KR20140003739A - Method for registering information by using data network and voice network - Google Patents

Abstract

The present invention relates to an information registration method using a data communication network and a voice call network, and the information registration method according to the present invention comprises information using a data communication network and a voice call network executed in a wireless terminal connectable to a data communication network and a voice call network. In the registration method, the data transmission information and the voice communication network to be transmitted through the data communication network from the n (1 ≤ n ≤ N) separation target registration information among the N (N ≥ 1) registration information to be registered in the designated storage medium A first step of determining one or more designated voice network transmission information to be transmitted; and n data network transmission information separated from the n separation object registration information and (Nn) not included in the n separation object registration information. Transmitting at least one of the registered information to a data network server through the data communication network; And a third step of transmitting, through the voice call network, n voice network transmission information separated from the n pieces of target registration information when the voice call channel is connected to a called party device connected to an Ethernet network server. The transmission information includes m (1≤m <M) configuration values among the M (M≥1) configuration values constituting each property, and the voice network transmission information includes M pieces constituting each property. The configuration values include m '(1 ≦ m' ≦ (Mm)) configuration values excluding the m configuration values included in the data network transmission information.

Description

Method for Registering Information by using Data Network and Voice Network}

According to the present invention, some information of n (1≤n≤N) separation target properties among N (N≥1) registration information to be registered in a designated storage medium in a wireless terminal connectable to a data communication network and a voice communication network and (Nn When one or more of the registered information is transmitted through the data communication network, and some remaining information of the n separation target registration information is transmitted through the voice communication network, the device connected to the wireless terminal through the data communication network or the voice communication network ( Or a server) combines and combines respective pieces of information received through the data communication network and the voice communication network to form N registration information and registers the registered information in the designated storage medium.

Recently, as various transaction activities using wireless terminals (e.g., smart phones, etc.) that can be connected to data communication networks and voice communication networks have increased, main information necessary for the transaction activities (e.g., to increase security and convenience of use) Customer information, payment method information, etc.) in advance to a designated storage medium, and then transfers a value mapped to the main information registered in the storage medium at the time of transaction using the wireless terminal, thereby using the information registered in the storage medium. A service method has been proposed to provide a service including various transaction activities.

As described above, when various transaction actions occur after the preliminary registration of the main information on the storage medium, the service is provided by transferring a mapped value instead of the main information, as described above. While it can solve the security problem and increase the convenience, it also contains a fatal flaw. That is, unless the process of registering the main information on the storage medium is performed through the terminal device designated in the face-to-face form through offline, if the main information is exposed in the process of registering the information on the storage medium, All trading activities have fatal flaws that can be hacked or exploited at any time.

An object of the present invention for solving the above problems, n (1≤n≤N) of the N (N≥1) registration information to be registered in the storage medium specified in the wireless terminal that can be connected to the data communication network and voice call network If some information of the number of separation target properties and one or more of the (Nn) registration information is transmitted through the data communication network, and the remaining part of the information of the n separation target properties through the voice communication network, the data communication network or The device (or server) connected to the wireless terminal through the voice call network combines and combines respective pieces of information received through the data communication network and the voice call network to form N registration information and registers the registered information in the designated storage medium. Unless the data communication network and the voice communication network are hacked simultaneously, the N registration information registered in the storage medium is exposed. There the information registration method using a single data communication network and the voice call to the network to provide.

In the wireless terminal according to the present invention, in a wireless terminal connectable to a data communication network and a voice communication network, n (1 ≦ n ≦ N) separation target registrations are registered among N (N ≧ 1) registration information to be registered in a designated storage medium. A registration information determining unit for determining at least one of the data network transmission information to be transmitted from the information through the data communication network and the voice network transmission information to be transmitted through the voice communication network; and n data networks separated from the n separation target registration information. A data network transmitter for transmitting at least one of transmission information and (Nn) registered information not included in the n separated target registration information to a data network server through the data communication network, and the data through the voice communication network When the voice call channel is connected to the called party device connected to the network server, the n voice network transmission information separated from the n separation target registration information is recalled. And a voice network transmitter for transmitting through a voice call network, wherein the data network transmission information includes m (1≤m <M) configuration values among M (M≥1) configuration values constituting each property. The voice network transmission information includes m '(1≤m'≤ (Mm)) configuration values excluding m configuration values included in the data network transmission information among the M configuration values constituting each registration information. And the N registration information are stored in a designated storage medium.

According to the present invention, the wireless terminal, the device identification to register the device identification information for uniquely identifying the wireless terminal (or a program module provided in the wireless terminal) to the data network server to which the wireless terminal and the data communication channel is connected. It may further include a processing unit.

According to the present invention, the registration information determining unit may output the interface for inputting the N pieces of registration information to receive the N pieces of registration information.

According to the present invention, the registration information determining unit, when n '(1≤n'<N) of the N registration information is stored in the medium or received through the data communication network, (N-n ') An interface for inputting registration information may be output to receive the (N-n ') registration information.

According to the present invention, the registration information determining unit outputs the interface for inputting the (Nn) registration information and the n data network transmission information to receive the (Nn) registration information and the n data network transmission information, The n voice network transmission information may be input.

According to the present invention, the registration information determining unit, when n '(1≤n'<N) registration information of the N registration information is stored in a medium or received through a data communication network, the n data network transmission information Outputs an interface for inputting and (N- (n '+ n)) registration information to receive the n data network transmission information and (N- (n' + n)) registration information, and the n voices Network transmission information can be input.

According to the present invention, the registration information determining unit may register some configuration values of i (1≤i≤N) of the N registration information to a data network server (or a server affiliated with the data network server) or Or, when registered with a called party device (or a server affiliated with a called party device), an interface for inputting some other configuration values for the i registration information and (Ni) registration information to output the i registration information. Some other configuration values for and (Ni) properties can be entered. The registration information determining unit may include n data network transmission information to be transmitted through a data communication network and n voice networks to be transmitted through a voice communication network among other partial configuration values of the i registration information and (Ni) registration information. Transmission information can be determined.

According to the present invention, the registration information determining unit, wherein some configuration values for the j (1≤j≤ (Nn)) of the (Nn) registration information is a network server (or a server associated with the data network server) ), The n data network is output by outputting an interface for inputting the n data network transmission information, some other configuration values for the j registration information, and (N- (n + j)) registration information. Transmission information, some other configuration values for the j registration information, and (N− (n + j)) registration information may be input, and the n voice network transmission information may be received.

According to the present invention, the registration information determining unit, wherein some configuration values for the j (1 ≤ j ≤ (Nn)) registration information of the (Nn) registration information, the server associated with the called device (or called device) ), An interface for inputting the n data network transmission information and (N- (n + j)) registration information is output to output the n data network transmission information and (N- (n + j)). ) Registration information may be input, and the n voice network transmission information and some other configuration values of the j registration information may be input.

According to the present invention, the registration information determining unit, wherein some configuration values for k (1≤j≤n) of the n registration information is registered in the data network server (or server affiliated with the data network server) In this case, an interface for inputting the other partial configuration values for the k properties and the (nk) data network transmission information and the (Nn) properties is output to output the other partial configuration values for the k properties and (nk). ) Data network transmission information and (Nn) registration information may be input, and the n (or (nk)) voice network transmission information may be input.

According to the present invention, the registration information determining unit is configured to register some configuration values for k (1≤j≤n) of the n pieces of registration information at the called party's device (or a server associated with the called party's device). In this case, an interface for inputting n (or (nk)) data network transmission information and (Nn) registration information is output to output the n (or (nk)) data network transmission information and (Nn) pieces. The registration information may be input, and n (or (nk)) voice network transmission information and some other configuration values of the k registration information may be input.

According to the present invention, the registration information determining unit, wherein some configuration values for k (1≤j≤n) of the n registration information is a data network server (or a server associated with the data network server) or the incoming call When registered with the side device (or a server affiliated with the called party device), among the other configuration values for the k properties, the configuration values to be transmitted through the data communication network, (nk) data network transmission information, and (Nn) Outputs an interface for inputting registration information and receives some other configuration values for the k registration information, (nk) data network transmission information, and (Nn) registration information,

Among the other configuration values for the k registration information, the configuration values to be transmitted through the voice communication network and (nk) voice network transmission information may be input.

According to the present invention, the wireless terminal may further include an information acquisition unit for extracting the n 'registration information from the medium or receiving the n' registration information through a data communication network.

According to the present invention, the voice network transmission information is input through an interface output before the voice communication channel between the wireless terminal and the called party device is connected and maintained until the voice communication channel is connected, or the incoming call with the wireless terminal. It is input through an interface output while the voice call channel between the devices is connected, or after the voice call channel between the wireless terminal and the called device is connected, and receives an answer message received from the called device through the voice call channel. Can be input correspondingly.

According to the present invention, the registration information determining unit may dynamically determine n registration information items for separating the data network transmission information and the voice network transmission information among the N registration information.

According to the present invention, if the n registration information items of the N registration information are dynamically determined, the data network transmission unit may generate a registration information identification index for identifying the n registration information through the data communication network. You can send it to the server.

According to the present invention, if the n registration information items of the N registration information are dynamically determined, the voice network transmitting unit transmits a registration information identification index for identifying the n registration information to the DTMF signal of the voice call channel. It can be sent out by including.

According to the present invention, the registration information determining unit may include the m configuration values to be included in the data network transmission information and the voice network transmission information among the n pieces of registration information for separating the data network transmission information and the voice network transmission information. m 'configuration values can be determined dynamically.

According to the present invention, when the m configuration value items to be included in each data network transmission information are dynamically determined, the data network transmission unit may generate a configuration value identification index for identifying the m configuration values through the data network. You can send it to the server.

According to the present invention, when the m 'configuration value items to be included in each voice network transmission information are dynamically determined, the voice network transmitting unit transmits the DTMF of the voice call channel to a configuration value identification index for identifying the m' configuration values. It can be included in the signal and transmitted.

According to the present invention, the data network transmitting unit may transmit device identification information for uniquely identifying the wireless terminal (or a program module provided in the wireless terminal) to the data network server through the data communication network.

According to the present invention, the wireless terminal further comprises a registration identification processing unit for generating registration identification information for combining or verifying registration information separately transmitted through the data communication network and the voice communication network, wherein the data network transmission unit, The registration identification information may be transmitted to the data network server through a data communication network, and the voice network transmitter may transmit the registration identification information to the DTMF signal of the voice call channel.

According to the present invention, the wireless terminal further includes a registration identification processing unit for receiving registration identification information for combining or verifying the registration information separately transmitted through the data communication network and the data communication network from the data network server through the data communication network. The voice network sending unit may include the registration identification information in a DTMF signal of the voice call channel and transmit the registration identification information.

According to the present invention, the wireless terminal may transmit the n data network transmission information and (n) using an encryption key exchanged (or distributed) with the data network server (or an authentication server associated with the data network server) through a data communication network ( An encryption processing unit for encrypting the Nn registration information may be further provided.

According to the present invention, the data network transmission information may include some configuration values of the registration information, and the voice network transmission information may include some other configuration values of the registration information.

According to the present invention, the called device includes at least one of an Automatic Response Service (ARS) server, an Internet Protocol-Private Branch Exchange (IP-PBX), and a Computer Telephony Integration (CTI). The device may include a device in which a call connection signal flowing into at least one of PBX and CTI is shared.

The information registration system according to the present invention is capable of connecting to a wireless terminal through a data communication network, and registering information using a data communication network and a voice communication network of a data network server connectable to a called party device to which the wireless terminal and a voice call channel are connected. In the system, n (1≤n≤N) data network transmission including a partial configuration value of each registration information among N (N≥1) registration information to be registered in a designated storage medium from the wireless terminal through a data communication network. An information receiving unit for receiving at least one of the information and the (Nn) registration information, a registration interlocking unit for determining registration interlocking information for combining or verifying the registration information separately transmitted through the data communication network and the voice communication network; n data network transmission information and (Nn) registration information and registration interworking information are transmitted to the called party device, or the registration interworking information And an information exchange unit for receiving n voice network transmission information corresponding to some other configuration value of the n data network transmission information from the called party apparatus, wherein the n voice network transmission information is received from the called party apparatus. If received, a registration information structuring unit configured to combine the n data network transmission information and the n voice network transmission information based on the registration interworking information to form n registration information, and the configured n registration information and (Nn A registration processing unit which combines) registration information and stores them in a designated storage medium, wherein the n voice network transmission information is received from the wireless terminal through the voice communication network to the called party device, and the N registration information is received. The information is stored in the designated storage medium.

According to the present invention, the registration interlocking unit may check device identification information uniquely identifying the radio terminal (or a program module provided in the radio terminal), and determine the device identification information as the registration interlocking information.

According to the present invention, the registration interlocking unit may generate the registration identification information, transmit the registration identification information to the wireless terminal through the data communication network, and determine the registration identification information as the registration interworking information.

According to the present invention, the information receiving unit may receive the registration identification information from the wireless terminal through the data communication network, and the registration interworking unit may determine the received registration identification information as the registration interworking information.

According to the present invention, the registration interlocking unit checks device identification information uniquely identifying the radio terminal (or a program module provided in the radio terminal), generates the registration identification information, and generates the registration identification information through the data communication network. After the transmission, the registration interworking information may be configured to include or combine any one of the device identification information and the registration identification information.

According to the present invention, the information receiving unit receives the registration identification information from the wireless terminal through the data communication network, and the registration interlocking unit uniquely identifies the wireless terminal (or a program module provided in the wireless terminal). After confirming the device identification information, the registration interworking information including or combined with any one of the device identification information and the registration identification information may be configured.

On the other hand, the information registration system according to the present invention, the wireless terminal and the voice call channel is connected via a voice call network, and the data communication network of the called party device that can connect to the data network server that can communicate with the wireless terminal through the data communication network; In an information registration system using a voice call network, when the wireless terminal and the voice call channel are connected through the voice call network, N (N) through a dual tone multi frequency (DTMF) signal of the voice call channel from the wireless terminal. A signal receiver for receiving n (1≤n≤N) voice network transmission information including some configuration values of each property among ≥1) registration information, and extracting the n voice network transmission information from the DTMF signal Registration to determine the registration interlocking information for combining or verifying the information extraction unit and the registration information separately transmitted through the data communication network and the voice call network The interworking unit transmits the n voice network transmission information and the registration interworking information to the data network server, or transmits (Nn) registration information and the n voice network from the data network server based on the registration interworking information. And an information exchange unit for receiving n data network transmission information including some other configuration value of the information, and when the n data network transmission information and (Nn) registration information are received from the data network server, the registration. On the basis of the interlocking information, the n information network transmission information and the n voice network transmission information are combined to form n registration information, and a combination of the n registration information and (Nn) registration information. And a registration processing unit for storing in a designated storage medium, wherein the n data network transmission information and the (Nn) registration information are stored in a data communication network from the wireless terminal. Received through the data network server via the, the N registration information is stored in a designated storage medium.

According to the present invention, the registration interlocking unit may check the device identification information of the wireless terminal based on the caller information of the wireless terminal, and determine the device identification information as the registration interworking information.

According to the present invention, the signal receiving unit may receive the registration identification information from the wireless terminal through a DTMF signal of the voice call network, and the registration interworking unit may determine the received registration identification information as the registration interworking information. have.

According to the present invention, the signal receiving unit receives the registration identification information from the wireless terminal through the DTMF signal of the voice call network, the registration interlocking unit, after identifying the device identification information of the wireless terminal, the device identification The registration association information may be configured to include or combine any one of information and registration identification information.

The information registration method according to the present invention is an information registration method using a data communication network and a voice communication network of a wireless terminal connectable to a data communication network and a voice communication network, wherein N (N≥1) pieces of registration information to be registered in a designated storage medium. An information determination step of determining one or more of n (1≤n≤N) separation target registration information from among data transmission information to be transmitted through the data communication network and voice network transmission information to be transmitted through the voice communication network; A data network that transmits one or more of the specified data network transmission information separated from the number of separation object registration information and (Nn) properties not included in the n separation object registration information to the data network server through the data communication network. And the n minutes when the voice call channel is connected to the called party device connected to the data network server through the voice call network. And a voice network transmitting step of transmitting n voice network transmission information separated from the target registration information through the voice communication network, wherein the data network transmission information includes M (M≥1) pieces constituting each registration information. M (1 ≦ m <M) configuration values among the configuration values, and the voice network transmission information is excluded from m configuration values included in the data network transmission information among the M configuration values constituting each property. m '(1 ≦ m' ≦ (Mm)) configuration values, wherein the N registration information are stored in a designated storage medium.

According to the present invention, the information registration method comprises the steps of: registering device identification information for uniquely identifying the radio terminal (or a program module provided in the radio terminal) with a data network server to which the radio terminal and a data communication channel are connected. It may further include.

According to the present invention, the information determining step may output the interface for inputting the N pieces of registration information to receive the N pieces of registration information.

According to the present invention, the information determining step,

When n '(1≤n'<N) registration information of the N registration information is stored in a medium or received through a data communication network, an interface for inputting (N-n ') registration information is output by outputting the ( N-n ') registration information may be input.

According to the present invention, the information determining step,

Outputs an interface for inputting the (Nn) registration information and the n data network transmission information, receives the (Nn) registration information and the n data network transmission information, and receives the n voice network transmission information. have.

According to the present invention, the information determining step, when n '(1≤n'<N) of the N registration information is stored in a medium or received through a data communication network, the n data network transmission information Outputs an interface for inputting and (N- (n '+ n)) registration information to receive the n data network transmission information and (N- (n' + n)) registration information, and the n voices Network transmission information can be input.

According to the present invention, the step of determining the information may include registering some configuration values for i (1≤i≤N) of the N registration information to a data network server (or a server affiliated with the data network server). Or, when registered with a called party device (or a server affiliated with a called party device), an interface for inputting some other configuration values for the i registration information and (Ni) registration information to output the i registration information. Some other configuration values for and (Ni) properties can be entered.

According to the present invention, the information determining step may include n data network transmission information to be transmitted through the data communication network and n to be transmitted through the voice communication network among the other configuration values of the i registration information and (Ni) registration information. Voice network transmission information can be determined.

According to the present invention, in the information determining step, a partial configuration value of j (1 ≦ j ≦ (Nn)) of the (Nn) registration information is a data network server (or a server affiliated with the data network server). ), The n data network is output by outputting an interface for inputting the n data network transmission information, some other configuration values for the j registration information, and (N- (n + j)) registration information. Transmission information, some other configuration values for the j registration information, and (N− (n + j)) registration information may be input, and the n voice network transmission information may be received.

According to the present invention, the information determining step includes a server in which some configuration values of j (1≤j≤ (Nn)) of the (Nn) registration information are associated with a called party device (or a called party device). ), An interface for inputting the n data network transmission information and (N- (n + j)) registration information is output to output the n data network transmission information and (N- (n + j)). ) Registration information may be input, and the n voice network transmission information and some other configuration values of the j registration information may be input.

According to the present invention, the information determining step, wherein a partial configuration value of k (1≤j≤n) of the n registration information is registered in the data network server (or server affiliated with the data network server) In this case, an interface for inputting the other partial configuration values for the k properties and the (nk) data network transmission information and the (Nn) properties is output to output the other partial configuration values for the k properties and (nk). ) Data network transmission information and (Nn) registration information may be input, and the n (or (nk)) voice network transmission information may be input.

According to the present invention, in the information determining step, some configuration values for k (1≤j≤n) of the n registration information are registered in the called party's device (or a server associated with the called party's device). In this case, an interface for inputting n (or (nk)) data network transmission information and (Nn) registration information is output to output the n (or (nk)) data network transmission information and (Nn) pieces. The registration information may be input, and n (or (nk)) voice network transmission information and some other configuration values of the k registration information may be input.

According to the present invention, the information determining step, wherein some configuration values for k (1≤j≤n) of the n registration information is a data network server (or a server associated with the data network server) or the incoming When registered with the side device (or a server affiliated with the called party device), among the other configuration values for the k properties, the configuration values to be transmitted through the data communication network, (nk) data network transmission information, and (Nn) Outputs an interface for inputting registration information and receives some other configuration values for the k registration information, (nk) data network transmission information, and (Nn) registration information, and performs other partial configuration for the k registration information. Among the values, configuration values to be transmitted through the voice communication network and (nk) voice network transmission information may be input.

According to the present invention, the information registration method may further include extracting the n 'registration information from the medium or receiving the n' registration information through a data communication network.

According to the present invention, the voice network transmission information is input through an interface output before the voice communication channel between the wireless terminal and the called party device is connected and maintained until the voice communication channel is connected, or the incoming call with the wireless terminal. It is input through an interface output while the voice call channel between the devices is connected, or after the voice call channel between the wireless terminal and the called device is connected, and receives an answer message received from the called device through the voice call channel. Can be input correspondingly.

According to the present invention, the information determining step may dynamically determine n registration information items for separating the data network transmission information and the voice network transmission information among the N registration information.

According to the present invention, in the data network transmitting step, when the n registration information items of the N registration information are dynamically determined, a registration information identification index for identifying the n registration information is determined through the data communication network. Can be sent to the network server.

According to the present invention, in the voice network transmitting step, if the n registration information items of the N registration information are dynamically determined, a registration information identification index for identifying the n registration information is set as a DTMF signal of the voice call channel. It can be included and sent out.

According to the present invention, the information determining step may include the m configuration values to be included in the data network transmission information and the voice network transmission information among the n pieces of registration information for separating the data network transmission information and the voice network transmission information. m 'configuration values can be determined dynamically.

According to the present invention, in the data network transmission step, when m configuration value items to be included in each data network transmission information are dynamically determined, a configuration value identification index for identifying the m configuration values is determined through the data communication network. Can be sent to the network server.

According to the present invention, in the voice network transmitting step, when m 'configuration value items to be included in each voice network transmission information are dynamically determined, a configuration value identification index for identifying the m' configuration values is determined. It can be transmitted by being included in the DTMF signal.

According to the present invention, the data network transmitting step may transmit device identification information for uniquely identifying the wireless terminal (or a program module provided in the wireless terminal) to the data network server through the data communication network.

According to the present invention, the information registration method further comprises the step of generating registration identification information for combining or verifying registration information separately transmitted through a data communication network and a voice communication network, wherein the data network transmission step includes: The registration identification information may be transmitted to the data network server through a data communication network, and the voice network transmission step may include the registration identification information in a DTMF signal of the voice communication channel and transmit the registration identification information.

According to the present invention, the information registration method further comprises the step of receiving registration identification information for combining or verifying the registration information transmitted separately from the data network server through the data network and the voice communication network through the data communication network. The voice network transmitting step may include transmitting the registration identification information in the DTMF signal of the voice communication channel.

According to the present invention, the information registration method, using the encryption data exchanged (or distributed) with the data network server (or authentication server associated with the data network server) through the data communication network and the n data network transmission information and The method may further include encrypting (Nn) registration information.

Meanwhile, the information registration method according to the present invention uses a data communication network and a voice call network of a data network server that can be connected to a wireless terminal through a data communication network, and can be connected to a called party device to which the wireless terminal and a voice call channel are connected. In the information registration method, n (1≤n≤N) data including some configuration values of each registration information among N (N≥1) registration information to be registered in a storage medium designated from the wireless terminal through a data communication network. An information receiving step of receiving at least one of the network transmission information and (Nn) registration information, and a registration interlocking step of determining registration interworking information for combining or verifying registration information separately transmitted through the data communication network and the voice communication network. And transmitting the n data network transmission information, the (Nn) registration information and registration interworking information to the called party device, or the registration connection. An information exchange step of receiving n voice network transmission information corresponding to some other configuration value of the n data network transmission information from the called party device based on the information, wherein the n voice network are received from the called party device. When the transmission information is received, combining the n data network transmission information and the n voice network transmission information based on the registration linkage information to form n registration information, and the n registration information and (Nn) And combining the two registration information so as to be registered in a designated storage medium, wherein the n voice network transmission information is included in a DTMF (Dual Tone Multi Frequency) signal of a voice communication network from the wireless terminal. Received by the side device.

According to the present invention, in the registration interworking step, the device identification information for uniquely identifying the wireless terminal (or a program module provided in the wireless terminal) may be checked, and the device identification information may be determined as the registration interworking information.

According to the present invention, in the registration interlocking step, the registration identification information may be generated and transmitted to the wireless terminal through the data communication network, and the registration identification information may be determined as the registration interworking information.

According to the present invention, the information receiving step may receive the registration identification information from the wireless terminal through the data communication network, and the registration interworking step may determine the received registration identification information as the registration interworking information.

According to the present invention, in the registration interworking step, the device identification information for uniquely identifying the radio terminal (or a program module provided in the radio terminal) is checked, and the registration identification information is generated to generate the radio link through the data communication network. After transmitting to the terminal, the registration interworking information including or combined with any one of the device identification information and registration identification information can be configured.

According to the present invention, in the information receiving step, the registration identification information is received from the wireless terminal through the data communication network, and the registration interworking step is unique to the wireless terminal (or a program module provided in the wireless terminal). After identifying the device identification information to identify, the registration interworking information including or combined with any one of the device identification information and the registration identification information can be configured.

On the other hand, the information registration method according to the present invention, the wireless terminal and the voice call channel is connected via a voice call network, and the data communication network of the called party device capable of connecting to the data network server that can communicate with the wireless terminal through the data communication network; In the information registration method using a voice call network, when the wireless terminal and the voice call channel is connected through the voice call network, a storage medium designated by a dual tone multi frequency (DTMF) signal of the voice call channel from the wireless terminal A signal receiving step of receiving one or more of the specified N (1≤n≤N) voice network transmission information including some configuration values of each registration information among the N (N≥1) registration information to be registered in the DTMF, and the DTMF An information extraction step of extracting the n voice network transmission information from a signal, and combining and transmitting registration information separately transmitted through a data communication network and a voice communication network; A registration interlocking step of determining registration interworking information for verification, and transmitting the n voice network transmission information and the registration interlocking information to the data network server, or (Nn) from the data network server based on the registration interworking information. And receiving n data network transmission information including n registration information and some other configuration values of the n voice network transmission information, wherein the n data network transmission information and (Nn) are received from the data network server. When n registration information is received, combining n data transmission information and n voice network transmission information based on the registration interworking information to configure n registration information, and the n registration information and ( Nn) combining the registration information further comprises the step of processing to be registered in the designated storage medium, wherein the n data network transmission information and (Nn) Properties is received from the wireless terminal to the data network server over a data communication network.

According to the present invention, the registration interworking step may check the device identification information of the wireless terminal based on the caller information of the wireless terminal, and determine the device identification information as the registration interworking information.

According to the present invention, in the signal receiving step, the registration identification information is received from the wireless terminal through a DTMF signal of the voice call network, and the registration interlocking step, the received registration identification information as the registration linkage information. You can decide.

According to the present invention, the signal receiving step, receiving the registration identification information from the wireless terminal through the DTMF signal of the voice call network, the registration interlocking step, after confirming the device identification information of the wireless terminal, The registration interworking information may be configured to include or combine any one of device identification information and registration identification information.

According to the present invention, in registering N (N≥1) registration information with a storage medium designated by a wireless terminal, at least one of the N registration information may be connected to a data communication network and a voice communication network to which the wireless terminal can connect. By separately transmitting and registering through the network, the N registration information registered in the storage medium is blocked from being exposed unless the data communication network and the voice communication network are simultaneously hacked.

1 is a diagram showing the functional configuration of a wireless terminal and a program module of the present invention.
2 is a diagram illustrating a system configuration for registering information registered from a wireless terminal to a storage medium using a data communication network and a voice call network according to an embodiment of the present invention.
3 and 4 are diagrams illustrating an information registration process of a wireless terminal using a data communication network and a voice call network according to an embodiment of the present invention.
5 and 6 are diagrams illustrating an information registration process using a data communication network and a voice call network according to an embodiment of the present invention.

The operation principle of the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. It should be understood, however, that the drawings and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention, and are not to be construed as limiting the present invention. For example, it is possible that a configuration provided on the server side is implemented on the terminal side, or conversely, a configuration portion provided on the terminal side is implemented on the server side.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. The terms used below are defined in consideration of the functions of the present invention, which may vary depending on the user, intention or custom of the operator. Therefore, the definition should be based on the contents throughout the present invention.

As a result, the technical spirit of the present invention is determined by the claims, and the following examples are one means for efficiently explaining the technical spirit of the present invention to those skilled in the art to which the present invention pertains. It is only.

1 is a diagram showing the functional configuration of the wireless terminal 100 and the program module 125 of the present invention.

In more detail, FIG. 1 is a diagram of FIG. 1 of N (N≥1) registration information to be registered in a storage medium 180 designated by a wireless terminal 100 connectable to a data communication network 240 and a voice call network 295. One or more pieces of information of n (1≤n≤N) separation target properties and (Nn) registration information are transmitted through the data communication network 240, and the remaining partial information of the n separation target properties is voiced. The data is included in the dual tone multi frequency (DTMF) signal of the call network 295 and transmitted to the device (or server) connected to the wireless terminal 100 through the data communication network 240 or the voice call network 295. Combining some pieces of information separately received through the communication network 240 and the voice call network 295 to configure n pieces of information, and then combining the pieces of information with the (Nn) pieces of information so as to be stored in the storage medium 180. The configuration of the program module 125 and the wireless terminal 100 to As illustrated, those of ordinary skill in the art to which the present invention pertains may refer to and / or modify this drawing 1 to infer various implementation methods for the function of the wireless terminal 100, but the present invention. Is made including all the inferred implementation method, the technical features are not limited only to the implementation method shown in FIG.

Referring to FIG. 1, the wireless terminal 100 includes a control unit 101, a memory unit 112, a screen output unit 102, a key input unit 103, a sound output unit 104, and a sound input unit 105. And a camera unit 106, a wireless network communication module 109, a near field communication module 108, an NFC module 110, a USIM reader unit 111, and a USIM, and a battery 107 for power supply. Equipped.

The control unit 101 is a general term for controlling the operation of the wireless terminal 100. The control unit 101 includes at least one processor and an execution memory, BUS). According to the present invention, the control unit 101 loads at least one program code provided in the wireless terminal 100 into the execution memory through the processor, and outputs the result through at least one configuration And controls the operation of the wireless terminal 100. FIG. Hereinafter, the configuration of the program module 125 of the present invention implemented in the form of program code for convenience will be described in the control unit 101.

The memory unit 112 is a general term for a nonvolatile memory corresponding to a storage resource included in the wireless terminal 100, and includes at least one program code executed through the controller 101 and at least used by the program code. Store and maintain one data set. The memory unit 112 basically includes a system program code and a system data set corresponding to an operating system of the wireless terminal 100, a communication program code and a communication data set for processing a wireless communication connection of the wireless terminal 100, and at least One application program code and an application data set are stored, and the program code and data set corresponding to the program module 125 of the present invention are also stored in the memory unit 112.

The memory unit 112 includes data network server 200 information for identifying a data network server 200 to transmit n data network transmission information and (Nn) registration information through a data communication network 240, and the data network. Information on the called party device 250 identifying the called device 250 connected to the server 200 may be connected and stored. Alternatively, the memory unit 112 includes information on the called party device 250 that identifies the called party device 250 that will send n voice network transmission information through the voice call network 295, and the called party device 250. Data network server 200 information identifying the data network server 200 connected to the connection may be stored.

The screen output unit 102 includes a screen output device (for example, a liquid crystal display (LCD) device) corresponding to an output resource included in the wireless terminal 100 and a screen output module for driving the same. 101 is connected to the bus and outputs a calculation result corresponding to a screen output among various calculation results of the controller 101 to the screen output device.

The key input unit 103 is composed of a key input device (or a touch screen device linked to the screen output unit 102) corresponding to the input resources provided in the wireless terminal 100 and a key input module for driving the same. The controller 101 is connected to the control unit 101 by a bus and inputs a command for instructing various operations of the control unit 101, or inputs data necessary for the operation of the control unit 101.

The sound output unit 104 includes a speaker corresponding to an output resource provided in the wireless terminal 100 and a sound module for driving the speaker, and is connected to the control unit 101 by a bus and the control unit 101. The operation result corresponding to the sound output is output from the various operation results of the through the speaker. The sound module decodes sound data to be output through the speaker and converts the sound data into a sound signal.

The sound input unit 105 is composed of a microphone corresponding to an input resource provided in the wireless terminal 100 and a sound module for driving the microphone, and transmits sound data input through the microphone to the controller 101. do. The sound module encodes and encodes a sound signal input through the microphone.

The camera unit 106 includes an optical unit, a charge coupled device (CCD), and a camera module for driving the same, and acquires bitmap data input to the CCD through the optical unit. The bitmap data may include both still image data and moving image data.

The wireless network communication module 109 and the short range wireless communication module 108 are communication resources provided in the wireless terminal 100, and the wireless network communication module 109 is connected to a wireless communication network through a base station, The wireless communication module 108 connects to a local area communication device or a wireless AP located at a short distance.

The wireless network communication module 109 is a general term for a communication configuration for connecting the wireless terminal 100 to wireless communication, and includes an antenna, an RF module, a baseband module, and a signal processing module for transmitting and receiving radio frequency signals of a specific frequency band. It is configured to include at least one, connected to the bus via the control unit 101 transmits the calculation result corresponding to the wireless communication of the various calculation results of the control unit 101 via wireless communication, or receives data through wireless communication By transmitting to the control unit 101, and maintaining the procedure of connection, registration, communication, handoff of the wireless communication. According to the present invention, the wireless network communication module 109 may connect the wireless terminal 100 to a telephone call network including a telephone call channel and a data channel via an exchange, and in some cases not through the exchange. It can be connected to a data network that provides packet communication-based wireless network data communication.

According to an exemplary embodiment of the present invention, the wireless network communication module 109 is configured to perform at least one of connection, location registration, call processing, call connection, data communication, and handoff to a mobile communication network according to the CDMA / WCDMA standard. It includes. Meanwhile, according to the intention of the person skilled in the art, the wireless network communication module 109 may further include a portable Internet communication configuration for performing at least one of access to the portable Internet, location registration, data communication, and handoff according to the IEEE 802.16 standard. It is apparent that the present invention is not limited by the wireless communication configuration provided by the wireless network communication module 109.

The short range wireless communication module 108 is a short range communication module for connecting a communication session using a radio frequency signal as a communication medium within a predetermined distance, and preferably includes at least one of Wi-Fi communication, Bluetooth communication, and public wireless communication. Can be. According to an embodiment of the present invention, the short range wireless communication module 108 may be integrated with the wireless network communication module 109. According to the present invention, the short range wireless communication module 108 connects the wireless terminal 100 to a data network for providing short range wireless data communication based on packet communication through a wireless AP.

The NFC module 110 is a proximity communication module for transmitting data between terminals at a close distance of about 10 cm according to the NFC (Near Field Communication) standard that uses the 13.56Mz frequency band of the ISO 18000 series wireless communication standard. The short range wireless communication module 108 may be integrally implemented or may be implemented as a separate communication module. According to the intention of the person skilled in the art, the NFC module 110 may provide proximity communication of another frequency band (eg, 900Mhz band, etc.) supported by the ISO 18000 series standard in addition to the 13.56Mz frequency band, whereby the present invention is not limited thereto. No. Meanwhile, the NFC module 110 may be included in a communication resource provided in the wireless terminal 100 according to a target to which the NFC module 110 communicates in close proximity.

The USIM reader unit 111 is a generic term for a configuration for exchanging at least one data set with a universal subscriber identity module (Universal Subscriber Identity Module) mounted on or detached from the wireless terminal 100 based on ISO / IEC 7816 standard. As an example, the data sets are exchanged in a half-duplex communication through an APDU (Application Protocol Data Unit).

The USIM is a SIM type card having an IC chip according to the ISO / IEC 7816 standard, an input / output interface including at least one contact point connected to the USIM reader unit 111, and at least one IC chip program code. And an IC chip memory for storing a data set, and a program code for the IC chip or extracting (or processing) the data set according to at least one command transmitted from the wireless terminal 100 connected to the input / output interface. It includes a processor for transmitting to the input and output interface.

According to an embodiment of the present invention, the memory of the USIM is a payment means (e.g., credit card company, bank, prepaid card issuer, etc.) issued to the user of the wireless terminal 100 (e.g., credit card company, bank, prepaid card issuer, etc.) , Credit card, debit card, debit card, cash card, electronic bank account, customer account, prepaid card, etc.) and payment means information corresponding to the applet program code for operating the payment means can be recorded.

The program module 125 of the present invention is downloaded from a program providing server (eg, Apple's App Store, etc.) through a data network to which the communication resource is accessible, and stored in the memory unit 112. The downloaded program module 125 operates in conjunction with the data network server 200 and may be manually driven by a user, or may be automatically driven (or activated) after user confirmation or by message reception. Meanwhile, a separate program may be driven in advance in order to automatically drive the program module 125 after a user confirmation, or the present invention is not limited thereto.

According to the present invention, the wireless terminal 100 obtains incoming information to be connected to a voice call channel (for example, receiving a key input, extracting from an address book, extracting from a text message, or selecting from a recent call list), Call connection processing unit 115 for transmitting a call connection signal based on the DTMF signal for requesting a call connection to the destination terminal corresponding to the incoming information through the voice call network 295 connected through the wireless network communication module 109 And, when the called terminal receives the call connection signal, a voice call module comprising a call channel connection unit 120 for connecting and maintaining the voice communication channel between the wireless terminal 100 and the called terminal is provided, The call channel connection unit 120 controls the DTMF signal transmission while the voice call channel is connected.

The call connection processing unit 115 may transmit a call connection signal to the called party device 250 through a voice call network 295, and the call channel connection unit 120 may communicate with the called party device 250. Connect the call channel.

According to the present invention, the wireless terminal 100 transmits the partial information of the n separation target registration information and the (Nn) registration information from the N registration information through the data communication network 240, and registers the n separation target registration. The program module 125 is provided with the remaining information of the information included in the DTMF signal of the voice communication network 295 and transmitted.

According to the present invention, the N registration information is registered in the designated storage medium 180 or the storage medium 180 to provide the designated service, and then the designated service (eg, payment service, banking service, authentication). Any information may be used as long as it is information used for a service. Preferably, the N pieces of registration information include customer information (eg, name, social security number, address, telephone number, etc.), payment means information (eg, credit card information, check card information, debit card information, prepaid card information, cash card). Information), financial instrument information (eg, financial account information, bank account information, financial product information, etc.), payment information (eg, payment amount information, product information, merchant information, order information, etc.). .

According to an embodiment of the present invention, if the N registration information is information registered in the storage medium 180 for a transaction using a card (or an account), the N registration information is a card number (eg, a credit card number, a check). Card number, debit card number, prepaid card number, at least one cash card number), card expiration date, CVC / CVV, cardholder information, card company information (e.g. unique code of each card company or BIN assigned to each card company) , Card password, account number, account holder information, financial company information (e.g. bank information), account password, volatile password (e.g., one-time number generated by the time synchronization method, one-time number generated by the random number exchange method) , Social security number (eg, 13-digit social security number, date of birth, at least one of the last 7 digits of social security number), transaction amount, purchase information (e.g., product information, delivery information) One or more), order information (eg, including at least one order number and order product number), transaction requester identification number (eg, including at least one employee number, insurance card number, corporation registration number, business registration number), transaction Requestor information (eg, including at least one of name, address, and phone number) may include one or more information defined to be registered in the storage medium 180.

Referring to FIG. 1, the program module 125 of the wireless terminal 100 accesses the data network server 200 through a data network to which the communication resource is accessible, and registers the user as a member or a member of the user. A membership authentication / authentication unit 130 for authenticating the qualification and a program authentication unit 135 for authenticating the validity of the program module 125 are provided through at least one communication network to which the communication resource is accessible.

The program module 125 includes communication connection macro information for accessing the data network server 200 through a data network to which the communication resource is accessible, and the member registration / authentication unit 130 includes the screen output unit ( Outputs an interface for inputting user information (eg, name, social security number, etc.) and a member account through which the user is registered as a member through 102, and inputted to the data network server 200 through the data network through the interface. Send user information and member account to join the user as a member.

Meanwhile, membership of the user may be subscribed through a separate user terminal in addition to the wireless terminal 100. Therefore, if the user is already registered as a member or registered as a member through the user terminal, the member registration / authentication unit 130 outputs an interface for inputting the member account of the user and establishes the data network. It transmits the member account input through the interface to the data network server 200 to authenticate whether the user is a member.

The program authenticator 135 authenticates the validity of the program module 125 to the data network server 200 through at least one communication network of a data network and a telephone call network to which the communication resource is accessible. According to an embodiment of the present invention, the process of authenticating the validity of the program module 125 is performed by a predetermined encryption / decryption communication process between the program module 125 and the data network server 200. Detailed description of the encryption / decryption process will be omitted.

According to the authentication method of the first program module 125 of the present invention, the program module 125 is the program providing server with a unique key value set to identify the application that is operated by the data network server 200 is set. Is downloaded through the program, in this case the program authentication unit 135 transmits the unique key value to the data network server 200, the program module 125 is operated by the data network server 200 The application can be authenticated. Meanwhile, the program authenticator 135 transmits the unique key value to at least one unique information stored in the wireless terminal 100 or assigned to the communication network in the process of transmitting the unique key value to the data network server 200. By transmitting together with, the program module 125 is an application operated by the data network server 200 and at the same time it can be authenticated that the program module 125 is running in the wireless terminal 100.

According to the authentication method of the second program module 125 of the present invention, the program module 125 uniquely identifies the program module 125 on the data network according to a predetermined procedure after being downloaded through the program providing server. An app identification value (eg, a device token assigned by Apple's APNS) may be assigned. In this case, the program authentication unit 135 transmits the app identification value to the data network server 200, The program module 125 may authenticate that the application is operated by the data network server 200. In the meantime, the program authenticator 135 transmits the app identification value to at least one unique information stored in the wireless terminal 100 or assigned to the communication network in the process of transmitting the app identification value to the data network server 200. By transmitting together with, the program module 125 is an application operated by the data network server 200 and at the same time it can be authenticated that the program module 125 is running in the wireless terminal 100.

According to the third program module 125 authentication scheme of the present invention, the program module 125 is configured with at least one key value, a key exchange protocol, and an encryption / decryption rule, and authenticate the program module 125 using the same. The program authentication unit 135 may be downloaded through the program providing server in a state where a certificate in which an authentication procedure is defined is mounted, and in this case, the program authentication unit 135 may set at least one The program module 125 may authenticate the application operated by the data network server 200 by selectively using a key value, a key exchange protocol, and an encryption / decryption rule. Meanwhile, the program authenticator 135 further uses at least one unique information stored in the wireless terminal 100 or allocated to a communication network in the authentication procedure in the process of using the certificate, thereby allowing the program module 125 to perform the authentication. At the same time as the application operated by the data network server 200, the program module 125 may simultaneously authenticate that the wireless terminal 100 is running.

According to the authentication method of the fourth program module 125 of the present invention, the wireless terminal 100 receives the authentication number sent from the data network server 200 through the message exchange protocol of the telephone communication network. By receiving the received authentication number is transmitted to the data network server 200 through the data network, it is possible to authenticate that the program module 125 is an application operated by the data network server 200. Meanwhile, the program authentication unit 135 includes at least one unique information stored in the wireless terminal 100 or assigned to a communication network along with the authentication number in the process of transmitting the authentication number to the data network server 200. By transmitting, the program module 125 may be an application operated by the data network server 200 and at the same time, the program module 125 may be authenticated that the program module 125 is running in the wireless terminal 100.

According to the fifth program module 125 authentication method of the present invention, the program authentication unit 135 performs the data through an authentication method by selectively combining one or more of the first to fourth program module 125 authentication method. It is possible to authenticate the validity of the program module 125 from the network server 200, whereby the present invention is not limited.

Referring to FIG. 1, the program module 125 of the wireless terminal 100 may provide device identification information for uniquely identifying the wireless terminal 100 (or the program module 125) with the wireless terminal 100. The device identification processor 140 may register the data network server 200 to which the data communication channel is connected.

The device identification processing unit 140 uniquely identifies the wireless terminal 100 or checks device identification information that uniquely identifies the program module 125, and transmits the wireless terminal through the data communication network 240. And transmits the device identification information to the data network server 200 to which the data communication channel 100 is connected. Here, the device identification information may include a token assigned to the wireless terminal 100 (or a program module 125), a telephone number assigned to the wireless terminal 100, an electronic serial number, It includes at least one of a USIM serial number (UICC ID), a MAC address (Media Access Control Address), a network identification value, an exchange allocation value, a subscriber number, and a contract number, and can be variously extended. The device identification information is used to identify the wireless terminal 100 (or program module 125) transmitting the n data network transmission information and (Nn) registration information in the data network server 200. . The device identification information may be used to identify n data network transmission information transmitted through the data communication network 240 and n voice network transmission information transmitted through the voice communication network 295 in the wireless terminal 100. Can be used.

According to the present invention, the device identification processing unit 140 can register the device identification information to the called party's device 250, whereby the present invention is not limited.

Referring to FIG. 1 according to an exemplary embodiment of the present invention, the program module 125 of the wireless terminal 100 includes i (1 ≦ i ≦ N) of the N registration information through the data communication network 240. Register some configuration values for the registration information to the data network server 200 (or a server affiliated with the data network server 200) or the destination device 250 (or a server associated with the destination device 250). Some configuration value registration unit 145 may be provided.

The partial configuration value registration unit 145 is configured to cooperate with the data network server 200 (or the data network server 200) to partially configure the configuration values among the M configuration values constituting i properties of the N properties. ) Or to the called party's device 250 (or a server affiliated with the called party's device 250). For example, the partial configuration value registration unit 145 registers a part of the card number with the data network server 200 (or a server affiliated with the data network server 200) or the called party apparatus 250 (or Server associated with the called party's device 250).

I registrations in which some configuration values are registered in the data network server 200 (or a server affiliated with the data network server 200) or the called party's device 250 (or a server affiliated with the called party's device 250). The remaining configuration values of the information may be included in the n registration information and separated into data network transmission information and voice network transmission information, or may be included in the (Nn) registration information.

Referring to Figure 1 according to another embodiment of the present invention, the program module 125 of the wireless terminal 100, j (1≤j≤ of the (Nn) registration information through the data communication network 240) Register some configuration values for (Nn) properties with the data network server 200 (or a server associated with the data network server 200) or the called party device 250 (or called party device 250). And some configuration value registration unit 145 for registering with a server affiliated with.

The partial configuration value registration unit 145 cooperates with the data network server 200 (or the data network server 200) to partially configure a configuration value among the M configuration values constituting j properties of the (Nn) properties. A registered server) or a destination side device 250 (or a server affiliated with the destination side device 250).

J registrations in which some configuration values are registered in the data network server 200 (or a server affiliated with the data network server 200) or the called party's device 250 (or a server affiliated with the called party's device 250). The remaining configuration values of the information are included in the (Nn) registration information.

Referring to Figure 1 according to another embodiment of the present invention, the program module 125 of the wireless terminal 100, k (1≤j≤n of the n registration information through the data communication network 240) Register some configuration values for the registered properties with the data network server 200 (or the server affiliated with the data network server 200) or with the destination device 250 (or the destination device 250). Some configuration value registration unit 145 for registering to the server).

The partial configuration value registration unit 145 is configured to cooperate with the data network server 200 (or the data network server 200) to provide some configuration values among the M configuration values constituting k properties among the n properties. ) Or to the called party's device 250 (or a server affiliated with the called party's device 250).

K registrations in which some configuration values are registered in the data network server 200 (or a server affiliated with the data network server 200) or the called party's device 250 (or a server affiliated with the called party's device 250). The remaining configuration values of the information are included in the n registration information and separated into data network transmission information and voice network transmission information.

Referring to FIG. 1, the program module 125 of the wireless terminal 100 stores n '(1≤n'<N) registration information among the N registration information in a medium or establishes a data communication network 240. When received through the medium, the information acquisition unit 150 for extracting the n 'registration information from the medium or the n' registration information through the data communication network 240 may be provided.

Some of the registration information of the N registration information to be transmitted from the wireless terminal 100 may be stored in a medium provided in the wireless terminal 100 or may be received through the data communication network 240. For example, the card number, the card expiration date, and the CVC / CVV among the N registration information may be recorded in the memory (= medium) of the USIM. Alternatively, the transaction amount and purchase information among the N registration information may be received from the shopping mall server through the data communication network 240.

If n 'pieces of the N pieces of registration information are stored in a medium (eg, the memory unit 112 and the USIM) provided in the wireless terminal 100, the information acquisition unit 150 is stored from the medium. The n 'registration information is extracted.

Alternatively, if n 'registration information of the N registration information is transmitted from a server (eg, the payment request server 245) on the data communication network 240, the information acquisition unit 150 is transmitted through the data communication network 240. The communication channel is connected to a server on the communication network, and the n 'registration information is received from the server.

Referring to FIG. 1, the program module 125 of the wireless terminal 100 includes a data communication network 240 from n (1 ≦ n ≦ N) separation target registration information among the N (N ≧ 1) registration information. And a registration information determining unit 155 for determining at least one of data network transmission information to be transmitted through the network and voice network transmission information to be transmitted through the voice communication network 295. For example, the data network transmission information may include some configuration values of a card number (or account number), and the voice network transmission information may include some other configuration values of the card number (or account number).

If each registration information consists of M (M≥1) configuration values, the data network transmission information includes m (1≤m <M) configuration values among the M configuration values constituting each registration information. The voice network transmission information includes m '(1≤m'≤ (Mm)) configuration values excluding m configuration values included in the data network transmission information among the M configuration values constituting each registration information. . (M + m ') is the sum of the number m of configuration values constituting the data transmission information and the number m' of configuration values constituting the voice network transmission information among the M configuration values constituting each registration information. If less than M (= “(m + m ') <M”), the (M− (m + m')) of the M configuration values is the data network server 200 (or the data network server ( It is registered in the server affiliated with 200) or the called party's device 250 (or the server affiliated with the called party's device 250).

The registration information determining unit 155 transmits some information of the N registration information through the data communication network 240, and registers n separation targets to be transmitted by including the remaining information in the DTMF signal of the voice communication network 295. Determine the information.

According to an exemplary embodiment of the present invention, n separation target property items and a separation target configuration value of each separation target property of the N registration information to be transmitted separately through the data communication network 240 and the voice call network 295. The item may be fixed in a state previously agreed upon by the program module 125 and the data network server 200 (or the called device 250). When the n separation target property items and the separation target configuration value items of each separation target property are fixed, the registration information determining unit 155 may be configured to execute the program module 125 and the data network server among the N registration information. The n pieces of separation object registration information agreed between the 200 (or the called party's device 250) and the separation object configuration value of each separation object property are checked.

According to another exemplary embodiment of the present invention, n separation target property items to be separated and transmitted through the data communication network 240 and the voice call network 295 among the N registration information may be dynamically determined, and each separation target may be dynamically determined. The separation target configuration value item for each registration information may be fixed in a state previously agreed between the program module 125 and the data network server 200 (or the called device 250). When the n separation target registration information is dynamically determined, the registration information determination unit 155 may separate the n separation target through the data communication network 240 and the voice call network 295 and transmit the divided information. After dynamically determining the registration information item, the data network server 200 (or the called party device 250) may determine a property identification index for identifying the dynamically determined n separation target property items. .

Preferably, the registration information identification index is an index value agreed by the program module 125 and the data network server 200 (or the destination apparatus 250) to identify n separation target property items. For example, when the N pieces of registration information includes a card number, a card expiration date, a CVC / CVV, a card password, and a transaction amount, a registration information identification index of '1' is a card number in the n pieces of registration information. And a registration information identification index of '2' may mean that the n number of separation target registration information includes a card number and a card password. Alternatively, the binary number '0001' may mean that the card number is included in the n separation target registration information, and the binary number '0010' may mean that the card password is included in the n separation target registration information. If the n separation target registration information includes a card number and a card password, the registration information identification index may be '0011' obtained by ORing the '0010' and '0010'.

Alternatively, the property identification index is dynamically generated by agreement between the program module 125 and the data network server 200 (or the called device 250) according to a designated key exchange protocol (for example, SRP protocol, etc.). It can be a one-time index key with a life time. In this case, an input value applied to a key exchange protocol to dynamically generate the disposable index key may be freely determined according to a person skilled in the art, and preferably used in a process of validating the program module 125 of some of the N registration information. Or stored values may be used.

On the other hand, the property identification index is not limited to the above-described manner, and it will be apparent that various modifications can be made by those skilled in the art, and the present invention includes all such modifications.

According to another exemplary embodiment of the present invention, the n separation target property items and the separation target property of each of the N registration information to be separated and transmitted through the data communication network 240 and the voice communication network 295 are transmitted. The configuration value item may be determined dynamically. When the n separation target property items and the separation target configuration value item of each separation target property are dynamically determined, the registration information determining unit 155 performs a voice call with the data communication network 240 among the N registration information. The data network server 200 (or after determining the separation object property items to be separated and transmitted through the network 295 dynamically and simultaneously determining the separation object configuration value items of each separation object property). A property identification index for identifying the n separation target property items dynamically determined by the called party device 250, and a configuration value identification index for identifying a separation target configuration value item of each separation target property; Can be determined.

Alternatively, the n separation target property items may be fixed in advance, and only the separation target configuration value items for the n separation target property items may be dynamically determined. When the separation target configuration value items for the n separation target property items are dynamically determined, the property determination unit 155 dynamically determines the separation target configuration value items for the n separation target property items. Thereafter, the data network server 200 (or the called party's device 250) may determine a configuration value identification index for identifying the dynamically determined separation target configuration value item.

Preferably, when m configuration value items to be included in each data network transmission information are dynamically determined, the configuration value identification index is the program module 125 and the data network server 200 (or the called party device 250). Includes an index value agreed to identify the m configuration value items. Alternatively, when m 'configuration value items to be included in each voice network transmission information are dynamically determined, the configuration value identification index is determined by the program module 125 and the data network server 200 (or the called party device 250). And the index values agreed to identify the m 'configuration value items. For example, when the separation target property is a 16-digit card number, the configuration value identification index of '# 1' is configured to transmit the first 6 digits and the last 1 digit of the 16 digits through the data communication network 240. Value, and the remaining 9-digit number can be defined as a configuration value to be sent through the voice call network (295), and the configuration value identification index of '# 2' is the first 4 digits and the last 4 of 16 digits. The digit number may be defined as a configuration value to be transmitted through the data communication network 240, and the remaining 8 digit number may be defined as a configuration value to be transmitted through the voice communication network 295.

Alternatively, the configuration value identification index may be dynamically generated by agreement between the program module 125 and the data network server 200 (or the called party device 250) according to a designated key exchange protocol (eg, an SRP protocol, etc.). It may be a disposable index key with a valid time. In this case, an input value applied to a key exchange protocol to dynamically generate the disposable index key may be freely determined according to a person skilled in the art, and preferably used in a process of validating the program module 125 of some of the N registration information. Or stored values may be used.

On the other hand, the property identification index is not limited to the above-described manner, and it will be apparent that various modifications can be made by those skilled in the art, and the present invention includes all such modifications.

According to the first embodiment of the present invention, the registration information determining unit 155 outputs an interface for inputting the N registration information through the screen output unit 102 and outputs the N registration information through the interface. Take input. When the N registration information is input, the registration information determining unit 155 transmits n data networks to be transmitted through the data communication network 240 among the inputted N registration information based on the determined n separation target property items. The transmission information and the n voice network transmission information to be transmitted through the voice communication network 295 are determined. Here, the N pieces of registration information may be input before the call connection processor 115 connects the voice call channel to the called party device 250 through the voice call network 295.

Alternatively, the registration information determining unit 155 outputs an interface for inputting (Nn) registration information and n data network transmission information among the N registration information through the screen output unit 102 to register the (Nn) registrations. Information and n data network transmission information are input, and an interface for inputting the n voice network transmission information is output to receive the n voice network transmission information. Here, the (Nn) registration information, n data network transmission information, and n voice network transmission information are transmitted by the call connection processing unit 115 to the called party device 250 through the voice communication network 295. It is desirable to be entered before connecting. However, according to an embodiment of the present invention, the n voice network transmission information may be input through an interface while the call channel connection unit 120 maintains a voice call channel between the wireless terminal 100 and the called party device 250. Can be.

According to the second embodiment of the present invention, n '(1≤n'<N) registration information among the N registration information are loaded / deleted on a medium (for example, the memory unit 112, the USIM, and the wireless terminal 100). Stored in at least one of the attached chips) or received through the data communication network 240, the information acquisition unit 150 extracts the n 'registration information from the medium, or through the data communication network 240. Receiving the n 'registration information, the registration information determining unit 155 outputs an interface for inputting (N-n') of the registration information of the N registration information through the screen output unit 102, The (N-n ') registration information is input through the interface. When the n 'registration information is obtained and (N-n') registration information is input, the registration information determining unit 155 registers the obtained n 'registration information based on the determined n separation target registration information items. The n data network transmission information to be transmitted through the data communication network 240 and the n voice network transmission information to be transmitted through the voice communication network 295 are determined among the information and the (N-n ') registered information. Here, the n 'registration information is obtained before the call connection processing unit 115 connects the voice call channel to the called party device 250 through the voice call network 295, and the (N-n') pieces. The registration information is also input before the call connection processing unit 115 acquires the voice call channel before the voice call channel is connected to the called party device 250 through the voice call network 295.

Alternatively, when n '(1 ≦ n'<N) registration information of the N registration information are stored in the medium or received through the data communication network 240, the information acquisition unit 150 may store the n ′ from the medium. Number of registration information or the n 'registration information is received through the data communication network 240, and the registration information determining unit 155 receives the n of the registration information through the screen output unit 102. Outputs an interface for inputting N data transmission information and (N- (n '+ n)) registration information and receives n data transmission information and (N- (n' + n)) registration information, An interface for inputting the n voice network transmission information is output to receive the n voice network transmission information. Here, the n 'registration information is obtained before the call connection processing unit 115 connects the voice call channel to the called party device 250 through the voice call network 295, and transmits the n data network transmission information. The (N- (n '+ n)) registration information and the n voice network transmission information are also used by the call connection processor 115 to connect the voice call channel to the called device 250 through the voice call network 295. It is preferred to be entered before. However, according to an embodiment of the present invention, the n voice network transmission information may be input through an interface while the call channel connection unit 120 maintains a voice call channel between the wireless terminal 100 and the called party device 250. Can be.

According to the third embodiment of the present invention, some configuration values of i (1≤i≤N) properties among the N properties are associated with the data network server 200 (or the data network server 200). ) Or when registered on the called party device 250 (or a server affiliated with the called party device 250), the registration information determining unit 155 uses the i output unit 102 through the screen output unit 102. Some configuration values registered in the data network server 200 (or a server affiliated with the data network server 200) or the called party device 250 (or a server affiliated with the called party device 250) among registered information. An interface for inputting some other configuration values and (Ni) registration information for the i registration information except for the following is output, and receives the i other partial configuration values and (Ni) registration information through the interface. Here, the i some other configuration values and (Ni) registration information are input before the call connection processing unit 115 connects the voice call channel to the called party device 250 through the voice call network 295. desirable.

When the i other partial configuration values and (Ni) registration information are input, the registration information determining unit 155 may perform the i other partial configuration values and (Ni) on the basis of the n separation target property items. The n data network transmission information to be transmitted through the data communication network 240 and the n voice network transmission information to be transmitted through the voice communication network 295 may be determined. If the registration information corresponding to the i other partial configuration values is included in the separation target property item, the i other partial configuration values are also transmitted to the data communication network 240 and the voice call network 295 and transmitted (or Can be sent out). Of course, if the registration information corresponding to the i other partial configuration values is not included in the separation target property item, the i other partial configuration values may be selected from one of the data communication network 240 and the voice call network 295. Can be transmitted over the network.

According to a fourth exemplary embodiment of the present invention, some configuration values of j (1 ≦ j ≦ (Nn)) of the (Nn) registration information are set in the data network server 200 (or the data network server 200). Registered with the server), the registration information determining unit 155 transmits the data network server 200 of the n data network transmission information and the j registration information through the screen output unit 102. Outputs an interface for inputting some other configuration values for the j properties and (N- (n + j)) properties except for some configuration values registered in the data network server 200). receives n data network transmission information, some other configuration values for the j registration information, and (N- (n + j)) registration information, and outputs an interface for inputting the n voice network transmission information; Receives n voice network transmission information. Here, the call connection processing unit 115 transmits the n data network transmission information, j other configuration values, (N- (n + j)) registration information, and n voice network transmission information. It is preferably input before connecting the voice call channel to the called-party device 250 through. However, according to an embodiment of the present invention, the n voice network transmission information may be input through an interface while the call channel connection unit 120 maintains a voice call channel between the wireless terminal 100 and the called party device 250. Can be.

Or some configuration values of j (1 ≦ j ≦ (Nn)) of the (Nn) registration information are registered in the called party device 250 (or a server affiliated with the called party device 250). In this case, the registration information determiner 155 outputs an interface for inputting the n data network transmission information and (N- (n + j)) registration information through the screen output unit 102 and the n data. Network transmission information and (N- (n + j)) registration information are input, and the n voice network transmission information and registration to the called party's device 250 (or a server associated with the called party's device 250) are registered. An interface for inputting some other configuration values for the j properties except for the partial configuration values is output to receive the n voice network transmission information and some other configuration values for the j properties. Here, the n data network transmission information, the (N− (n + j)) registration information, the n voice network transmission information, and the j other configuration values may be set by the call connection processor 115 to the voice call network 295. It is preferably input before connecting the voice call channel to the called-party device 250 through. However, according to an embodiment of the present invention, the n voice network transmission information may be input through an interface while the call channel connection unit 120 maintains a voice call channel between the wireless terminal 100 and the called party device 250. The j other some configuration values may also be input through an interface while maintaining the voice call channel.

According to the fifth embodiment of the present invention, some configuration values of k (1 ≦ j ≦ n) properties of the n properties are associated with the data network server 200 (or the server associated with the data network server 200). ), The registration information determining unit 155 may register some configuration values registered in the data network server 200 (or a server affiliated with the data network server 200) through the screen output unit 102. Some other configuration values for k properties except for (nk) data network transmission information and (Nn) properties are outputted, and some other configuration values for (k) properties and (nk) data networks It receives the transmission information and (Nn) registration information, outputs an interface for inputting the n (or (nk)) voice network transmission information, and receives the n voice network transmission information. In this case, the call connection processing unit 115 performs voice information on the k other partial configuration values, (nk) data network transmission information, (Nn) registration information, and n (or (nk)) voice network transmission information. It is preferably input before connecting the voice call channel to the called party device 250 through the call network 295. However, according to the embodiment of the present invention, the n (or (nk)) voice network transmission information may be provided by the call channel connection unit 120 using a voice call channel between the wireless terminal 100 and the called device 250. Can be entered via the interface while holding.

Or when some configuration values for k (1≤j≤n) of the n pieces of registration information are registered in the called party device 250 (or a server affiliated with the called party device 250), the registration The information determining unit 155 outputs the n (or (nk)) data network transmission information and (Nn) registration information through the screen output unit 102 to output the n (or (nk)). Outputs an interface for receiving data network transmission information of (n) and (Nn) registration information, and inputting n (or (nk)) voice network transmission information and some other configuration values for the k registration information. Receive the n voice network transmission information and some other configuration values for the k registration information. Here, the n (or (nk)) data network transmission information, (Nn) registration information, n (or (nk)) voice network transmission information and k other some configuration values are connected to the call. It is preferable that the processing unit 115 is input before connecting the voice call channel to the called party device 250 through the voice call network 295. However, according to the embodiment of the present invention, the n (or (nk)) voice network transmission information may be provided by the call channel connection unit 120 using a voice call channel between the wireless terminal 100 and the called device 250. It may be input via an interface while maintaining, and the k other some configuration values may also be input via an interface while maintaining the voice call channel.

Alternatively, some configuration values of k (1 ≦ j ≦ n) properties among the n properties may correspond to the data network server 200 (or a server affiliated with the data network server 200) or the called party apparatus 250. (Or a server affiliated with the called party's device 250), the registration information determining unit 155 via the screen output unit 102 of the data communication network of some other configuration values for the k registration information Some other configuration values for the k properties and (nk) data network transmission information, and (nk) data transmission information and (n) data network transmission information and (Nn) registration information are output through an interface. Receiving (Nn) registration information, and outputting an interface for inputting configuration values to be transmitted through the voice call network 295 and (nk) voice network transmission information among some other configuration values for the k registration information. The n voice network transmission information is received. Here, some other configuration values for the k registration information, (nk) data network transmission information, (Nn) registration information, (nk) voice network transmission information, and some other configuration values for the k registration information The configuration value to be transmitted through the voice call network 295 is preferably input before the call connection processing unit 115 connects the voice call channel to the called party device 250 through the voice call network 295. However, according to the embodiment of the present invention, the n (or (nk)) voice network transmission information may be provided by the call channel connection unit 120 using a voice call channel between the wireless terminal 100 and the called device 250. It can be input through the interface during the maintenance, the configuration value to be transmitted through the voice call network 295 of the other configuration values for the k properties is also input through the interface while maintaining the voice call channel It is possible.

According to the present invention, the voice network transmission information is input through an interface output before the voice call channel between the wireless terminal 100 and the called party device 250 is connected and maintained until the voice call channel is connected, Alternatively, the voice communication channel between the wireless terminal 100 and the called party device 250 is input through an output interface, or the voice call channel between the wireless terminal 100 and the called device 250 is connected. Thereafter, the voice call channel may be input in response to an auto answer message received from the called party device 250.

Referring to FIG. 1, the program module 125 of the wireless terminal 100 transmits the called party through the data communication network 240 based on the data network server 200 information and the called party device 250 information. And a data network transmitter 165 for transmitting the n data network transmission information and the (Nn) registration information to a data network server 200 connected to the device 250, and the data through the data communication network 240. An encryption processing unit for encrypting the n data network transmission information and the (Nn) registration information using an encryption key exchanged (or distributed) with the network server 200 (or an authentication server associated with the data network server 200). 170 may be further provided.

When n data network transmission information and (Nn) registration information including m configuration values are determined by the registration information determination unit 155, the data network transmission unit 165 connects the call. In connection with the processing unit 115, the voice terminal network 295 identifies the called party device 250 to be connected to the wireless terminal 100 and the voice call channel, and through the data communication network 240 the called party device ( The n data network transmission information and the (Nn) registration information are transmitted to the data network server 200 which is communicatively connected to 250.

If the registration information identification index is determined by the registration information determination unit 155, the data network transmission unit 165 transmits the registration information identification index to the data network server 200 through the data communication network 240. Can be further transmitted.

If the configuration value identification index is determined by the registration information determining unit 155, the data network transmission unit 165 transmits the configuration value identification index to the data network server 200 through the data communication network 240. Can be further transmitted.

When the data network transmitter 165 transmits the n data network transmission information and the (Nn) registration information to the data network server 200, the data network server 200 the n data networks. If the wireless terminal 100 (or the program module 125) cannot be automatically identified by reading a data communication protocol that receives transmission information and (Nn) registration information, the data network transmitter 165 Device identification information that uniquely identifies the wireless terminal 100 (or program module 125) through the data communication network 240 together with the n data network transmission information and (Nn) registration information, a data network server. It is preferable to transmit to 200.

The encryption processing unit 170 before the data network transmission unit 165 transmits the n data network transmission information and (Nn) registration information to the data network server 200 through the data communication network 240. In order to encrypt / decrypt the data network server 200 (or an authentication server associated with the data network server 200), the n data network transmission information, and (Nn) registration information through the data communication network 240, Exchange (or distribute) encryption and decryption keys. When the encryption key and the decryption key are exchanged (or distributed), the encryption processing unit 170 includes n data network transmission information and (Nn) registration information determined by the registration information determining unit 155. A data transmission unit encrypts information to be transmitted to the data network server 200 through the data communication network 240, and the data network transmission unit 165 transmits the encrypted information to the data network server through the data communication network 240. Send to 200.

Referring to FIG. 1, the program module 125 of the wireless terminal 100 connects the voice call channel between the wireless terminal 100 and the called device 250 through the voice call network 295. And a voice network sending unit 175 for including the two voice network sending information into the DTMF signal of the voice calling network 295 and sending the received voice network sending information to the called party's device 250.

The wireless terminal 100 and the called party's device through the voice call network 295 in a state in which n voice network transmission information including m 'configuration values are determined by the registration information determination unit 155 for each registration information. 250 through the registration information determiner 155 in a state in which the voice call channel is connected or the voice call channel between the wireless terminal 100 and the called device 250 is connected through the voice call network 295. When the n voice network transmission information is determined, the voice network transmission unit 175 includes the n voice network transmission information in the DTMF signal of the voice communication channel to process the transmission to the called party device 250. .

According to an exemplary embodiment of the present invention, the registration information determiner 155 may determine the n voice network transmission information before the voice call channel is connected. In this case, when it is confirmed that the voice call channel between the wireless terminal 100 and the called device 250 is connected, the voice network transmitter 175 transmits the n voice network transmission information according to a preset DTMF transmission protocol. It can be included in DTMF signals and sent automatically.

Alternatively, when the n voice network transmission information is determined before the voice call channel is connected, the voice network transmission unit 175 transmits the n voice network transmission information to the call connection signal transmitted by the call connection processing unit 115. It is possible to include and send out, and the present invention is not limited thereby.

According to another exemplary embodiment of the present invention, the registration information determiner 155 may determine n voice network transmission information input by outputting an interface while the voice call channel is connected. In this case, the voice network transmitter 175 may transmit n voice network transmission information input after the voice communication channel is connected to the DTMF signal. If there is voice network transmission information (eg, voice network transmission information extracted from a medium or separated from registration information received through the data communication network 240) before the voice communication channel is connected, the input voice network Transmission information and predetermined voice network transmission information may be included in the DTMF signal for transmission.

According to the present invention, the n data network transmission information transmitted through the data communication network 240 by the data network transmission unit 165 and the voice network transmission unit 175 are transmitted through the voice communication network 295. The n pieces of voice network transmission information are stored in the data network server 200 (or a server associated with the data network server 200) or the called party's device 250 (or a server affiliated with the called party's device 250). Are combined to consist of n properties.

In order to combine the n data network transmission information and the n voice network transmission information, the n data network transmission information and the voice communication network 295 transmitted from the wireless terminal 100 to the data communication network 240 are used. Information for connecting the transmitted n voice network transmission information is required.

According to one embodiment of the present invention, the information for connecting the n data network transmission information and the n voice network transmission information, the device identification to uniquely identify the wireless terminal 100 (or program module 125) Information can be used. That is, the device identification information transmitted from the data network transmitter 165 to the data network server 200 through the data communication network 240 and the voice call channel of the called device 250 through the voice call network 295. If the caller information (or information identified from the carrier based on the caller information) obtained in the process of connecting the same is the same, the n data network transmission information and the n voice network transmission information may be combined using the device identification information. Can be. For example, if the device identification information is a phone number of the wireless terminal 100, the n data network transmission information and the n voice network transmission information may be combined using the phone number. However, the device identification information and the caller information (or the information confirmed by the carrier based on the caller information) may not be the same. Preferably, information transmitted through the data communication network 240 (eg, one or more of n data network transmission information and (Nn) registration information) and information transmitted through the voice communication network 295 (eg, registration identification information for combining or verifying n voice network transmission information) is required.

According to an exemplary embodiment of the present invention, the registration identification information may be dynamically generated in the wireless terminal 100 and transferred to the data network server 200 and the called party device 250. 125 includes a registration identification processor 160 for generating registration identification information for combining or verifying information transmitted through the data communication network 240 and information transmitted through the voice communication network 295.

The registration identification processing unit 160 generates registration identification information having a unique identification value for combining or verifying information transmitted through the data communication network 240 and information transmitted through the voice communication network 295. For example, the registration identification information is obtained by substituting a predetermined key generation algorithm (eg, a hash algorithm, etc.) into a predetermined key generation algorithm (eg, a hash algorithm, etc.) used in the validity authentication process of the program module 125 and some of the N registration information. The identification information may be generated, or registration identification information in the form of a random number may be generated through any random number algorithm.

When the registration identification information corresponding to the unique identification value is generated by the registration identification processing unit 160, the data network transmission unit 165 transmits the registration identification information to the data network server through the data communication network 240. 200, and the voice network transmitter 175 transmits the registration identification information to the DTMF signal at the time when the voice call channel is connected, or transmits the DTMF signal at the time when the voice call channel is connected. Send it out. The data network server 200 (or a server affiliated with the data network server 200) or the called party's device 250 (or a server affiliated with the called party's device 250) uses the registration identification information. It is possible to combine or verify n data network transmission information and n voice network transmission information.

According to another exemplary embodiment of the present invention, the registration identification information is assigned to a key exchange protocol (eg, SRP protocol, etc.) to which the program module 125 and the data network server 200 (or the called party device 250) are assigned. The program module 125 may agree with the data network server 200 (or the called party's device 250) according to a designated key exchange protocol. And a registration identification processing unit 160 for dynamically generating registration identification information in the form of a disposable identification key for a certain valid time.

The registration identification processing unit 160 is a one-time identification having a certain time (Life Time) as agreed by the data network server 200 (or called party device 250) according to a specified key exchange protocol (for example, SRP protocol, etc.) Dynamically generate keys. In this case, an input value applied to a key exchange protocol to dynamically generate the one-time identification key may be freely determined according to a person skilled in the art. Preferably, some of the N registration information are used in the validation process of the program module 125. Or stored values may be used.

When registration identification information in the form of the disposable identification key is dynamically generated by the registration identification processing unit 160, the data network transmission unit 165 transmits the registration identification information to the data network server through the data communication network 240. 200, and the voice network transmitter 175 transmits the registration identification information to the DTMF signal at the time when the voice call channel is connected, or transmits the DTMF signal at the time when the voice call channel is connected. Send it out. The data network server 200 (or a server affiliated with the data network server 200) or the called party's device 250 (or a server affiliated with the called party's device 250) uses the registration identification information. It is possible to combine or verify n data network transmission information and n voice network transmission information.

According to another exemplary embodiment of the present invention, the registration identification information is generated by the data network server 200 that receives n data network transmission information and (Nn) registration information from the wireless terminal 100 and performs the wireless. After being delivered to the terminal 100, it may be delivered to the called party's device 250 again. For this purpose, the program module 125 may register the data from the data network server 200 through the data communication network 240. It is provided with a registration identification processing unit 160 for receiving the identification information.

The data network server 200 having received the n data network transmission information and (Nn) registration information through the data communication network 240 uniquely identifies the n data network transmission information and (Nn) registration information. Create registration identification information that does not overlap. For example, the registration identification information includes at least one of the device identification information, a hash code that hashes the device identification information, an arbitrary random number, a recursive number (e.g., a number assigned by rotating a number of designated digits), date and time, or the like. Two or more may be a combined value. According to the embodiment of the present invention, the registration identification information generated by the data network server 200 preferably has a certain valid time.

The data network server 200 transmits the generated registration identification information to the wireless terminal 100 as a response for receiving the n data network transmission information and the (Nn) registration information, and the registration identification processing unit 160. ) Receives the registration identification information from the data network server 200 through the data communication network 240. When the registration identification information is received from the data network server 200, the voice network transmitter 175 transmits the registration identification information to the called party device 250 by including the registration identification information in the DTMF signal of the voice call channel. If the registration identification information is received before the call connection processor 115 transmits a call connection signal to the called party device 250 through the voice call network 295, the voice network transmitter 175 The registration identification information may be added to the call connection signal and transmitted to the called party device 250.

2 is a diagram illustrating a system configuration for registering information registered from a wireless terminal 100 to a storage medium 180 using a data communication network 240 and a voice call network 295 according to an embodiment of the present invention. .

More specifically, FIG. 2 transmits n (1 ≦ n ≦ N) data networks among N (N ≧ 1) registration information to be registered in the storage medium 180 designated by the wireless terminal 100 shown in FIG. Information and (Nn) registration information are transmitted through the data communication network 240, and n voice network transmission information is transmitted through the voice communication network 295, and the n data network transmission information and (Nn) registrations are transmitted. Affiliation with a data network server 200 (or a server affiliated with the data network server 200) receiving information or a called party device 250 (or a called party device 250) receiving the n voice network transmission information. Server) combines the n data network transmission information and the voice network transmission information to form n registration information, and stores the N registration information derived by combining the (Nn) registration information with the storage medium ( As shown in FIG. 180, a system configuration of the present invention is described. Those skilled in the art may refer to and / or modify this drawing 2 to infer various implementation methods for the system configuration (e.g., some implementations may be omitted, subdivided, or combined). Although there will be, the present invention includes all the implementation methods inferred above, the technical features are not limited only to the implementation method shown in FIG.

The data network server 200 shown in FIG. 2 is connected to the wireless terminal 100 and the data communication network 240 shown in FIG. 1, and the called party to which the wireless terminal 100 and the voice call channel are connected. A generic term for a server (or set of servers) that can be connected to the device 250, and is not limited to a server of any particular provider. For example, the data network server 200 is associated with a plurality of payment requesting sides (eg, shopping malls, billing institutions, etc.) and registers registration information registered from the wireless terminal 100 shown in FIG. It may be a server provided in the data communication network 240 to register with 180. Alternatively, the data network server 200 may be a payment request server 245 (eg, a shopping mall server, a billing server, etc.) connected to the data communication network 240 or a server affiliated with the payment request server 245. Alternatively, the data network server 200 may be a bansa server, a card company server, a financial company server, and a payment gateway (PG).

The called party device 250 shown in FIG. 2 receives a call transmitted from the wireless terminal 100 shown in FIG. 1 and communicates with the wireless terminal 100 through the data communication network 240. A generic term for a device (or set of devices) that can be connected to the server 200, and is not limited to a device of any particular operator. According to the present invention, the called party device 250 includes at least one of an Automatic Response Service (ARS) server, an Internet Protocol-Private Branch Exchange (IP-PBX), and a Computer Telephony Integration (CTI), or the ARS server, It includes a device that the call connection signal is introduced to at least one of IP-PBX, CTI is shared. For example, the called party device 250 is associated with a plurality of payment requesting parties (eg, a shopping mall, a billing institution, etc.) and registers registration information registered from the wireless terminal 100 shown in FIG. It may be a call reception device provided in the voice call network 295 to register with 180. Alternatively, the called party device 250 may be at least one of an ARS server, an IP-PBX, and a CTI provided in at least one of a specific payment request side, a bansa, a card company, a financial company, and a payment gateway (PG).

According to the present invention, the data network server 200 includes a communication connection unit 205 for connecting the data communication channel with the wireless terminal 100 of FIG. 1 through the data communication network 240.

The communication connection unit 205 transmits the call connection signal to the destination apparatus 250 through the voice communication network 295 before the wireless terminal 100 transmits the call connection signal to the wireless terminal 100 through the data communication network 240. Connect the data communication channel with.

According to an embodiment of the present invention, the communication connection unit 205 connects a data communication channel with the wireless terminal 100 periodically to minimize data communication delay of the wireless terminal 100 and immediately connects to a data communication session. Can be maintained. In addition, the communication connection unit 205 may detect a change in the data communication environment of the wireless terminal 100 (eg, short-range wireless communication based data communication, or wireless network based data communication) to maintain a data communication session that can be immediately connected. have.

Referring to FIG. 2, the data network server 200 transmits n data networks including some configuration values of each of the N registration information from the wireless terminal 100 through the data communication network 240. Registration interworking information for combining or verifying information and the information receiving unit 210 for receiving one or more of the (Nn) registration information, and information separately registered through the data communication network 240 and the voice call network 295 A registration interworking unit 220 for determining a number, and transmitting the n data network transmission information and the (Nn) registration information to the called party device 250 based on the registration interworking information, or the registration interworking information. On the basis of this, an information exchange unit 235 for receiving n voice network transmission information corresponding to some other configuration value of the n data network transmission information from the called party device 250 is provided. If the n data network transmission information and the (Nn) registration information are received encrypted, the data network server 200 is the data network server 200 (or data network server (or And a decryption unit 215 for decrypting the n data network transmission information and (Nn) registration information using a decryption key exchanged (or distributed) with an authentication server associated with 200).

The information receiving unit 210 includes n data network transmission information including a partial configuration value of each registration information of the N registration information through the data communication channel connected to the wireless terminal 100 by the communication connection unit 205. And (Nn) registration information including the entire configuration value of each registration information.

If the wireless terminal 100 transmits the device identification information, the information receiver 210 may further receive the device identification information through the data communication channel. Alternatively, when the wireless terminal 100 transmits the registration identification information, the information receiver 210 may further receive the registration identification information through the data communication channel. Alternatively, when the wireless terminal 100 transmits the registration information identification index, the information receiver 210 may further receive the registration information identification index through the data communication channel. Alternatively, when the wireless terminal 100 transmits the configuration value identification index, the information receiver 210 may further receive the configuration value identification index through the data communication channel.

The registration interworking unit 220 may include at least one device identification information allocated to the wireless terminal 100 (or the program module 125) and registration identification information received or internally generated from the wireless terminal 100. And determine the registration interworking information. The registration interworking information may have a valid time for a predetermined time.

According to the first embodiment of the present invention, the device identification information is received through the information receiving unit 210 or the device identification information for uniquely identifying the wireless terminal 100 by reading a communication protocol of the data communication channel. If it can be confirmed, the registration linkage unit 220 may determine the device identification information as the registration linkage information.

According to the second embodiment of the present invention, the registration interworking unit 220 receives registration identification information through a key exchange protocol (for example, SRP protocol) agreed with the wireless terminal 100 (or the program module 125). Can be created dynamically.

According to the third embodiment of the present invention, the registration interworking unit 220 dynamically generates registration identification information according to a key generation algorithm provided therein and transmits the registration identification information to the wireless terminal 100 through the data communication network 240. The registration identification information generated (or transmitted) may be determined as the registration interworking information.

According to the fourth embodiment of the present invention, when the registration identification information is received through the information receiving unit 210, the registration interworking unit 220 may determine the received registration identification information as the registration interworking information. .

According to the fifth method of the present invention, the device identification information is received through the information receiving unit 210 or the device identification information for uniquely identifying the wireless terminal 100 by reading a communication protocol of the data communication channel. If it can be confirmed, the registration interlocking unit 220 generates registration identification information uniquely identifying the transaction and transmits it to the wireless terminal 100 through the data communication network 240, and the device identification information and The registration association information may be configured to include or combine any one of registration identification information.

According to the sixth embodiment of the present invention, when the device identification information is received through the information receiver 210, the registration interworking unit 220 checks the device identification information, and then the device identification information and the registration identification. The registration interworking information may be configured to include or combine any one of the information.

According to the present invention, the registration interworking information is also shared and transmitted to the called party device 250 through the voice call network 295 by the wireless terminal 100.

According to one embodiment of the invention, the information exchange unit 235 is the n data network transmission information and (Nn) registration information received from the wireless terminal 100 through the data communication network 240 and the The determined registration interworking information may be transmitted to the called party device 250. In this case, the called party device 250 combines n data network transmission information and n voice network transmission information based on the registration interworking information to form n registration information, and then the n registration information and (Nn). Combination of the two registration information is processed to be registered in the designated storage medium 180.

According to another exemplary embodiment of the present invention, the information exchange unit 235 is n pieces corresponding to some other configuration values of the n data network transmission information from the called party device 250 based on the registration interworking information. Voice network transmission information and registration interworking information may be received.

When the data network server 200 receives n voice network transmission information from the called party device 250 and combines the n data network transmission information and the n voice network transmission information, the registration interworking unit 220 ) Maintains the n data network transmission information, (Nn) registration information and registration interworking information for the valid time. If n voice network transmission information matching the registration interworking information is not received from the called party device 250 during the valid time, the registration interworking unit 220 may transmit the n data network transmission information and (Nn). Discards the registration information and registration interlocking information.

Referring to FIG. 2, when the n voice network transmission information is received from the called party device 250, the data network server 200 may transmit the n data network transmission information based on the registration interworking information. a combination of the n voice network transmission information and the n information registration unit 225 constituting the n registration information, and the combination of the n registration information and the (Nn) registration information to be stored in the storage medium 180. It further comprises a registration processing unit 230. Meanwhile, the registration information configuring unit 225 and the registration processing unit 230 may be provided in a server different from a server for receiving the n data network transmission information and the (Nn) registration information. It includes.

When the n voice network transmission information is received from the called party device 250, the registration information configuring unit 225 receives the n voice network received from the called party device 250 based on the determined registration interworking information. N registration information is configured by combining the transmission information and the n data network transmission information received from the wireless terminal 100 through the data communication network 240. If some configuration values of some of the n registration information are set to the data network server 200 (or a server affiliated with the data network server 200) or the called party device 250 (or the called party device 250), Registered with the server, the registration information unit 225 includes all configuration values by further combining some of the configuration values registered in the servers with some of the registration information. Properties can be configured.

Alternatively, some configuration values of some of the (Nn) registration information may be set in the data network server 200 (or a server affiliated with the data network server 200) or the called party device 250 (or called party device 250). ), The registration information configuring unit 225 further combines some of the configuration values registered in the servers with some of the (Nn) registration information to obtain all the configuration values. It is possible to configure (Nn) registration information included.

When the n registration information and the (Nn) registration information are configured, the registration processing unit 230 configures the N registration information by combining the n registration information and the (Nn) registration information, and the configured N The registration information is stored in the designated storage medium 180. Preferably, the registration processor 230 may store a specific storage medium 180 (eg, Bansa storage medium 180, card storage medium 180, and financial company storage) according to the service to be provided through the N registration information. The N pieces of registration information may be stored in a medium 180, a storage medium 180 of a PG, and a storage medium 180 of an operator providing a specified service using the N storage mediums 180). For example, the payment means information of the N registration information is preferably stored in the storage medium 180 of the card company or the storage medium 180 of the financial company. Alternatively, the registration processor 230 may separately register the N pieces of registration information on a plurality of storage media 180. In this case, which information is registered to which storage medium 180 among the N registration information may be selected by those skilled in the art. For example, customer information among the N registration information is registered in a storage medium 180 of a server managing a member, and payment means information among the N registration information is a storage medium 180 of a card company or a storage medium of a financial company. And may be stored at 180.

According to the present invention, the called party device 250 receives a call connection signal transmitted from the wireless terminal 100 of FIG. 1 through a voice call network 295 and receives a voice call channel with the wireless terminal 100. It is provided with a call connection unit 255 for connecting, and when the called device 250 is an ARS server, and sends an automatic response to the wireless terminal 100 through the voice call channel, the wireless terminal 100 ) May further include an automatic answering unit 260 for receiving a DTMF signal corresponding to the answering machine. The call connection unit 255 may connect a voice call channel connected to the wireless terminal 100 to a designated call center.

Referring to FIG. 2, the called party apparatus 250 includes n voices including some configuration values of each of the N registration information through the DTMF signal of the voice communication channel from the wireless terminal 100. A signal receiver 270 for receiving network transmission information, an information extraction unit 275 for extracting the n voice network transmission information from the DTMF signal, and the data communication network 240 and a voice communication network 295 The registration interlocking unit 280 for determining registration interlocking information for combining or verifying information to be separately registered and transmitting the n voice network transmission information and the registration interlocking information to the data network server 200 or the registration. An information exchanger 265 for receiving n data network transmission information including (Nn) registration information and other partial configuration values of the n voice network transmission information from the data network server 200 based on interworking information; To Equipped.

When the wireless terminal 100 and the voice call channel are connected through the call connection unit 255, the signal receiving unit 270 is configured in part of each of the N registration information in association with the call connection unit 255. A DTMF signal including n voice network transmission information including a value is detected. For example, the wireless terminal 100 transmits a DTMF signal including the n voice network transmission information after pre-transmission using a combination (eg, '** #') of a designated DTMF signal as a header signal. In this case, the signal receiver 270 may detect the header signal and detect a DTMF signal including the n voice network transmission information from the wireless terminal 100. Alternatively, when the called party device 250 is an ARS server, the wireless terminal 100 transmits the DT signal after using the DTMF signal, which is not used as a response signal of the autoresponder of the ARS server, as a header signal. The DTMF signal including voice network transmission information may be transmitted. In this case, the signal receiver 270 detects the header signal and transmits a DTMF signal including the n voice network transmission information from the wireless terminal 100. Can be detected.

When the signal receiver 270 receives n voice network transmission information through the DTMF signal of the voice call channel, the information extractor 275 extracts the n voice network transmission information from the DTMF signal, Classify by registration information.

If the wireless terminal 100 transmits the device identification information to the DTMF signal, the information extracting unit 275 may further extract the device identification information from the DTMF signal. Alternatively, when the wireless terminal 100 transmits the registration identification information to the DTMF signal, the information extraction unit 275 may further extract the registration identification information from the DTMF signal.

The registration interworking unit 280 may include device identification information allocated to the wireless terminal 100 (or the program module 125) and one or more registration identification information received from the wireless terminal 100. Determine. The registration interworking information may have a valid time for a predetermined time.

According to the first embodiment of the present invention, when the device identification information is extracted through the information extraction unit 275 or the device identification information can be confirmed based on the caller information of the call connection signal, the registration interlocking unit. 280 may determine the device identification information as the registration linkage information.

According to the second embodiment of the present invention, when the device identification information is received through the information extraction unit 275, the registration interworking unit 280 may determine the received registration identification information as the registration interworking information. have.

According to the third embodiment of the present invention, when the device identification information is received through the information extraction unit 275, the registration interworking unit 280 confirms the device identification information, and then registers the device identification information and registration. The registration interworking information may be configured to include or combine any one of identification information.

According to the fourth embodiment of the present invention, the registration interworking unit 280 may register registration identification information through a key exchange protocol (eg, an SRP protocol) agreed with the wireless terminal 100 (or the program module 125). Can be created dynamically.

According to one embodiment of the invention, the information exchange unit 265 is n voice network transmission information received from the wireless terminal 100 via the DTMF signal of the voice call network 295 and the determined registration interworking information May be transmitted to the data network server 200. In this case, the data network server 200 combines n data network transmission information and n voice network transmission information based on the registration interworking information to form n registration information, and then the n registration information and (Nn). Pieces of registration information are combined to allow the transaction to be processed.

According to another exemplary embodiment of the present invention, the information exchange unit 265 is based on the registration interlocking information, n corresponding to some other configuration value of the n voice network transmission information from the data network server 200 Data network transmission information, (Nn) registration information and registration interworking information can be received.

When the called server receives the n data network transmission information and the (Nn) registration information from the data network server 200 and combines the n data network transmission information and the n voice network transmission information, The registration interworking unit 280 maintains n data network transmission information, (Nn) registration information, and registration interworking information received from the data network server 200 for a predetermined valid time. If n voice network transmission information matching the registration interworking information is not received from the wireless terminal 100 to the called party device 250 during the valid time, the registration interworking unit 280 may receive the n data. Discard network transmission information, (Nn) registration information and registration interworking information.

Meanwhile, n data network transmission information received from the data network server 200 by matching the registration interworking information with the n voice network transmission information received by the called party device 250 and the registration interworking information is determined. If and (Nn) registration information is not confirmed, the registration interlocking unit 280 may maintain the n voice network transmission information and the registration interworking information for a certain valid time. If the n data network transmission information and (Nn) registration information are not received from the data network server 200 during the valid time, the registration interworking unit 280 registers with the n voice network transmission information. Discard the information.

Referring to FIG. 2, when the n data network transmission information and the (Nn) registration information are received from the data network server 200, the called party apparatus 250 may be configured based on the registration interworking information. A registration information unit 285 which combines n data network transmission information and n voice network transmission information to form n registration information, and a storage medium by combining the n registration information and (Nn) registration information. It is further provided with a registration processing unit 290 for processing to be stored in 180. On the other hand, the registration information configuration unit 285 and registration processing unit 290 may be provided in a server (or device) different from the device for receiving the n voice network transmission information, the present invention includes such an implementation method .

When the n data network transmission information and (Nn) registration information are received from the data network server 200, the registration information structuring unit 285 determines the data network server 200 based on the determined registration interworking information. N registration information is configured by combining the n data network transmission information received from the n voice network transmission information received from the wireless terminal 100 through the DTMF signal of the voice communication network 295. If some configuration values of some of the n registration information are set to the data network server 200 (or a server affiliated with the data network server 200) or the called party device 250 (or the called party device 250), Registered with the server, the registration information unit 285 further combines some of the configuration values registered in the servers with some of the n properties and includes all the configuration values. Properties can be configured.

Alternatively, some configuration values of some of the (Nn) registration information may be set in the data network server 200 (or a server affiliated with the data network server 200) or the called party device 250 (or called party device 250). ), The registration information construction unit 285 further combines some of the configuration values registered in the servers with some of the (Nn) registration information to obtain all the configuration values. It is possible to configure (Nn) registration information included.

When the n registration information and the (Nn) registration information are configured, the registration processing unit 290 combines the n registration information and the (Nn) registration information to obtain N registration information. And stores the configured N registration information in the designated storage medium 180. Preferably, the registration processing unit 290 is a specific storage medium 180 (eg, Bansa storage medium 180, card storage medium 180, credit company storage according to the service to be provided through the N registration information) The N pieces of registration information may be stored in a medium 180, a storage medium 180 of a PG, and a storage medium 180 of an operator providing a specified service using the N storage mediums 180). For example, the payment means information of the N registration information is preferably stored in the storage medium 180 of the card company or the storage medium 180 of the financial company. Alternatively, the registration processor 290 may separately register the N pieces of registration information on a plurality of storage media 180. In this case, which information is registered to which storage medium 180 among the N registration information may be selected by those skilled in the art. For example, customer information among the N registration information is registered in a storage medium 180 of a server managing a member, and payment means information among the N registration information is a storage medium 180 of a card company or a storage medium of a financial company. And may be stored at 180.

3 is a diagram illustrating an information registration process of the wireless terminal 100 using the data communication network 240 and the voice call network 295 according to an embodiment of the present invention.

In more detail, FIG. 3 illustrates the pre-input of N pieces of registration information through the program module 125 of the wireless terminal 100 shown in FIG. N n) registration information are transmitted to the data network server 200 through the data communication network 240, and n voice network transmission information is transmitted to the called party device 250 through the DTMF signal of the voice communication network 295. As shown in the drawings, a person of ordinary skill in the art to which the present invention pertains may refer to and / or modify this drawing 3 to implement various methods for the information registration process (e.g., some steps may be omitted, or It is possible to infer an implementation method in which the order is changed), but the present invention includes all the implementation methods inferred above, and the technical features are not limited to the implementation method shown in FIG. For example, FIG. 3 omits the membership registration / authentication and validity authentication process of the program module 125 for convenience. 3 shows that some configuration values of the registration information are associated with the data network server 200 (or the server affiliated with the data network server 200) or the called party device 250 (or the called party device 250). Server) is omitted for convenience, but the present invention can be embodied including the above-described configuration.

Referring to FIG. 3, the registration information determining unit 155 identifies N registration information items (300). If n 'registration information among the N registration information is stored in the medium or received through the data communication network 240 (305), the information acquisition unit 150 receives the n' registration information from the medium. Extraction or reception via the data communication network 240 (310), and the registration information determining unit 155 outputs an interface for inputting (N-n ') registration information to register the (N-n') registrations. Input information is processed (315). On the other hand, if there is no registration information stored in the medium or received through the data communication network 240 (305), the registration information determining unit 155 outputs an interface for inputting the N registration information to display the N registration information. Input processing (320).

The registration information determining unit 155 determines n data transmission information and (Nn) registration information to be transmitted through the data communication network 240 among the inputted N registration information, and through the voice call network 295. N pieces of voice network transmission information to be transmitted are determined (325).

The data network transmitter 165 transmits the n data network transmission information and the (Nn) registration information to the data network server 200 through the data communication network 240 (330), and the registration identification processor 160 ) Confirms the registration identification information through at least one of the methods described above with reference to FIG.

The voice network transmitter 175 checks whether a voice call channel is connected to the called party device 250 through the voice call network 295 (340), and if the called party device 250 and the voice call channel When connected (345), the n voice network transmission information is transmitted to the called party device 250 through the DTMF signal of the voice communication network 295, and the registration identification information may be further transmitted according to an implementation method. 350.

4 is a diagram illustrating an information registration process of the wireless terminal 100 using the data communication network 240 and the voice call network 295 according to another embodiment of the present invention.

In more detail, FIG. 4 shows data communication network 240 by inputting n data network transmission information and (Nn) registration information among N registration information in the program module 125 of the wireless terminal 100 shown in FIG. After transmitting to the data network server 200 through the voice communication channel between the wireless terminal 100 and the called device 250, the n voice network transmission information is inputted. A process of transmitting to the called party apparatus 250 through the DTMF signal of 295 is illustrated. If a person of ordinary skill in the art belongs to the present invention, the present invention will be described with reference to FIG. Various implementation methods (for example, some steps may be omitted or the order may be changed) for the information registration process may be inferred, but the present invention includes all the implementation methods inferred above, Degree Only the exemplary method is not limited that the technical features. For example, FIG. 4 omits the membership registration / authentication and validity verification process of the program module 125 for convenience.

Referring to FIG. 4, the registration information determining unit 155 checks N registration information items (400). If n 'registration information among the N registration information is stored in the medium or received through the data communication network 240 (405), the information acquisition unit 150 receives the n' registration information from the medium. The data is extracted or received through the data communication network 240 (410).

The registration information determining unit 155 checks or dynamically checks n properties items set to be separately transmitted (or transmitted) to the data communication network 240 and the voice call network 295 among the identified N properties information items. Determine (415).

The registration information determining unit 155 outputs an interface for inputting n data network transmission information and (Nn) registration information to be transmitted through the data communication network 240 among the n registration information (420), and the interface. The n data network transmission information and the (Nn) registration information are input through the input processing (425). If there is registration information extracted from the medium or received through the data communication network 240, the registration information determining unit 155 may select information corresponding to data network transmission information among the extracted (or received) registration information. It can be automatically entered into the interface.

The data network transmitter 165 transmits the n data network transmission information and the (Nn) registration information to the data network server 200 through the data communication network 240 (430), and the registration identification processor 160 ) Confirms the registration identification information through at least one of the methods described above with reference to FIG.

The voice network transmitter 175 checks whether a voice call channel is connected to the called party device 250 through the voice call network 295 (440). When connected (445), the registration information determining unit 155 outputs the n voice network transmission information by outputting an interface for inputting the n voice network transmission information to be transmitted through the voice communication network 295 of the n registration information Information is input (450), and the voice network transmitter 175 transmits the n voice network transmission information to the called party device 250 through the DTMF signal of the voice telephone network 295, According to the method, the registration identification information may be further transmitted (455).

5 is a diagram illustrating an information registration process using a data communication network 240 and a voice call network 295 according to an embodiment of the present invention.

In more detail, FIG. 5 shows the data communication network 240 of n data network transmission information and (Nn) registration information through the process shown in FIG. 3 or 4 in the wireless terminal 100 shown in FIG. And transmits the n voice network transmission information to the called party's device 250 through the DTMF signal of the voice communication network 295. The data network server shown in FIG. 200 shows a process of combining the n data network transmission information and the n voice network transmission information to configure n registration information, and then combining the n data network transmission information with the (Nn) registration information and storing the result in the designated storage medium 180. As those skilled in the art to which the present invention pertains, various implementation methods (e.g., some steps may be omitted or the order may be changed) with reference to and / or modification of the drawing 5 may be omitted. How to It may be inferred, but the present invention includes all the inferred implementation methods, and the technical features are not limited to the implementation method illustrated in FIG.

Referring to FIG. 5, if the N terminal transmits n data network transmission information and (N n) registration information through the data communication network 240 through the process shown in FIG. 3 or FIG. 4, the data is transmitted. The network server 200 receives the n data network transmission information and the (Nn) registration information through the data communication network 240 (500), and registers through at least one of the methods described in FIG. The interworking information is determined (505).

If the registration interworking information is determined (510), the data network server 200 maintains the n data network transmission information, the (Nn) registration information, and the registration interworking information for a predetermined valid time (515).

If n voice network transmission information matching the registration interworking information is not received from the called party device 250 until the valid time elapses (550), the data network server 200 is maintained. The n data network transmission information, the (Nn) registration information, and the registration interworking information are discarded (555).

Meanwhile, the called device 250 receives a call connection signal transmitted from the wireless terminal 100 through the voice call network 295 through the process illustrated in FIG. 3 or FIG. 4 and communicates with the wireless terminal 100. The voice call channel is connected (520).

If the wireless terminal 100 and the voice call channel are connected (525), the called device 250 receives the n voice network transmission information through the DTMF signal of the voice call channel, according to the implementation method Registration identification information may be further received (530). Thereafter, the called party device 250 determines registration interworking information through at least one of the methods described above with reference to FIG.

If the registration interworking information is determined (540), the called party device 250 transmits the n voice network transmission information and the registration interworking information to the data network server 200 (545), and the data network server. If the n voice network transmission information and the registration interworking information are received from the called party's device 250 before the valid time elapses (560), the received n voices are received based on the registration interworking information. Check n data network transmission information and (Nn) registration information matching network transmission information (565), and combine the n data network transmission information and n voice network transmission information for each property item by n After configuring the registration information (570), N registration information combining the n registration information and the (Nn) registration information is stored in the designated storage medium 180 (575). Thereafter, the N pieces of registration information stored in the storage medium 180 are used for various services using the registration information.

6 is a diagram illustrating an information registration process using a data communication network 240 and a voice call network 295 according to another exemplary embodiment of the present invention.

In detail, FIG. 6 shows n data network transmission information and (Nn) registration information in the wireless terminal 100 shown in FIG. 1 through the process shown in FIG. 3 or FIG. And transmits the n voice network transmission information to the called party device 250 through the DTMF signal of the voice calling network 295 through the DTMF signal of the voice calling network 295. 250 shows a process of combining the n data network transmission information and the n voice network transmission information to configure n registration information, and then combining the n data network transmission information with the (Nn) registration information and storing them in the designated storage medium 180. As those skilled in the art to which the present invention pertains, various implementation methods (e.g., some steps may be omitted or the order may be changed) may be described with reference to and / or modification of the present invention. How to Would be chuhal, the present invention is made, including any exemplary way in which the inference, to which the technical feature that is not limited to the exemplary method shown in the figure 6.

Referring to FIG. 6, when n data network transmission information and (Nn) registration information are transmitted from the wireless terminal 100 through the data communication network 240 through the process illustrated in FIG. 3 or 4, the data is transmitted. The network server 200 receives the n data network transmission information and the (Nn) registration information through the data communication network 240 (600), and registers through at least one of the methods described in FIG. The interworking information is determined (605).

If the registration interworking information is determined (610), the data network server 200 transmits the n data network transmission information, (Nn) registration information and registration interworking information to the called party device 250 ( In operation 615, the called party apparatus 250 maintains the n data network transmission information, the (Nn) registration information, and the registration interworking information for a predetermined valid time (620).

If the called party device 250 does not receive n voice network transmission information from the wireless terminal 100 until the valid time elapses (625), the called device 250 receives n data networks. The transmission information, (Nn) registration information, and registration interworking information are discarded (630).

Meanwhile, the called device 250 receives a call connection signal transmitted from the wireless terminal 100 through the voice call network 295 through the process illustrated in FIG. 3 or FIG. 4 and communicates with the wireless terminal 100. The voice call channel is connected (635).

If the wireless terminal 100 and the voice call channel are connected (640), the called party device 250 receives n voice network transmission information through the DTMF signal of the voice call channel. Registration registration information may be further received (645). Thereafter, the called party device 250 determines registration interworking information through at least one of the methods described above with reference to FIG. 2 (650).

If the registration interworking information is determined (655), the called party device 250 receives the n data network transmission information and (Nn) registration information matching the registration interworking information from the data network server 200. Check whether it was received (660).

If the n data network transmission information and (Nn) registration information have not been received from the data network server 200 (665), the called party apparatus 250 receives the n voice network transmission information and registration interworking information. 670 is maintained for a certain valid time (670).

If the n data network transmission information and (Nn) registration information are not received from the data network server 200 until the valid time elapses (675), the called party apparatus 250 receives the n number of data. The voice network transmission information and the registration interworking information are discarded (680).

On the other hand, if the n data network transmission information and (Nn) registration information are received from the data network server 200 before the registration interworking information is determined (or before the valid time elapses) (665), the called party device 250 determines n data network transmission information and (Nn) registration information matching the n voice network transmission information based on the registration interworking information (685), and the n data network transmission information and n N pieces of registration information are configured by combining the pieces of voice network transmission information for each property item (690), and then, N storage information combining the n properties and (Nn) properties is designated as a storage medium (180). In 669. Thereafter, the N pieces of registration information stored in the storage medium 180 are used for various services using the registration information.

100: wireless terminal 115: call connection processing unit
120: call channel connection 125: program module
130: membership registration / certification 135: program certification
140: device identification processing unit 145: some configuration value register
150: information acquisition unit 155: registration information determination unit
160: registration identification processing unit 165: data network transmission unit
170: encryption processing unit 175: voice network transmitting unit
180: storage medium

Claims (26)

In the information registration method using a data communication network and a voice communication network executed in a wireless terminal that can be connected to a data communication network and a voice communication network,
Transmission of data network to be transmitted through data communication network and voice network to be transmitted through voice communication network from n (1≤n≤N) separation target properties among N (N≥1) registration information to be registered in the designated storage medium Determining a specified one or more of the information;
Transmitting at least one of the specified data network transmission information separated from the n separated object registration information and (Nn) registered information not included in the n separated object registration information to the data network server through the data communication network; Second step; And
A third step of transmitting, through the voice call network, n voice network transmission information separated from the n pieces of target registration information when the voice call channel is connected to a called device connected to the data network server through the voice call network; ;;
The data network transmission information,
M (1≤m <M) configuration values among the M (M≥1) configuration values constituting each property,
The voice network transmission information,
M '(1≤m'≤ (Mm)) configuration values excluding the m configuration values included in the data transmission information among M configuration values constituting each property, and
The N registration information is stored in a designated storage medium, the information communication method using a data communication network and a voice call network.
2. The method according to claim 1,
And outputting the interface for inputting the N pieces of registration information to receive the N pieces of registration information.
2. The method according to claim 1,
When n '(1≤n'<N) registration information of the N registration information is stored in a medium or received through a data communication network, an interface for inputting (N-n ') registration information is output by outputting the ( Information registration method using a data communication network and a voice communication network, characterized in that receiving the N-n ') registration information.
2. The method according to claim 1,
Outputs an interface for inputting the (Nn) registration information and the n data network transmission information to receive the (Nn) registration information and the n data network transmission information;
The information registration method using the data communication network and voice communication network, characterized in that for receiving the n voice network transmission information.
2. The method according to claim 1,
When n '(1≤n'<N) registration information of the N registration information is stored in a medium or received through a data communication network, the n data network transmission information and (N- (n '+ n)) Outputting an interface for inputting registration information, and receiving the n data network transmission information and (N- (n '+ n)) registration information,
The information registration method using the data communication network and voice communication network, characterized in that for receiving the n voice network transmission information.
2. The method according to claim 1,
Some configuration values for i (1≤i≤N) registration information among the N registration information are registered in the data network server (or a server affiliated with the data network server), or the called party device (or the called party device). Affiliated server), an interface for inputting some other configuration values for the i properties and (Ni) properties is output to output the other partial configuration values for the i properties and (Ni) An information registration method using a data communication network and a voice communication network, characterized in that receiving registration information.
The method of claim 6, wherein the first step,
And n data network transmission information to be transmitted through the data communication network and n voice network transmission information to be transmitted through the voice communication network among the other partial configuration values of the i registration information and the (Ni) registration information. An information registration method using a data communication network and a voice communication network.
2. The method according to claim 1,
When the partial configuration values for j (1≤j≤ (Nn)) registration information among the (Nn) registration information are registered in a data network server (or a server affiliated with the data network server), the n data networks Outputting transmission information, some other configuration values for the j properties and (N- (n + j)) properties for inputting the interface information to output the n data network transmission information and the j properties Receive some configuration values and (N- (n + j)) properties,
The information registration method using the data communication network and voice communication network, characterized in that for receiving the n voice network transmission information.
2. The method according to claim 1,
When the partial configuration values for j (1≤j≤ (Nn)) of the (Nn) registration information are registered in the called party's device (or a server associated with the called party's device), the n data networks Outputting an interface for inputting transmission information and (N- (n + j)) registration information to receive the n data network transmission information and (N- (n + j)) registration information,
The information registration method using the data communication network and the voice communication network, characterized in that for receiving the n voice network transmission information and some other configuration value for the j registration information.
2. The method according to claim 1,
If some configuration values of k (1≤j≤n) properties of the n properties are registered in the data network server (or a server affiliated with the data network server), the other part of the k properties Outputs a configuration value, an interface for inputting (nk) data network transmission information and (Nn) registration information, and outputs some other configuration values for the k properties and (nk) data network transmission information and (Nn) Enter registration information,
The information registration method using the data communication network and the voice communication network, characterized in that receiving the n (or (nk)) voice network transmission information.
2. The method according to claim 1,
N (or (nk)) when some configuration values of k (1≤j≤n) of the n registration information are registered in the called party's device (or server affiliated with the called party's device) Outputting an interface for inputting the data network transmission information and (Nn) registration information, and receiving the n (or (nk)) data network transmission information and (Nn) registration information,
and n (or (nk)) voice network transmission information and some other configuration values for the k registration information.
2. The method according to claim 1,
Some configuration values of k (1≤j≤n) properties among the n properties are stored in a data network server (or a server affiliated with a data network server) or the called party's device (or a server affiliated with a called party's device). K) by outputting an interface for inputting configuration values to be transmitted through a data communication network, (nk) data network transmission information, and (Nn) registration information among the other configuration values for the k registration information. Inputs some other configuration values for (n) properties, (nk) data network transmission information, and (Nn) properties,
And among the other configuration values for the k registration information, a configuration value to be transmitted through the voice communication network and (nk) voice network transmission information are received.
The method according to claim 3 or 5,
Extracting the n 'registration information from the medium, or receiving the n' registration information through a data communication network.
The method according to claim 4 or 5 or 8 or 9 or 10 or 10 or 11 or 12, wherein the voice network transmission information,
It is input through the interface output before the voice call channel between the wireless terminal and the called device is connected and maintained until the voice call channel is connected, or
Is input through an interface output while a voice call channel is connected between the wireless terminal and the called device; or
A method of registering information using a data communication network and a voice call network, after the voice call channel is connected between the wireless terminal and the called device, in response to an automatic answer message received from the called device through the voice call channel; .
2. The method according to claim 1,
And n properties items for separating the data network transmission information and the voice network transmission information among the N registration information are dynamically determined.
The method of claim 15, wherein the second step,
And when the n registration information items of the N registration information are dynamically determined, transmitting a registration information identification index for identifying the n registration information to the data network server through the data communication network. Information registration method using voice call network.
The method of claim 15, wherein the third step,
And when the n registration information items of the N registration information are dynamically determined, the registration information identification index for identifying the n registration information is included in the DTMF signal of the voice call channel and transmitted. Information registration method using voice call network.
2. The method according to claim 1,
Dynamically determining m configuration values to be included in the data transmission information and m 'configuration values to be included in the voice transmission information among the n pieces of registration information for separating the data transmission information and the voice transmission information. An information registration method using a data communication network and a voice communication network.
The method of claim 18, wherein the second step,
When m configuration value items to be included in each data network transmission information are dynamically determined, a configuration value identification index for identifying the m configuration values is transmitted to the data network server through the data communication network. Information registration method using voice call network.
The method of claim 18, wherein the third step,
When m 'configuration value items to be included in each voice network transmission information are dynamically determined, data including the configuration value identification index for identifying the m' configuration values is included in the DTMF signal of the voice communication channel and transmitted. Information registration method using communication network and voice call network.
2. The method according to claim 1,
Method for registering information using a data communication network and a voice call network, characterized in that for transmitting the device identification information that uniquely identifies the wireless terminal (or a program module provided in the wireless terminal) to the data network server through the data communication network.
The method of claim 1,
Generating registration identification information for combining or verifying registration information separately transmitted through the data communication network and the voice communication network;
The second step comprises:
Transmitting the registration identification information to the data network server through the data communication network;
In the third step,
And registering the registration identification information in the DTMF signal of the voice call channel and transmitting the registration identification information.
The method of claim 1,
Receiving registration identification information for combining or verifying registration information separately transmitted through a data communication network and a voice communication network from the data network server through the data communication network;
In the third step,
And registering the registration identification information in the DTMF signal of the voice call channel and transmitting the registration identification information.
The method of claim 1,
Encrypting the n data network transmission information and (Nn) registration information using an encryption key exchanged (or distributed) with the data network server (or an authentication server affiliated with the data network server) through a data communication network. An information registration method using a data communication network and a voice call network, further comprising.
The method of claim 1,
The data network transmission information includes some configuration values of registration information,
And the voice network transmission information comprises some other configuration value of the registration information.
The apparatus of claim 1, wherein the called device is
A call connection signal including at least one of an ARS (Automatic Response Service) server, an Internet Protocol-Private Branch Exchange (IP-PBX), and a computer telephony integration (CTI), or at least one of the ARS server, an IP-PBX, and a CTI. The information registration method using a data communication network and a voice communication network, characterized in that comprises a device that is shared.

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