TWM580206U - System for identifying identity through telecommunication server by identification data device - Google Patents

Abstract

A system for identifying an identity by means of a device identification data through a telecommunications server, which transmits a license information through a mobile device to transmit a device identification information to a telecommunications server through a mobile communication network and receives a license token returned by the telecommunications server And the user data to the telecom server, the telecommunication server generates the identity identification result according to the license token and the user data and transmits the identity identification result to the service server, and the technical effect of separately using the mobile device to complete the identity recognition can be achieved.

Description

System for identifying identity through device identification by device identification data

An identification system, in particular, a system for identifying an identity by means of a device identification data via a telecommunications server.

In recent years, due to the high development of communication and network-related industries, people's demand for electronic and mobile services has increased. This demand is also reflected in the financial industry and the government's public sector. For example, brokers and banks. In addition to providing Internet services, insurance companies, investment companies, and government agencies have also begun to provide mobile applications (APPs). Users can use mobile devices or tablets to execute mobile applications. Mobile applications are available through the Internet. After the network is connected to the corresponding service host (or application host), the user can operate the mobile device for securities transactions, transfer, insurance, application documents and other mobile services. In this way, the user can perform the required action service without leaving the location.

When users use network services or mobile services, they usually need to identify themselves first. At present, the identification method through the network mostly needs to use a hardware carrier to identify the user's identity. For example, using a specific USB flash drive or a smart card (wafer card) to store the user's credentials, thereby using it. When performing mobile services, identify the USB flash drive or smart card that stores the voucher data.

However, the way to use the hardware carrier to identify the user's identity can only be carried out on the computer. The main reason is that the hardware carrier needs to be connected to the computer through a connection slot such as USB, or through an external device such as a card reader. Read, but most of the current mobile devices do not have a connection slot that can be connected to the hardware carrier, or the user needs to provide an external device to read the hardware carrier. Therefore, most mobile devices cannot be connected to the hardware. The vehicle, as a result, prevents the user from using the mobile device for identification, so that the mobile service cannot be used, causing inconvenience to the user.

In summary, it can be seen that in the prior art, there has been a long-standing problem that the mobile device is not easy to connect the hardware carrier to identify the user, and therefore it is necessary to propose an improved technical means to solve the problem.

In view of the prior art, there is a problem that the mobile device is difficult to connect the hardware carrier to identify the user. The present invention discloses a system for identifying the identity of the device through the telecommunication server, wherein:

The system for identifying the identity of the device identification data through the telecommunication server disclosed in the present invention comprises at least: a service server; a telecommunication server connected to the service server; and a mobile device for executing the identity component, and the identity component further comprises a data acquisition module for obtaining user data and device identification data; a communication module for transmitting device identification data to a telecommunications server via a mobile communication network, and receiving a license information transmitted by the telecommunications server, and for The license information and the user data are transmitted to the telecommunications server via the service server via the service communication network, so that the telecommunications server generates the identity identification result according to the license information and the user data, and transmits the identity identification result to the service server.

The system disclosed in the present application is as above, and the difference from the prior art is that the author transmits the device identification information to the telecommunication server through the mobile communication network through the mobile device and receives the license information returned by the telecommunication server, and then passes through the service server. Transmitting the license information and the user data to the telecom server, the telecommunication server generates the identity recognition result according to the license information and the user data and transmits the identity identification result to the service server, thereby solving the problems of the prior art and achieving the separate use. The technical function of the mobile device to complete the identification.

The features and implementations of the present invention will be described in detail below in conjunction with the drawings and the embodiments, which are sufficient to enable any skilled person to fully understand the technical means to which the present invention solves the technical problems and implement them accordingly. The achievable effect of this creation.

The author can identify the mobile device after the mobile device is connected to the service server, and the telecommunication server transmits the identity recognition result to the service server connected to the mobile device.

The following is a system architecture diagram in which the device identification data is identified by the telecommunication server by "1A" and "1B". As shown in "FIG. 1A", the system of the present creation includes an application host 111, an identity host 112, an authentication server 113, a mobile device 120, and a telecommunications server 130. The application host 111, the identity recognition host 112, the identity verification server 113, the mobile device 120, and the telecommunications server 130 are all computing devices.

The computing devices referred to in this creation include, but are not limited to, one or more processors, one or more memory modules, and components such as bus bars that connect different components, including memory modules and processors. Through the various components included, the computing device can load and execute the operating system to cause the operating system to run on the computing device.

The bus of the computing device proposed by the present application may include one or more types, for example, including a data bus, an address bus, a control bus, and an expansion bus ( Expansion bus), and / or local bus and other types of bus. Busbars for computing devices include, but are not limited to, side-by-side industry standard architecture (ISA) busses, peripheral component interconnect (PCI) busses, video electronic standards associations (VESA) local busses, and tandem universal sequence busses (USB), Fast Peripheral Component Interconnect (PCI-E) bus, etc.

The processor of the computing device proposed by the present invention is coupled to the bus bar. The processor includes a register group or a scratchpad space, and the scratchpad group or scratchpad space can be completely disposed on the processing wafer, or all or part of the processor is disposed outside the processing chip and via a dedicated electrical connection. And/or coupled to the processor via a bus. The processor can be a processing unit, a microprocessor, or any suitable processing element. If the computing device is a multi-processor device, that is, the computing device includes multiple processors, the computing device includes the same or similar processors and is coupled and communicated through the bus. The processor can interpret a series of instructions that cause the computing device to perform particular operations or operations, such as mathematical operations, data comparisons, etc., to operate the operating system or execute various programs, modules, and/or components in the operating system.

The processor of the computing device can be coupled to the chip set or electrically connected to the chip set through the bus bar. The chipset is composed of one or more integrated circuits (ICs), including a memory controller and a peripheral input/output (I/O) controller, that is, the memory controller and the peripheral output controller can be included in In an integrated circuit, two or more integrated circuits can also be used. The chipset typically provides input and memory management functions, as well as providing a plurality of general purpose and/or dedicated registers, timers, etc., wherein the general purpose and/or dedicated registers and timers are coupled or One or more processors electrically coupled to the chip set are accessed or used.

The processor of the computing device can also access the data stored in the memory module and the large-capacity storage area of the computing device through the memory controller. The above memory module includes any type of volatile memory and/or non-volatile memory (NVRAM) memory, such as static random access memory (SRAM), dynamic random access. Memory (DRAM), flash memory (Flash), read-only memory (ROM), etc. The above-mentioned mass storage area may include any type of storage device or storage medium, such as a hard disk drive, a compact disc, a flash drive (flash memory), a memory card, and a solid state disk (Solid State Disk, SSD), or any other storage device, etc. That is to say, the memory controller can access data in the static random access memory, the dynamic random access memory, the flash memory, the hard disk drive, and the solid state hard disk.

The processor of the computing device can also communicate with the peripheral device or interface such as the peripheral output device, the peripheral input device, the communication interface, and the GPS receiver through the peripheral output/input bus through the peripheral output/input controller. The peripheral input device can be any type of input device, such as a keyboard, a mouse, a trackball, a trackpad, a rocker, etc., and the peripheral output device can be any type of output device, such as a display, a printer, etc., peripheral input device It can also be the same device as the peripheral output device, such as a touch screen. The communication interface can include a wireless communication interface and/or a wired communication interface, and the wireless communication interface can include a wireless communication network such as Wi-Fi, Zigbee, Bluetooth, infrared, near field communication (NFC), 3G/4G/5G, etc. The interface of the road or other wireless data transmission protocol, the wired communication interface can be an Ethernet device, an asynchronous transfer mode (ATM) device, a DSL data machine, a cable (data) data machine, and the like. The processor can periodically poll various peripheral devices and interfaces to enable the computing device to perform input and output of data, as well as to communicate with another computing device having the elements described above.

The mobile device 120 can be connected to the application host 111 via a communication interface using a wired or wireless network, and can be connected to the telecom server 130 via a communication interface using a mobile communication network. The mobile device 120 can receive data or signals transmitted by the application host 111 and/or the telecommunication server 130 through the communication interface, and can transmit data or signals to the application host 111 and/or the telecommunication server 130.

The mobile device 120 is responsible for using the application service provided by the application host 111 and is responsible for completing the identification through the telecommunications server 130 when the application service needs to be identified. The application service proposed by the present application is usually a service that needs to confirm the identity of the user of the mobile device 120, such as online ordering, online banking, online insurance, tax payment, etc., but the creation is not limited thereto. .

As shown in FIG. 2, the mobile device 120 further includes a data acquisition module 220, a communication module 280, and an additional data input module 240, a verification module 250, and a network determination module 260. In some embodiments, the mobile device 120 can execute the identity recognition component 200 through the processor to generate and run the modules of the present authoring. The identification component 200 can be a single application or can be included in the application and become one of the multiple components that make up the application.

The data acquisition module 220 is responsible for obtaining device identification data. In more detail, the data acquisition module 220 can detect the device identification data of the mobile device 120. The device identification data detected by the data acquisition module 220 is usually a Subscriber Identity Module (SIM, referred to as "SIM card" in the present creation) installed on the mobile device 120 or an embedded user. The information recorded in the identity module (Embedded-SIM, which will be represented by "eSIM card" in this creation), such as the card number or the door number, etc., but the creation is not limited thereto, and the data acquisition module 220 can also The serial number of the mobile device 120 or the serial number of the specific hardware such as the processing chip mounted in the mobile device 120 is used as the device identification data.

The data acquisition module 220 is also responsible for obtaining user data. In more detail, the data acquisition module 220 can read the user data input by the user from the memory unit of the mobile device 120 or the memory unit such as the large-capacity storage area. The user data acquired by the data acquisition module 220 includes the door number used by the mobile device 120 and the identification data of the user. In some embodiments, the user data may further include the user's birthday, but the present invention The user data is not limited to the above. For example, the user data may also include gender, address, and the like. Among them, the identification information provided by the creation is usually a unique value, that is, different users have different information, including but not limited to the user's ID number, passport number, and the like.

In some embodiments, if two SIM cards are installed on the mobile device 120, or a SIM card and an eSIM card are installed, the data acquisition module 220 can detect two device identification data, and thus, when the data is The obtaining module 220 can prompt the user to confirm that the door number in the user data is consistent with the door number corresponding to the SIM card used by the currently set mobile device 120 to connect to the mobile communication network, and obtain the user data after the user confirms, otherwise wait The user modifies the door number in the user profile. For example, when a SIM card and an eSIM card are installed on the mobile device 120, and the mobile device 120 is connected to the mobile communication network by using the SIM card, the data acquisition module 220 can prompt the user to confirm the use through the peripheral output device of the mobile device 120. Whether the door number in the data is consistent with the door number corresponding to the SIM card.

The data input module 240 can provide user input user data through the peripheral input device of the mobile device 120. In more detail, the data input module 240 can provide a user interface for inputting user data, and can store the user data input by the user to a memory module such as a memory module or a large-capacity storage area of the mobile device 120. in.

In some embodiments, if the data acquisition module 220 detects two device identification data, when the data input module 240 provides the user input user data, the user may be prompted to input the user data. The currently set mobile device 120 is connected to the door number corresponding to the SIM card used by the mobile communication network. For example, when a SIM card and an eSIM card are installed on the mobile device 120, and the mobile device 120 is connected to the mobile communication network by using the SIM card, the data input module 240 can prompt the user to use the peripheral output device of the mobile device 120. Enter the door number corresponding to the SIM card in the profile.

The verification module 250 can verify the identity of the user through the device unlocking data. The unlocking information of the device proposed by the present invention may be a biological data such as a fingerprint, a voiceprint, a human face, or a password or a gesture set by a user, but the creation is not limited to the above.

In more detail, the verification module 250 can select the manner of verifying the identity of the user through the device unlocking data according to the type and version of the operating system executed in the mobile device 120. For example, the verification module 250 can select the user to be required to use the mobile device. The peripheral input device of 120 inputs the device unlocking data, and calls the operating system executed in the mobile device 120 to confirm whether the input device unlocking data is correct to verify the identity of the user; or the call to execute the operating system in the mobile device 120 The screen unlocking application interface is provided to provide the user input device to unlock the data, and the screen unlocking application interface is used to judge whether the input device unlocking data is correct to verify the user identity; or the screen can be closed to wait for the user to open the screen and input The device unlocks the data to complete the screen unlocking to confirm the identity of the user, etc., but the manner in which the verification module 250 selects to verify the identity of the user is not limited to the above.

The network judging module 260 can determine whether the mobile device 120 currently selects to use the mobile communication network for communication, and can determine when the mobile device 120 is not currently selected to use the mobile communication network, for example, when currently using a wireless local area network such as WiFi. The peripheral output device of the mobile device 120 prompts the user to change the mobile device 120 to use a mobile communication network.

In some embodiments, the network determining module 260 may also prompt the user mobile device 120 to use the mobile communication network through the peripheral output device of the mobile device 120 when determining that the mobile device 120 is not currently using the mobile communication network. The mobile device 120 is switched to use a mobile communication network.

The communication module 280 is responsible for driving the SIM card installed on the mobile device 120, thereby connecting to the telecom server 130 through the communication interface of the mobile device 120 using the mobile communication network. Generally, after the SIM card is driven by the communication module 280, the SIM card can establish a connection with the corresponding telecommunication server 130 through the communication module 280 according to the recorded server identification data, so that the mobile device 120 can communicate through the communication. The interface is wired to the telecommunications server 130 corresponding to the SIM card.

The communication module 280 is also responsible for transmitting the device identification data obtained by the data acquisition module 220 to the telecommunication server 130 through the communication interface of the mobile device 120, and receiving the permission token transmitted by the telecommunication server 130. The license token is the data generated by the telecommunications server 130 and will be further described when the telecommunications server 130 is described.

The communication module 280 is also responsible for transmitting the license information returned by the telecommunication server 130 and the user data obtained by the data acquisition module 220 to the telecommunication server 130 via the application host 111, or receiving the telecommunication server 130 via the application host 111. The identity of the identity transmitted. In general, the communication module 280 exchanges data with the application host 111 through the communication interface of the mobile device 120. However, in some embodiments, the communication module 280 can also use the communication interface of the mobile device 120 to use wireless. The local area network exchanges data with the application host 111. Thus, the communication module 280 can transmit the license information and the user data to the telecommunication server 130 through the application host 111 and receive the identity recognition result transmitted by the telecommunication server 130.

The application host 111 can connect to the identity host 112 via a communication interface using a wired or wireless network, or can provide a mobile device 120 via a communication interface using a wired or wireless network connection. The application host 111 can receive the data or signal transmitted by the connected mobile device 120 and/or the identity recognition host 112 through the communication interface, and can transmit the data or signal to the connected mobile device 120 and/or the identity recognition host 112. .

The application host 111 is responsible for providing application services to the mobile device 120, and may request the mobile device 120 to perform identification when the mobile device requests a specific job, for example, when the mobile device 120 requests registration.

The application host 111 is also responsible for receiving the license information and user data transmitted by the mobile device 120, and transmitting the received license information and user data to the identity recognition host 112.

The application host 111 is also responsible for receiving the identity recognition result transmitted by the identity recognition host 112, and selecting whether to perform the job requested by the mobile device 120 according to the received identity recognition result, that is, the application host 111 can represent the identity recognition result. When the identity recognition is successful, the job requested by the mobile device 120 is executed, and when the identity recognition result indicates that the identity recognition fails, the job requested by the mobile device 120 is refused.

The identity host 112 can be connected to the application host 111 and the authentication server 113 via a communication interface using a wired or wireless network, or can receive data or signals transmitted by the application host 111 and/or the authentication server 113, and can The data or signal is transmitted to the application host 111 and/or the authentication server 113.

The identity host 112 is responsible for receiving the license information and user data transmitted by the application host 111, and transmitting the received license information and user data to the identity verification server 113. The identity host 112 is also responsible for receiving the identity recognition result transmitted by the identity verification server 113 and transmitting the received identity recognition result to the application host 111.

The authentication server 113 can be connected to the identity host 112 and the telecommunication server 130 via a communication interface using a wired or wireless network, or can receive data or signals transmitted by the identity host 112 and/or the telecommunication server 130. Data or signals can be transmitted to the identity host 112 and/or the telecommunications server 130.

The authentication server 113 is responsible for receiving the license information and user data transmitted by the identity host 112, and transmitting the received license information and user data to the telecommunications server 130. The authentication server 113 is also responsible for receiving the identity recognition results transmitted by the telecommunications server 130 and transmitting the received identity recognition results to the identity recognition host 112.

In some embodiments, the application host 111, the identity host 112, and the authentication server 113 may be included in the service server 110, as shown in FIG. 1B. The service server 110 may include a computing device such as an application host 111, an identity host 112, and an authentication server 113, such as a blade server. The service server 110 may also be an integrated application host 111 to the mobile device 120. All of the functions and servers of the authentication server 113 for all functions of the telecommunications server 130. That is to say, the service server 110 can be connected to the telecommunications server 130 via a communication interface using a wired or wireless network, or the mobile device 120 can be connected via a wired or wireless network. The service server 110 can receive the data or signal transmitted by the connected mobile device 120 and/or the telecommunication server 130 through the communication interface, and can transmit the data or signal to the connected mobile device 120 and/or the telecommunication server. 130. As such, the service server 110 can provide the mobile device 120 application service and can transmit the license information and user data transmitted by the mobile device 120 to the telecommunications server 130.

In addition, in some embodiments, the application host 111 and the identity host 112 may be integrated, so that the mobile device 120 transmits the license information and the user data to the telecommunication server 130 through the integrated computing device and the identity verification server. Alternatively, the identity identification host 112 and the identity verification server 113 may be integrated, so that the mobile device 120 transmits the license information and the user data to the telecommunication server 130 through the application host 111 and the integrated computing device, which is not described in detail herein.

The telecommunications server 130 can provide a mobile device 120 connection via a communication interface using a mobile communication network, or can be connected to the authentication server 113 via a wired or wireless network. The telecommunications server 130 can receive data or signals transmitted by the mobile device 120 and/or the authentication server 113 and can transmit data or signals to the mobile device 120 and/or the authentication server 113.

The telecommunications server 130 is responsible for receiving device identification data transmitted by the mobile device 120. In some embodiments, the telecommunications server 130 can determine whether the device identification data is sent by the telecommunications unit or the telecommunications authority to which the telecommunications server 130 belongs. For example, when the telecommunications unit or the telecommunications authority is a telecommunications company, the telecommunications server 130 can determine Whether the received device identification data is covered by the data record pre-established by the affiliated telecommunications company (if the device identification data or the data record records a section of the data record containing the device identification data, etc.), but the creation does not Limited. The telecommunications server 130 may also refuse to provide the mobile communication service to the mobile device 120 when it is determined that the device identification data is not issued by the associated telecommunications unit or telecommunications authority.

The telecommunications server 130 is also responsible for generating a license token corresponding to the received device identification data. Generally, the license information generated by the telecom server 130 is generated by a specific encoding method for a specific data, and is usually arbitrarily arranged by a certain number of letters, numbers, and symbols, and is time-sensitive. For example, the license token may be data generated by the telecommunications server 130 performing a hash operation on the specific data, where the specific data includes but is not limited to the device identification data, the gate number corresponding to the device identification data, and the device identification data. There are no particular restrictions on the creation of the user's birthday, the server identification data of the telecommunications server 130, and/or the time stamp. When a particular material contains two or more items, the various items may be arranged in a predetermined order or position.

The telecom server 130 is also responsible for receiving the license information and user data transmitted by the identity verification server 113, and is responsible for generating an identity recognition result according to the received license information and user data, and transmitting the identity recognition result to the service server 110. Or the authentication server 113.

The telecom server 130 may be configured according to whether the received license information is generated by the telecommunication server 130, and whether the door number in the received user data is included in the data record pre-established by the telecommunication server 130, and in the user profile. Whether the door number corresponds to the license letter, and whether the door number in the user data corresponds to the identification data in the user data, and can determine the corresponding identity recognition result after the judgment. For example, the telecommunications server 130 can use the same item, ranking/position, and encoding as the license token, the gate number (and the user's birthday) in the received user profile, and the servo of the telecommunications server 130. The device identification data and the like are encoded, and the encoded data and the license information are compared. When the two are the same, the permission letter is generated by the telecommunication server 130 and the door number in the user data corresponds to the license letter. The permission token is not generated by the telecommunication server 130 and/or the door number in the user profile does not correspond to the license token, but the telecommunication server 130 determines whether the license token is the door number generated by the telecommunication server 130 and in the user profile. The manner in which it corresponds to the license is not limited to the above. The telecommunication server 130 may generate an identity recognition result indicating that the identification fails when any of the foregoing items is negative; and when the telecommunication server 130 determines that the item is YES in all the items, the identity identification indicating that the identification is successful may be generated. result. That is, when the identity recognition result indicates that the identity identification is successful, it indicates that the telecommunication server 130 determines that the user of the mobile device 120 matches the data recorded by the telecommunication server 130, and can confirm the identity of the user of the mobile device 120; When the identity recognition result indicates that the identity recognition fails, it indicates that the telecommunication server 130 cannot confirm the identity of the user of the mobile device.

Next, an embodiment will be used to illustrate the operation of the system of the present creation, and please refer to "3A" for a flowchart of identifying the identity of the device through the telecommunications server. In this embodiment, it is assumed that the mobile device 120 is a mobile phone, and the service server 110 is composed of a computing device such as the application host 111, the identity recognition host 112, and the identity verification server 113, but the present invention is not limited thereto.

After the user operates the mobile device 120 to open the application including the identity component 200, the user can operate the mobile device 120 to perform various functions in the application. In this embodiment, it is assumed that the application is a service program provided by a government agency, and the user needs to perform a user registration operation before using the specific function in the application.

After the user chooses to execute the registration function in the application, the application can display the authorization terms of the personal data and ask the user whether or not to agree. After the user agrees to the authorization clause, the application can display the user interface for inputting the user data. In this embodiment, it is assumed that the user profile contains the door number, ID number, birthday, and other personal data required by the user on the mobile device 120, such as gender, email address, and household registration address. , communication address, etc.

After the user completes the input of the user profile, the application can call the identity component 200, so that the identity component 200 begins execution. Thus, the data acquisition module 220 of the identity component 200 can obtain the device identification data and the user profile ( Step 330). In this embodiment, if the device identification data is the card number of the SIM card installed by the mobile device 120, the data acquisition module 220 can read the card number of the SIM card and obtain the user input by the user in the user interface. data.

After the data acquisition module 220 of the identity recognition component 200 obtains the device identification data and the user profile (step 330), the communication module 280 of the identity recognition component 200 can transmit the device identification obtained by the data acquisition module 220 through the mobile communication network. The data is sent to telecommunications server 130 (step 360).

In this embodiment, assuming that the identity component 200 includes the verification module 250, the verification module is used before the communication module 280 of the identity component 200 transmits the device identification information to the telecommunications server 130 (step 360). 250 may first call an application interface (API) provided by the operating system of the mobile device 120, such that the operating system of the mobile device 120 requires the user input device of the mobile device 120 to unlock the data and verify the device unlocking data input by the user (step 340). ) to verify the identity of the user. The communication module 280 can transmit the device identification data to the telecommunications server 130 after the verification module 250 determines that the device unlock data has passed the verification of the operating system of the mobile device 120 (step 360). It should be noted that the data acquisition module 220 and the verification module 250 of the identity component 200 do not have a sequential relationship. Generally, the verification module 250 can generally be in the data acquisition module 220 of the identity component 200. After the device identification data and the user data are acquired (step 330), the operating system of the mobile device 120 is called, so that the operating system of the mobile device 120 determines whether the device unlocking data input by the user passes the verification (step 340).

After the communication module 280 of the identity component 200 transmits the device identification information to the telecommunications server 130 via the mobile communication network (step 360), the telecommunications server 130 can transmit the license token to the mobile device 120 (step 370). In this embodiment, after the telecom server 130 receives the device identification data transmitted by the mobile device 120, it can determine whether the received device identification data is sent by the telecommunication company to which the telecommunication server 130 belongs, that is, the telecommunication server 130 Whether the received device identification data is included in a pre-established data record of the telecommunications company to which the telecommunications server 130 belongs, and if so, the license information may be generated and the generated license information is transmitted back to the mobile device 120; and if the telecommunications server 130. If it is determined that the received device identification data is not included in the pre-established data record, the license information may not be generated or the permission letter may be refused.

After the communication module 280 of the identity recognition component 200 receives the license information transmitted by the telecommunication server 130 through the mobile communication network, the communication module 280 can obtain the license information and the data received from the telecommunication server 130 via the service server 110. The user data obtained by the module 220 is transmitted to the telecommunications server 130 (step 380). In this embodiment, the communication module 280 transmits the license information and the user data to the application host 111, and the identification host 112 receives the license information and the user received by the application host 111 through the identity verification server 113. The data is forwarded to the telecommunications server 130.

After the telecom server 130 receives the license information and the user data transmitted by the mobile device 120, the telecommunication server 130 can generate an identity recognition result according to the received license information and the user data. In this embodiment, it is assumed that the telecommunication server 130 can first determine whether the received license information is generated by the telecommunication server 130. If not, the telecommunication server 130 can generate an identity recognition result indicating that the identification fails; if yes, the telecommunication The server 130 can then determine whether the door number in the received user profile is included in the pre-established data record. If not, the telecommunication server 130 can generate an identity recognition result indicating that the identification failed; if yes, the telecommunication server 130 may continue to determine whether the door number in the user data corresponds to the license information. If not, the telecommunication server 130 may generate an identity recognition result indicating that the identification fails; if yes, the telecommunication server 130 determines the door number and the user data again. Whether the identity data corresponds to, if not, the telecommunications server 130 can generate an identity recognition result indicating that the identification failed; if so, the telecommunications server 130 can generate an identity recognition result indicating that the identification is successful.

After the telecom server 130 generates the identity recognition result according to the received permission token and the user profile, the generated identity recognition result may be transmitted to the service server 110 (step 390). In this embodiment, the telecom server 130 can transmit the identity identification result to the identity verification server 113, and the identity recognition host 112 forwards the identity recognition result received by the identity verification server 113 to the application host 111, so that the application The host 111 can select whether to complete the registration operation requested by the mobile device 120 according to the identity recognition result. When the identification result indicates that the identification fails, the application host 111 can determine that the door number in the user data is not used by the user corresponding to the ID number in the user data, so the user's data may be determined to be incorrect, and the user is denied The registration operation of the mobile device 120; and when the identification result indicates that the identification is successful, the application host 111 can determine that the door number in the user data is actually used by the user corresponding to the identification number in the user profile, and therefore, The user identity is determined to be true. Thus, the application host 111 can complete the registration operation of the mobile device 120, that is, the user data is written into the member database. In this way, the service server 110 can obtain the identity identification result of the mobile device 120 through the telecommunication server 130, thereby confirming the identity of the user through the correctness of the user data.

In the above embodiment, if the identity recognition component 200 further includes the network determination module 260, the data acquisition module 220 of the identity recognition component 200 can obtain the device identification data and the user as shown in the flow of "FIG. 3B". Before the data (step 330), the network determining module 260 may first determine whether the mobile device 120 uses the mobile communication network (step 321). If the network determining module 260 determines that the mobile device 120 currently uses the mobile communication network, the data acquisition module The group 220 can obtain the device identification data and the user data (step 330); and if the network determining module 260 determines that the mobile device 120 is not currently using the mobile communication network, for example, determining that the wireless local area network such as WiFi is currently used, the network determines The module 260 can prompt the user to set the mobile device 120 to use the mobile communication network (step 325), or can directly disable the wireless local area network function of the mobile device 120, thereby setting the mobile device 120 to use the mobile communication network.

In addition, in the foregoing embodiment, if the identity recognition component 200 further includes the data input module 240, the application including the identity recognition component 200 can provide user input by the data input module 240 after the user selects to perform the registration function. The data is such that the data acquisition module 220 of the identification component 200 can obtain device identification data and user data (step 330). When the data acquisition module 220 can obtain the device identification data and the user data (step 330), the data acquisition module 220 can first determine whether two or two are detected, as shown in the flow of "3C". More than one device identification data (step 311), if not, the data acquisition module 220 can directly obtain device identification data and user data (step 330); and if the data acquisition module 220 detects multiple device identification data The data obtaining module 220 can prompt the user to input the door number corresponding to the SIM card of the mobile communication network used by the mobile device 120 in the user data (step 315), and obtain the device identification data after the user confirms. And user profile (step 330).

In summary, it can be seen that the difference between the present creation and the prior art is that the mobile device transmits the license via the service server after the mobile device transmits the identification data to the telecommunication server through the mobile communication network and receives the license information returned by the telecommunication server. The technical means that the telecommunication agent and the user data are sent to the telecommunication server, the telecommunication server generates the identification result based on the license information and the user data, and transmits the identification result to the service server, thereby solving the prior art action by using a technical means The device is not easy to connect with the hardware carrier to identify the user's identity, thereby achieving the technical effect of using the mobile device to complete the identification.

Furthermore, the system for identifying the identity of the device identification information through the telecommunications server can also be implemented in a centralized manner in a computer system or in a decentralized manner in which different components are interspersed among several interconnected computer systems.

Although the embodiments disclosed in the present disclosure are as above, the contents are not intended to directly limit the scope of the patent protection of the present invention. Anyone who has the usual knowledge in the technical field of this creation, without any departure from the spirit and scope disclosed in this creation, makes some modifications to the form and details of the implementation of this creation, which are the patent protection of this creation. range. The scope of patent protection of this creation must be determined by the scope of the attached patent application.

110‧‧‧Service Server

111‧‧‧Application host

112‧‧‧identification host

113‧‧‧Authentication Server

120‧‧‧Mobile devices

130‧‧‧Telecom server

200‧‧‧identification component

220‧‧‧ Data Acquisition Module

240‧‧‧Data input module

250‧‧‧ verification module

260‧‧‧Network Judgment Module

280‧‧‧Communication Module

Step 311‧‧‧ The mobile device determines whether to obtain multiple device identification data

Step 315‧‧‧ The mobile device prompts to input the gate number corresponding to the device identification data corresponding to the mobile communication network

Step 321‧‧‧Mobile device determines whether to use the mobile communication network

Step 325‧‧‧Mobile device prompts to switch to mobile communication network

Step 330‧‧‧Mobile device acquisition device identification data and user data

Step 340‧‧‧ The mobile device determines whether the device unlocks the data or not

Step 360‧‧‧ Mobile device transmits device identification data to the telecommunication server via the mobile communication network

Step 370‧‧‧Telecommunication server transmits the license letter to the mobile device

Step 380‧‧‧ The mobile device transmits the license information and user data to the telecommunication server via the service server

Step 390‧‧‧ The telecom server generates an identity identification result based on the license token and the user data, and transmits the identity identification result to the service server

Figure 1A is a system architecture diagram of the identification of device identification data through a telecom server. FIG. 1B is another system architecture diagram of the identification of the device identification data through the telecommunication server. Figure 2 is a schematic diagram of the components of the mobile device proposed by the author. FIG. 3A is a flow chart of identifying the identity of the device identification data through the telecommunication server according to the embodiment of the present invention. FIG. 3B is a flow chart of the prompt switching network proposed in the creative embodiment. FIG. 3C is a flow chart of prompting the input of the door number of the mobile communication network by the prompting of the present embodiment.

Claims (9)

A system for identifying an identity by means of a device identification data through a telecommunications server, the system comprising: at least: a service server; a telecommunications server coupled to the service server; and a mobile device for executing an identity component, The identification component includes: a data acquisition module for acquiring a user data and a device identification data; and a communication module for transmitting the device identification data to the telecommunication server through the mobile communication network, and receiving the a license message transmitted by the telecommunications server, and configured to transmit the license information and the user data to the telecommunications server via the service server via the service communication network, so that the telecommunications server is based on the license information and the user The data generates an identity recognition result and transmits the identity recognition result to the service server. The system for identifying an identity of a device identification data through a telecommunications server, as described in claim 1, wherein the identification component further includes a network judging module for determining whether the mobile device currently uses the mobile communication network. The system for identifying an identity of a device identification data through a telecommunications server, as described in claim 2, wherein the network determination module is further configured to determine that the mobile device does not currently use the mobile communication network, prompting to use the action The communication network and/or the mobile device is set up to use the mobile communication network. A system for identifying an identity of a device identification data through a telecommunications server, as described in claim 1, wherein the identification component further includes a verification module for providing input to a device to unlock the data and verifying the device to unlock the data. The system for identifying the identity of the device identification data through the telecommunication server according to the first aspect of the patent application, wherein the data acquisition module is further used for prompting the use of the device identification data other than the device identification data. Enter the door number corresponding to the device identification data in the user data. A system for identifying an identity of a device identification data through a telecommunications server, as described in claim 1, wherein the data acquisition module reads the user data input by the user to obtain the user profile. The system for identifying an identity of a device identification data through a telecommunications server, as described in claim 1, wherein the telecom server is further configured to determine whether the device identification data is included in a pre-established data record. A system for identifying an identity of a device identification data through a telecommunications server, as described in claim 1, wherein the telecommunications server determines that the license token is generated by the telecommunications server, and a gate number of the user profile is included in In the pre-established data record, the door number corresponds to the license letter, and the door number corresponds to one of the user data in the user data to determine that the license letter is correct and the user data is correct. A system for identifying an identity of a device identification data through a telecommunications server, as described in claim 1, wherein the service server further includes an application host, an identity host, and an authentication server.