KR102330761B1 - Personal Emulating Device for Emulating Global Telephonic Communication like Domestic Mobile Communication - Google Patents

Abstract

According to the personal emulating device for emulating global telephony with domestic mobile communication of the present invention, in the personal emulating device for emulating global telephony with domestic mobile communication, USIM (Universal Subscriber Identity) of a specified standard Module) and an antenna unit for transmitting and receiving radio frequency signals of a designated mobile communication standard with a base station of a mobile communication network corresponding to the USIM interfaced to the USIM interface unit and the USIM interface unit corresponding to the USIM interfaced to the USIM interface unit A mobile communication operation procedure equivalent to the mobile communication operation of a radio unit that performs a signal processing operation for transmitting and receiving radio frequency signals of a specified mobile communication standard with a base station of a mobile communication network, and a mobile communication terminal that interfaces with the USIM interfaced to the USIM interface unit A USIM authentication unit having a mobile communication processing unit performing When a valid USIM is interfaced to the interface unit, an information verification unit for confirming identification information including a mobile phone number stored in a designated storage area of the USIM interfaced to the USIM interface unit, and an authentication server designated through the communication unit. A number (or identification information including a mobile phone number) is provided to request authentication whether the mobile phone number of the USIM is registered for mapping with valid unique identification information, and the mapping status of the mobile phone number of the USIM and valid unique identification information from the authentication server An authentication processing unit for receiving an authenticated authentication result, and a SIP (Session Initiation Protocol) of a program of a user wireless terminal corresponding to the authenticated unique identification information when a mapping registration state of a mobile phone number of the USIM and valid unique identification information is authenticated function and the SIP processing function of the designated communication server. Interlocking a designated SIP operation with a designated mobile communication operation of the mobile communication processing unit or a designated mobile communication operation performed through the mobile communication processing unit SIP function of the program of the user wireless terminal corresponding to the authenticated unique identification information and a specified communication server and an interworking processing unit that interworks with a specified SIP operation performed in connection with the SIP processing function.

Description

Personal Emulating Device for Emulating Global Telephonic Communication like Domestic Mobile Communication

The present invention emulates a designated mobile communication operation by interfacing a USIM (Universal Subscriber Identity Module) validly issued through a designated mobile carrier, and the mobile phone number provided in the USIM is registered with valid unique identification information and mapping registered in a designated authentication server When the authenticated state is authenticated, the SIP (Session Initiation Protocol) function provided in the program of the user's wireless terminal corresponding to the authenticated unique identification information and the emulated mobile communication operation are interlocked in real time, and the global based on the SIP function An object of the present invention is to provide a personal emulating device for emulating telephony with domestic mobile communication based on the mobile communication operation.

When a user leaves Korea and wants to use the mobile communication terminal used in Korea as it is, the user can use the mobile communication terminal used in Korea by roaming. It has the problem of being very expensive. Recently, a roaming rate method that charges a flat rate within the specified call time range or data usage range is also being used. There is a problem in that excessively high rates are charged in the case of a short-term stay.

In order to solve some of these problems, there are cases where pocket Wi-Fi or prepaid USIMs are purchased and used in foreign countries. In the case of using a phone call or wireless message (eg, SMS, EMS, MMS, etc.) via an exchange, there is a problem in that an expensive roaming fee is charged.

An object of the present invention is a personal emulating device for emulating global telephony with domestic mobile communication, a USIM interface unit for interfacing a USIM (Universal Subscriber Identity Module) of a specified standard and an interface to the USIM interface unit An antenna unit for transmitting and receiving a radio frequency signal of a specified mobile communication standard with a base station of a mobile communication network corresponding to the designated USIM, and a base station of a mobile communication network corresponding to the USIM interfaced to the USIM interface unit transmits and receives a radio frequency signal of a specified mobile communication standard A wireless unit performing a signal processing operation for a USIM authentication unit for authenticating whether a valid USIM validly issued through a designated mobile carrier is interfaced to the USIM interface unit, and an interface to the USIM interface unit when a valid USIM is interfaced to the USIM interface unit An information verification unit for confirming identification information including a mobile phone number stored in a designated storage area of the USIM, and a mobile phone number (or identification information including a mobile phone number) of the USIM to a designated authentication server through the communication unit, An authentication processing unit for requesting authentication whether the mobile phone number of the USIM is registered for mapping with the valid unique identification information and receiving an authentication result of authenticating the mapping state between the mobile phone number of the USIM and the valid unique identification information from the authentication server; When the registration status of mapping of number and valid unique identification information is authenticated, the designated designated performed by linking the SIP (Session Initiation Protocol) function of the program of the user wireless terminal corresponding to the authenticated unique identification information and the SIP processing function of the specified communication server Interlocking the SIP operation with the designated mobile communication operation of the mobile communication processing unit Alternatively, the specified mobile communication operation performed through the mobile communication processing unit is linked to the specified SIP operation performed by linking the SIP function of the program of the user wireless terminal corresponding to the authenticated unique identification information and the SIP processing function of the specified communication server. An object of the present invention is to provide a personal emulating device for emulating global telephony including a processing unit with domestic mobile communication.

The present invention relates to a personal emulating device for emulating global telephony with domestic mobile communication, a USIM interface unit for interfacing a USIM (Universal Subscriber Identity Module) of a specified standard and a USIM interfaced with the USIM interface unit An antenna unit for transmitting and receiving a radio frequency signal of a specified mobile communication standard with a base station of a mobile communication network corresponding to Connected to the Internet via a wireless unit performing signal processing operation and a mobile communication processing unit performing a mobile communication operation procedure equivalent to that of a mobile communication terminal interfaced with a USIM interfaced to the USIM interface unit, and a designated Internet access device a USIM authentication unit for authenticating whether a valid USIM validly issued through a designated mobile communication company is interfaced to the USIM interface unit, and a USIM interfaced to the USIM interface unit when a valid USIM is interfaced to the USIM interface unit An information verification unit for confirming identification information including a mobile phone number stored in a designated storage area of An authentication processing unit for requesting authentication whether a mobile phone number is mapped with valid unique identification information and receiving an authentication result of authenticating the mapping state between the mobile phone number of the USIM and the valid unique identification information from the authentication server; When the mapping registration status of valid unique identification information is authenticated, the specified SIP operation performed by linking the SIP (Session Initiation Protocol) function of the program of the user wireless terminal corresponding to the authenticated unique identification information and the SIP processing function of the specified communication server to interlock with the designated mobile communication operation of the mobile communication processing unit, or Interlocking processing unit that interlocks the specified mobile communication operation performed through the mobile communication processing unit as a specified SIP operation performed by linking the SIP function of the program of the user wireless terminal corresponding to the authenticated unique identification information and the SIP processing function of the specified communication server It is characterized in that it comprises a control module comprising a.

In the present invention, the USIM interface unit, a selective power application or cut-off function for the USIM inserted into the USIM insertion unit, and when power is applied to the USIM inserted into the USIM insertion unit, i designated for the USIM function of the USIM It is characterized in that it performs an interface function including (i≥1) specified command injection and response reception.

In the present invention, when a valid USIM is interfaced to the USIM interface unit, the combination of the USIM interface unit, the mobile communication processing unit, the radio unit, and the antenna unit is a mobile communication terminal to which the USIM is interfaced to a mobile communication network corresponding to the USIM. It is characterized in that it emulates.

In the present invention, when a valid USIM is interfaced to the USIM interface unit, the combination of the USIM interface unit, the mobile communication processing unit, the radio unit, the antenna unit, and the SIP processing function of the communication server is the SIP processing function of the communication server. It is characterized in that the program of the user wireless terminal having a SIP function interworking with the user wireless terminal is virtualized into a mobile communication terminal connected to the mobile communication network in Korea that operates a mobile communication network corresponding to the USIM.

In the present invention, the combination of the USIM interface unit, the mobile communication processing unit, the radio unit, the antenna unit, and the SIP processing function of the communication server, regardless of the country or region in which the program of the user wireless terminal accesses the Internet, the user It is characterized in that the program of the wireless terminal is virtualized into a mobile communication terminal connected to the mobile communication network in Korea that operates a mobile communication network corresponding to the USIM.

In the present invention, the USIM authentication unit is characterized in that it comprises a function of authenticating whether the USIM is inserted into the USIM insertion unit of the USIM interface unit.

In the present invention, the USIM authentication unit is characterized in that it comprises a function of authenticating whether the specified information is answered by injecting a specified command into the USIM inserted into the USIM insertion unit of the USIM interface unit.

In the present invention, the USIM authentication unit, after the USIM is interfaced to the USIM interface unit, based on a designated mobile communication procedure through the mobile communication processing unit, the USIM in the HLR (Home Location Register) of the mobile communication network corresponding to the USIM It is characterized in that it comprises a function of authenticating whether the information corresponding to the registration.

In the present invention, the valid unique identification information is characterized in that it comprises unique identification information that is registered with the mobile phone number of the USIM and has completed payment of a designated service charge.

In the present invention, the information confirmation unit includes a function of confirming identification information including the country code of the USIM stored in a designated storage area of the USIM interfaced to the USIM interface unit, the authentication processing unit, the communication unit It characterized in that it further comprises a function of authenticating whether the Internet access location (or country) accessed through the USIM matches the country code of the USIM.

In the present invention, the authentication processing unit provides the country code (or identification information including the country code) of the USIM to an authentication server designated through the communication unit, and the emulating device (or Internet access device) through the authentication server ), a function of requesting authentication whether the Internet access location (or country) of the USIM matches the country code of the USIM and receiving an authentication result from the authentication server verifying whether the Internet access location (or country) matches the country code of the USIM It is characterized in that it further comprises.

In the present invention, the authentication processing unit receives Internet access information for identifying an Internet access location (or country) of the emulating device (or Internet access device) from an authentication server designated through the communication unit, and the Internet access information It characterized in that it further comprises a function of authenticating whether the Internet access location (or country) information corresponding to the USIM matches the country code of the USIM.

In the present invention, the information confirmation unit includes a function of confirming identification information including a network code of the USIM stored in a designated storage area of the USIM interfaced to the USIM interface unit, and the authentication processing unit includes: It characterized in that it further comprises a function of authenticating whether a phone call of a specified mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM based on the network code.

In the present invention, the authentication processing unit provides the network code (or identification information including the network code) of the USIM to an authentication server designated through the communication unit through the authentication server through a mobile communication network corresponding to the USIM. A function of requesting authentication whether a phone call of a specified mobile communication phone call standard is possible and receiving an authentication result from the authentication server verifying whether a phone call of a specified mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM characterized by being made.

In the present invention, the authentication processing unit provides a network code (or identification information including a network code) of the USIM to an authentication server designated through the communication unit to make a phone call through a mobile communication network corresponding to the network code of the USIM. Receives possible mobile communication phone call standard information, and based on the mobile communication phone call standard information, further comprising a function of authenticating whether a phone call of a designated mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM characterized.

In the present invention, the authentication processing unit, after the USIM is interfaced to the USIM interface unit, interlocking with a designated mobile communication procedure performed through the mobile communication processing unit through a mobile communication network corresponding to the USIM specified through a mobile communication standard It is characterized in that it includes a function to authenticate whether a phone call is possible.

In the present invention, the mobile communication operation is characterized in that it includes an operation of transmitting a call connection request signal for connecting a call channel to a domestic terminal via a mobile communication network corresponding to the USIM.

In the present invention, the interworking processing unit, a SIP-based call originating request including a program of the user's wireless terminal as a caller number and a designated telephone number of the domestic terminal as a caller number, via the Internet, a mobile phone number designated as the communication server When the information is provided, it is characterized in that it comprises a function of receiving the call origination request information corresponding to the SIP-based call origination request information from the communication server through the communication unit.

In the present invention, the authentication processing unit, when receiving the call origination request information from the communication server, the originating number of the call origination request information is a mobile phone number stored in a designated storage area of the USIM interfaced to the USIM interface unit and It is characterized in that it is made by including a function to authenticate whether the match.

In the present invention, the interworking processing unit includes the mobile phone number of the USIM as an originating number via a mobile communication network corresponding to the USIM through the mobile communication processing unit, and a destination number to which the destination number of the call origination request information is to be connected. It is characterized in that it comprises a function for controlling to perform a mobile communication operation for transmitting a call connection request signal including

In the present invention, the mobile communication processing unit includes a mobile phone number of the USIM as a calling number via a mobile communication network corresponding to the USIM and includes a called number in the call origination request information as a called party number for call connection. It is characterized in that it comprises a function of performing a mobile communication operation for sending a request signal.

In the present invention, the interworking processing unit, when the call connection request signal is received from the domestic terminal corresponding to the called number of the call connection request signal, a mobile communication-based call channel connected to the domestic terminal via the mobile communication network; Through the SIP processing function of the communication server, it is characterized in that it comprises a function of relaying and interworking an Internet-based call channel connected to the program of the user's wireless terminal.

In the present invention, when the interworking processing unit receives the call connection request signal from the domestic terminal corresponding to the called number of the call connection request signal, it is connected to the program of the user wireless terminal through the SIP processing function of the communication server. It is characterized in that it comprises a function of relay interworking between the Internet-based communication channel and the mobile communication-based communication channel connected to the domestic terminal via the mobile communication network.

In the present invention, the mobile communication operation is an operation of receiving a call connection request signal for connecting a call channel from a domestic terminal to a mobile communication terminal corresponding to the mobile phone number of the USIM via a mobile communication network corresponding to the USIM. It is characterized in that it comprises a.

In the present invention, the mobile communication processing unit, from a mobile communication network corresponding to the USIM interfaced to the USIM interface unit, including the mobile phone number of the USIM as an incoming number and a call connection including a designated phone number of a domestic terminal as an outgoing number and a function of receiving a request signal, and the interworking processing unit is characterized in that it comprises a function of confirming the call connection request signal received through the mobile communication processing unit.

In the present invention, the authentication processing unit, from the mobile communication network corresponding to the USIM through the mobile communication processing unit, a call connection request including a mobile phone number of the USIM as an incoming number and a designated phone number of a domestic terminal as an outgoing number When a signal is received, it is characterized in that it comprises a function of authenticating whether the called number of the call connection request signal matches the mobile phone number stored in a designated storage area of the USIM interfaced to the USIM interface unit.

In the present invention, the interworking processing unit includes a function of providing call incoming request information corresponding to the call connection request signal to the communication server through the communication unit, and the communication server includes: It is characterized in that it performs a SIP processing function for delivering SIP-based call incoming request information corresponding to the call incoming request information to the program of the user wireless terminal corresponding to the valid unique identification information mapped with the mobile phone number corresponding to the number. .

In the present invention, when the program of the user wireless terminal receives the SIP-based call incoming request information, the interworking processing unit includes an Internet-based communication channel connected to the program of the user wireless terminal through the SIP processing function of the communication server and and a function of relaying and interworking a mobile communication-based call channel connected to the domestic terminal via the mobile communication network.

In the present invention, when the program of the user wireless terminal receives the SIP-based call incoming request information, the interworking processing unit includes: a mobile communication-based call channel connected to the domestic terminal via the mobile communication network; and the communication server. It is characterized in that it includes a function of relaying an Internet-based call channel connected to the program of the user's wireless terminal through the SIP processing function.

In the present invention, the mobile communication operation includes an operation of sending a wireless message to a domestic terminal via a mobile communication network corresponding to the USIM, and the wireless message is an SMS (Short Message) that can be transmitted and received via the mobile communication network. Service), EMS (Enhanced Messaging Service), MMS (Multimedia Message Service), characterized in that it comprises at least one message.

In the present invention, the interworking processing unit, the program of the user wireless terminal includes a mobile phone number designated as the communication server via the Internet as a calling number, includes a domestic designated phone number as a reception number, and includes a predetermined message content and a function of receiving message information corresponding to the SIP-based message information from the communication server through the communication unit when SIP-based message information is provided.

In the present invention, the authentication processing unit, when receiving the message information from the communication server, authenticates whether the calling number of the message information matches a mobile phone number stored in a designated storage area of a USIM interfaced to the USIM interface unit It is characterized in that it comprises a function.

In the present invention, the interworking processing unit includes the mobile phone number of the USIM as an originating number via a mobile communication network corresponding to the USIM through the mobile communication processing unit, and includes a received number and message content of the message information. It characterized in that it comprises a function for controlling to perform a mobile communication operation for sending a message.

In the present invention, the mobile communication processing unit includes a mobile phone number of the USIM as an originating number via a mobile communication network corresponding to the USIM and transmits a wireless message including a reception number and message content of the message information. It is characterized in that it comprises a function to perform a communication operation.

In the present invention, the mobile communication operation includes receiving a wireless message from a domestic terminal via a mobile communication network corresponding to the USIM, and the wireless message is an SMS (Short Message) that can be transmitted and received via the mobile communication network. Service), EMS (Enhanced Messaging Service), MMS (Multimedia Message Service), characterized in that it comprises at least one message.

In the present invention, the mobile communication processing unit includes a mobile phone number of the USIM from a mobile communication network corresponding to the USIM interfaced to the USIM interface unit as a receiving number and includes a designated phone number of a domestic terminal as an outgoing number, and a function of receiving a wireless message including message contents, and the interworking processing unit is characterized in that it includes a function of confirming the wireless message received through the mobile communication processing unit.

In the present invention, the authentication processing unit includes a mobile phone number of the USIM as a receiving number from a mobile communication network corresponding to the USIM through the mobile communication processing unit, and includes a designated phone number of a domestic terminal as an outgoing number, and includes a predetermined message When a wireless message including content is received, it is characterized in that it includes a function of authenticating whether the received number of the wireless message matches the mobile phone number stored in a designated storage area of the USIM interfaced to the USIM interface unit.

In the present invention, the interworking processing unit includes a function of providing message information corresponding to the wireless message to the communication server through the communication unit, and the communication server includes a mobile phone number corresponding to the reception number of the message information. It is characterized in that it performs a SIP processing function of delivering SIP-based message reception request information for providing the message information to the program of the user wireless terminal corresponding to the valid unique identification information mapped with the .

In the present invention, the SIP-based message reception request information is characterized in that it comprises a SIP-based notification notification delivered to the program of the user wireless terminal via the Internet through SIP.

In the present invention, when the program of the user wireless terminal is exposed by receiving the SIP-based message reception request information, the communication server provides message information including the message contents to the program of the user wireless terminal. It is characterized in that it comprises a.

According to the present invention, after mapping the mobile phone number of a valid USIM validly issued through a domestic mobile communication company and unique identification information associated with the completion of payment of a specified service charge, the USIM is applied to the emulating device of a user provided at a base in Korea. interface, as long as the user's wireless terminal is connected to the Internet wherever it is in the world, it emulates the user's wireless terminal as if it is located in Korea through the emulating device. there is an advantage to

According to the present invention, after mapping the mobile phone number of a valid USIM validly issued through a domestic mobile communication company and unique identification information associated with the completion of payment of a specified service charge, the USIM is applied to the emulating device of a user provided at a base in Korea. interface, as long as the user wireless terminal is connected to the Internet anywhere in the world, the user wireless terminal is emulated as if it is located in Korea through the emulating device, so that the program of the user wireless terminal corresponding to the unique identification information is transmitted to the domestic terminal. When a global phone call is requested, it has the advantage of processing the global phone call as a domestic phone call between a user wireless terminal located in Korea and a domestic terminal through the emulating device.

According to the present invention, after mapping the mobile phone number of a valid USIM validly issued through a domestic mobile communication company and unique identification information associated with the completion of payment of a specified service charge, the USIM is applied to the emulating device of a user provided at a base in Korea. If the user's wireless terminal is connected to the Internet wherever it is in the world, it is emulated as if the user's wireless terminal is located in Korea through the emulating device. When a global phone call is requested to the user wireless terminal corresponding to the unique identification information mapped with the number, the global phone call is processed as a domestic phone call between the domestic terminal located in Korea and the user wireless terminal through the emulating device. have it

According to the present invention, after mapping the mobile phone number of a valid USIM validly issued through a domestic mobile communication company and unique identification information associated with the completion of payment of a specified service charge, the USIM is applied to the emulating device of a user provided at a base in Korea. interface, as long as the user wireless terminal is connected to the Internet anywhere in the world, the user wireless terminal is emulated as if it is located in Korea through the emulating device, so that the program of the user wireless terminal corresponding to the unique identification information is transmitted to the domestic terminal. When global messaging for sending a wireless message is requested, it has an advantage of processing the global messaging as domestic messaging between a user wireless terminal located in Korea and a domestic terminal through the emulating device.

According to the present invention, after mapping the mobile phone number of a valid USIM validly issued through a domestic mobile communication company and unique identification information associated with the completion of payment of a specified service charge, the USIM is applied to the emulating device of a user provided at a base in Korea. If the user's wireless terminal is connected to the Internet wherever it is in the world, it is emulated as if the user's wireless terminal is located in Korea through the emulating device. When a global messaging request for sending a wireless message to the user wireless terminal corresponding to the unique identification information mapped with the number is requested, the global messaging is processed as domestic messaging between the domestic terminal located in Korea and the user wireless terminal through the emulating device has an advantage.

According to the present invention, when a USIM interfaced to a user's wireless terminal is interfaced to the emulating device and/or a USIM validly issued to a user is interfaced to the emulating device, the user stays abroad for a mid- to long-term There is an advantage of using the mobile phone number as it is to make/receive a phone call with a domestic terminal or send/receive a wireless message.

According to the present invention, since the user wireless terminal maintains a state of being connected to the domestic mobile communication network wherever the user is in the world, regardless of where the user is in the world, the user can conveniently use the wireless terminal without blocking access to the domestic banking service or financial services. There are advantages to using the service.

1 is a diagram illustrating the configuration of an emulating device according to an embodiment of the present invention.
2 is a diagram showing the configuration of an emulation system according to an embodiment of the present invention.
3 is a diagram illustrating a process of mapping and registering valid unique identification information and a mobile phone number according to an embodiment of the present invention.
4 is a diagram illustrating a process of authenticating service provision validity using a USIM interfaced to an emulating device according to an embodiment of the present invention.
5 is a diagram illustrating a process of matching and authenticating a country of a USIM interfaced to an emulating device according to an embodiment of the present invention.
6 is a diagram illustrating a process of matching and authenticating a network of a USIM interfaced to an emulating device according to an embodiment of the present invention.
7 is a diagram illustrating a process of emulating a phone call sent to a domestic terminal through a program of a user wireless terminal located anywhere in the world into a domestic phone call according to the first embodiment of the present invention.
8 is a diagram illustrating a process of emulating a phone call sent to a user wireless terminal anywhere in the world corresponding to a USIM mobile phone number through a domestic terminal into a domestic phone call according to the second embodiment of the present invention.
9 is a diagram illustrating a process of emulating a wireless message sent to a domestic terminal through a program of a user wireless terminal located anywhere in the world through domestic messaging according to a third embodiment of the present invention.
FIG. 10 is a diagram illustrating a process of emulating a wireless message sent to a user wireless terminal anywhere in the world corresponding to a USIM mobile phone number through a domestic terminal using domestic messaging according to a fourth embodiment of the present invention.

Hereinafter, the principle of operation of the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. However, the drawings shown below and the description to be given below relate to a preferred implementation method among various methods for effectively explaining the characteristics of the present invention, and the present invention is not limited only to the following drawings and description.

That is, the following embodiment corresponds to an embodiment of a preferred union type among numerous embodiments of the present invention, and an embodiment in which a specific configuration (or step) is omitted in the following embodiment, or a specific configuration (or step) An embodiment in which the implemented function is divided into a specific configuration (or step), or an embodiment in which the function implemented in two or more configurations (or step) is integrated into any one configuration (or step), of a specific configuration (or step) Embodiments in which the order of operation is replaced, etc. are clearly stated to be within the scope of the present invention, even if not separately mentioned in the following embodiments. Therefore, based on the following examples, it is clearly specified that various examples corresponding to a subset or a complement can be divided retroactively from the filing date of the present invention.

In addition, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. And the terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to intentions or customs of users and operators. Therefore, the definition should be made based on the content throughout the present invention.

As a result, the technical spirit of the present invention is determined by the claims, and the following embodiments are one means for efficiently explaining the technical spirit of the present invention to those of ordinary skill in the art to which the present invention belongs. only

1 is a diagram illustrating the configuration of an emulating apparatus 100 according to an embodiment of the present invention.

In more detail, this figure 1 emulates a designated mobile communication operation by interfacing a USIM (Universal Subscriber Identity Module) validly issued through a designated mobile carrier, and the mobile phone number provided in the USIM is registered in the designated authentication server 200 When the valid unique identification information and the mapping registered state are authenticated, the SIP (Session Initiation Protocol) function provided in the program of the user wireless terminal 160 corresponding to the authenticated unique identification information and the emulated mobile communication operation are performed. An example of the configuration of a personal emulating device 100 for emulating global telephony based on the SIP function to domestic mobile communication based on the mobile communication operation by interworking in real time and the configuration of a system operating the same As one thing, those of ordinary skill in the art to which the present invention pertains, refer to and/or modify the present figure 1 and various implementation methods for the configuration of the emulating device 100 and the configuration of the system (eg, some A component part is omitted, or subdivided, or combined implementation method) can be inferred, but the present invention is made including all the implementation methods inferred above, and the technical characteristics are limited only to the implementation method shown in FIG. 1 doesn't happen

The system of the present invention emulates a designated mobile communication operation by interfacing a USIM validly issued through a designated mobile carrier, and a mobile phone number provided in the USIM through a designated authentication server 200 is mapped with valid unique identification information. SIP function provided in the program of the user wireless terminal 160 corresponding to the authenticated unique identification information when the registration state of the mapping registration of the mobile phone number and the unique identification information of the USIM is authenticated by performing a procedure for authenticating the status and The emulating device 100 that interworks the emulated mobile communication operation in real time, and the valid unique identification information that has paid the specified service fee and the specified mobile phone number are mapped and registered and managed, and a USIM valid for the emulating device 100 In the case of this interface, an authentication server for authenticating whether the mobile phone number provided in the USIM interfaced to the emulating device 100 is registered with valid unique identification information by interworking with the emulating device 100 via the Internet (200) and the SIP function of the program of the user wireless terminal 160 corresponding to the authenticated unique identification information and the emulating device ( 100) including a communication server 250 having a SIP processing function for real-time and/or bidirectional interworking of a specified mobile communication operation emulated through the communication server 250, and a specified SIP function for interworking with the SIP processing function of the communication server 250 It includes a user wireless terminal 160 for driving a program having a. Meanwhile, in FIG. 1, the authentication server 200 and the communication server 250 are illustrated as separate servers for convenience, but the authentication server 200 and the communication server 250 are named according to their functions or roles, The server embodiment of the present invention is not limited to the embodiment shown in FIG. 1 . For example, the present invention is an embodiment in which the authentication server 200 and the communication server 250 are implemented in one server form, and the authentication server 200 and the communication server 250 are implemented through three or more servers. Of course, some of the functions of the authentication server 200 and the communication server 250 are implemented in a separate server form, and others are implemented in the software form of a pre-established server, or with the authentication server 200 Embodiments in which all functions of the communication server 250 are implemented in the form of software of a pre-established server may be included, and the present invention is not limited thereby. Meanwhile, according to the embodiment of the present invention, both the authentication server 200 and the communication server 250 may be provided in Korea. Meanwhile, according to the embodiment of the present invention, at least one of the authentication server 200 and the communication server 250 may be provided in a foreign country for each preset country region. For example, the authentication server 200 is provided in Korea, the communication server 250 in charge of the Northeast Asian region including China and Japan is provided in Korea, and the communication server ( 250) is provided in Vietnam, and the communication server 250 in charge of European regions such as England or France may be provided in France. Meanwhile, the authentication server 200 may also be provided for each country or region.

The user wireless terminal 160 is a generic term for user-owned (or owned) wireless communication devices capable of connecting to the Internet, preferably a smart phone capable of connecting to the Internet through a wireless AP and/or connecting to the Internet through a mobile communication network. , a mobile phone, may include at least one wireless communication device of the tablet PC.

According to the implementation method of the present invention, it is preferable that the user wireless terminal 160 runs a designated program having a designated SIP function that interworks with the SIP processing function of the communication server 250 .

According to the embodiment of the present invention, the program of the user wireless terminal 160 includes a program driven in the form of an app installed on the user wireless terminal 160, and/or the user wireless terminal 160 ) may include a program that is included in a page provided by a browser and is driven in the form of a script code that is executed through the browser.

According to the implementation method of the present invention, when the program of the user wireless terminal 160 is outdated in the form of an app, the program stores and manages unique identification information designated in a designated storage area of the wireless terminal 160, and drives the program Thereafter, the unique identification information stored in the designated storage area may be extracted according to a designated procedure and transmitted to the authentication server 200 and/or the communication server 250 . On the other hand, when the program of the user wireless terminal 160 is in the form of an app and/or a script code, the program receives the designated unique identification information after operation and transmits it to the authentication server 200 and/or the communication server 250 . .

According to the implementation method of the present invention, the user wireless terminal 160 is a country in which a mobile communication network corresponding to the USIM interfaced to the USIM interface unit 105 of the emulating device 100 is operated (hereinafter referred to as 'domestic'). It may be located in the same country as ), or may be located in a foreign country after leaving the country.

According to the implementation method of the present invention, a program having a specified SIP function and corresponding to the specified unique identification information is driven in the user wireless terminal 160, and the payment completion status of the specified service fee is identified through the unique identification information, , valid unique identification information that has completed payment of a specified service charge in the storage medium of the authentication server 200 and a designated mobile phone number are mapped and registered, and a valid USIM having the valid unique identification information and mapped mobile phone number is emulated When interfaced to the USIM interface unit 105 of the device 100 , regardless of whether the user radio terminal 160 is located in the country or abroad, and/or the user issued to the user to the user radio terminal 160 . Regardless of whether the USIM is interfaced or not, the user uses the mobile phone number of the USIM interfaced to the emulating device 100 via the Internet through the SIP function of the program driven in the user wireless terminal 160 as the calling number. Sending a phone call including and/or receiving a phone call including the mobile phone number of the USIM interfaced to the emulating device 100 as the called number and/or the USIM interfaced to the emulating device 100 Sending a wireless message (eg, at least one message among Short Message Service (SMS), Enhanced Messaging Service (EMS), Multimedia Message Service) and/or the emulating device ( 100) may receive a wireless message including the mobile phone number of the USIM interfaced to the receiving number.

The emulating device 100 emulates a designated mobile communication operation by interfacing a USIM validly issued through a designated mobile carrier and is connected to the Internet, and is provided in the USIM through a designated authentication server 200 via the Internet. When the mobile phone number is authenticated with valid unique identification information and mapping registered state, the SIP function provided in the program of the user wireless terminal 160 corresponding to the authenticated unique identification information and the emulated mobile communication operation are interlocked in real time It is a generic term for devices equipped with the function to

According to the implementation method of the present invention, the emulating device 100 is purchased by an individual or corporation, connected to the Internet access device 155 provided in a domestic base (eg, home or company, etc.), and moved to a designated domestic location. It can be used in the form of an interface to a USIM that is validly issued through a telecommunication company, and can be transferred or traded between users.

According to the implementation method of the present invention, the USIM interfaced to the emulating device 100 is a standard capable of interfacing to the USIM interface unit 105 of the emulating device 100 among USIMs validly issued through a designated domestic mobile communication company. Any USIM is possible, and it is not limited to a specific USIM.

According to the first embodiment of the present invention for the USIM, the USIM interfaced to the emulating device 100 may include a USIM interfaced to the user wireless terminal 160 . In this case, since the USIM interfaced to the user wireless terminal 160 is interfaced to the emulating device 100, the user wireless terminal 160 cannot access the mobile communication network, but can be connected to the Internet through the wireless AP. Regardless of whether the user wireless terminal 160 is abroad or in Korea, the mobile phone number of the USIM interfaced to the emulating device 100 by driving a designated program having a designated SIP function in the user wireless terminal 160 You can make/receive phone calls or send/receive wireless messages.

According to the second embodiment of the present invention for the USIM, the USIM interfaced to the emulating device 100 may include a separate USIM issued to the user through a domestic designated mobile communication company. In this case, the user wireless terminal 160 sends/receives a phone call or sends/receives a wireless message through the mobile phone number of the USIM interfaced to the wireless terminal 160 (however, the user wireless terminal 160) If it is possible to connect to the Internet through a wireless AP or a mobile communication network, the user wireless terminal 160 runs a designated program having a designated SIP function to operate the emulating device 100 ). You can send/receive phone calls or send/receive wireless messages through the mobile phone number of the USIM interfaced to the . That is, it is possible to exhibit a function as if a plurality of mobile phone numbers subscribed in the user's name are allocated to one user's wireless terminal 160 .

According to the third embodiment of the present invention for the USIM, the USIM interfaced to the emulating device 100 is issued to a third party (eg, other person or corporation, etc.) other than the user through a designated domestic mobile communication company. A separate USIM may be included. In this case, the user wireless terminal 160 sends/receives a phone call or sends/receives a wireless message through the mobile phone number of the USIM interfaced to the wireless terminal 160 (however, the user wireless terminal 160) If it is possible to connect to the Internet through a wireless AP or a mobile communication network, the user wireless terminal 160 runs a designated program having a designated SIP function to operate the emulating device 100 ). You can send/receive phone calls or send/receive wireless messages through the mobile phone number of the USIM interfaced to the . That is, it is possible to exhibit the same function as if a plurality of mobile phone numbers registered under different names are allocated to one user wireless terminal 160 .

Referring to FIG. 1 , the emulating device 100 includes a USIM interface unit 105 that interfaces a USIM of a specified standard, and a base station of a mobile communication network corresponding to the USIM interfaced to the USIM interface unit 105 and designated An antenna unit 115 for transmitting and receiving a radio frequency signal of a mobile communication standard, and signal processing for transmitting and receiving a radio frequency signal of a designated mobile communication standard with a base station of a mobile communication network corresponding to the USIM interfaced to the USIM interface unit 105 A wireless unit 110 for performing an operation, a mobile communication processing unit 120 for performing a mobile communication operation procedure equivalent to that of a mobile communication terminal interfaced with a USIM interfaced to the USIM interface unit 105, and a designated A communication unit 150 for connecting to the Internet via the Internet connection device 155 is provided.

The USIM interface unit 105 of the emulating device 100 is a generic name of a component unit that interfaces with the USIM by inserting a valid USIM validly issued through a designated domestic mobile communication company, and a USIM insertion unit into which the USIM is inserted; and a contact terminal (not shown) in contact with a contact point of the USIM (eg, a chip on board (COB), etc.).

According to the embodiment of the present invention, the USIM interface unit 105 has a function of selectively applying or blocking power to the USIM inserted into the USIM insertion unit, and when power is applied to the USIM inserted into the USIM insertion unit, the USIM It is desirable to perform an interface function including injection of i (i≥1) specified commands and reception of responses for the USIM function of . For example, the USIM interface unit 105 reboots the user wireless terminal 160 to a USIM interfaced to the USIM interface unit 105 through a function of selectively applying or blocking power to the USIM inserted in the USIM insertion unit. Behavior can be emulated. Meanwhile, when power is applied to the USIM inserted into the USIM insertion unit, the USIM interface unit 105 performs a designated interface function including injecting an RST (ReSeT) command into the USIM and receiving an ATR (Answer To Reset) response. and/or a designated interface function that reads subscriber information (eg, IMSI, ICCID) from USIM and transmits it to a designated network operating device (eg, HLR/AuC, etc.) of the subscribed mobile communication network through the wireless unit 110, the network When the operation device generates and transmits an authentication vector with the secret key (K) shared with the USIM, the authentication vector is injected into the USIM through the wireless unit 110, and the injected authentication vector is transmitted from the USIM through the secret key (K'). When the authentication response value (RES) is responded to by verifying the , at least one of the designated interface functions for receiving the authentication response value (RES) and providing it to the designated network operating device through the wireless unit 110 to be authenticated can be processed. have.

The antenna unit 115 of the emulating device 100 is a generic name of a component that transmits and receives a specified radio frequency signal to and from a base station of a mobile communication network corresponding to the USIM interfaced to the USIM interface unit 105, preferably a designated radio unit. The radio frequency signal processed through 110 is transmitted to the base station of the mobile communication network and/or the radio frequency signal transmitted to the base station of the mobile communication network is received and provided to the radio unit 110 .

The radio unit 110 of the emulating device 100 is a generic term for a component unit that performs a signal processing operation for transmitting and receiving a specified radio frequency signal to and from a base station of a mobile communication network corresponding to the USIM interfaced to the USIM interface unit 105 . Preferably, it is configured to include at least one RF module, a baseband module, and a signal processing module, and at least one of the procedures of connection, registration, communication, and handoff of the specified mobile communication in conjunction with the specified mobile communication processing unit 120 . procedure can be performed.

The mobile communication processing unit 120 is a generic name of a component that performs a mobile communication operation procedure equivalent to that of the user wireless terminal 160 that has interfaced the USIM interfaced to the USIM interface unit 105, and is a designated radio unit ( 110) and performs a mobile communication operation procedure of a mobile communication terminal subscribed to a mobile communication network corresponding to the USIM interfaced to the USIM interface unit 105, and the mobile communication operation procedure of the mobile communication terminal is located in the mobile communication network Location registration procedure to register a call, call waiting status procedure to maintain and manage call waiting status, call origination procedure to place a call via mobile communication network, call connection procedure to handle incoming call connection request via mobile communication network , it is preferable to include at least one of a wireless messaging procedure for transmitting a wireless message and a wireless messaging procedure for receiving a wireless message.

According to the embodiment of the present invention, when a USIM interface is interfaced with the USIM interface unit 105 , the combination of the USIM interface unit 105 , the mobile communication processing unit 120 , the radio unit 110 and the antenna unit 115 . is characterized in that it emulates a mobile communication terminal interfaced with the USIM through a mobile communication network corresponding to the USIM.

According to the implementation method of the present invention, when a USIM is interfaced to the USIM interface unit 105 , the USIM interface unit 105 , the mobile communication processing unit 120 , the radio unit 110 , the antenna unit 115 , and the The combination of the SIP processing function of the communication server 250 is a program of the user wireless terminal 160 that interworks with the SIP processing function of the communication server 250 in the domestic mobile communication network operating a mobile communication network corresponding to the USIM. It is characterized in that it is virtualized as a mobile communication terminal connected to, and preferably, the user wireless terminal 160 is a mobile communication network corresponding to the USIM regardless of a foreign country or region to which the user wireless terminal 160 is connected to the Internet. It can be virtualized with a mobile communication terminal connected to the mobile communication network in the country that operates.

According to the first mobile communication operation embodiment of the present invention, the mobile communication processing unit 120 works with the wireless unit 110 based on the USIM inserted into the USIM interface unit 105 to move corresponding to the USIM. A mobile communication operation including a call origination procedure for originating a call through a communication network may be performed. Meanwhile, the mobile communication processing unit 120 interworks with the radio unit 110 to perform the call origination procedure, and at the same time interworks with the SIP processing function of the communication server 250 through the control module 125 to initiate the call. procedure may be performed, and the present invention is not limited thereto.

According to the second mobile communication operation embodiment of the present invention, the mobile communication processing unit 120 works with the wireless unit 110 based on the USIM inserted into the USIM interface unit 105 to move corresponding to the USIM. A mobile communication operation including a call connection procedure for processing a call connection request received via a communication network may be performed. Meanwhile, the mobile communication processing unit 120 interworks with the wireless unit 110 to perform the call connection procedure, and at the same time interworks with the SIP processing function of the communication server 250 through the control module 125 to connect the call. procedure may be performed, and the present invention is not limited thereto.

According to the third mobile communication operation embodiment of the present invention, the mobile communication processing unit 120 works with the wireless unit 110 based on the USIM inserted into the USIM interface unit 105 to move corresponding to the USIM. A mobile communication operation including a message reception procedure for receiving a designated wireless message through a communication network may be performed. Meanwhile, the mobile communication processing unit 120 interworks with the wireless unit 110 to perform the message reception procedure and simultaneously receives the message by interworking with the SIP processing function of the communication server 250 through the control module 125 . procedure may be performed, and the present invention is not limited thereto.

According to the fourth mobile communication operation embodiment of the present invention, the mobile communication processing unit 120 works with the wireless unit 110 based on the USIM inserted into the USIM interface unit 105 to move corresponding to the USIM. A mobile communication operation including a message sending procedure for transmitting a designated wireless message through a communication network may be performed. Meanwhile, the mobile communication processing unit 120 interworks with the wireless unit 110 to perform the message sending procedure, and at the same time transmits the message by interworking with the SIP processing function of the communication server 250 through the control module 125 . procedure may be performed, and the present invention is not limited thereto.

The communication unit 150 of the emulating device 100 is a generic term for a component that connects the emulating device 100 to the Internet, and preferably connects the emulating device 100 to an IP-based wired Internet or wireless Internet (eg, , the Internet via wireless LAN, etc.). According to the embodiment of the present invention, the communication unit 150 may connect a communication channel with the authentication server 200 and/or the communication server 250 via the Internet.

Referring to FIG. 1 , the emulating device 100 includes a USIM authentication unit 130 that authenticates whether a valid USIM validly issued through a designated mobile communication company is interfaced to the USIM interface unit 105 , and the USIM interface unit When a valid USIM is interfaced to the USIM interface unit 105, an information confirmation unit 135 that confirms identification information including a mobile phone number stored in a designated storage area of the USIM interfaced to the USIM interface unit 105, and the communication unit 150 By providing the mobile phone number (or identification information including the mobile phone number) of the USIM to the authentication server 200 designated through ) from the authentication processing unit 140 for receiving an authentication result of authenticating the mapping state between the mobile phone number of the USIM and the valid unique identification information, and the authenticated unique identification when the mobile phone number of the USIM is mapped with the valid unique identification information The designated movement of the mobile communication processing unit 120 for the designated SIP operation performed by linking the SIP (Session Initiation Protocol) function of the program of the user wireless terminal 160 corresponding to the information and the SIP processing function of the designated communication server 250 The SIP function of the program of the user wireless terminal 160 corresponding to the authenticated unique identification information and the designated mobile communication operation performed through the mobile communication processing unit 120 and the SIP function of the designated communication server 250 and a control module 125 including an interlocking processing unit 145 that interworks with a specified SIP operation performed in connection with a processing function.

The USIM authentication unit 130 of the control module 125 performs one or more authentication procedures for authenticating whether a valid USIM validly issued through a designated mobile communication company is interfaced to the USIM interface unit 105 and operates effectively.

According to the first USIM authentication embodiment of the present invention, the USIM authentication unit 130 interlocks with the USIM interface unit 105 to insert a USIM of a specified standard into the USIM insertion unit of the USIM interface unit 105 . A state authentication procedure for cognitive authentication may be performed. USIM is a mini-SIM card standard (eg, ISO/IEC 7810:2003, ID-000), a micro-SIM card standard (eg, ETSI TS 102 221 V9.0.0, Mini-UICC), and a nano-SIM card standard (eg, ETSI TS). 102 221 V11.0.0) may be manufactured in various standards, and the USIM insertion unit of the USIM interface unit 105 may also be provided in accordance with any one (or two or more) of the above standards. If the standard of the USIM insertion part of the USIM interface unit 105 is a nano SIM card standard, a USIM of the nano SIM card standard may be inserted into the USIM insertion part, and a USIM of the mini SIM card standard or micro SIM card standard is inserted. Can not. The USIM authentication unit 130 inserts a USIM corresponding to the standard of the USIM insertion unit into the USIM insertion unit of the USIM interface unit 105 so that the designated contact point of the USIM and the designated contact terminal of the USIM interface unit 105 are You can verify that you are maintaining a valid contact state.

According to the second USIM authentication embodiment of the present invention, the USIM authentication unit 130 injects a specified command into the USIM inserted into the USIM insertion unit of the USIM interface unit 105 to authenticate whether the specified information is answered. procedure can be performed. For example, the USIM authentication unit 130 injects RST into the USIM through the USIM interface unit 105 to authenticate whether a specified ATR is answered, and/or injects a command specified by the USIM to respond with specified information. It can be verified that

According to the third USIM authentication embodiment of the present invention, the USIM authentication unit 130 based on a designated mobile communication procedure through the mobile communication processing unit 120 after the USIM is interfaced to the USIM interface unit 105. A network connection authentication procedure for authenticating whether information corresponding to the USIM is registered in a Home Location Register (HLR) of a mobile communication network corresponding to the USIM may be performed. For example, the mobile communication processing unit 120 registers a location with a mobile communication network corresponding to the USIM interfaced to the USIM interface unit 105 by interworking with the wireless unit 110 after booting the emulating device 100 . A location registration procedure and/or a call waiting state procedure for maintaining and managing a call waiting state may be performed, and the USIM authentication unit 130 interworks with the mobile communication processing unit 120 to perform the location registration procedure and/or It can be authenticated whether a call waiting state procedure is performed.

The information check unit 135 of the control module 125 includes a mobile phone number stored in a designated storage area of a valid USIM interfaced to the USIM interface unit 105 when a valid USIM is interfaced to the USIM interface unit 105 . Check the identification information.

According to the embodiment of the present invention, the information check unit 135 may check the International Mobile Subscriber Identity (IMSI) stored in the designated storage area of the valid USIM interfaced to the USIM interface unit 105 .

According to the embodiment of the present invention, the IMSI is a 3-digit Mobile Country Code (MCC) and a 2-digit (European standard) or 3-digit (North American standard) Mobile Network Code (MNC) and a Mobile Subscriber Identifier Number (MSIN) within 10 digits based on the network operator. For example, the MCC of Korea is '450' and the MNC of SK Telecom is '05'. On the other hand, the MSIN is usually a number field corresponding to a mobile phone number, and since the MSIN is a numeric string of up to 10 digits, for example, the MSIN corresponding to a mobile phone number such as '010-1234-5678' is commonly known as ' 1012345678'.

The authentication processing unit 140 of the control module 125 is a mobile phone number of the USIM (eg, a mobile phone number converted from MSIN of IMSI into a designated phone number system, etc.) or identification information including a mobile phone number (eg, the IMSI, etc.) ), and transmits the authentication request information including the mobile phone number (or identification information including the mobile phone number) of the USIM to the designated authentication server 200 through the communication unit 150, Through the authentication server 200, authentication is requested whether the mobile phone number of the USIM is registered with valid unique identification information.

According to the embodiment of the present invention, when a program in the form of an app is installed in the user wireless terminal 160, the app is the user, the wireless terminal 160, and the app when the app is first driven after installation (or before information registration) A procedure of determining/generating non-overlapping unique identification information that uniquely identifies at least one or a combination of two or more and registering the authentication server 200 (or an app server (not shown) associated with the authentication server 200) and the authentication server 200 may store and manage the unique identification information in a designated management DB. Alternatively, the user may use at least one of an app method using an app of the user wireless terminal 160, a web method using a browser of the user wireless terminal 160, and a web method using a browser of a separate user terminal (not shown). The procedure of subscribing the user can be performed, and in this case, the authentication server 200 is designated by registering non-overlapping unique identification information input through the above app/web method to uniquely identify the subscribed user. It can be managed by storing it in the management DB. On the other hand, the procedure of registering and storing the unique identification information may be processed in conjunction with the membership registration process for the user, and in this case, the authentication server 200 includes the user's personal information obtained through the membership registration process and the It can be managed by mapping unique identification information and storing it in a designated management DB.

According to the implementation method of the present invention, the user can use at least one of an app method using an app of the user wireless terminal 160, a web method using a browser of the user wireless terminal 160, and a web method using a browser of a separate user terminal. While providing (or after providing) the registered unique identification information to the authentication server 200 through the method, the app method using the app of the user wireless terminal 160, the web using the browser of the user wireless terminal 160 A payment procedure for processing payment of a service fee designated for the service of the present invention may be performed through at least one of the method and the web method using a browser of a separate user terminal, in this case, the authentication server 200 In conjunction with the payment procedure, it is possible to check the payment completion status of the service charge specified for the unique identification information.

According to the implementation method of the present invention, the authentication server 200 is an app of the user wireless terminal 160 before, during, or after confirming the payment completion status of the specified service fee for the unique identification information. corresponding to a valid USIM to interface to the emulating device 100 through at least one of an app method using Register your mobile phone number. If it is confirmed that the payment of the specified service fee for the unique identification information is completed, the authentication server 200 includes valid unique identification information for completing the payment of the service fee and a valid USIM to interface with the emulating device 100 . The procedure of mapping and registering the mobile phone number to the designated storage medium is performed.

Meanwhile, the authentication server 200 provides authentication request information including a mobile phone number (or identification information including a mobile phone number) of a USIM interfaced from the emulating device 100 to the emulating device 100 via the Internet. , and after authenticating the state in which the mobile phone number of the USIM is validly mapped with the valid unique identification information by interworking with the storage medium, the result of authenticating the mapping registration state between the mobile phone number of the USIM and the valid unique identification information result information can be generated.

On the other hand, when the authentication server 200 provides the result information generated through the above procedure to the emulating device 100 via the Internet, the authentication processing unit 140 receives the result information from the authentication server 200 . , and by reading the received result information, it is possible to check the mapping registration state between the mobile phone number of the USIM and the valid unique identification information.

Meanwhile, the information check unit 135 of the control module 125 checks identification information including the country code (eg, MCC, etc.) of the USIM stored in a designated storage area of the USIM interfaced to the USIM interface unit 105 . In this case, the authentication processing unit 140 of the control module 125 performs a procedure for authenticating whether the Internet connection location (or country) accessed through the communication unit 150 matches the country code of the USIM. can That is, in the case of a normal mobile communication terminal, even if the country code of the USIM does not match, the roaming procedure can be performed automatically, but the emulating device 100 of the present invention emulates global telephony as domestic mobile communication. , it is desirable to suspend emulation if the country code does not match.

According to the first national authentication embodiment of the present invention, the authentication processing unit 140 provides the country code (or identification information including the country code) of the USIM to the authentication server 200 designated through the communication unit 150 . Accordingly, it is possible to request authentication whether the Internet access location (or country) of the emulating device 100 (or the Internet access device 155) matches the country code of the USIM through the authentication server 200 . In this case, the authentication server 200 stores a country code (or identification information including a country code) stored in a designated storage area of a USIM interfaced from the emulating device 100 to the emulating device 100 via the Internet. It is possible to receive authentication request information including On the other hand, the authentication server 200 checks the ISP (Internet Service Provider) information based on the IP address of the emulating device 100 (or the Internet access device 155) to the emulating device 100 (or Internet access). Check Internet access information that identifies the Internet access location (or country) of the device 155), and the Internet access location of the emulating device 100 (or Internet access device 155) based on the Internet access information After verifying whether (or country) matches the country code of the USIM, the Internet access location (or country) of the emulating device 100 (or Internet access device 155) matches the country code of the USIM Result information including the authenticated result can be generated.

According to the second national authentication embodiment of the present invention, the authentication processing unit 140 provides the country code (or identification information including the country code) of the USIM to the authentication server 200 designated through the communication unit 150 . Thus, through the authentication server 200, it is possible to request Internet access information identifying the Internet access location (or country) of the emulating device 100 (or the Internet access device 155). In this case, the authentication server 200 stores a country code (or identification information including a country code) stored in a designated storage area of a USIM interfaced from the emulating device 100 to the emulating device 100 via the Internet. It is possible to receive authentication request information including On the other hand, the authentication server 200 checks the ISP information based on the IP address of the emulating device 100 (or the Internet access device 155), and the emulating device 100 (or the Internet access device 155)) It is possible to check Internet access information for identifying an Internet access location (or country) of , and generate result information including the confirmed Internet access information. In this case, the Internet access information is provided to the emulating device 100 through the result information, and the authentication processing unit 140 receives the emulation device 100 from the authentication server 200 through the communication unit 150 . ) (or the Internet access device 155) receives the result information including Internet access information identifying the location (or country) of the Internet access, and the Internet access location (or country) information corresponding to the Internet access information is the You can verify that it matches the USIM country code.

On the other hand, when the authentication server 200 provides the result information generated through the above procedure to the emulating device 100 via the Internet, the authentication processing unit 140 receives the result information from the authentication server 200 . , the Internet access location (or country) accessed through the communication unit 150 by reading the received result information and/or performing a designated authentication procedure based on the information included in the result information is the USIM You can check if it matches the country code of .

Meanwhile, the information confirmation unit 135 of the control module 125 identifies the USIM including the network code (eg, MNC or band code, etc.) stored in a designated storage area of the USIM interfaced to the USIM interface unit 105 . information can be checked, and in this case, the authentication processing unit 140 of the control module 125 authenticates whether a phone call of a specified mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM based on the network code of the USIM. procedures can be performed to

According to the embodiment of the present invention, the mobile communication processing unit 120 and/or the wireless unit 110 may be limited to process a phone call in the mobile communication phone call standard. The emulating device 100 of the present invention may be sold to any country in the world, and may be linked with a mobile communication network of any country in the world. However, even if the mobile communication telephony standard of some countries develops to LTE, 5G or higher, the mobile telecommunication telecommunication standard of other countries may be 3G or less. In this case, it is inappropriate (that is, the emulating device 100 ), it may be inappropriate to purchase an expensive emulating device 100 equipped with a high-priced / high-royalty component to which a technology that cannot be used is applied), and in this case, the emulating device 100 The mobile communication phone call standard of the mobile communication processing unit 120 and/or the wireless unit 110 may be limited to a specific mobile communication phone call standard.

In addition, the present invention interlocks a mobile communication phone call and an Internet-based phone call using SIP. In some countries, when the Internet quality accessible through the user wireless terminal 160 is lower than a preset standard, the emulating device 100 is No matter how high the mobile communication phone call quality of the country provided (eg, LTE, 5G or higher phone quality is specified), the quality of the Internet-based phone call connected from the user wireless terminal 160 is of the country's Internet quality. constraint cannot be removed. If the maximum phone call quality of the Internet-based phone call connectable in the user wireless terminal 160 is less than the phone call quality of 3G mobile communication based on the mobile communication phone call quality, more mobile communication phone calls to the emulating device 100 It is inappropriate to load high-priced/high-royalty parts that support the standard (that is, an expensive emulator with high-priced/high-royalty parts to which a technology that cannot be effective from the point of view of a user purchasing the emulating device 100 is applied) Purchasing the rating device 100 may be inappropriate), and in this case, the mobile communication phone call standard of the mobile communication processing unit 120 and/or the wireless unit 110 of the emulating device 100 is a specific mobile communication phone. May be limited by currency specifications.

As described above, when the mobile communication phone call standard of the mobile communication processing unit 120 and/or the wireless unit 110 of the emulating device 100 is limited to a specific mobile communication phone call standard, the authentication processing unit 140 is the Authenticating whether the mobile communication phone call standard of the mobile communication processing unit 120 and/or the wireless unit 110 matches the mobile communication phone call standard provided through the mobile communication network corresponding to the USIM based on the network code of the USIM procedures can be performed for

According to the first mobile communication telephone call standard authentication embodiment of the present invention, the authentication processing unit 140 is the authentication server 200 designated through the communication unit 150, the network code of the USIM (or identification including the network code) information), through the authentication server 200 , it is possible to request authentication whether a phone call of a specified mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM. In this case, the authentication server 200 stores a network code (or identification information including a network code) stored in a designated storage area of a USIM interfaced from the emulating device 100 to the emulating device 100 via the Internet. It is possible to receive authentication request information including On the other hand, the authentication server 200 reads the network code of the USIM or inquires a database specified through the network code of the USIM to obtain mobile communication telephony standard information capable of making a phone call through a mobile communication network corresponding to the network code of the USIM. After confirming and authenticating whether a phone call of a designated mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM based on the mobile communication phone call standard information, a designated mobile communication phone through a mobile communication network corresponding to the USIM Result information including a result of verifying whether a phone call according to the call standard is possible may be generated.

According to the second mobile communication phone call standard authentication embodiment of the present invention, the authentication processing unit 140 is the authentication server 200 designated through the communication unit 150, the network code (or identification including the network code) of the USIM. information), through the authentication server 200, it is possible to request mobile communication telephony standard information capable of making a phone call through a mobile communication network corresponding to the network code of the USIM. In this case, the authentication server 200 stores a network code (or identification information including a network code) stored in a designated storage area of a USIM interfaced from the emulating device 100 to the emulating device 100 via the Internet. It is possible to receive authentication request information including On the other hand, the authentication server 200 reads the network code of the USIM or inquires a database specified through the network code of the USIM to obtain mobile communication telephony standard information capable of making a phone call through a mobile communication network corresponding to the network code of the USIM. It is possible to check and generate result information including the confirmed mobile communication phone call standard information. In this case, the mobile communication phone call standard information is provided to the emulating device 100 through the result information, and the authentication processing unit 140 receives the information of the USIM from the authentication server 200 through the communication unit 150 . Receive result information including mobile communication phone call standard information capable of making a phone call through a mobile communication network corresponding to the network code, and a mobile communication phone designated through a mobile communication network corresponding to the USIM based on the mobile communication phone call standard information It can be verified whether a phone call according to the call standard is possible.

On the other hand, when the authentication server 200 provides the result information generated through the above procedure to the emulating device 100 via the Internet, the authentication processing unit 140 receives the result information from the authentication server 200 . receiving, reading the received result information, and/or performing a designated authentication procedure based on the information included in the result information to make a phone call of a designated mobile communication phone call standard through a mobile communication network corresponding to the USIM You can check if it is possible.

Meanwhile, according to another embodiment of the present invention, the authentication processing unit 140 performs a designated mobile communication procedure (eg, a mobile communication network) performed through the mobile communication processing unit 120 after the USIM is interfaced to the USIM interface unit 105 . In conjunction with the location registration procedure for registering a location with the location registration procedure, the call waiting status procedure for maintaining and managing the call waiting state, etc.) . For example, if the mobile communication processing unit 120 interworks with a mobile communication network corresponding to the USIM based on the USIM and successfully performs a designated mobile communication procedure (eg, if no error occurs on the mobile communication network side), the The authentication processing unit 140 may authenticate that a phone call of a designated mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM.

On the other hand, if one or more authentication procedures including an authentication procedure for authenticating a mapping registration state of the USIM's mobile phone number and valid unique identification information are performed through the authentication processing unit 140 and authentication is successful, the interworking processing unit 145 is the The designated SIP operation performed by linking the SIP function of the program of the user wireless terminal 160 corresponding to the authenticated unique identification information and the SIP processing function of the designated communication server 250 to the designated mobile communication of the mobile communication processing unit 120 SIP function of the program of the user wireless terminal 160 corresponding to the authenticated unique identification information and the designated mobile communication operation performed through the mobile communication processing unit 120 and/or performing a procedure interlocking with an operation A procedure of interworking with a designated SIP operation performed by linking the SIP processing function of the server 250 is performed.

According to the first embodiment of the present invention, a designated mobile communication operation performed through the mobile communication processing unit 120 is a call to a domestic terminal via a mobile communication network corresponding to a valid USIM interfaced to the USIM interface unit 105 . It may include an operation of transmitting a call connection request signal for connecting a channel.

The program driven in the user wireless terminal 160 provides SIP-based call outgoing request information including the mobile phone number designated as the communication server 250 as the calling number and the designated phone number of the domestic terminal as the calling number via the Internet. Then, the communication server 250 includes the mobile phone number specified from the program of the user wireless terminal 160 via the Internet as the calling number and the SIP-based call origination request information including the designated phone number of the domestic terminal as the calling number. receive

On the other hand, according to the embodiment of the present invention, the communication server 250 may request authentication by providing the mobile phone number included in the SIP-based call outgoing request information to the authentication server 200. In this case, the authentication server 200 ) is the result of authenticating the registered state of mapping registration of the mobile phone number included in the SIP-based call outgoing request information with valid unique identification information in conjunction with the storage medium, and authenticating the mapping registration state of the mobile phone number and valid unique identification information is provided to the communication server 250, and the communication server 250 receives and reads the authentication result of the mapping registration state between the mobile phone number and valid unique identification information from the authentication server 200, and reads the SIP-based call You can check whether the mobile phone number included in the outgoing request information is registered with valid unique identification information. Meanwhile, according to the implementation method, the process of authenticating whether the mobile phone number included in the SIP-based call origination request information is registered with valid unique identification information may be omitted.

On the other hand, when the mobile phone number included in the SIP-based call origination request information is in a registered state of mapping with valid unique identification information (can be omitted), the communication server 250 responds to the origination number of the SIP-based call origination request information. Call origination request information corresponding to the SIP-based call origination request information to the emulating device 100 that interfaces with a USIM having a mobile phone number (eg, includes the mobile phone number of the USIM as an origination number and a designated telephone number of the domestic terminal) Call originating request information) including as the called number) is transmitted. In this case, the interworking processing unit 145 of the control module 125 receives call origination request information corresponding to the SIP-based call origination request information from the communication server 250 through the communication unit 150 .

On the other hand, when the call origination request information is received from the communication server 250 through the interworking processing unit 145 , the authentication processing unit 140 transmits the origination number of the call origination request information to the USIM interface unit 105 . It can be authenticated whether it matches the mobile phone number stored in the designated storage area of the interfaced USIM. Meanwhile, according to the implementation method, the process of authenticating whether the originating number of the call origination request information is the mobile phone number of the USIM may be omitted.

On the other hand, when it is authenticated whether the originating number of the call originating request information is the mobile phone number of the USIM through the authentication processing unit 140 (it can be omitted), the interworking processing unit 145 is configured to operate the USIM through the mobile communication processing unit 120 . Control to perform a mobile communication operation of transmitting a call connection request signal including the mobile phone number of the USIM as a calling number and the called number of the call origination request information as a called number to be connected via a mobile communication network corresponding to , the mobile communication processing unit 120 includes a mobile phone number of the USIM as a calling number via a mobile communication network corresponding to the USIM and a call connection request signal including the called number of the call outgoing request information as a called party number to connect a call to It performs a mobile communication operation for sending

Meanwhile, when a mobile communication operation of transmitting the call connection request signal is performed through the mobile communication processing unit 120 , the interworking processing unit 145 interworks with the mobile communication processing unit 120 to receive the call connection request signal. It is checked whether the call connection request signal is received from the domestic terminal corresponding to the number. If the call connection request signal is received from the domestic terminal corresponding to the called number of the call connection request signal, the interworking processing unit 145 communicates with a mobile communication-based communication channel connected to the domestic terminal via the mobile communication network. Through the SIP processing function of the server 250, relay interworking with the Internet-based call channel connected to the program of the user wireless terminal 160 and/or the user wireless terminal 160 through the SIP processing function of the communication server 250 It is possible to relay interworking between the Internet-based communication channel connected to the program and the mobile communication-based communication channel connected to the domestic terminal via the mobile communication network.

According to the second embodiment of the present invention, the designated mobile communication operation performed through the mobile communication processing unit 120 is transmitted from the domestic terminal via a mobile communication network corresponding to a valid USIM interfaced to the USIM interface unit 105 . It may include the operation of receiving a call connection request signal for connecting a call channel to the mobile communication terminal corresponding to the mobile phone number of the USIM.

According to the implementation method of the present invention, in a domestic terminal connected to a mobile communication network or telephone network in a country where a mobile communication network corresponding to a valid USIM interfaced to the USIM interface unit 105 is operated, the mobile phone number of the USIM is included as a destination number, and When a call connection request signal including a designated phone number of a domestic terminal is transmitted as a calling number, the mobile communication processing unit 120 receives the USIM's mobile phone from the mobile communication network corresponding to the USIM interfaced to the USIM interface unit 105 . Receives a call connection request signal including a number as an incoming number and a designated phone number of a domestic terminal as an outgoing number. In this case, the interworking processing unit 145 interworks with the mobile communication processing unit 120 to receive the It is possible to check the call connection request signal received to the mobile communication processing unit 120 via the mobile communication network.

On the other hand, according to the embodiment of the present invention, when the call connection request signal received from the domestic terminal through the mobile communication network through the interworking processing unit 145 is checked, the authentication processing unit 140 ) may authenticate whether the called number of the call connection request signal matches the mobile phone number stored in a designated storage area of the USIM interfaced to the USIM interface unit 105 . Meanwhile, according to the implementation method, the process of authenticating whether the called number of the call connection request signal is the mobile phone number of the USIM may be omitted.

On the other hand, if it is authenticated whether the called number of the call connection request signal is the mobile phone number of the USIM through the authentication processing unit 140 (can be omitted), the interworking processing unit 145 is connected to the communication server ( 250) to provide the incoming call request information corresponding to the call connection request signal (eg, call incoming request information including the USIM's mobile phone number as the called number and the designated phone number of the domestic terminal as the calling number), The communication server 250 receives the incoming call request information including the mobile phone number of the USIM as the calling number and the designated phone number of the domestic terminal as the calling number from the emulating device 100 via the Internet.

On the other hand, according to the implementation method of the present invention, the communication server 250 includes the mobile phone number of the USIM as an incoming number from the emulating device 100 via the Internet and includes a designated phone number of the domestic terminal as an outgoing number When receiving the incoming call request information, the authentication may be requested by providing the mobile phone number included in the call incoming request information to the authentication server 200. In this case, the authentication server 200 interlocks with the storage medium The mobile phone number included in the incoming call request information authenticates the valid unique identification information and the mapping registered state, and provides a result of authenticating the mapping registration state between the mobile phone number and the valid unique identification information to the communication server 250, , the communication server 250 receives and reads the authentication result of the mapping registration state between the mobile phone number and the valid unique identification information from the authentication server 200, and identifies the valid mobile phone number included in the incoming call request information. You can check whether information and mapping are registered. Meanwhile, according to the implementation method, the process of authenticating whether the mobile phone number included in the call incoming request information is registered as valid unique identification information and mapping may be omitted.

On the other hand, when the mobile phone number included in the incoming call request information is mapped with valid unique identification information (can be omitted), the communication server 250 maps to the mobile phone number corresponding to the incoming number of the incoming call request information. The SIP processing function for delivering the SIP-based call incoming request information corresponding to the call incoming request information to the program of the user wireless terminal 160 corresponding to the valid unique identification information is performed. According to the implementation method of the present invention, the communication server 250 is a program of the user wireless terminal 160 corresponding to the unique identification information mapped with the mobile phone number corresponding to the called number of the incoming call request information via the Internet. SIP-based call forwarding request information corresponding to the incoming call request information (e.g., SIP-based call forwarding request information including the USIM mobile phone number as the called number and the designated phone number of the domestic terminal as the calling number) is transmitted. . In this case, the program of the user wireless terminal 160 receives the SIP-based call forwarding request information via the Internet, and performs a procedure of receiving the SIP-based call forwarding request information.

On the other hand, after transmitting the incoming call request information to the communication server 250, the interworking processing unit 145 interworks with the communication server 250 and the user wireless terminal 160 corresponding to the incoming number of the incoming call request information. It is checked whether the program of 'SIP' receives the incoming call request information based on SIP. If the program of the user wireless terminal 160 receives the SIP-based call incoming request information, the interworking processing unit 145 operates the program of the user wireless terminal 160 through the SIP processing function of the communication server 250 . and relay interworking between an Internet-based communication channel connected to and a mobile communication-based communication channel connected to the domestic terminal via the mobile communication network, and/or communicating with a mobile communication-based communication channel connected to the domestic terminal via the mobile communication network Through the SIP processing function of the server 250 , it is possible to relay and interwork an Internet-based call channel connected to the program of the user wireless terminal 160 .

According to the third embodiment of the present invention, a designated mobile communication operation performed through the mobile communication processing unit 120 is wirelessly transmitted to a domestic terminal via a mobile communication network corresponding to a valid USIM interfaced to the USIM interface unit 105 . It may include the operation of sending a message. Here, the wireless message may include at least one of a Short Message Service (SMS), an Enhanced Messaging Service (EMS), and a Multimedia Message Service (MMS) that can be transmitted and received via a mobile communication network.

A program driven in the user wireless terminal 160 includes a mobile phone number designated by the communication server 250 via the Internet as a calling number, a domestic designated phone number as a reception number, and SIP-based including predetermined message contents When the message information is provided, the communication server 250 includes a mobile phone number designated from the program of the user wireless terminal 160 via the Internet as an outgoing number and a designated phone number of a domestic terminal as an incoming number. Receive message information.

Meanwhile, according to the embodiment of the present invention, the communication server 250 may request authentication by providing the mobile phone number included in the SIP-based message information to the authentication server 200. In this case, the authentication server 200 In conjunction with the storage medium, the mobile phone number included in the SIP-based message information authenticates the valid unique identification information and the mapping registered state, and the result of authenticating the mapping registration state between the mobile phone number and the valid unique identification information is returned to the communication server 250, the communication server 250 receives and reads the authentication result of the mapping registration state between the mobile phone number and the valid unique identification information from the authentication server 200, and includes the information contained in the SIP-based message information. You can check whether the mobile phone number is registered with valid unique identification information. Meanwhile, according to the implementation method, the process of authenticating whether the mobile phone number included in the SIP-based message information is registered with valid unique identification information may be omitted.

On the other hand, when the mobile phone number included in the SIP-based message information is mapped with valid unique identification information (can be omitted), the communication server 250 includes a mobile phone number corresponding to the originating number of the SIP-based message information. A message information corresponding to the SIP-based message information to the emulating device 100 that interfaces with a USIM (eg, includes a mobile phone number of the USIM as a calling number and a designated domestic phone number as a receiving number, and includes a predetermined message message information including contents). In this case, the interworking processing unit 145 of the control module 125 receives message information corresponding to the SIP-based message information from the communication server 250 through the communication unit 150 .

On the other hand, when the message information is received from the communication server 250 through the interworking processing unit 145 , the authentication processing unit 140 determines that the origination number of the message information is the USIM interfaced to the USIM interface unit 105 . It can be verified whether it matches the mobile phone number stored in the designated storage area. Meanwhile, according to the implementation method, the process of authenticating whether the caller number of the message information is the mobile phone number of the USIM may be omitted.

On the other hand, when it is authenticated whether the originating number of the message information is the mobile phone number of the USIM through the authentication processing unit 140 (can be omitted), the interworking processing unit 145 corresponds to the USIM through the mobile communication processing unit 120 . Controls to perform a mobile communication operation of transmitting a wireless message including the mobile phone number of the USIM as an originating number and the received number of the message information and the message content via a mobile communication network, the mobile communication processing unit 120 performs a mobile communication operation of sending a wireless message including the mobile phone number of the USIM as an originating number and the receiving number of the message information and message content via a mobile communication network corresponding to the USIM.

According to the fourth embodiment of the present invention, a designated mobile communication operation performed through the mobile communication processing unit 120 is wirelessly transmitted from a domestic terminal via a mobile communication network corresponding to a valid USIM interfaced to the USIM interface unit 105 . It may include the operation of receiving a message. Here, the wireless message may include at least one of a Short Message Service (SMS), an Enhanced Messaging Service (EMS), and a Multimedia Message Service (MMS) that can be transmitted and received via a mobile communication network.

According to the implementation method of the present invention, in a domestic terminal connected to a mobile communication network or telephone network in a country where a mobile communication network corresponding to a valid USIM interfaced to the USIM interface unit 105 is operated, the mobile phone number of the USIM is included as a receiving number, When a wireless message including the designated phone number of the domestic terminal as the calling number and a predetermined message content is transmitted, the mobile communication processing unit 120 is a mobile communication network corresponding to the USIM interfaced to the USIM interface unit 105 . Receives a wireless message including the mobile phone number of the USIM as the receiving number, the designated phone number of the domestic terminal as the calling number, and a wireless message including predetermined message contents from the mobile communication processing unit. It is possible to check the wireless message received from the domestic terminal to the mobile communication processing unit 120 via the mobile communication network in conjunction with 120 .

Meanwhile, according to the embodiment of the present invention, when the wireless message received from the domestic terminal through the mobile communication network through the interworking processing unit 145 is checked, the authentication processing unit 140 is It can be authenticated whether the received number of the wireless message matches the mobile phone number stored in a designated storage area of the USIM interfaced to the USIM interface unit 105 . Meanwhile, according to the implementation method, the process of authenticating whether the received number of the wireless message is the mobile phone number of the USIM may be omitted.

On the other hand, when it is authenticated whether the received number of the wireless message is the mobile phone number of the USIM through the authentication processing unit 140 (can be omitted), the interworking processing unit 145 is the communication server 250 through the communication unit 150. to provide message information corresponding to the wireless message (for example, message information including the USIM mobile phone number as the receiving number, the designated phone number of the domestic terminal as the calling number, and message information including predetermined message contents), and the The communication server 250 includes the mobile phone number of the USIM as the receiving number from the emulating device 100 via the Internet, the designated phone number of the domestic terminal as the calling number, and message information including predetermined message contents. receive

Meanwhile, according to the embodiment of the present invention, the communication server 250 includes the mobile phone number of the USIM as a receiving number from the emulating device 100 via the Internet and includes a designated phone number of the domestic terminal as an outgoing number. and when message information including a predetermined message content is received, authentication can be requested by providing the mobile phone number included in the message information to the authentication server 200. In this case, the authentication server 200 is the storage medium In conjunction with the mobile phone number included in the message information to authenticate the valid unique identification information and the mapping registered state, and provide the communication server 250 the result of authenticating the mapping registration state between the mobile phone number and the valid unique identification information and the communication server 250 receives and reads the authentication result of the mapping registration state between the mobile phone number and the valid unique identification information from the authentication server 200, and the mobile phone number included in the message information is valid unique identification information You can check whether the mapping is registered with Meanwhile, according to the implementation method, the process of authenticating whether the mobile phone number included in the message information is registered as valid unique identification information and mapping may be omitted.

On the other hand, when the mobile phone number included in the message information is mapped with valid unique identification information (can be omitted), the communication server 250 provides valid unique identification mapped with the mobile phone number corresponding to the received number of the message information. A program of the user wireless terminal 160 corresponding to the information performs a SIP processing function of transmitting SIP-based message reception request information for providing the message information. According to the implementation method of the present invention, the communication server 250 is a program of the user wireless terminal 160 corresponding to the unique identification information mapped with the mobile phone number corresponding to the reception number of the message information, via the Internet, the message SIP-based message reception request information for providing information may be transmitted. In this case, the program of the user wireless terminal 160 receives the SIP-based message reception request information via the Internet. Preferably, the SIP-based message reception request information may include a SIP-based notification notification delivered to the program of the user wireless terminal 160 via the Internet through SIP.

According to the embodiment of the present invention, the communication server 250 transmits SIP-based message reception request information for providing the message information to the program of the user wireless terminal 160 via the Internet, and then the user wireless It is confirmed whether the program of the terminal 160 receives the SIP-based message reception request information and is exposed through the program of the user wireless terminal 160 . If the program of the user wireless terminal 160 is exposed by receiving the SIP-based message reception request information, the communication server 250 is the program of the user wireless terminal 160 and message information including the message contents. can provide Meanwhile, when the message content is previously included in the SIP-based message reception request information, the process of providing message information including the message content may be omitted.

2 is a diagram showing the configuration of an emulation system according to an embodiment of the present invention.

In more detail, FIG. 2 shows that the mobile phone number of the USIM interfaced to the personal emulating device 100 emulating a designated mobile communication operation by interfacing a USIM (Universal Subscriber Identity Module) validly issued through a designated mobile carrier is valid. When the identification information and the mapping registered state are authenticated and authenticated, the SIP (Session Initiation Protocol) function provided in the program of the user wireless terminal 160 corresponding to the authenticated unique identification information and the emulating device 100 in the As showing an example of the configuration of a system for emulating global telephony based on the SIP function to domestic mobile communication based on the mobile communication operation by interworking a function to emulate a specified mobile communication operation in real time, Those of ordinary skill in the art to which the present invention pertains, refer to and/or modify this figure 2 to see various implementation methods for the configuration of the emulating system (eg, some components are omitted or subdivided, or combined implementation method) can be inferred, but the present invention includes all the implementation methods inferred above, and the technical characteristics are not limited only to the implementation method shown in FIG. 2 .

Referring to FIG. 2, the authentication server 200 includes an information storage unit 205 for registering and storing non-overlapping unique identification information for the service according to the present invention.

When a program in the form of an app is installed in the user wireless terminal 160, when the app is first driven after installation (or before information registration), the app is at least one of the user, the wireless terminal 160, and the app, or a combination of two or more Performs a procedure of determining/generating non-overlapping unique identification information that uniquely identifies and registering in the authentication server 200 (or an app server (not shown) associated with the authentication server 200), and the information storage unit ( 205) can be managed by registering the unique identification information and storing it in a designated management DB.

Alternatively, the user may use at least one of an app method using an app of the user wireless terminal 160, a web method using a browser of the user wireless terminal 160, and a web method using a browser of a separate user terminal (not shown). The procedure of subscribing the user can be performed, and in this case, the information storage unit 205 receives registered non-overlapping unique identification information input through the App/Web method to uniquely identify the subscribed user. It can be managed by storing it in the designated management DB.

According to the implementation method of the present invention, the procedure of registering and storing the unique identification information may be processed in conjunction with the membership registration process for the user, and in this case, the information storage unit 205 may be configured through the membership registration process. By mapping the acquired user's personal information and the unique identification information, it can be stored and managed in a designated management DB.

Referring to FIG. 2 , the authentication server 200 includes a payment confirmation unit 215 that confirms the completion of payment of the specified service charge associated with the specified unique identification information, and the specified service charge associated with the specified unique identification information. It may further include a payment procedure unit 210 that performs a payment procedure for processing the payment.

According to the implementation method of the present invention, the user can use at least one of an app method using an app of the user wireless terminal 160, a web method using a browser of the user wireless terminal 160, and a web method using a browser of a separate user terminal. While providing (or after providing) the registered unique identification information to the authentication server 200 through the method, the app method using the app of the user wireless terminal 160, the web using the browser of the user wireless terminal 160 A payment procedure for processing the payment of a service charge specified for the service of the present invention can be performed by interworking with a designated payment server (not shown) through at least one of the method and the web method using the browser of a separate user terminal. In this case, the payment confirmation unit 215 may check the payment completion status of the specified service charge for the unique identification information in conjunction with the payment procedure.

According to the implementation method of the present invention, the payment procedure may be processed through the authentication server 200 , and in this case, the payment procedure unit 210 is an app method using an app of the user wireless terminal 160 , the user Confirm the payment request for the specified service charge for the designated unique identification information through at least one of the web method using the browser of the wireless terminal 160 and the web method using the browser of a separate user terminal, and omitted) and may perform a payment procedure for processing payment of a service charge corresponding to the confirmed payment request, and the payment confirmation unit 215 interworks with the payment procedure to provide a designated service for the unique identification information You can check the status of payment completion.

Referring to FIG. 2 , the authentication server 200 includes an information registration unit 220 that performs a procedure of mapping and registering valid unique identification information for which payment of a specified service fee has been completed and a specified mobile phone number to a specified storage medium.

At a specified point in time before, during, or after confirming the payment completion status of the specified service charge for the unique identification information through the payment confirmation unit 215, the information registration unit 220 is Corresponds to a valid USIM to interface to the emulating device 100 through at least one of an app method using an app, a web method using a browser of the user wireless terminal 160, and a web method using a browser of a separate user terminal Register your mobile phone number.

If the payment confirmation unit 215 confirms the payment completion status of the specified service fee for the unique identification information, the information registration unit 220 provides valid unique identification information for completing the payment of the service fee and the emulating device. A procedure of mapping and registering a mobile phone number of a valid USIM to be interfaced to (100) in a designated storage medium is performed.

Referring to FIG. 2 , the authentication server 200 emulates a designated mobile communication operation of the mobile communication terminal by interfacing the USIM and connects the Internet from the emulating device 100 connected to the Internet through the Internet access device 155 . An information receiving unit 225 for receiving authentication request information including a mobile phone number (or identification information including a mobile phone number) of a USIM interfaced to the emulating device 100 via the information receiving unit 225, and the USIM in conjunction with the storage medium An authentication procedure unit 230 for authenticating a state in which a mobile phone number is valid unique identification information and a mapping registration, and a result information including a result of authenticating a mapping registration state between a mobile phone number of the USIM and valid unique identification information It includes a result generating unit 235 and a result providing unit 240 providing the result information to the emulating device 100 via the Internet.

When a valid USIM is interfaced to the USIM interface unit 105 , the emulating device 100 checks identification information including a mobile phone number stored in a designated storage area of a valid USIM interfaced to the USIM interface unit 105 . Here, the identification information including the mobile phone number may include an International Mobile Subscriber Identity (IMSI) stored in a designated storage area of a valid USIM interfaced to the USIM interface unit 105 . Preferably, the IMSI includes a 3-digit Mobile Country Code (MCC), a 2-digit (European standard) or 3-digit (North American standard) Mobile Network Code (MNC), and a network operator. based on a Mobile Subscriber Identifier Number (MSIN) within 10 digits.

The emulating device 100 is an authentication including identification information (eg, the IMSI, etc.) including a mobile phone number of the USIM (eg, a mobile phone number converted from MSIN of IMSI into a designated phone number system) or a mobile phone number The request information is configured, and authentication request information including the mobile phone number (or identification information including the mobile phone number) of the USIM is transmitted to the authentication server 200, and the mobile phone number of the USIM is registered as valid unique identification information and mapping. Confirmation is requested. In this case, the information receiving unit 225 receives an authentication request including a USIM mobile phone number (or identification information including a mobile phone number) interfaced from the emulating device 100 to the emulating device 100 via the Internet. Upon receiving the information, the authentication procedure unit 230 interworks with the storage medium to authenticate the USIM mobile phone number with valid unique identification information and the mapping registered state, and the result generating unit 235 is the USIM mobile phone number. Result information including a result of authenticating the mapping registration state between a number and valid unique identification information can be generated. When the result providing unit 240 provides the result information generated through the above procedure to the emulating device 100 via the Internet, the emulating device 100 receives the result from the authentication server 200 . It is possible to receive the information and read the received result information to check a mapping registration state between the mobile phone number of the USIM and valid unique identification information.

Meanwhile, the emulating device 100 may check identification information including a country code (eg, MCC, etc.) of the USIM stored in a designated storage area of the USIM interfaced to the USIM interface unit 105 . In this case, the emulating device 100 may perform a procedure for authenticating whether the Internet access location (or country) accessed through the Internet access device 155 matches the country code of the USIM. That is, in the case of a normal mobile communication terminal, even if the country code of the USIM does not match, the roaming procedure can be performed automatically, but the emulating device 100 of the present invention emulates global telephony as domestic mobile communication. , it is desirable to suspend emulation if the country code does not match.

According to the first national authentication embodiment of the present invention, the emulating device 100 provides the authentication server 200 with the country code (or identification information including the country code) of the USIM to the authentication server 200 . ) through the emulating device 100 (or the Internet access device 155) can request authentication whether the Internet access location (or country) matches the country code of the USIM. In this case, the information receiving unit 225 is a country code (or identification information including a country code) stored in a designated storage area of the USIM interfaced to the emulating device 100 from the emulating device 100 via the Internet. It is possible to receive authentication request information including On the other hand, the authentication procedure unit 230 confirms the ISP (Internet Service Provider) information based on the IP address of the emulating device 100 (or the Internet access device 155) the emulating device 100 (or the Internet) Internet access information identifying the Internet access location (or country) of the access device 155) is checked, and the Internet access of the emulating device 100 (or the Internet access device 155) is based on the Internet access information. It is authenticated whether the location (or country) matches the country code of the USIM, and the result generator 235 determines whether the Internet access location (or country) of the emulating device 100 (or the Internet access device 155) is Result information including a result of verifying whether the USIM matches the country code may be generated.

According to the second national authentication embodiment of the present invention, the emulating device 100 provides the authentication server 200 with the country code (or identification information including the country code) of the USIM to the authentication server 200 . ) through the emulating device 100 (or the Internet access device 155) may request Internet access information identifying the Internet access location (or country) of the. In this case, the information receiving unit 225 is a country code (or identification information including a country code) stored in a designated storage area of the USIM interfaced to the emulating device 100 from the emulating device 100 via the Internet. It is possible to receive authentication request information including On the other hand, the authentication procedure unit 230 confirms the ISP information based on the IP address of the emulating device 100 (or the Internet access device 155), the emulating device 100 (or the Internet access device 155) . In this case, the Internet access information is provided to the emulating device 100 through the result information, and the emulating device 100 receives the emulating device 100 (or Internet access device) from the authentication server 200 . (155)) receives result information including Internet access information for identifying an Internet access location (or country), and the Internet access location (or country) information corresponding to the Internet access information matches the country code of the USIM It can be verified that

Meanwhile, the result providing unit 240 may provide result information generated through the above procedure to the emulating device 100 via the Internet. In this case, the emulating device 100 receives the result information from the authentication server 200, reads the received result information, and/or performs a designated authentication procedure based on information included in the result information. Thus, the emulating device 100 (or the Internet access device 155) can check whether the Internet access location (or country) matches the country code of the USIM.

Meanwhile, the emulating device 100 may check identification information including a network code (eg, MNC or band code, etc.) of the USIM stored in a designated storage area of the USIM interfaced to the USIM interface unit 105 . In this case, the emulating device 100 may perform a procedure for authenticating whether a phone call of a designated mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM based on the network code of the USIM.

According to the implementation method of the present invention, the emulating device 100 may be sold to any country in the world, and may be linked with a mobile communication network of any country in the world. However, even if the mobile communication telephony standard of some countries develops to LTE, 5G or higher, the mobile telecommunication telecommunication standard of other countries may be 3G or less. In this case, it is inappropriate (that is, the emulating device 100 ), it may be inappropriate to purchase an expensive emulating device 100 equipped with a high-priced / high-royalty component to which a technology that cannot be used is applied), and in this case, the emulating device 100 The mobile communication telephony standard to be processed through the mobile communication may be limited to a specific mobile communication telephony standard.

In addition, the present invention interlocks a mobile communication phone call and an Internet-based phone call using SIP. In some countries, when the Internet quality accessible through the user wireless terminal 160 is lower than a preset standard, the emulating device 100 is No matter how high the mobile communication phone call quality of the country provided (eg, LTE, 5G or higher phone quality is specified), the quality of the Internet-based phone call connected from the user wireless terminal 160 is of the country's Internet quality. constraint cannot be removed. If the maximum phone call quality of the Internet-based phone call connectable in the user wireless terminal 160 is less than the phone call quality of 3G mobile communication based on the mobile communication phone call quality, more mobile communication phone calls to the emulating device 100 It is inappropriate to mount high-priced/high-royalty parts that support the standard (that is, an expensive emulator with high-priced/high-royalty parts to which a technology that cannot be effective from the point of view of a user purchasing the emulating device 100 is applied) Purchasing the rating device 100 may be inappropriate), and in this case, the mobile communication phone call standard to be processed through the emulating device 100 may be limited to a specific mobile communication phone call standard.

As described above, when the mobile communication phone call standard of the emulating device 100 is limited to a specific mobile communication phone call standard, the emulating device 100 is the emulating device 100 based on the network code of the USIM. A procedure for authenticating whether a mobile communication phone call standard that can be handled through .

According to the first mobile communication phone call standard authentication embodiment of the present invention, the emulating device 100 provides the network code (or identification information including the network code) of the USIM to the authentication server 200 to the Through the authentication server 200, it is possible to request authentication whether a phone call of a designated mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM. In this case, the information receiving unit 225 is a network code (or identification information including a network code) stored in a designated storage area of the USIM interfaced to the emulating device 100 from the emulating device 100 via the Internet. It is possible to receive authentication request information including Meanwhile, the authentication procedure unit 230 reads the network code of the USIM or inquires a database designated through the network code of the USIM to make a phone call through a mobile communication network corresponding to the network code of the USIM. After confirming and authenticating whether a phone call of a designated mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM based on the mobile communication phone call standard information, the designated mobile communication through a mobile communication network corresponding to the USIM Result information including a result of verifying whether a phone call according to the phone call standard is possible may be generated.

According to the second mobile communication phone call standard authentication embodiment of the present invention, the emulating device 100 provides the network code (or identification information including the network code) of the USIM to the authentication server 200 to provide the Through the authentication server 200, it is possible to request mobile communication phone call standard information capable of making a phone call through a mobile communication network corresponding to the network code of the USIM. In this case, the information receiving unit 225 is a network code (or identification information including a network code) stored in a designated storage area of the USIM interfaced to the emulating device 100 from the emulating device 100 via the Internet. It is possible to receive authentication request information including Meanwhile, the authentication procedure unit 230 reads the network code of the USIM or inquires a database designated through the network code of the USIM to make a phone call through a mobile communication network corresponding to the network code of the USIM. , and it is possible to generate result information including the confirmed mobile communication phone call standard information. In this case, the mobile communication phone call standard information is provided to the emulating device 100 through the result information, and the emulating device 100 moves from the authentication server 200 corresponding to the network code of the USIM. Receives result information including mobile communication phone call standard information capable of making a phone call through a communication network, and based on the mobile communication phone call standard information, a phone call of a designated mobile communication phone call standard through a mobile communication network corresponding to the USIM is made You can verify that it is possible.

Meanwhile, the result providing unit 240 may provide result information generated through the above procedure to the emulating device 100 via the Internet. In this case, the emulating device 100 receives the result information from the authentication server 200, reads the received result information, and/or performs a designated authentication procedure based on information included in the result information. Thus, it can be confirmed whether a phone call of a designated mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM.

Meanwhile, according to another embodiment of the present invention, the emulating device 100 performs a designated mobile communication procedure (eg, mobile In conjunction with the location registration procedure for registering a location with the communication network, the call waiting status procedure for maintaining and managing the call waiting state, etc.) have. For example, if the emulating device 100 interworks with a mobile communication network corresponding to the USIM based on the USIM and performs a designated mobile communication procedure successfully (eg, if no error occurs on the mobile communication network side), the The emulating device 100 may authenticate that a phone call of a designated mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM.

On the other hand, when one or more authentication procedures including an authentication procedure for authenticating a mapping registration state of a mobile phone number of the USIM and valid unique identification information are performed and authentication is successful, the emulating device 100 corresponds to the authenticated unique identification information Performs a procedure of interlocking a specified SIP operation performed by linking the SIP function of the program of the user wireless terminal 160 and the SIP processing function of the specified communication server 250 to the specified mobile communication operation and/or a specified mobile communication operation A procedure of interworking with a specified SIP operation performed by linking the SIP function of the program of the user wireless terminal 160 corresponding to the authenticated unique identification information and the SIP processing function of the specified communication server 250 is performed.

Referring to Figure 2, the communication server 250, the user wireless terminal 160 corresponding to the authenticated unique identification information when the mapping registration state of the mobile phone number of the USIM and valid unique identification information is authenticated. A terminal interworking unit 260 that performs a SIP processing function in conjunction with a Session Initiation Protocol (SIP) function, and the emulating device 100 that interfaced a USIM having a mobile phone number mapped with the authenticated unique identification information Equipped with a device interworking unit 265 that performs a SIP processing function interlocking with the SIP function, and an authentication interworking unit 255 that checks the mapping registration status of a specified mobile phone number and valid unique identification information to perform a specified SIP processing function to provide

According to the first embodiment of the present invention, a designated mobile communication operation performed by the emulating device 100 is a call channel to a domestic terminal via a mobile communication network corresponding to a valid USIM interfaced to the USIM interface unit 105 . It may include the operation of sending a call connection request signal to connect.

The program driven in the user wireless terminal 160 provides SIP-based call outgoing request information including the mobile phone number designated as the communication server 250 as the calling number and the designated phone number of the domestic terminal as the calling number via the Internet. Then, the terminal interworking unit 260 includes a mobile phone number designated from the program of the user wireless terminal 160 via the Internet as an outgoing number and a SIP-based call origination request including the designated phone number of the domestic terminal as an incoming number. receive information

Meanwhile, according to the implementation method of the present invention, the authentication interworking unit 255 may provide the mobile phone number included in the SIP-based call outgoing request information to the authentication server 200 to request authentication, in this case the authentication server ( 200), the authentication procedure unit 230 works with the storage medium to authenticate the mobile phone number included in the SIP-based call outgoing request information is valid unique identification information and the mapping registered state, and the mobile phone number and valid unique identification information A result of authenticating the mapping registration state of By receiving and reading, it is possible to check whether the mobile phone number included in the SIP-based call origination request information is mapped with valid unique identification information. Meanwhile, according to the implementation method, the process of authenticating whether the mobile phone number included in the SIP-based call origination request information is registered with valid unique identification information may be omitted.

On the other hand, when the mobile phone number included in the SIP-based call origination request information is in a registered state of mapping with valid unique identification information (can be omitted), the device interworking unit 265 corresponds to the origination number of the SIP-based call origination request information Call origination request information corresponding to the SIP-based call origination request information to the emulating device 100 interfaced with a USIM having a mobile phone number to Call originating request information) including the number as the called number) is transmitted. In this case, the emulating device 100 receives call origination request information corresponding to the SIP-based call origination request information from the communication server 250 .

On the other hand, when the emulating device 100 receives the call origination request information from the communication server 250 , the origination number of the call origination request information is a designated storage area of a USIM interfaced to the USIM interface unit 105 . You can verify whether it matches the mobile phone number stored in the . Meanwhile, according to the implementation method, the process of authenticating whether the originating number of the call origination request information is the mobile phone number of the USIM may be omitted.

On the other hand, if it is authenticated whether the caller number of the call origination request information is the mobile phone number of the USIM (can be omitted), the emulating device 100 transmits the mobile phone number of the USIM via a mobile communication network corresponding to the USIM as the caller number. and performs a mobile communication operation of transmitting a call connection request signal including the called number of the call origination request information as the called number to be connected.

On the other hand, the device interworking unit 265 transmits the SIP-based call origination request information to the emulating device 100 , and then interworks with the emulating device 100 to link with the emulating device 100 . It is checked whether the call connection request signal is received from the domestic terminal corresponding to the called number of the call connection request signal. If the call connection request signal is received from the domestic terminal corresponding to the called number of the call connection request signal, the device interworking unit 265 establishes an Internet-based communication channel connected to the emulating device 100 to the user. The SIP processing procedure of relay interworking with the Internet-based communication channel connected to the program of the wireless terminal 160 is performed, and the terminal interworking unit 260 emulates the Internet-based communication channel connected with the program of the user wireless terminal 160 . A SIP processing procedure for relay interworking with an Internet-based call channel connected to the rating device 100 is performed.

According to the second embodiment of the present invention, the designated mobile communication operation performed by the emulating device 100 is the USIM from a domestic terminal via a mobile communication network corresponding to a valid USIM interfaced to the USIM interface unit 105 . It may include the operation of receiving a call connection request signal for connecting a call channel to the mobile communication terminal corresponding to the mobile phone number of.

According to the implementation method of the present invention, in a domestic terminal connected to a mobile communication network or telephone network in a country where a mobile communication network corresponding to a valid USIM interfaced to the USIM interface unit 105 is operated, the mobile phone number of the USIM is included as a destination number, and When a call connection request signal including a designated phone number of a domestic terminal is transmitted as a calling number, the emulating device 100 is the mobile phone of the USIM from a mobile communication network corresponding to the USIM interfaced to the USIM interface unit 105 . It is possible to receive a call connection request signal including the number as the called number and the designated phone number of the domestic terminal as the calling number.

On the other hand, according to the embodiment of the present invention, when checking the call connection request signal received from the domestic terminal via the mobile communication network, the emulating device 100 determines that the incoming number of the call connection request signal is the USIM interface unit. It can be authenticated whether it matches the mobile phone number stored in the designated storage area of the USIM interfaced to 105 . Meanwhile, according to the implementation method, the process of authenticating whether the called number of the call connection request signal is the mobile phone number of the USIM may be omitted.

On the other hand, when it is authenticated whether the called number of the call connection request signal is the mobile phone number of the USIM (can be omitted), the emulating device 100 requests the call connection corresponding to the call connection request signal to the communication server 250 . Provides information (eg, call incoming request information including a mobile phone number of the USIM as an incoming number and a designated phone number of a domestic terminal as an outgoing number), and the device interworking unit 265 includes the emulating device 100 ), via the Internet, receives call forwarding request information including the mobile phone number of the USIM as the called number and the designated phone number of the domestic terminal as the calling number.

On the other hand, according to the implementation method of the present invention, the authentication linkage unit 255 includes the mobile phone number of the USIM as an incoming number from the emulating device 100 via the Internet and uses the designated phone number of the domestic terminal as an outgoing number. When receiving the incoming call request information including ) in conjunction with the storage medium to authenticate the state in which the mobile phone number included in the call incoming request information is mapped with the valid unique identification information, and the result of authenticating the mapping registration state between the mobile phone number and the valid unique identification information. It is provided to the communication server 250, and the authentication interlocking unit 255 receives and reads the authentication result of the mapping registration state between the mobile phone number and the valid unique identification information from the authentication server 200, and reads the incoming call request information. You can check whether the mobile phone number included in the mobile phone number is registered with valid unique identification information. Meanwhile, according to the implementation method, the process of authenticating whether the mobile phone number included in the call incoming request information is registered as valid unique identification information and mapping may be omitted.

On the other hand, when the mobile phone number included in the incoming call request information is in a registered state of mapping with valid unique identification information (can be omitted), the terminal interlocking unit 260 is a mobile phone number corresponding to the incoming number of the incoming call request information A program of the user wireless terminal 160 corresponding to the mapped valid unique identification information performs a SIP processing function for delivering the SIP-based call incoming request information corresponding to the call incoming request information. According to the implementation method of the present invention, the terminal interworking unit 260 is a program of the user wireless terminal 160 corresponding to the unique identification information mapped with the mobile phone number corresponding to the incoming number of the call incoming request information via the Internet. to transmit SIP-based call forwarding request information corresponding to the incoming call request information (eg, SIP-based call forwarding request information including the USIM mobile phone number as an incoming number and a designated phone number of a domestic terminal as an outgoing number) do. In this case, the program of the user wireless terminal 160 receives the SIP-based call forwarding request information via the Internet, and performs a procedure of receiving the SIP-based call forwarding request information.

Meanwhile, the terminal interworking unit 260 transmits the SIP-based call reception request information to the program of the user wireless terminal 160, and then transmits the SIP-based call reception request information through the program of the user wireless terminal 160. Check to see if there is an incoming call. If the program of the user wireless terminal 160 receives the SIP-based call incoming request information, the device interworking unit 265 transmits the SIP-based program to the user wireless terminal 160 through a designated SIP processing function. The result of receiving the call incoming request information may be transmitted to the emulating device 100 . Meanwhile, when the program of the user wireless terminal 160 receives the SIP-based call incoming request information, the terminal interworking unit 260 emulates the Internet-based communication channel connected to the program of the user wireless terminal 160 . The device 100 performs a SIP processing procedure for relay interworking with an Internet-based communication channel connected to the device 100 , and the device interworking unit 265 connects the Internet-based communication channel connected with the emulating device 100 to the user wireless terminal 160 . The SIP processing procedure is performed to relay interworking with the Internet-based communication channel connected to the program of the

According to the third embodiment of the present invention, the designated mobile communication operation performed by the emulating device 100 is a wireless message to a domestic terminal via a mobile communication network corresponding to a valid USIM interfaced to the USIM interface unit 105 . may include the operation of sending Here, the wireless message may include at least one of a Short Message Service (SMS), an Enhanced Messaging Service (EMS), and a Multimedia Message Service (MMS) that can be transmitted and received via a mobile communication network.

A program driven in the user wireless terminal 160 includes a mobile phone number designated by the communication server 250 via the Internet as a calling number, a domestic designated phone number as a reception number, and SIP-based including predetermined message contents When the message information is provided, the terminal interworking unit 260 includes the mobile phone number designated from the program of the user wireless terminal 160 via the Internet as the calling number and the designated phone number of the domestic terminal as the receiving number. Receive base message information.

Meanwhile, according to the embodiment of the present invention, the authentication interworking unit 255 may request authentication by providing the mobile phone number included in the SIP-based message information to the authentication server 200, and in this case, the authentication server 200 The authentication procedure unit 230 of the mobile phone number included in the SIP-based message information in conjunction with the storage medium authenticates the valid unique identification information and the mapping registered state, the mapping registration state of the mobile phone number and the valid unique identification information provides the authentication result to the communication server 250, and the authentication linkage unit 255 receives and reads the authentication result of the mapping registration state between the mobile phone number and valid unique identification information from the authentication server 200 Thus, it is possible to check whether the mobile phone number included in the SIP-based message information is registered with valid unique identification information. Meanwhile, according to the implementation method, the process of authenticating whether the mobile phone number included in the SIP-based message information is registered with valid unique identification information may be omitted.

On the other hand, when the mobile phone number included in the SIP-based message information is mapped with valid unique identification information (can be omitted), the device linkage unit 265 provides a mobile phone number corresponding to the originating number of the SIP-based message information. To the emulating device 100 having a USIM interface, message information corresponding to the SIP-based message information (eg, the USIM's mobile phone number is included as a calling number, and a domestic designated phone number is included as a reception number, and a predetermined message information including the message contents). In this case, the emulating device 100 receives message information corresponding to the SIP-based message information from the communication server 250 .

On the other hand, when receiving the message information from the communication server 250, the emulating device 100 is a mobile phone number stored in the designated storage area of the USIM interfaced to the USIM interface unit 105, the originating number of the message information. You can verify that it matches with . Meanwhile, according to the implementation method, the process of authenticating whether the caller number of the message information is the mobile phone number of the USIM may be omitted.

On the other hand, if it is authenticated whether the caller number of the message information is the mobile phone number of the USIM (can be omitted), the emulating device 100 includes the mobile phone number of the USIM as the caller number via a mobile communication network corresponding to the USIM and performs a mobile communication operation of transmitting a wireless message including the reception number of the message information and the message content.

According to the fourth embodiment of the present invention, the designated mobile communication operation performed by the emulating device 100 is a wireless message from a domestic terminal via a mobile communication network corresponding to a valid USIM interfaced to the USIM interface unit 105 . may include an operation of receiving Here, the wireless message may include at least one of a Short Message Service (SMS), an Enhanced Messaging Service (EMS), and a Multimedia Message Service (MMS) that can be transmitted and received via a mobile communication network.

According to the implementation method of the present invention, in a domestic terminal connected to a mobile communication network or telephone network in a country where a mobile communication network corresponding to a valid USIM interfaced to the USIM interface unit 105 is operated, the mobile phone number of the USIM is included as a receiving number, When the wireless message including the designated phone number of the domestic terminal as the calling number and the predetermined message content is transmitted, the emulating device 100 is a mobile communication network corresponding to the USIM interfaced to the USIM interface unit 105 . It is possible to receive a wireless message including the mobile phone number of the USIM as the receiving number, the designated phone number of the domestic terminal as the calling number, and a predetermined message content.

Meanwhile, according to the embodiment of the present invention, when the wireless message is received from a domestic terminal via the mobile communication network, the emulating device 100 interfaces with the reception number of the wireless message to the USIM interface unit 105 . It can be verified whether it matches the mobile phone number stored in the designated storage area of the USIM. Meanwhile, according to the implementation method, the process of authenticating whether the received number of the wireless message is the mobile phone number of the USIM may be omitted.

On the other hand, if it is authenticated whether the received number of the wireless message is the mobile phone number of the USIM (can be omitted), the emulating device 100 sends message information (eg, the USIM) corresponding to the wireless message to the communication server 250 . of the mobile phone number as the receiving number and the designated phone number of the domestic terminal as the outgoing number, and provides message information including predetermined message contents), and the device interworking unit 265 provides the emulating device 100 It receives message information including the mobile phone number of the USIM as the receiving number and the designated phone number of the domestic terminal as the calling number via the Internet from the Internet, and including a predetermined message content.

On the other hand, according to the embodiment of the present invention, the authentication linkage unit 255 includes the mobile phone number of the USIM as a receiving number from the emulating device 100 via the Internet and uses the designated phone number of the domestic terminal as an outgoing number. When the message information including the message information is received, the authentication server 200 can request authentication by providing the mobile phone number included in the message information to the authentication server 200. In this case, the authentication procedure of the authentication server 200 The unit 230 interworks with the storage medium to authenticate the registered state in which the mobile phone number included in the message information is mapped with the valid unique identification information, and the result of authenticating the mapping registration state between the mobile phone number and the valid unique identification information It is provided to the communication server 250, and the authentication interlocking unit 255 receives and reads the authentication result of the mapping registration state between the mobile phone number and the valid unique identification information from the authentication server 200, and adds it to the message information. You can check whether the included mobile phone number is registered with valid unique identification information. Meanwhile, according to the implementation method, the process of authenticating whether the mobile phone number included in the message information is registered as valid unique identification information and mapping may be omitted.

On the other hand, when the mobile phone number included in the message information is mapped with valid unique identification information (can be omitted), the terminal interworking unit 260 is a valid unique mapped mobile phone number corresponding to the received number of the message information. A SIP processing function of transmitting SIP-based message reception request information for providing the message information to the program of the user wireless terminal 160 corresponding to the identification information is performed. According to the implementation method of the present invention, the terminal interworking unit 260 is a program of the user wireless terminal 160 corresponding to the unique identification information mapped with the mobile phone number corresponding to the reception number of the message information via the Internet. SIP-based message reception request information for providing message information may be transmitted. In this case, the program of the user wireless terminal 160 receives the SIP-based message reception request information via the Internet. Preferably, the SIP-based message reception request information may include a SIP-based notification notification delivered to the program of the user wireless terminal 160 via the Internet through SIP.

According to the embodiment of the present invention, the terminal interworking unit 260 transmits SIP-based message reception request information for providing the message information to the program of the user wireless terminal 160 via the Internet, and then the user It is confirmed whether the program of the wireless terminal 160 receives the SIP-based message reception request information and is exposed through the program of the user wireless terminal 160 . If the program of the user wireless terminal 160 is exposed by receiving the SIP-based message reception request information, the terminal interworking unit 260 is a program of the user wireless terminal 160 and a message including the message contents information can be provided. Meanwhile, when the message content is previously included in the SIP-based message reception request information, the process of providing message information including the message content may be omitted.

3 is a diagram illustrating a process of mapping and registering valid unique identification information and a mobile phone number according to an embodiment of the present invention.

In more detail, FIG. 3 shows a process of mapping and registering valid unique identification information that has completed payment of a specified service charge and a mobile phone number of a USIM to be interfaced to the user's emulator device in a designated storage medium. Those of ordinary skill in the art will be able to infer various implementation methods (eg, an implementation method in which some steps are omitted or the order is changed) for the above process by referring and/or modifying this figure 3, but this The invention is made including all the implementation methods inferred above, and the technical characteristics are not limited only to the implementation method shown in FIG. 3 .

Referring to Figure 3, the user performs a procedure of registering unique identification information through the app method and/or the web method using the user wireless terminal 160 or a separate user terminal (300), and the authentication server 200 is The unique identification information is registered and stored in the management DB (300).

On the other hand, the user uses the user wireless terminal 160 or a separate user terminal to pay the service fee associated with the unique identification information (eg, the fee for using the service according to the present invention by interfacing the USIM to the user's emulator device) A payment procedure for processing is performed (305). The payment procedure may be performed through a designated payment server without intervening the authentication server 200, or may be processed through the authentication server 200 (315), and the authentication server 200 includes at least one In connection with the payment procedure, the completion of payment of the service fee associated with the unique identification information is confirmed (320).

If, before, during, or after completing payment of the service fee associated with the unique identification information, the user uses the user wireless terminal 160 or a separate user terminal, the mobile phone to be mapped with the unique identification information A procedure for registering a number is performed (325). On the other hand, when it is confirmed that the payment of the service fee associated with the unique identification information is confirmed, the authentication server 200 checks the mobile phone number to be mapped with the valid unique identification information for which the payment of the service fee is completed ( 330 ).

If the mobile phone number is confirmed, the authentication server 200 maps and registers valid unique identification information for which payment of the service fee has been completed and the confirmed mobile phone number to a designated storage medium (335).

FIG. 4 is a diagram illustrating a process of authenticating service provision validity using a USIM interfaced to the emulating device 100 according to an embodiment of the present invention.

In more detail, Fig. 4 shows a process of authenticating the validity of the USIM interfaced to the emulating device 100 and authenticating the mapping registration state of the USIM's mobile phone number and valid unique identification information that has paid the specified service fee. As one of ordinary skill in the art to which the present invention pertains, various implementation methods for the above process (eg, some steps are omitted or the order is changed) with reference to and/or modification of FIG. 4 . can be inferred, but the present invention is made including all the implementation methods inferred above, and the technical characteristics are not limited only to the implementation method shown in FIG. 4 .

Referring to FIG. 4 , when booting of the emulating device 100 is confirmed ( 400 ), the emulating device 100 authenticates whether a valid USIM validly issued through a designated mobile communication company is interfaced to the USIM interface unit 105 . to perform an authentication procedure (405). Preferably, the emulating device 100 authenticates whether a USIM is inserted into the USIM insertion unit of the USIM interface unit 105 , and/or a USIM inserted into the USIM insertion unit of the USIM interface unit 105 . Authenticating whether specified information is responded by injecting a command designated as An authentication procedure including one or more of procedures for authenticating whether information corresponding to the ' is registered may be performed.

If a valid USIM is interfaced to the USIM interface unit 105 , the emulating device 100 checks identification information including a mobile phone number stored in a designated storage area of the USIM interfaced to the USIM interface unit 105 . (410). If the identification information including the mobile phone number of the USIM is confirmed, the emulating device 100 provides authentication request information including the mobile phone number of the USIM (or identification information including the mobile phone number) of the USIM. Authentication is requested whether the mobile phone number is registered with valid unique identification information (415).

The authentication server 200 receives authentication request information including the mobile phone number (or identification information including the mobile phone number) of the USIM from the emulating device 100 via the Internet (420), and the storage medium In conjunction with the mobile phone number of the USIM performs an authentication procedure to authenticate the valid unique identification information and the mapping registered state (425). The authentication server 200 generates result information including a result of authenticating a mapping registration state between the mobile phone number of the USIM and valid unique identification information (430), and sends the result information to the emulating device 100 via the Internet. The result information is transmitted (435).

On the other hand, the emulating device 100 receives the result information from the authentication server 200 via the Internet (440), and based on the result information, a mapping registration state between the mobile phone number of the USIM and valid unique identification information Confirm authentication (445).

If the USIM's mobile phone number and the valid unique identification information mapping registration state is not authenticated, the emulating device 100 outputs specified error information (450), and an error is sent to the authentication server 200 according to the implementation method. information can be transmitted.

On the other hand, when the registration state of the USIM mobile phone number and valid unique identification information mapping registration state is authenticated, the emulating device 100 is the SIP function of the program of the user wireless terminal 160 corresponding to the authenticated unique identification information and designated communication A specified SIP operation performed in connection with the SIP processing function of the server 250 is linked with a specified mobile communication operation of the mobile communication processing unit 120 and/or a specified mobile communication operation performed through the mobile communication processing unit 120 . can be interlocked with a specified SIP operation performed by linking the SIP function of the program of the user wireless terminal 160 and the SIP processing function of the specified communication server 250 corresponding to the authenticated unique identification information.

5 is a diagram illustrating a process of matching and authenticating the country of the USIM interfaced to the emulating device 100 according to an embodiment of the present invention.

In more detail, FIG. 5 shows whether the country code of the USIM interfaced to the emulating device 100 matches the Internet access location (or country) of the emulating device 100 (or Internet access device 155). As an illustration of the process, those of ordinary skill in the art to which the present invention pertains may refer to and/or modify this figure 5 to see various implementation methods for the process (eg, some steps are omitted, or the order is out of order). Changed implementation method) can be inferred, but the present invention is made including all of the inferred implementation methods, and the technical characteristics are not limited only to the implementation method illustrated in FIG. 5 .

Referring to FIG. 5 , when a valid USIM interfaced state to the USIM interface unit 105 is authenticated through the process of FIG. 4 , the emulating device 100 displays the USIM interfaced to the USIM interface unit 105 . Check identification information including the country code stored in the designated storage area of (500). If the identification information including the country code of the USIM is identified, the emulating device 100 provides authentication request information including the country code (or identification information including the country code) of the USIM to emulate the emulation. Authentication is requested whether the Internet access location (or country) of the device 100 (or the Internet access device 155 ) matches the country code of the USIM ( 505 ). Meanwhile, the authentication request information may be the authentication request information of FIG. 4 or may include separate authentication request information.

The authentication server 200 receives authentication request information including the country code (or identification information including the country code) of the USIM from the emulating device 100 via the Internet (510), and the emulation Internet access information identifying the Internet access location (or country) of the device 100 (or the Internet access device 155 used for Internet access of the emulating device 100) is checked (515), and the Internet access information An authentication procedure for authenticating whether the Internet access location (or country) of the emulating device 100 (or the Internet access device 155) matches the country code of the USIM is performed based on 520 . The authentication server 200 generates result information including a result of authenticating whether the Internet access location (or country) of the emulating device 100 (or the Internet access device 155) matches the country code of the USIM. and (525), and transmits the result information to the emulating device 100 via the Internet (530). Meanwhile, the result information may be the result information of FIG. 4 or may include separate result information.

On the other hand, the emulating device 100 receives the result information from the authentication server 200 via the Internet (535), and uses the emulating device 100 (or the emulating device 100) to access the Internet. It is checked whether the Internet access location (or country) of the established Internet access device 155) matches the country code of the USIM (540). Meanwhile, according to another embodiment of the present invention, the Internet access location (or country) of the emulating device 100 (or the Internet access device 155 used for Internet access of the emulating device 100) is the USIM. The process of verifying whether the country code is matched may be performed through the emulating device 100 , and the present invention is not limited thereto.

If the Internet access location (or country) of the emulating device 100 (or the Internet access device 155 used for Internet access of the emulating device 100) does not match the country code of the USIM, the emulation device 100 The rating device 100 outputs the specified error information ( 545 ), and may transmit the error information to the authentication server 200 according to an implementation method.

On the other hand, if the Internet access location (or country) of the emulating device 100 (or the Internet access device 155 used for Internet access of the emulating device 100) matches the country code of the USIM, the emulation The device 100 performs the specified SIP operation performed by linking the SIP function of the program of the user wireless terminal 160 corresponding to the authenticated unique identification information and the SIP processing function of the specified communication server 250 to the mobile communication processing unit ( 120) and/or the designated mobile communication operation performed through the mobile communication processing unit 120, the SIP function of the program of the user wireless terminal 160 corresponding to the authenticated unique identification information and It is possible to interwork with a designated SIP operation performed by linking the SIP processing function of the designated communication server 250 .

6 is a diagram illustrating a process of matching and authenticating a network of a USIM interfaced to the emulating device 100 according to an embodiment of the present invention.

In more detail, FIG. 6 illustrates a process of authenticating whether a phone call according to a specified mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM using the network code of the USIM interfaced to the emulating device 100. As one of ordinary skill in the art to which the present invention pertains, various implementation methods for the above process (eg, an implementation method in which some steps are omitted or the order is changed) with reference to and/or modification of this figure 6 can be inferred, but the present invention is made including all the implementation methods inferred above, and the technical characteristics are not limited only to the implementation method shown in FIG. 6 .

Referring to FIG. 6 , when a valid USIM interfaced state to the USIM interface unit 105 is authenticated through the process of FIG. 4 , the emulating device 100 displays a USIM interfaced to the USIM interface unit 105 . Check identification information including the network code stored in the designated storage area of (600). If the identification information including the network code of the USIM is confirmed, the emulating device 100 provides authentication request information including the network code (or identification information including the network code) of the USIM to the USIM. Authentication is requested whether a phone call of a designated mobile communication phone call standard (eg, a mobile communication phone call standard set in the emulating device 100) is possible through a corresponding mobile communication network (605). Meanwhile, the authentication request information may be the authentication request information of FIG. 4 or may include separate authentication request information.

The authentication server 200 receives (610) authentication request information including the network code (or identification information including the network code) of the USIM from the emulating device 100 via the Internet, and Check mobile communication phone call standard information capable of making a phone call through a mobile communication network corresponding to the network code (615), and based on the mobile communication phone call standard information, a mobile communication phone call standard designated through a mobile communication network corresponding to the USIM An authentication procedure for authenticating whether a phone call is possible is performed ( 620 ). The authentication server 200 generates result information including a result of authenticating whether a phone call of a specified mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM (625), and the emulating device via the Internet The result information is transmitted to (100) (630). Meanwhile, the result information may be the result information of FIG. 4 or may include separate result information.

On the other hand, the emulating device 100 receives the result information from the authentication server 200 via the Internet (635), and whether a phone call of a designated mobile communication phone call standard is possible through a mobile communication network corresponding to the USIM. Confirm (640). Meanwhile, according to another implementation method of the present invention, the process of authenticating whether a phone call of a specified mobile communication phone call standard is possible through the mobile communication network corresponding to the USIM may be performed through the emulating device 100, thereby The present invention is not limited.

If it is not possible to make a phone call of a specified mobile communication phone call standard through the mobile communication network corresponding to the USIM, the emulating device 100 outputs specified error information (645), and according to the implementation method, the authentication server ( 200) to transmit error information.

On the other hand, if a phone call of a designated mobile communication phone call standard is possible through the mobile communication network corresponding to the USIM, the emulating device 100 is the SIP program of the user wireless terminal 160 corresponding to the authenticated unique identification information. The specified SIP operation performed by linking the function and the SIP processing function of the specified communication server 250 is interlocked with the specified mobile communication operation of the mobile communication processing unit 120 and/or performed through the mobile communication processing unit 120 The designated mobile communication operation may be linked with the designated SIP operation performed by linking the SIP function of the program of the user wireless terminal 160 corresponding to the authenticated unique identification information and the SIP processing function of the designated communication server 250 .

7 is a diagram illustrating a process of emulating a phone call sent to a domestic terminal through a program of a user wireless terminal 160 located anywhere in the world into a domestic phone call according to the first embodiment of the present invention.

In more detail, this figure 7 shows an emulating device 100 that is provided at a base in Korea and interfaces a valid USIM when a program of a user wireless terminal 160 located anywhere in the world requests a global phone call to a domestic terminal located in Korea. As showing the process of emulating the global phone call as a domestic phone call between the user wireless terminal 160 located in Korea and a domestic terminal through Various implementation methods for the above process (eg, an implementation method in which some steps are omitted or the order is changed) may be inferred by referring to and/or modifying FIG. 7, but the present invention includes all the inferred implementation methods The technical characteristics are not limited only to the implementation method shown in FIG. 7 .

7, when the program of the user wireless terminal 160 connected to the Internet anywhere in the world performs a SIP-based call origination request procedure for requesting a call connection to a domestic terminal (700), the communication server 250 is SIP-based call origination request information is received from the program of the user wireless terminal 160 (705), and the mobile phone number corresponding to the origination number of the SIP-based call origination request information is provided to the authentication server 200 to provide the mobile phone number and a mapping registration state of valid unique identification information is requested for authentication (710).

The authentication server 200 receives the mobile phone number (715), works with the storage medium to authenticate the mobile phone number included in the SIP-based call outgoing request information is valid unique identification information and mapping registered state After performing (720), the authentication result of the mapping registration state between the mobile phone number and valid unique identification information is provided to the communication server 250 (725).

The communication server 250 receives a result of authenticating the mapping registration state between the mobile phone number and valid unique identification information from the authentication server 200 (730). If the mapping registration state between the mobile phone number and valid unique identification information is not authenticated, the communication server 250 provides the SIP-based call originating request authentication error to the program of the user wireless terminal 160 (760), The program of the user wireless terminal 160 receives and outputs the SIP-based call origination request authentication error (S765).

On the other hand, when the mapping registration state of the mobile phone number and the valid unique identification information is authenticated, the communication server 250 interfaces via the Internet with a USIM having a mobile phone number corresponding to the calling number of the SIP-based call origination request information. It transmits call origination request information corresponding to the SIP-based call origination request information to one emulating device 100 (S735).

The emulating device 100, which has undergone a specified authentication procedure, receives the call origination request information from the communication server 250 via the Internet (740), and the originating number of the call origination request information is the USIM interface unit ( 105), an authentication procedure for authenticating whether it matches the mobile phone number stored in the designated storage area of the USIM interfaced is performed (745). If the origination number of the call origination request information does not match the mobile phone number of the USIM, the emulating device 100 provides a call origination request authentication error to the communication server 250 (750), and the communication The server 250 receives the call origination request authentication error (755). The communication server 250 provides the SIP-based call origination request authentication error to the program of the user radio terminal 160 based on the call origination request authentication error (760), and the program of the user radio terminal 160 receives and outputs the SIP-based call origination request authentication error (765).

On the other hand, when the caller number of the call origination request information matches the mobile phone number of the USIM, the emulating device 100 includes the mobile phone number of the USIM as the caller number via the mobile communication network corresponding to the USIM, and A mobile communication operation of transmitting a call connection request signal including the called number of the call origination request information as the called number to be connected is performed (770).

Meanwhile, the emulating device 100 checks whether the call connection request signal is received from the domestic terminal corresponding to the called number of the call connection request signal (775). If the call connection request signal is received from the domestic terminal corresponding to the called number of the call connection request signal, the emulating device 100 communicates with the emulating device 100 and the domestic terminal via the mobile communication network. A procedure of relaying and interworking the connected mobile communication-based communication channel with the Internet-based communication channel between the programs of the communication server 250 and the user wireless terminal 160 is performed (780), and the communication server 250 is also the communication server ( 250) and a procedure of relaying and interworking an Internet-based communication channel between the program of the wireless terminal 160 and the mobile communication-based communication channel between the emulating device 100 and a domestic terminal is performed (785).

8 is a diagram illustrating a process of emulating a phone call sent to a user wireless terminal 160 anywhere in the world corresponding to a USIM mobile phone number through a domestic terminal into a domestic phone call according to the second embodiment of the present invention. It is a drawing.

In more detail, FIG. 8 shows a case in which a global phone call is requested from a domestic terminal located in Korea to a user wireless terminal 160 anywhere in the world corresponding to the mobile phone number of the USIM interfaced to the emulating device 100, a base in Korea. It shows a process of emulating the global phone call into a domestic phone call between a domestic terminal located in Korea and a user wireless terminal 160 through the emulating device 100 having a valid USIM interface provided in the present invention. Those of ordinary skill in the art can infer various implementation methods for the above process (eg, an implementation method in which some steps are omitted or the order is changed) by referring to and/or modifying this figure 8. However, the present invention is made including all the implementation methods inferred above, and the technical characteristics are not limited only to the implementation method shown in FIG. 8 .

Referring to FIG. 8, the domestic terminal located in Korea transmits a call connection request signal including the mobile phone number of the USIM interfaced to the emulating device 100 as the calling number and the designated phone number of the domestic terminal as the calling number. In this case, the emulating device 100, which has undergone a designated authentication procedure, is a call including the mobile phone number of the USIM as an incoming number via a mobile communication network corresponding to the USIM interfaced to the USIM interface unit 105 interfaced to the USIM interface. A connection request signal is received (800).

If the call connection request signal is received, the emulating device 100 checks whether the called number of the call connection request signal matches the mobile phone number stored in the designated storage area of the USIM interfaced to the USIM interface unit 105 . An authentication procedure for authenticating is performed (805). If the called number of the call connection request signal does not match the mobile phone number of the USIM, the emulating device 100 performs an error processing procedure of the call connection request signal through a mobile communication network corresponding to the USIM. (810).

On the other hand, when the called number of the call connection request signal matches the mobile phone number of the USIM, the emulating device 100 requests an incoming call corresponding to the call connection request signal to the communication server 250 via the Internet. Provides information (815).

The communication server 250 receives the incoming call request information including the mobile phone number of the USIM as the calling number and the designated phone number of the domestic terminal as the calling number from the emulating device 100 via the Internet ( 820), the mobile phone number included in the incoming call request information is provided to the authentication server 200 to request authentication of a mapping registration state between the mobile phone number and valid unique identification information (825).

The authentication server 200 receives the mobile phone number (830), works with the storage medium to authenticate the mobile phone number included in the call incoming request information is valid unique identification information and mapping registered state. After (835), the authentication result of the mapping registration state between the mobile phone number and valid unique identification information is provided to the communication server 250 (840).

The communication server 250 receives a result of authenticating the mapping registration state between the mobile phone number and valid unique identification information from the authentication server 200 (step 845). If the mapping registration state between the mobile phone number and valid unique identification information is not authenticated, the communication server 250 requests error processing of the call incoming request information to the emulating device 100 (850), and the The emulating apparatus 100 performs an error processing procedure of the call connection request signal through a mobile communication network corresponding to the USIM (step 810).

On the other hand, when the registration status of the mapping between the mobile phone number and the valid unique identification information is authenticated, the communication server 250 connects to the Internet with a program of the user wireless terminal 160 corresponding to the authenticated mobile phone number and the mapped unique identification information. SIP-based call incoming request information corresponding to the call incoming request information is transmitted via the 855.

The program of the user wireless terminal 160 receives the SIP-based call reception request information via the Internet (860), and waits for the SIP-based call reception for the SIP-based call reception request information (865).

If the SIP-based call incoming request information is received through the program of the user wireless terminal 160, the program of the user wireless terminal 160 connects the communication server 250 and the Internet-based communication channel. do (870). On the other hand, after the communication server 250 transmits the SIP-based call forwarding request information (855), the program of the user wireless terminal 160 receives the SIP-based call forwarding request information and receives the SIP-based call forwarding request information through an Internet-based communication channel. Check whether this is connected (875). When the program of the user wireless terminal 160 and the Internet-based communication channel are connected, the communication server 250 emulates the Internet-based communication channel connected to the program of the wireless terminal 160 between the emulating device 100 and the domestic terminal. A procedure of relay interworking with a communication-based communication channel is performed (880), and the emulating device 100 also establishes a mobile communication-based communication channel between the emulating device 100 and a domestic terminal with the communication server 250 and the wireless terminal. A procedure of relay interworking between programs in (160) through an Internet-based communication channel is performed (885).

9 is a diagram illustrating a process of emulating a wireless message sent to a domestic terminal through a program of a user wireless terminal 160 located anywhere in the world through domestic messaging according to a third embodiment of the present invention.

In more detail, FIG. 9 shows an emulation of a valid USIM interface provided at a base in Korea when a program of a user wireless terminal 160 located anywhere in the world requests global messaging for sending a wireless message to a domestic terminal located in Korea. The process of emulating the global messaging through the device 100 as domestic messaging between the user wireless terminal 160 located in Korea and the domestic terminal is shown. Those of ordinary skill in the art to which the present invention pertains , various implementation methods for the above process (eg, an implementation method in which some steps are omitted or the order is changed) may be inferred by referring to and/or modifying this FIG. 9, but the present invention provides all implementation methods inferred above is made, and the technical characteristics are not limited only to the implementation method shown in FIG. 9 .

Referring to FIG. 9, when a program of a user wireless terminal 160 connected to the Internet anywhere in the world performs a SIP-based message transmission procedure requesting message transmission to a domestic terminal (900), the communication server 250 is Receives SIP-based message information from the program of the user wireless terminal 160 (905), and provides a mobile phone number corresponding to the originating number of the SIP-based message information to the authentication server 200 to provide the mobile phone number and valid unique identification information Authentication is requested for the mapping registration state of 910 .

The authentication server 200 receives the mobile phone number (915), works with the storage medium to authenticate the mobile phone number included in the SIP-based message information is valid unique identification information and mapping registered state. After (920), the authentication result of the mapping registration state between the mobile phone number and valid unique identification information is provided to the communication server 250 (925).

The communication server 250 receives a result of authenticating the mapping registration state between the mobile phone number and valid unique identification information from the authentication server 200 (S930). If the mapping registration state between the mobile phone number and valid unique identification information is not authenticated, the communication server 250 provides the SIP-based message sending authentication error to the program of the user wireless terminal 160 (960), and the The program of the user wireless terminal 160 receives and outputs the SIP-based message sending authentication error (965).

On the other hand, when the registration status of the mapping between the mobile phone number and valid unique identification information is authenticated, the communication server 250 interfaces with a USIM having a mobile phone number corresponding to the originating number of the SIP-based message information via the Internet. It transmits message information corresponding to the SIP-based message information to the rating device 100 (935).

The emulating device 100, which has undergone a specified authentication procedure, receives the message information from the communication server 250 via the Internet (940), and the originating number of the message information is interfaced to the USIM interface unit 105. An authentication procedure for authenticating whether the mobile phone number stored in the designated storage area of the USIM is matched ( 945 ) is performed. If the originating number of the message information does not match the mobile phone number of the USIM, the emulating device 100 provides a message sending authentication error to the communication server 250 (950), and the communication server 250 ) receives the message sending authentication error (955). The communication server 250 provides the SIP-based message sending authentication error to the program of the user wireless terminal 160 based on the message sending authentication error (960), and the program of the user wireless terminal 160 is the A SIP-based message sending authentication error is received and output (965).

On the other hand, when the caller number of the message information matches the mobile phone number of the USIM, the emulating device 100 includes the mobile phone number of the USIM as the caller number via a mobile communication network corresponding to the USIM, and the message information A mobile communication operation of sending a wireless message including the reception number and message content of the ' is performed ( 970 ).

FIG. 10 is a diagram illustrating a process of emulating a wireless message sent to a user wireless terminal 160 anywhere in the world corresponding to a USIM mobile phone number through a domestic terminal using domestic messaging according to a fourth embodiment of the present invention; FIG. am.

In more detail, FIG. 10 is a case in which a global messaging is requested in which a wireless message is sent from a domestic terminal located in Korea to a user wireless terminal 160 anywhere in the world corresponding to the mobile phone number of the USIM interfaced to the emulating device 100 As showing a process of emulating the global messaging as domestic messaging between a domestic terminal located in Korea and a user wireless terminal 160 through the emulating device 100 provided at a base in Korea and interfaced with a valid USIM, Those of ordinary skill in the art to which the present invention pertains, inferring various implementation methods (eg, an implementation method in which some steps are omitted or the order is changed) for the above process by referencing and/or modifying this FIG. 10 . However, the present invention is made including all the implementation methods inferred above, and the technical characteristics are not limited only to the implementation method shown in FIG. 10 .

Referring to Figure 10, the domestic terminal located in Korea includes the mobile phone number of the USIM interfaced to the emulating device 100 as the receiving number, including the designated phone number of the domestic terminal as the calling number, including a predetermined message content When a wireless message is transmitted, the emulating device 100 that has undergone a designated authentication procedure receives the mobile phone number of the USIM via a mobile communication network corresponding to the USIM interfaced to the USIM interface unit 105 interfaced to the USIM interface. A radio message including a number is received (1000).

If the wireless message is received, the emulating device 100 authenticates whether the received number of the wireless message matches the mobile phone number stored in a designated storage area of the USIM interfaced to the USIM interface unit 105. to perform (1005). If the received number of the wireless message does not match the mobile phone number of the USIM, the emulating device 100 performs an error processing procedure of the wireless message through a mobile communication network corresponding to the USIM (1010).

Meanwhile, when the reception number of the wireless message matches the mobile phone number of the USIM, the emulating device 100 provides message information corresponding to the wireless message to the communication server 250 via the Internet (1015). ).

The communication server 250 includes a mobile phone number of the USIM as a receiving number from the emulating device 100 via the Internet, a designated phone number of a domestic terminal as an outgoing number, and a message including predetermined message contents. The information is received (1020), and the mobile phone number included in the message information is provided to the authentication server 200 to request authentication of a mapping registration state between the mobile phone number and valid unique identification information (1025).

After receiving the mobile phone number (1030), the authentication server 200 performs an authentication procedure to authenticate the state in which the mobile phone number included in the message information is valid unique identification information and mapping registered state by interworking with the storage medium (1035), the authentication result of the mapping registration state between the mobile phone number and valid unique identification information is provided to the communication server 250 (1040).

The communication server 250 receives a result of authenticating the mapping registration state between the mobile phone number and valid unique identification information from the authentication server 200 (1045). If the mapping registration state between the mobile phone number and valid unique identification information is not authenticated, the communication server 250 requests error processing of the message information to the emulating device 100 (1050), and the emulation The device 100 performs an error processing procedure of the wireless message through a mobile communication network corresponding to the USIM (1010).

On the other hand, when the registration status of the mapping between the mobile phone number and the valid unique identification information is authenticated, the communication server 250 connects to the Internet with a program of the user wireless terminal 160 corresponding to the authenticated mobile phone number and the mapped unique identification information. A procedure of transmitting SIP-based message reception request information corresponding to the message information via the method is performed (1055).

The program of the user wireless terminal 160 receives the SIP-based message reception request information via the Internet (1060), and waits for a request for message information corresponding to the SIP-based message reception request information (1065).

If the message information corresponding to the SIP-based message reception request information is requested through the program of the user wireless terminal 160, the program of the user wireless terminal 160 sends a message to the communication server 250 via the Internet. Information (eg, message information matching specific SIP-based message reception request information, or message information transmitted to the communication server 250 before specific SIP-based message reception request information is not provided to the program of the wireless terminal 160 ) one or more message information) (1070), and the communication server 250 receives the message information request from the program of the user wireless terminal 160 via the Internet (1075), and then through the Internet The program of the user wireless terminal 160 transmits the message information (1080), and the program of the user wireless terminal 160 receives and outputs the message information (1085).

100: emulating device 105: USIM interface unit
110: radio unit 115: antenna unit
120: mobile communication processing unit 125: control module
130: USIM authentication unit 135: information confirmation unit
140: authentication processing unit 145: interworking processing unit
150: communication unit 155: connection device
160: wireless terminal 200: authentication server
205: information storage unit 210: payment procedure unit
215: payment confirmation unit 220: information register
225: information receiving unit 230: authentication procedure unit
235: result generating unit 240: result providing unit
250: communication server 255: authentication interlocking unit
260: terminal interworking unit 265: device interworking unit

Claims (40)

In the personal emulating device for emulating global telephony with domestic mobile communication,
a USIM interface unit for interfacing a USIM (Universal Subscriber Identity Module) of a specified standard;
an antenna unit for transmitting and receiving radio frequency signals of a specified mobile communication standard to and from a base station of a mobile communication network corresponding to the USIM interfaced to the USIM interface unit;
a radio unit that performs a signal processing operation for transmitting and receiving radio frequency signals of a specified mobile communication standard with a base station of a mobile communication network corresponding to the USIM interfaced to the USIM interface unit;
a mobile communication processing unit for performing a mobile communication operation procedure equivalent to that of a mobile communication terminal interfaced with the USIM interfaced to the USIM interface unit; and
and a communication unit for connecting to the Internet via a designated Internet access device;
A USIM authentication unit for authenticating whether a valid USIM validly issued through a designated mobile carrier is interfaced to the USIM interface unit;
an information confirmation unit for confirming identification information including a mobile phone number stored in a designated storage area of a USIM interfaced to the USIM interface unit when a valid USIM is interfaced to the USIM interface unit;
By providing the mobile phone number (or identification information including the mobile phone number) of the USIM to the authentication server designated through the communication unit, authentication is requested whether the mobile phone number of the USIM is mapped with valid unique identification information, and the USIM from the authentication server An authentication processing unit for receiving an authentication result of authenticating the mapping status of the mobile phone number and valid unique identification information;
When the registration status of mapping between the mobile phone number and valid unique identification information of the USIM is authenticated, the SIP (Session Initiation Protocol) function of the program of the user wireless terminal corresponding to the authenticated unique identification information is linked with the SIP processing function of the designated communication server The designated SIP operation performed by interworking with the designated mobile communication operation of the mobile communication processing unit or the designated mobile communication operation performed through the mobile communication processing unit is linked with the SIP function of the program of the user wireless terminal corresponding to the authenticated unique identification information and designated A personal emulating device for emulating global telephony with domestic mobile communication, comprising a; a control module including an interlocking processing unit that interworks with a specified SIP operation performed in connection with the SIP processing function of the communication server.
According to claim 1, wherein the USIM interface unit,
Selective power on or off function for the USIM inserted in the USIM insert;
Global telephony, characterized in that when power is applied to the USIM inserted into the USIM insertion unit, an interface function including i (i≥1) specified command injection and response reception for the USIM function of the USIM is performed. A personal emulating device that emulates a mobile phone in Korea.
The method of claim 1,
When a valid USIM is interfaced to the USIM interface unit, the USIM interface unit, the mobile communication processing unit, the radio unit, and the antenna unit emulate a mobile communication terminal interfaced with the USIM through a mobile communication network corresponding to the USIM. A personal emulating device that emulates global telephony with domestic mobile communication.
The method of claim 1,
When a valid USIM is interfaced to the USIM interface unit, the USIM interface unit, the mobile communication processing unit, the radio unit, the antenna unit, and the SIP processing function of the communication server have a SIP function that interworks with the SIP processing function of the communication server A personal emulating device for emulating global telephony with domestic mobile communication, characterized in that a program of a user's wireless terminal is virtualized into a mobile communication terminal connected to the mobile communication network in Korea that operates a mobile communication network corresponding to the USIM .
5. The method of claim 4,
The USIM interface unit, the mobile communication processing unit, the radio unit, the antenna unit, and the SIP processing function of the communication server transmit the program of the user wireless terminal to the USIM regardless of the country or region where the program of the user wireless terminal is connected to the Internet. A personal emulating device for emulating global telephony with domestic mobile communication, characterized in that virtualization is performed by a mobile communication terminal connected to the mobile communication network in the country operating a mobile communication network corresponding to the mobile communication network.
According to claim 1, wherein the USIM authentication unit,
A personal emulating device for emulating global telephony as domestic mobile communication, characterized in that it includes a function of authenticating whether a USIM is inserted into the USIM insertion unit of the USIM interface unit.
According to claim 1, wherein the USIM authentication unit,
Personal emulating device for emulating global telephony with domestic mobile communication, characterized in that it comprises a function of authenticating whether the specified information is answered by injecting a specified command into the USIM inserted into the USIM insertion unit of the USIM interface unit.
According to claim 1, wherein the USIM authentication unit,
A function of authenticating whether information corresponding to the USIM is registered in a Home Location Register (HLR) of a mobile communication network corresponding to the USIM based on a designated mobile communication procedure through the mobile communication processing unit after the USIM is interfaced to the USIM interface unit A personal emulating device for emulating global telephony with domestic mobile communication, characterized in that it comprises a.
According to claim 1, wherein the valid unique identification information,
A personal emulating device for emulating global telephony with domestic mobile communication, characterized in that it includes unique identification information that is mapped with the mobile phone number of the USIM and completed payment of a specified service charge.
The method of claim 1,
The information confirmation unit includes a function of confirming identification information including the country code of the USIM stored in a designated storage area of the USIM interfaced to the USIM interface unit,
The authentication processing unit, emulating global telephony with domestic mobile communication, characterized in that it further comprises a function of authenticating whether the Internet connection location (or country) accessed through the communication unit matches the country code of the USIM Personal emulating device.
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