmitted by the carrier body and According to the related information, the RFID/NFC-enabled device may first determine whether it is an identifiable vehicle body according to the identification code (UID), but if the vehicle body is to be completely authenticated, the identification code (UID) is required. And the related data is transmitted to the remote server for authentication. When the cloud server checks whether the identification code password, the authentication information and the related information are correct, the user is logged into the cloud server and obtains a permission. Exclusive information and access rights, users can log in By registering or supplementing or querying related data on the cloud server, the present invention achieves the purpose of enhancing data confidentiality by the aforementioned instant data anti-counterfeiting identification method, and expands the use of paper cards by NFC technology to be more flexible and more flexible. Meaningful, certificate certification is more rigorous.

100,100’‧‧‧ Vehicle body

200,200’‧‧‧First paper

300,300’‧‧‧second paper

10‧‧‧Antenna unit

20‧‧‧RFID/NFC tag unit

21‧‧‧Control Management Unit

22‧‧‧ID unit

211‧‧‧ memory unit

23‧‧‧RFID/NFC transmission unit

24‧‧‧Database

25‧‧‧Microcontroller

30‧‧‧ device

40‧‧‧Cloud Server

1A is a block diagram showing the overall architecture of a first preferred embodiment of the present invention.

1B is another block diagram of an overall architecture of a first preferred embodiment of the present invention.

2 is a schematic view showing a first application state of the first preferred embodiment of the present invention.

3 is a schematic view showing a second application state of the first preferred embodiment of the present invention.

4 is a schematic view showing a third application state of the first preferred embodiment of the present invention.

Figure 5 is a schematic view showing the first application state of the second preferred embodiment of the present invention.

Figure 6 is a schematic view showing a second application state of the second preferred embodiment of the present invention.

Figure 7 is a block diagram of an application architecture of various preferred embodiments of the present invention.

FIG. 8 is a flow chart of an anti-counterfeiting identification method according to various preferred embodiments of the present invention.

With respect to the first preferred embodiment of the present invention, please refer to FIG. 1A, which includes a carrier body 100, an antenna unit 10, an RFID/NFC tag unit 20, an RFID/NFC-enabled device 30, and a remote a cloud server 40, the RFID/NFC tag unit 20 includes a control management unit 21, an identification code (UID) unit 22, an RFID/NFC transmission unit 23, and a database 24, the control management unit 21 Connected to the identification code unit 22, the RFID/NFC transmission unit 23, and the database 24, respectively, and used to control the transmission of data. The RFID/NFC transmission unit 23 is connected to the antenna unit 10, and the antenna unit 10 will be energy. The signal is transmitted to the RFID/NFC transmission unit 23, and the RFID/NFC transmission unit 23 converts the received signal into a digital signal according to a transmission protocol. And extracting the data, and storing the captured data in the database 24, the database 24 can store NDEF format data or general information; The control unit 21 further includes a memory unit 211 for storing a user password, and may also include other security and encryption mechanism functions (not shown) for storing a majority of data. The code unit 22 stores one or more identification codes (UIDs) for identification by the RFID/NFC-enabled device 30, and the RFID/NFC tag unit 20 transmits the identification code and data to the RFID-enabled device via the RFID/NFC transmission unit 23. The /NFC-enabled device 30 causes the RFID/NFC-enabled device 30 to process the identification code and data for transmission to the remote cloud server 40 for storage or application. In this embodiment, as shown in FIG. 1B, the carrier body 100 further includes a microcontroller 25, which is connected to the control management unit 21 of the RFID/NFC tag unit 20, and can transmit the micro The controller 25 processes the encryption of the password, data, or other operations.

In this embodiment, the carrier body 100 is formed of a paper material. As shown in FIG. 2, the antenna unit 10 is disposed on the carrier body 100, and the RFID/NFC tag unit 20 is disposed on the carrier. The antenna unit 10 is connected to the antenna unit 10, and the antenna unit 10 is mainly used for transmitting and receiving signals. In this embodiment, the antenna unit 10 can be configured by a concentric circle or a back shape or other shapes. The RFID/NFC tag unit 20 receives the signal from the antenna unit 10, and the user connects the RFID/NFC-enabled device 30 through the NFC/RFID wireless technology from the carrier body 100, and the user has the RFID. The /NFC-enabled device 30 connects and exchanges data with the remote cloud server 40 via the network. In this embodiment, the paper carrier body 100, the antenna unit 10, and the RFID/NFC tag unit 20 are passed through to form a paper carrier having an RFID/NFC function.

The paper carrier body supplier can construct and store the identification code (UID) and its associated authentication data to the remote cloud server 40, and use (such as the grantor, collector) to hold the vehicle body close to the An RFID/NFC-enabled device, the system transmits the valid signal through the antenna unit, and when the RFID/NFC-enabled device receives the valid signal, reads the carrier body Transmitting the identification code and related information, the RFID/NFC-enabled device may first determine whether it is an identifiable vehicle body according to the identification code (UID), but if the vehicle body is to be fully authenticated, The identification code (UID) and its related data must be transmitted to the remote server 40 for authentication. When the cloud server 40 checks that the identification code password, the authentication information, and the like are correct, the user logs in to the cloud server. 40, and obtain a dedicated information and permission to use the user to log in to the cloud server 40 to register or supplement or query related information, the present invention achieves data confidentiality by the aforementioned instant data anti-counterfeiting identification method For the purpose of sex, and through the NFC technology to expand the use of paper cards more flexible, more meaningful, certificate certification is more rigorous.

It should be noted that the foregoing RFID/NFC wireless technology includes wireless technologies such as RFID (Radio Frequency Identification) and NFC (Near Field Communication) in the prior art, and the RFID can be used for long distances. Short-distance exchange of data with RFID-enabled or RFID/NFC-enabled devices, while NFC can be used at close range and with high confidentiality. Since NFC has an NDEF (NFC data exchange format) data format, this NDEF (NFC data exchange) The format of the format data is a data format defined by the NFC Forum. When a device having an NFC read/write function reads the NDEF data of another NFC device, the device having the NFC read/write function It can identify what kind of data (such as website address, contact data, phone number, email, program name, general information, etc.) of the read NDEF data and then perform its corresponding function. The RFID/NFC-enabled device 30 can be a stand-alone RFID/NFC device, a mobile phone with RFID/NFC read/write function, a tablet with RFID/NFC read/write function, or RFID/NFC read/write function. A device such as a computer or a handheld device or a wearable device.

Furthermore, the identification code, the password, the authentication data and related data may be stored in the cloud server 40. When the user holds the carrier body 100 and approaches the RFID/NFC-enabled device 30, the carrier body 100 Sending a valid signal through the antenna unit 10, the RFID/NFC-enabled device 30 reads an identification code (UID) and related information transmitted by the carrier 100, if there is a password or The encryption mechanism reads the memory data 24 of the vehicle body 100 after the password verification or decryption decoding. If the data is NDEF data, the corresponding function of the NDEF is executed, and if the cloud server 40 is required to be authenticated again, The RFID/NFC-enabled device 30 transmits the identification code (UID), the password, and related data to the cloud server 40 for authentication and processing. When the result of the verification is correct, the user has the The RFID/NFC-enabled device 30 logs in to the cloud server 40 and obtains a proprietary information and usage rights. The user can register or supplement or query related information on the cloud server 40 through the exclusive information. The above-mentioned instant data anti-counterfeiting identification method enhances the confidentiality of data, and the use of RFID/NFC technology expands the use of paper cards more flexibly and meaningfully, and the certification of certificates is more rigorous.

Referring to FIG. 3, in another application state of the preferred embodiment, the method further includes a first paper 200 formed of a paper material and the carrier body is disposed through an adhesive layer. A surface of the first paper 200 is adhered and fixed to the first paper 200. The adhesive layer can be an adhesive or an adhesive. As shown in FIG. 4, it is another application state of the preferred embodiment. An application state is substantially the same, but the application state further includes a second paper 300 composed of a paper material or a non-metal material, and the other surface of the carrier body 100 or the second paper 300 In the present embodiment, the surface of the carrier body 100 is an opposite front surface and a rear surface, and the first paper 200 or the second paper 300 can be bonded to the front of the carrier body 100. The surface or the rear surface integrates the carrier body 100 between the first sheet 200 and the second sheet 300.

With regard to the second preferred embodiment of the present invention, please refer to FIG. 5. It should be noted that the main structure of the present embodiment is substantially the same as that of the first preferred embodiment, but in this embodiment, a substrate is provided. The carrier body 100' is replaced with the paper carrier body 100 of the first preferred embodiment. The antenna unit 10 is mounted on the carrier body 100'. The RFID/NFC tag unit 20 is attached to the carrier. The antenna unit 10 is connected to the antenna unit 10, and the antenna unit 10 is mainly used for transmitting and receiving signals. In this embodiment, the antenna unit 10 can be configured by a concentric circle or a back shape or other shapes. The The RFID/NFC tag unit 20 receives signals from the antenna unit 10. In the present embodiment, the carrier body 100' composed of a substrate, the antenna unit 10, and the RFID/NFC tag unit 20 are configured to constitute a substrate carrier having an RFID/NFC function. The substrate carrier body supplier can construct and store the identification code (UID) and its associated authentication data to the remote cloud server, when the use (such as the grantor, the collector) holds the carrier body close to the An RFID/NFC-enabled device, the system transmits the valid signal through the antenna unit, and when the RFID/NFC-enabled device receives the valid signal, reads the identification code transmitted by the carrier body and According to the related information, the RFID/NFC-enabled device may first determine whether it is an identifiable vehicle body according to the identification code (UID), but if the vehicle body is to be completely authenticated, the identification code (UID) is required. And the related data is transmitted to the remote server for authentication. When the cloud server checks whether the identification code password, the authentication information and the related information are correct, the user logs in to the cloud server and obtains a dedicated exclusive permission. Information and usage rights, users can register or supplement or query relevant information on the cloud server after login, and the present invention achieves the purpose of enhancing data confidentiality by the aforementioned instant data anti-counterfeiting identification method. And by NFC technology will expand the use of paper cards is more flexible, more meaningful, more rigorous certification.

Please refer to FIG. 6 , which is another application state of the preferred embodiment, further including another first paper 200 ′, another second paper 300 ′, the first paper 200 ′, the second paper 300 ' is composed of a paper material or other non-metal material, the first paper 200' can be adhered to a surface of the carrier body 100', and the second paper 300' can be combined with the other of the carrier body 100' The surface of the carrier body 100' is fixed to the first paper 200' and the second paper 300'. The surfaces of the carrier body 100' are opposite. a front surface and a rear surface, the first paper 200' or the second paper 300' may be adhered to the front surface and the rear surface of the carrier body 100' to clamp and fix the carrier body 100'. The carrier body 100' can be sandwiched between the first paper 200' and the second paper 300', and the carrier body 100' is integrated into the first paper 200' and the second paper 300'. between.

To illustrate other specific application manners of the above preferred embodiments, please refer to FIG. 7 , wherein a paper carrier body 100 or/and a carrier body 100 ′ formed by a substrate can be respectively associated with a greeting card, a combination of a guarantee card, a certificate, a wedding invitation, an invitation, a business card, and a confidential document, so that the greeting card, the guarantee card, the certificate, the wedding invitation, the invitation, the business card, and the confidential document can have RFID/NFC function; for example, when the vehicle bodies 100, 100' are set in the wedding invitation, the user can pre-store the new person's Facebook website or the wedding location GPS address in the NDEF format to the paper carrier. On the main body, when the guest who receives the wedding invitation touches the RFID/NFC-enabled wedding invitation through the RFID/NFC-enabled device 30, the NFC can be executed through the RFID/NFC-enabled device 30 (such as an NFC mobile phone). The corresponding function of NDEF connects the new person's Facebook URL to the remote viewing of the new person's photo or navigates to the wedding venue. As for the application of other greeting cards, invitations, and business card applications, the method is similar to the foregoing, so it will not be described again.

The user may first preset at least one user password in the memory unit 211 of the vehicle body 100, 100' based on the security card, the security certificate, and the like. Different from the server login password), as the relevant information of the aforementioned identification code (UID), for the RFID/NFC-enabled device 30 to initially identify or log in to the RFID/NFC-enabled device 30 (such as a personal computer, etc.), In addition, the user can use the aforementioned identification code (UID), password and related data stored in the database to log in to the remote server, and the user needs to input the user name and password as long as the user needs to input the RFID/NFC function. The device 100 is located close to the device 30 having the RFID/NFC function, and can automatically log in to the preset website. After the login is successful, the user can query the presence of the cloud server 40 through the RFID/NFC-enabled device 30. Relevant information or input storage related certification, commemorative and other information.

In the embodiment, the RFID/NFC tag unit can form an RFID/NFC tag chip (Integrated Circuit, IC) via a semiconductor process technology, and an identification code (UID) is pre-written at the factory, and the carrier supplier This RFID/NFC tag wafer can be fabricated into such RFID/NFC-enabled carrier 100, and stores information in NDEF format (such as web address, contact information, e-mail, telephone message, etc.), so that the vehicle user can have an NFC-enabled device to execute the preset NDEF. Function, and a password can be set. When a user (such as a certificate owner) approaches the vehicle body 100, 100' having the identification code to the RFID/NFC-enabled device 30 to an effective distance, the RFID/ The NFC-enabled device 30 can quickly determine whether the identification is an identifiable vehicle body 100 (such as a certificate, a file, etc.) based on the identification code and the internal user password read by the RFID/NFC-enabled device 30. The vehicle supplier may also encode the identification code, password, and a set of authentication strings (which may include numbers), store the string in a database inside the RFID/NFC carrier, and Before the sale, the basic data and related certification data are built in the remote server database for future user login and authentication, which increases the functionality and security of the product.

According to the above preferred embodiments and application manners of the present invention, the anti-counterfeiting identification method of the RFID/NFC-enabled vehicle can be further summarized by the NFC/RFID technology connecting the carrier bodies 100, 100'. The RFID/NFC-enabled device 30 performs the method by the RFID/NFC-enabled device 30 and the remote server 40. As shown in FIG. 8, the method includes the following steps: the application can pre-determine the identification code ( The UID and its related data are stored in the cloud server 40 (not shown) or the remote cloud server 40 (S91); in this embodiment, the user can first use the carrier body. At least one user password is preset in the memory unit 211 of 100, 100'; when approaching the vehicle bodies 100, 100', the identification code (UID) of the vehicle body 100, 100' is read (S81); Depending on the application, the NDEF data (such as website address, contact information, email, etc.) of the vehicle body 100, 100' can be read, and the corresponding programs or functions of the NDEF (such as linking web pages, contacts, emails, etc.) can be executed. (S82); Depending on the application, the RFID/NFC-enabled device 30 can also read the carrier body 100, 100' password or verify the carrier body 100, 100' password after the carrier body 100, 100' The identification code (UID) and the data are used as a preliminary identification or login to the RFID/NFC-enabled device 30 (not shown); If the application needs to log in to the remote server (S92), the other information (such as the login password) of the vehicle body 100, 100' can be read, and the user, password and other related information can be generated after the login password is generated according to the data. The data is transmitted to the remote server (S83). Therefore, the user can log in without entering the user name and password. The application password can also be changed to manually input the default login password. This manual login password can be different. The login password in the vehicle, and this manual login password can be changed after login; When the cloud server 40, the identification code and its associated authentication data are collated with the identification code pre-stored at the remote end and its associated authentication data (S93); If the result of the check does not match, an error message is displayed (S94); If the result of the check is correct (S95), the user logs in to the remote cloud server 40 and obtains the exclusive information and usage rights of the user, so that the user can remotely access the information through the exclusive information. The cloud server 40 registers or supplements or queries related materials.

The specific technical effects achievable by the above preferred embodiments and application modes compared with the prior art include: 1. Utilizing increasingly popular NFC/RFID wireless technology to transmit data and energy, and optimizing and low power consumption. The lines and components produce the effect of saving power consumption and eliminating the need for battery power. 2, only need to be close to the distance, without any settings, can be connected with another NFC / RFID-enabled RFID / NFC-enabled device 30, the use is simple, easy for men and women, everyone is easy to use. 3. Using the paper material with optimized design and thin thickness, the thickness design of the carrier body 100 can be optimized, and the effect of easy placement, display and collection is produced. 4. The identification code of the RFID/NFC tag unit 20 and the user password that can be built can be used to identify different types of vehicles, without having to memorize the user name and password, and using the vehicle as a personal computer or webpage to log in. tool. 5, The data format of the NDEF is convenient to be compatible with the operating system (OS) installed by the RFID/NFC-enabled device 30, and the automatic reading and linking of the website or the automatic reading of the phone can be performed without installing an additional application. The number and automatic dialing or automatic reading of the contact (Vcard) and automatic transmission to another RFID/NFC-enabled device 30 can produce an effect that is easy for both men, women and children, and is easy for everyone to use. For example, a smart phone with NFC and Internet access functions can read the URL of the NDEF file format stored in the RFID/NFC tag unit 20 of the card type, and the smart phone supporting NFC and NDEF can be directly connected to the relevant webpage automatically. For the convenience of consumers to browse. 6. Using the database of the cloud server to extend the database of paper and substrate carriers to the database of the cloud server, consumers can add more information in the cloud server record to enhance the application value of the product. Therefore, when the present invention is applied to a greeting card, a guarantee card, a certificate, a wedding invitation, an invitation letter, a business card, and a confidential document, the anti-counterfeiting identification can be performed immediately, thereby achieving the purpose of enhancing data confidentiality.

Claims (2)

An anti-counterfeiting identification system with an RFID/NFC function includes: a paper carrier body; an antenna unit is disposed on the carrier body, the antenna unit is used for transmitting and receiving signals; and an RFID/NFC tag unit is The RFID/NFC tag module receives a signal from the antenna unit, and the RFID/NFC tag unit includes an identification code unit and a database, and the database is connected to the antenna unit. Storing a majority of data, the identification code unit storing more than one identification code for identification by an RFID/NFC-enabled device, such that the RFID/NFC-enabled device processes the identification code and data for transmission to a remote cloud server The RFID/NFC tag unit further includes a control management unit and a transmission unit, wherein the control management unit is respectively connected to the identification code unit, the transmission unit, and the data base, and the transmission unit is connected to the antenna unit. The control management unit is provided with a memory unit for storing a user password; the RFID/NFC-enabled device is an NFC/RFID device, and one has NFC/RFID reading. The function of the mobile phone, a tablet computer with NFC/RFID reading and writing function or a computer with NFC/RFID reading and writing function; wherein the carrier body further comprises: a first paper, a surface of the carrier body The first paper is bonded and fixed; the second paper is made of a non-metal material, and can be adhered to the other surface of the carrier body or the first paper, and the carrier body is bonded or clamped to the first The paper and the second paper are integrated between the first paper and the second paper; wherein the RFID/NFC-enabled device performs the following anti-counterfeiting identification method: when approaching the load When the body is provided, the vehicle body identification code (UID) is read; the NDEF data of the vehicle body is read, and the corresponding program or function of the NDEF is executed; After reading the password of the vehicle body or verifying the password of the vehicle body, the RFID/NFC-enabled device uses the identification code (UID) and data of the vehicle body as a preliminary identification or login to the RFID/ The NFC function device; when logging in to the remote cloud server, the RFID/NFC function device reads the data of the vehicle body, and generates a login password according to the data, and transmits the user, the password and other related materials to The cloud server performs the verification correctly, and the user directly logs in; the password of the vehicle body is changed to manually input the default login password. The manual login password is different from the login password in the vehicle, and the manual login password is used after login. Can be changed; when the cloud server checks the pre-stored identification code and its related authentication data with the identification code and its related authentication data; if the result of the verification is not met, an error message or no login response is displayed; If the result of the verification is correct, the user can log in to the cloud server and obtain a dedicated information and permission to use the permission to enable the user to access the exclusive information. Registering, supplementing, or querying related data on the cloud server; wherein the identification code (UID) and related data are pre-established and stored to the RFID/NFC-enabled device or the cloud server; or, in the carrier At least one user password is preset in a memory unit of the body. An anti-counterfeiting identification system with an RFID/NFC function includes: a carrier body composed of a substrate; an antenna unit is disposed on the carrier body, the antenna unit is used for transmitting and receiving signals; and an RFID/NFC tag unit The RFID/NFC tag unit receives a signal from the antenna unit, and the RFID/NFC tag unit includes an identification code unit and a database, and the database is connected to the antenna unit. Stores most data, the identification code unit is stored One or more identification codes are recognized by an electronic device, so that the electronic device processes the identification code and data for transmission to a remote cloud server; wherein the RFID/NFC tag unit further includes a control management unit and a transmission unit The control management unit is respectively connected to the identifier unit, the transmission unit, and the database, and the transmission unit is connected to the antenna unit, and the control management unit is provided with a memory unit for storing a user password; the electronic device An NFC/RFID device, a mobile phone with NFC/RFID reading and writing function, a tablet with NFC/RFID reading and writing function, or a computer with NFC/RFID reading and writing function; wherein the carrier body further comprises: a first paper, the material of which is a non-metallic material, a surface of the carrier body is bonded to the first paper; a second paper is made of a non-metal material and can be attached to the other surface of the carrier body The surface of the carrier body is an opposite front surface and a rear surface, and the first paper and the second paper are respectively adhered The front surface or the rear surface of the carrier body is configured to integrate the carrier body between the first paper and the second paper; wherein the electronic device performs the following anti-counterfeiting identification method: when approaching the vehicle In the case of the body, the vehicle body identification code (UID) is read; the NDEF data of the vehicle body is read, and the corresponding program or function of the NDEF is executed; the device having the RFID/NFC function is reading the vehicle After the password of the main body or the password of the main body of the vehicle is verified, the identification code (UID) and the data of the main body of the vehicle are used as a preliminary identification or login to the RFID/NFC-enabled device; when logging in to the remote cloud server, Then, the RFID/NFC function device reads the data of the vehicle body, and after generating the login password according to the data, transmits the user, the password and other related data to the cloud server for verification, so that the user directly logs in; Change the password of the vehicle body to manual Enter the default login password. This manual login password is different from the login password in the vehicle. The manual login password can be changed after login. When the cloud server checks the pre-stored identification code with the identification code and its related authentication data. If the result of the verification is non-conformity, an error message or no login response is displayed; if the result of the verification is correct, the user is logged into the cloud server and obtains a proprietary account. The information and usage rights enable the user to register, supplement or query relevant information on the cloud server through the exclusive information; wherein the identification code (UID) and related data are first stored and stored to the RFID/NFC function. The device or the cloud server; or, at least one user password is preset in a memory unit of the carrier body.