KR20070033598A - Method for Processing Data and Recording Medium - Google Patents

Abstract

The present invention relates to a computer-readable recording medium characterized by recording a data processing method and a program therefor, wherein at least one predetermined Internet telephone number managed by a VoIP network that processes data (or messages) is predetermined. Each data is assigned to at least one client homepage provided in the homepage provider server, and when predetermined caller communication means provided on the VoIP network sends predetermined data (or a message) for receiving the Internet telephone number as a receiving side. (Or a message) is transmitted to the VoIP network that processes the data (or message), and confirms the receiving party communication number included in the received data (or message) in the VoIP network, Side communication means unique number of the client In response to the Internet telephone number assigned to the home page, the received data (or message) may be received and processed by the client home page. Thereby, the VoIP network has an advantage of generating a predetermined revenue including the number allocation fee and / or number usage fee by allocating at least one Internet telephone number resource to the client homepage, wherein the homepage owner client is responsible for the homepage. There is an advantage of exchanging data (or message) by directly interworking with at least one caller communication means through an internet phone number assigned to the homepage provider server, and the homepage provider server provides an additional service corresponding to the internet phone number assigned to the homepage. There is an advantage of generating a predetermined profit.

Data processing

Description

Computer-readable recording medium characterized by recording a data processing method and a program therefor {Method for Processing Data and Recording Medium}

1 shows a preferred system configuration of a data (or message) processing system according to the present invention.

Figure 2 illustrates a preferred system for assigning a predetermined internet phone number to a client home page in accordance with an embodiment of the present invention.

3 is a diagram illustrating an information structure of a storage medium for linking and storing Internet telephone number information and homepage related information according to an embodiment of the present invention.

4A, 4B, and 4C illustrate a preferred method of assigning a predetermined Internet telephone number to a client home page according to an embodiment of the present invention.

5A, 5B, 5C, and 5D illustrate a preferred configuration diagram of a data (or message) transmission system for data (or message) processing according to an embodiment of the present invention.

6A and 6B illustrate preferred structures of data (or messages) according to an embodiment of the present invention.

7A and 7B illustrate a preferred embodiment of unstructured data (or message) in accordance with an embodiment of the present invention.

8A, 8B, 8C, 8D, and 8E illustrate preferred embodiments of structured data (or messages) in accordance with an embodiment of the present invention.

9 is a diagram illustrating a process of roaming and forwarding a message sent from a caller communication means to a VoIP network in a mobile communication network according to an embodiment of the present invention.

10A, 10B, 10C, and 10D illustrate preferred data structures of roaming data (or messages) according to an embodiment of the present invention.

11 is a diagram illustrating a preferred message transmission method for data (or message) processing according to an embodiment of the present invention.

12 is a diagram illustrating a process of roaming and forwarding a message sent from a caller communication means to a VoIP network in a mobile communication network according to an embodiment of the present invention.

13 illustrates a preferred message transmission method for data (or message) processing according to an embodiment of the present invention.

14A, 14B, 14C, 14D, and 14E are diagrams showing a preferred configuration of a data (or message) relay transmission system for data (or message) processing according to an embodiment of the present invention.

15 is a diagram illustrating a process of relaying data (or messages) received from a caller communication means in a VoIP network to a client homepage according to an embodiment of the present invention.

16A, 16B, 16C, 16D, and 16E illustrate preferred data structures of relay transmission data (or messages) according to an embodiment of the present invention.

17A and 17B illustrate preferred data (or message) relay transmission methods for data (or message) processing according to an embodiment of the present invention.

18 is a diagram illustrating a process of relaying data (or messages) received from a caller communication means in a VoIP network to a client homepage according to another exemplary embodiment of the present invention.

19A and 19B illustrate preferred data (or message) relay transmission methods for data (or message) processing according to an embodiment of the present invention.

20 is a diagram illustrating a process of relaying data (or a message) received from a caller communication means in a VoIP network to a client homepage according to another exemplary embodiment of the present invention.

21A, 21B, and 21C illustrate a preferred method of relaying data (or message) for data (or message) processing according to an embodiment of the present invention.

22 is a diagram illustrating a system configuration for retransmitting received data (or messages) to a data (or message) receiving system according to an embodiment of the present invention.

23A, 23B, 23C, 23D, and 23E illustrate preferred data structures of retransmission data (or messages) for retransmission to the home page owner client wireless terminal.

24 illustrates a method of retransmitting data (or message) received by a data (or message) relay transmission system according to an embodiment of the present invention.

25 is a diagram illustrating a system configuration for wirelessly forwarding data (or message) received by a data (or message) relay transmission system according to an embodiment of the present invention.

26A, 26B, 26C, 26D, and 26E illustrate preferred data structures of forwarding data (or messages) forwarding to at least one second client wireless terminal in a VoIP network.

27 illustrates a method of forwarding data (or message) received by a data (or message) relay transmission system according to an embodiment of the present invention.

28 illustrates a method of wirelessly forwarding data (or messages) received by a data (or message) relay transmission system to at least one or more second client wireless terminals according to an embodiment of the present invention.

29 is a diagram illustrating a system configuration for wired forwarding of data (or message) received by a data (or message) relay transmission system according to an embodiment of the present invention.

30 is a diagram illustrating a method of wired forwarding data (or message) received by a data (or message) relay transmission system to at least one or more second client communication means according to an embodiment of the present invention.

31 is a diagram showing a preferred configuration of a data (or message) receiving system for data (or message) processing according to an embodiment of the present invention.

32 is a view showing a process of receiving data (or message) in accordance with an embodiment of the present invention.

33A and 33B show a structure of a data (message) storage area (or post area) according to an embodiment of the present invention.

34 shows a preferred data (or message) reception method for data (or message) reception processing according to the embodiment of the present invention.

35A and 35B illustrate outputting received data (or a message) from a client homepage to which an Internet phone number is assigned according to an exemplary embodiment of the present invention.

36 is a diagram illustrating outputting received data (or a message) from a client homepage to which an Internet phone number is assigned according to another embodiment of the present invention.

37A and 37B illustrate outputting received data (or a message) from a client homepage to which an Internet phone number is assigned according to another exemplary embodiment of the present invention.

<Description of main parts of drawing>

100: sender communication means 105: data sender network means

110: caller communication network server 115: network interworking network means

120: data processing server 135: data processing network means

140: homepage provider server 145: storage medium

150: Internet telephone number assignment means 155: information storage means

160: data receiving side network means 165: client terminal

The present invention assigns each of at least one or more predetermined Internet telephone numbers managed by a VoIP network that processes data (or messages) to at least one or more client homepages provided in a predetermined homepage provider server, and is provided on the VoIP network. When predetermined caller communication means sends predetermined data (or message) to the receiving party, the data (or message) is transmitted to a VoIP network that processes the data (or message), and the VoIP network Confirms the receiving side communication means unique number included in the received data (or message), and if the receiving side communication means unique number corresponds to the Internet telephone number assigned to the client homepage, the received Data (or messages) from the client homepage It is to provide a computer-readable recording medium, characterized in that the data processing method characterized in that the reception processing to a program and a program therefor.

Wireless communication is to provide a two-way communication service during the movement and / or stop by wirelessizing at least one or more of the communication intervals, the wireless communication system provides a two-way mobile telephone service according to the characteristics of the information transmitted and received through the communication interval Is divided into a mobile telephone system and a wireless data communication system providing a two-way data communication service.

The mobile telephone system is characterized by providing a circuit-switched two-way voice call service on a cell basis, and divides and allocates the same frequency bands so that they do not overlap in time. At least one of a frequency division multiple access (FDMA) scheme and a code division multiple access (CDMA) scheme using spectrum spreading technology. This includes the above.

The wireless data communication system is characterized by providing a two-way wireless data communication service, using a circuit-switched wireless data communication system using the frequency channel of the conventional mobile telephone network as it is, and the frequency channel of the existing mobile communication network, A packet switched wireless data communication system including at least one method using a resting voice channel as a data communication channel and a method using a guard band region set between a voice channel and a voice channel of an existing mobile communication network as a data communication channel; At least one dedicated packet exchange method including at least one of Motorola's DataTAC method or Sweden's Ericsson's Mobitex method is included.

In Korea, three mobile communication companies (SKT / KTF / LGT) have already commercialized a mobile communication system that provides the CDMA-based mobile telephone system and a circuit-switched wireless data communication system. A dedicated packet-switched wireless data communication system is commercially available from AirMedia, Hanse Telecom, and Real Telecom.

Voice over Internet Protocol (VoIP) is based on at least one or more of the ITU-T H.323 standard and / or IETF Session Initiation Protocol (SIP) standard at least one or more connected to the VoIP network on the data-based Internet It provides voice and / or video telephony service between VoIP terminals, and also provides a voice telephony service through interworking with the wireless communication network and / or a general telephone network (PSTN) through a predetermined gateway.

However, conventional VoIP systems and / or VoIP based services for them are limited to voice and / or video telephony services, whereby the services may be added in addition to voice and / or video telephony services to activate the VoIP based services. It is difficult to provide services.

The present invention is derived to solve the above problems, at least one or more predetermined Internet telephone number managed by the VoIP network for processing data (or message) at least one or more clients provided in a predetermined homepage provider server The data (or message) is assigned to the home page, and predetermined data (or message) for sending the Internet telephone number to the receiving end is transmitted from a predetermined caller communication means provided on the VoIP network. Is transmitted to a VoIP network which processes a) and a unique number of the receiving side communication means included in the received data (or message) in the VoIP network. If it corresponds to the assigned Internet telephone number, Placed data (or message) to be the data processing method of a client website characterized in that the treatment to be received, and a computer-readable recording medium, characterized in that storing a program for this purpose.

A data processing method according to the present invention comprises: an Internet telephone number assignment step of allocating predetermined Internet telephone numbers to a plurality of homepages by predetermined Internet telephone number assignment means, respectively; A gateway on an Internet telephony network by linking and processing a plurality of Internet telephone number information allocated through the Internet telephone number assignment means in a predetermined information storage means and the home-related information provided in one-to-one correspondence with the plurality of Internet telephone number information. (Or storing information in a predetermined storage medium connected to the gatekeeper or the relay server); When a predetermined caller communication means sends predetermined data to the Internet telephone number, a gateway (or gatekeeper or relay server) on the Internet telephony network sends a unique number to the receiver side of the data sent by the caller communication means- An information confirmation step of confirming Internet telephone number-and confirming homepage related information stored in association with the identified communication means unique number-Internet telephone number-in association with the storage medium or the storage medium operating means; And a data processing step of providing the data to the homepage based on the identified homepage-related information from a gateway (or a gatekeeper or a relay server) on the Internet telephony network.

According to the present invention, the step of allocating the Internet phone number includes at least two or more Internet phone number list information that can be assigned to the homepage to the owner client of the homepage-a client who manages and / or operates the homepage or owns the homepage. Receive any one or two or more Internet phone number selection information that the user wants to assign to the homepage from among at least two or more internet phone numbers listed in the list information from the host client of the homepage, or from the host client of the homepage. And receiving at least one or more Internet phone number information desired to be assigned to the home page.

Here, the step of allocating the Internet phone number may be associated with a server on a communication network managing the Internet phone number resource or with a storage medium (or storage medium operating means) for storing Internet phone number resource information that can be allocated to the homepage. The method may further include an information checking step of confirming whether or not the at least one internet phone number desired to be allocated to the homepage selected or provided by the host client of the homepage is available.

According to the present invention, the step of allocating the Internet phone number may include: connecting the homepage owner client to which the Internet phone number is assigned to a client who manages and / or operates the homepage or owns the homepage. Characterized in that it further comprises a membership processing step of processing the predetermined communication means membership application reception required for the telephone number assignment.

According to the present invention, the step of allocating the Internet phone number may include: connecting the homepage owner client to which the Internet phone number is assigned to a client who manages and / or operates the homepage or owns the homepage. And a settlement processing step of processing a predetermined amount of money corresponding to the telephone number assignment.

According to the present invention, the homepage-related information stored in the storage medium includes the homepage address information and the Internet telephone number assigned to the homepage among at least one information storage area (or posting area) provided in the homepage. Storage area (or posting area) information for storing (or posting) data received, processing condition (or policy) information for data received using the Internet telephone number assigned to the home page as a receiving side, and homepage owner information. And at least one client information managing and / or operating the homepage or owning the homepage.

Here, the processing condition (or policy) information of the data received using the Internet telephone number assigned to the home page as the receiving side is a specific sender (or calling party communication) among the data received using the Internet telephone number assigned to the home page as the receiving side. Process condition (or policy) information to provide only the data sent from the number) to the homepage, and data received from a specific sender (or calling party's communication number) among data received using the Internet telephone number assigned to the homepage as a receiving side. Data sent from a specific sender (or caller's communication number) among the data received from the processing condition (or policy) information to be treated as spam data and the Internet phone number assigned to the home page to the receiving party is sent to the home page. The homepage owner owns wireless terminal and / or provides Or data sent from a specific sender (or caller's communication number) of processing condition (or policy) information to be transmitted to the homepage owner-owned Internet telephone, and data received using the Internet telephone number assigned to the homepage as a receiving side. The processing condition (or policy) information provided to the homepage and automatically forwarded to a second preset homepage, and data received by receiving the Internet telephone number assigned to the homepage as a receiving party. Data sent from the webpage) is provided to the homepage, and the processing condition (or policy) information to be transmitted to at least one or more preset second client wireless terminals and / or second internet phones, and the Internet allocated to the homepage. Receive the phone number as the receiver Processing condition (or policy) information for processing the included caller information and / or the calling (or receiving) time information, and the CallBackURL information included in the received data using the Internet telephone number assigned to the home page as a receiving side. And at least one of processing condition (or policy) information and processing condition (or policy) information for virus inspection of data received using the Internet telephone number assigned to the home page as a receiving side.

According to the present invention, the information storing step further includes storing and / or operating the homepage owner-the homepage or the client-owned wireless terminal information and / or internet telephone information owning the homepage in the storage medium. It is characterized by.

According to the present invention, in response to a request of the homepage owner-a client who manages and / or operates the homepage or owns the homepage-in a homepage provider server providing the homepage, the caller communication means corresponds to the data. And further comprising a data transmission step of transmitting the predetermined reply data.

According to the present invention, the data may include at least one of an image, a photo, a video, an animation, a voice, a sound, a text message, and a multimedia message.

According to the present invention, at least one or more wireless terminals and / or internet telephones are in response to a request of the homepage owner-a client who manages and / or operates the homepage or owns the homepage in a homepage provider server providing the homepage. And further comprising a data transmission step of forwarding the data.

According to the present invention, a homepage owner owning wireless terminal and / or internet at the homepage provider server providing the homepage, at the request of the homepage owner-a client who manages and / or operates the homepage or owns the homepage. And a data transmission step of forwarding the data to a telephone.

On the other hand, the present invention is characterized in that it comprises a recording medium recording a program for executing at least one or more data processing methods described above.

Hereinafter, with reference to the accompanying drawings and description will be described in detail the operating principle of the preferred embodiment of the present invention. However, the drawings and the following description shown below are for the preferred method among various methods for effectively explaining the features of the present invention, the present invention is not limited only to the drawings and description below. In addition, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. Terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to intentions or customs of users or operators. Therefore, the definition should be based on the contents throughout the present title.

In addition, preferred embodiments of the present invention to be carried out below are provided in each system functional configuration to efficiently describe the technical components constituting the present invention, or system functions that are commonly provided in the technical field to which the present invention belongs. The configuration will be omitted, and described mainly on the functional configuration to be additionally provided for the present invention. If those skilled in the art to which the present invention pertains, it will be able to easily understand the function of the components that are conventionally used among the omitted functional configuration not shown below, and also the configuration omitted as described above The relationship between the elements and the components added for the present invention will also be clearly understood.

Each means constituting the present invention is a program (e.g., a unique function of each means) recorded on a recording medium provided in a predetermined server (or apparatus) according to the unique characteristics (or roles) defined in the means. Or a program including at least one function unit (Function) for performing a role), and / or configured as an independent server performing a unique function defined in the means (e.g., between predetermined servers). It is possible to constitute a plurality of server systems that are interoperable with each other through the interface, and the preferred embodiment of the present invention, which is implemented below, is a method in which the means are provided in a predetermined server to efficiently explain the technical components of the present invention. It will be described as being carried out through a program (and / or a plurality of servers interoperable) recorded on the recording medium provided, but the means The manner of implementation is not limited to the case of the following examples.

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 shows a preferred system configuration of a data (or message) processing system according to the present invention.

In more detail, FIG. 1 illustrates a communication network corresponding to the caller communication means 100 including the caller communication means 100 and the caller communication network server 110, the data processing server 120, and / or the storage medium 145. A homepage provider server including a communication network for processing data (or messages), including a client terminal 165, a homepage provider server 140, an internet phone number assignment means 150, and / or an information storage means 155. 140 is a preferred system configuration of a data (or message) processing system, characterized in that it comprises a network, if one of ordinary skill in the art to which the present invention belongs, with reference to this figure 1 The communication network corresponding to the caller communication means 100 according to the embodiment, the communication network processing the data (or message), and the home page provider server 140 side. By referring to the network-related standards for the network, etc., the omitted elements may be clearly inferred, and the method of interfacing between the omitted elements in the communication network and the components for achieving the present invention may be easily inferred. As such, it will be appreciated that the technical features of the present invention are not limited thereto.

The network of the homepage provider server 140 is a communication network including a wired section based on Transmission Control Protocol / Internet Protocol (TCP / IP) corresponding to the seventh layer of Open System Interconnection (OSI). A web server providing at least one information or data based on a transfer protocol, and a client terminal 165 receiving at least one information or data from the web server. 165 and the web server are preferably connected to a communication channel for providing the information or data through the network means 160 for receiving data (or messages).

Those skilled in the art to which the present invention pertains (for example, the conventional wired Internet) will clearly understand the detailed network structure and communication protocol for the homepage provider server 140 side network, and thus the detailed description thereof is provided for convenience. Omitted and additional technical characteristics of the homepage provider server 140 side network (eg, the homepage provider server 140 side network provides peer-to-peer (P2P) or distributed networking). It is apparent that the present invention is not limited by the characteristics and the like).

The homepage provider server 140 is a web server that provides a homepage to at least one or more client terminals 165 based on the HTTP on the network of the homepage provider server 140 and a predetermined homepage to the client terminal 165. In addition to providing a function, when predetermined data (or message) is received from the server on the communication network processing the data (or message) to the client home page, providing the received data (or message) to the client home page. It is characterized by.

According to one embodiment of the present invention, the home page provider server 140 is a portal web server and / or at least one web server interworking with the portal web server, and the home page provided in the home page provider server 140 is It is preferable to include at least one or more blog (Blog) and / or personal homepage and / or minihompy.

Those skilled in the art to which the present invention pertains (eg, related to wired internet and website related arts), have detailed attributes and technical features on the blog and / or personal homepage and / or minihompy. It will be clearly understood that the detailed description thereof is omitted for convenience, and additional technical features (eg, the blog and / or personal homepage and / or mini) for the blog and / or personal homepage and / or minihompy, etc. It is apparent that the present invention is not limited by the characteristics such as homepage and the like for providing wired / wireless interworking services through the wireless Internet.

According to another exemplary embodiment of the present invention, the homepage provider server 140 is registered as a search target in the portal web server and / or cooperates with the portal web server for processing data (or messages) according to the present invention. One or more personal homepages and / or corporate (or institutional) homepage operating web servers, wherein the homepage provided in the homepage provider server 140 is operated by a personal homepage and / or an enterprise (or an institution) operated by a general person. It is preferable to include at least one or more corporate homepage.

Those skilled in the art to which the present invention pertains (for example, related fields of wired internet and websites) are registered as a search object in the portal web server, and / or the portal web server and the present invention. The detailed attributes and technical characteristics of the personal homepage and / or the corporate (or institutional) homepage affiliated for the processing of data (or messages) will be clearly understood, so the detailed description thereof is omitted for convenience and the personal homepage and / or the company ( Or the institution) It is apparent that the present invention is not limited by the additional technical characteristics of the homepage.

According to another exemplary embodiment of the present invention, the homepage provider server 140 is at least one personal homepage and / or an enterprise (or institution) homepage operating web server affiliated with the data processing server 120. The homepage provided in the provider server 140 preferably includes at least one personal homepage operated by a general person and / or a corporate homepage operated by a company (or an institution).

Those skilled in the art to which the present invention pertains (for example, related to wired Internet and website related fields), should cooperate with the data processing server 120 to process data (or messages) according to the present invention. The detailed attributes and technical characteristics of the personal homepage and / or the corporate (or institutional) homepage will be clearly understood, and thus the detailed description thereof will be omitted for convenience. It is apparent that the present invention is not limited.

According to an embodiment of the present invention, the homepage provider server 140 may further include a data processing server 120 provided on a communication network that processes the data (or message) in addition to the function of operating and managing a homepage as described above. A function for receiving a predetermined message including a predetermined receiving-side communication means unique number (internet telephone number), and processing to receive the received data (or message) at the home page to which the internet telephone number is assigned. It is preferable to comprise a.

According to the present invention, a predetermined internet telephone number assigned to a predetermined client homepage among at least one or more client homepages provided in the homepage provider server 140 is received by the receiving party to process the received data (or message). The data (or message) received from the communication network is received, including predetermined data (or message) storage area (or posting area) information in which the data (or message) is to be stored (or posted) in the client homepage. It is characterized by.

According to an embodiment of the present invention, the data (or message) storage area (or post area) information is a data processing network means provided between the communication network for processing the data (or message) and the home page provider server 140. It is preferably included in the predetermined relay transmission protocol defined at 135 and received by the homepage provider server 140.

According to another embodiment of the present invention, when the data processing network means 135 provided between the communication network for processing the data (or message) and the home page provider server 140 supports the HTTP protocol, the data ( Or message) storage area (or posting area) information is included in an action attribute among FORM elements of a predetermined form corresponding to the HTTP protocol, and is received by the homepage provider server 140. In this case, the data (or message) is received by being included in a text attribute and / or TEXTAREA element of the IMNPUT element of the form form, or the communication network and the homepage provider server for processing the data (or message). 140 may be included in the defined predetermined relay transmission protocol.

The client terminal 165 is the homepage owner client terminal 165 accessing a predetermined homepage provided in the homepage provider server 140 based on the HTTP on the homepage provider server 140 side network. In addition to a function of accessing a predetermined homepage provided in the provider server 140 and receiving at least one hypertext based webpage from the homepage, the data processing provided on a communication network processing the data (or message). The server 120 outputs the received data (or message) by using the Internet telephone number assigned to the home page to the data (or message) receiving side.

According to an exemplary embodiment of the present invention, the client terminal 165 accesses a predetermined homepage provided in the homepage provider server 140 and at least one or more for receiving hypertext based information or data from the homepage. It is preferable that a web browser (eg, Internet Explorer from Microsoft, Netscape Navigator, etc.) is provided. Those skilled in the art to which the present invention pertains will clearly understand the technical features of the web browser, so a detailed description thereof will be omitted for convenience, and the hypertext-based information or data may be provided from the homepage. It is apparent that the present invention is not limited by the additional technical characteristics of the web browser.

According to another exemplary embodiment of the present invention, the client terminal 165 may include at least one web browser and the web for receiving hypertext based information or data from a predetermined homepage provided in the homepage provider server 140. It is preferable that at least one plug-in program interworking with the browser is provided. Those skilled in the art to which the present invention pertains will clearly understand the technical features of the respective plug-in programs corresponding to the homepage, so a detailed description thereof will be omitted for convenience, and each plug-in interoperating with the web browser will be described. It is apparent that the present invention is not limited by the additional technical features of the program.

According to an embodiment of the present invention, the client terminal 165 may further include a data processing server provided on a communication network that processes the data (or message) in addition to a function of receiving hypertext based information or data from the homepage. When at least one data (or message) is received from 120, the received at least one data (or message) may be transmitted to a web document corresponding to HTTP (eg, Hyper-Text Markup Language (HTML), XML (eXtensible). Markup Language, etc.) is preferably received and output.

The Internet telephone number assignment means 150 assigns a predetermined Internet telephone number to a predetermined homepage provided in the homepage provider server 140, and the homepage through the Internet telephone number assignment means 150. When a predetermined Internet telephone number is assigned, predetermined data (or message) transmitted from the caller communication means 100 on the communication network corresponding to the caller communication means 100 processes the predetermined data (or message). It is received by the homepage through a communication network.

According to the embodiment of the present invention, the Internet telephone number assignment means 150 is provided in the home page provider server 140 or in a web server (for example, a portal web server) interworking with the home page provider server 140. It is preferably provided as a separate server.

According to an embodiment of the present invention, the Internet telephone number assignment means 150 may be assigned to the homepage of the homepage client (for example, a client who manages and / or operates the homepage or owns the homepage). Provide at least two internet phone number list information, and receive from the host client of the home page any one or two or more internet phone number selection information which are desired to be assigned to the home page among at least two or more internet phone numbers listed in the list information, or And a function configuration for receiving at least one or more Internet phone number information desired to be assigned to the home page from the host client of the home page.

In addition, the Internet telephone number assignment means 150 is connected to a server on a communication network for managing the Internet phone number resources (for example, a communication network for processing data (or messages)) or an Internet phone number resource assignable to the home page. In connection with a storage medium 145 (or a storage medium 145 operating means) for storing information, whether or not to use at least one or more Internet telephone numbers desired to be assigned to the home page selected or provided by the host client of the home page. It is preferable to include the functional configuration to confirm.

In addition, the Internet phone number assignment means 150 is a function of processing a predetermined communication means membership registration application request required for the Internet phone number assignment on the homepage in association with the homepage owner client to which the Internet phone number is assigned. It is preferable to comprise a structure.

In addition, the Internet telephone number assignment means 150 includes a function configuration for processing a predetermined amount of payment corresponding to the Internet telephone number assignment on the home page in association with the homepage owner client to which the Internet phone number is assigned. It is preferable.

The information storing means 155 is assigned the predetermined Internet telephone number information when the predetermined telephone number is allocated to the predetermined homepage provided in the homepage provider server 140 by the Internet telephone number assignment means 150. And the homepage related information are stored in a predetermined storage medium 145.

According to the method of the present invention, the information storing means 155 is provided in the home page provider server 140 or in a web server (for example, a portal web server) interworking with the home page provider server 140 or In addition, the Internet telephone number assignment means 150, or may be provided as a separate server, and / or may be provided on a communication network for processing the data (or messages).

According to an embodiment of the present invention, the homepage-related information is received by the homepage address information and the Internet telephone number assigned to the homepage from among at least one or more information storage areas (or posting areas) provided on the homepage. Storage area (or posting area) information in which a message is to be stored (or posted), processing condition (or policy) information of data (or message) received using the Internet telephone number assigned to the home page as a receiving side, and owner of the home page. It is preferable to include at least one information.

The storage medium 145 stores and stores internet phone number information allocated to at least one home page and information related to each home page to which the internet phone number is assigned.

According to an embodiment of the present invention, the storage medium 145 is preferably provided on a communication network for processing the message, and / or some of the storage information stored in the storage medium 145 according to the intention of the person skilled in the art The home page provider server 140 may be stored on the network, and the present invention is not limited thereto.

The data processing server 120 receives a request for processing the data (or message) requested by the server on the communication network corresponding to the sender communication means 100 (for example, the communication network corresponding to the sender communication means 100). When predetermined roaming data (or message) data is received from a server on the server, the receiver communication means unique number (Internet telephone number) of the data (or message) sent by the sender communication means 100 is checked. Check the receiving side communication means unique number of the data sent from the caller communication means 100-Internet telephone number-and in connection with the storage medium 145 or the operating means of the storage medium 145, the identified Internet Check the homepage related information stored in association with the phone number and return to the homepage based on the homepage related information confirmed through the information verification process. Characterized in that the data is provided.

According to an embodiment of the present invention, the data processing server 120 is a unique message receiving side communication means unique number from the caller communication network server 110 provided on the communication network corresponding to the caller communication means 100 (Internet telephone) A function of receiving a predetermined message including a number) and a unique number of a receiving side communication means included in the received data (or message) in association with the storage medium 145 or the operating means of the storage medium 145. Internet telephone number information matching the Internet telephone number), a function of extracting the homepage related information associated with the Internet telephone number information from the storage medium 145, and the reception based on the homepage related information It is preferable to include a function for providing a message to the home page provider server 140.

According to an embodiment of the present invention, the data processing server 120 functions as the data processing server 120 on the data (or message) related server provided on the communication network that processes the data (or message). It is preferable to be implemented by adding a configuration, and / or provided as a separate server having a functional configuration of the data processing server 120 as described above.

According to an embodiment of the present invention, the data processing server 120 provided on the communication network processing the data (or message) and the homepage provider server 140 provided on the network of the homepage provider server 140 may be It is preferred to be connected via some data processing network means 135.

The caller communication means 100 generates (or inputs) predetermined data (or a message) on a communication network corresponding to the caller communication means 100, and sends the generated (or input) data (or message) to the data. The homepage via predetermined data (or message) originating network means 105 (e.g., network components constituting a communication network corresponding to the sender communication means 100) corresponding to a communication network processing a message (or a message). Characterized in that the home page provider server 140 on the network of the home page provider server 140, the outgoing data (or message) to the home page assigned a predetermined Internet phone number on the network of the provider server 140 side; Internet telephone number assigned to at least one homepage provided in the predetermined data (or message) receiving side communication means unique number (inter Net phone number).

According to one embodiment of the invention, the sender communication means 100 is provided with a function to generate (or input) a predetermined data (or message) through the communication network corresponding to the sender communication means 100 Personal Communication System (PCS) and / or Global System for Mobile communications (GSM) terminals and / or Personal Digital Cellular (PDC) and / or Personal Handyphone System (PHS) terminals and / or personal It is preferable to include at least one or more wireless terminals (eg, mobile communication terminals) including a personal digital assistant (PDA) and / or a smart phone and / or telematics.

In addition, the sender communication means 100 generates (or inputs) predetermined data (or a message) on a communication network that processes the data (or a message), and generates the generated (or input) data (or a message). The home page provider via predetermined data (or message) originating network means 105 (e.g., network components constituting a communication network for processing data (or messages)) corresponding to a communication network for processing data (or messages). And transmits to the homepage to which a predetermined Internet telephone number is assigned on the network of the server 140, and the outgoing data (or message) is transmitted to the homepage provider server 140 on the network of the homepage provider server 140. Internet telephone number assigned to at least one homepage provided as a unique number of the predetermined communication means It is characterized by.

According to another exemplary embodiment of the present invention, the caller communication means 100 has a function of generating (or inputting) predetermined data (or message) and transmitting the call through a communication network corresponding to the caller communication means 100. At least one predetermined data (or message) sending server and / or data (or message) sending device is preferably included.

According to another exemplary embodiment of the present invention, the caller communication means 100 has a function of generating (or inputting) predetermined data (or a message) and transmitting the call through a communication network corresponding to the caller communication means 100. Preferably, the client terminal 165 and / or at least one program for sending data (or messages) included in the client terminal 165 are included. The client terminal 165 and / or the client terminal A program for sending data (or message) included in 165 transmits the data (or message) directly through a communication network corresponding to the sender communication means 100, and / or the data (or message) sending server. And / or send in conjunction with a data (or message) sending device.

The caller communication network server 110 receives at least one or more data (or messages) sent from the caller communication means 100 on a communication network corresponding to the caller communication means 100, and is included in the data (or message). After reading the receiving communication means unique number (Internet telephone number), the received data (or message) roams to the communication network corresponding to the receiving communication means unique number (Internet telephone number) in response to the reading result and transmitted. Characterized in that.

According to an embodiment of the present invention, the caller communication network server 110 responds to the read result of the unique communication means (Internet telephone number) included in the data (or message) on the homepage provider server 140 side. Data for managing an Internet phone number assigned to at least one home page provided on a network, and receiving the Internet phone number assigned to the home page from among data (or messages) roamed from the sender communication network server 110. It is preferable to relay the message (or message) to the data processing server 120 provided on the communication network which processes the data (or message) relayed to the homepage provider server 140 provided with the homepage.

According to the embodiment of the present invention, the data processing server provided on the communication network for processing the data (or message) and the sender communication network server 110 provided on the communication network corresponding to the sender communication means ( 120 is preferably connected via a predetermined network interworking network means (115).

Figure 2 illustrates a preferred system for assigning a predetermined internet phone number to a client home page in accordance with an embodiment of the present invention.

More specifically, FIG. 2 shows a number assignment for the homepage provider server 140 to assign a homepage operation server that operates at least one or more client homepages, and a predetermined Internet telephone number for data (or message) transmission and reception to the client homepage. In the case of the server 200 and the information storage server 270 for storing the predetermined plurality of Internet phone number information and each home page related information in a predetermined storage medium 145, the predetermined client The present invention relates to a preferred Internet telephone number system for assigning and managing a predetermined Internet telephone number to a homepage. If the person of ordinary skill in the art belongs to the present invention, the homepage provider server 140 may refer to FIG. Consisting of one or two server systems, or three Various implementation methods consisting of more than one server system can be easily inferred, whereby the present invention is not limited.

For example, the homepage providing server of the Internet telephone number assignment system of FIG. 2 will be described in correspondence with a dog doll website providing server such as a blog and / or a mini hompy operated by a portal. The homepage operation server corresponds to a web server operating a blog / minihompy in the portal, and the number assignment server 200 corresponds to a server for allocating a predetermined internet phone number to the blog / minihompy in the portal. The information storage server 270 connects the Internet telephone number information allocated to the blog / mini-hompy by the number assignment server 200 in the portal to the blog / mini-hompy-related information in a predetermined storage medium ( 145) to the server to store.

In addition, when the homepage providing server of the Internet telephone number assignment system is described corresponding to a website providing server operated by an individual and / or an enterprise (or an institution), the homepage operating server is a web server operating the website, The number assignment server 200 corresponds to a number assignment module for assigning a predetermined Internet telephone number to the website in the web server, and the information storage server 270 is assigned by the number assignment module in the web server. The Internet telephone number information is stored in a predetermined storage medium 145 in association with website-related information.

Referring to FIG. 2, the homepage operation server operates at least one client-owned homepage, and Hyper-Text Transfer Protocol (HTTP) based on Transmission Control Protocol / Internet Protocol (TCP / IP) on the Internet. At least one web server program for operating the home page corresponding to the at least one information (or data) and / or for providing a home page service to at least one client terminal 165 in association with the web server program. A database storing content and / or web sources, and / or storing at least one or more information (or data) and / or content registered (or stored) from at least one or more client terminals 165 while operating the home page. DBMS (Database Manager) containing storage (or publishing) for storage ent system).

Those of ordinary skill in the art of homepage technology to which the present invention pertains will clearly understand the technical characteristics of at least one web server program constituting the homepage operation server and the DBMS interworking with the web server program.

Referring to FIG. 2, the number assignment server 200 allocates a predetermined Internet telephone number to at least one homepage provided in the homepage operation server, and at least one client terminal 165 for this purpose. A web interface unit 205 for providing a predetermined Internet telephone number assignment interface corresponding to HTTP based on the TCP / IP, and a predetermined internet phone in the client-owned homepage in cooperation with the web interface unit 205. Internet number assignment unit 210 for assigning a number is made.

In addition, the number assignment server 200 provides at least two pieces of Internet phone number list information that can be allocated to the home page when the Internet phone number assignment unit 210 allocates a predetermined Internet phone number to the client-owned homepage. At least one or more Internet phone number selection information desired to be assigned to the home page among at least two or more Internet phone numbers listed in the list information, or at least one desired to be assigned to the home page from the client. Preferably, the information transmitting / receiving unit 215 for receiving the above-mentioned Internet telephone number information is provided.

In addition, the number assignment server 200 is associated with a server on a communication network that manages the Internet phone number resources, when the Internet phone number assignment unit 210 assigns a predetermined Internet phone number to the client-owned homepage, or Assigned to the homepage selected or provided by the host client of the homepage in association with a number resource management D / B 250 (or a number resource management server 255) that stores internet telephone number resource information assignable to the homepage. Preferably, the information confirmation unit 220 confirms whether or not at least one Internet phone number is desired.

In addition, the number assignment server 200 is linked to the client terminal 165 to which the Internet phone number is assigned in the case where the Internet phone number assignment unit 210 allocates a predetermined Internet phone number to the client-owned homepage. It is preferable that the homepage is provided with a subscription processing unit 225 for processing a predetermined communication means subscription request required for the Internet phone number assignment.

In addition, the number assignment server 200 is linked to the client terminal 165 to which the Internet phone number is assigned in the case where the Internet phone number assignment unit 210 allocates a predetermined Internet phone number to the client-owned homepage. It is preferable that the home page is provided with a settlement processor 230 for processing a predetermined amount of money corresponding to the Internet telephone number assignment.

Assigning a predetermined Internet telephone number to a predetermined homepage provided in the homepage operation server is preferably performed at the request of the homepage owner client, and is preferably a number preferred by the homepage owner client among a plurality of communication means unique numbers. It is preferable to assign.

As described above, for the interaction between the homepage owner client and the number assignment server 200, the web interface unit 205 may transmit at least one client notification information related to the number assignment to the client terminal 165 of the homepage owner client. And / or provide at least one user interface associated with the number assignment (eg, a web document or web page including a FORM form for transmitting and receiving information associated with the number assignment), and / or the user interface It is characterized in that for receiving at least one or more information (or data) related to the number assignment from the client terminal 165 through.

According to an embodiment of the present invention, the web interface unit 205 provides client notification information and / or user interface related to the number assignment to the client terminal 165 as described above in response to HTTP based on TCP / IP. And / or a predetermined web server program and DBMS for providing and / or receiving at least one or more information (or data) related to the number assignment from the client terminal 165.

The Internet telephone number assignment unit 210 effectively allocates each Internet telephone number to at least one or more homepages provided in the homepage operation server in association with the web interface unit 205 and the allocated Internet phone number information. It is characterized in that the control and management of storing in association with the homepage related information.

According to an exemplary embodiment of the present invention, the Internet telephone number assignment unit 210 may provide at least two pieces of Internet telephone number list information that the information transmitting / receiving unit 215 may assign to the home page in order to realize the above technical features. Via the web interface unit 205 to the client terminal 165 corresponding to the home page owner client to which the Internet telephone number is assigned, and / or from the client terminal 165 at least two or more internets listed in the list information. It is preferable to control and manage to receive any one or two or more Internet phone number selection information desired to be assigned to the homepage among the phone numbers, and through this, the Internet phone number assignment unit 210 allows the homepage owner client to access the homepage. Selected (or entered) internet to assign to It acquires the phone number information.

In addition, the Internet telephone number assignment unit 210, the Internet phone number obtained by the information confirmation unit 220 through the information transmission and reception unit 215 to realize the technical features as described above to the client homepage It is preferable to control and manage that the validity can be assigned, through which the Internet telephone number assignment unit 210 assigns a valid Internet telephone number to the client homepage.

In addition, the Internet telephone number assignment unit 210 is a member of a predetermined communication means required for the member registration processing unit 225 to assign a predetermined Internet telephone number to the client homepage in order to realize the above technical feature. It is preferable to control and manage the processing of subscription application reception, and through this, the Internet telephone number assignment unit 210 manages some (or all) of the Internet telephone number information to be allocated to the client homepage and the client homepage related information. You get it.

In addition, the Internet telephone number assignment unit 210 is a predetermined amount (for example, the Internet telephone number, the settlement processing unit 230 corresponding to the Internet telephone number assignment to the client homepage in order to realize the technical feature as described above) Allocation fee, and / or Internet phone number usage fee), and the Internet phone number assignment unit 210 is configured to correspond to the Internet phone number assigned to the client homepage. The amount of will be settled by billing and payment processing.

According to the implementation method of the present invention, the Internet telephone number assignment unit 210 interoperates with the homepage operation server that operates a homepage to which a predetermined Internet telephone number is assigned to realize the above technical features, and / or It is preferable to link with the information storage server 270 that is stored in a predetermined storage medium 145 in association with the Internet phone number information and the homepage related information.

The information transmitting / receiving unit 215 stores the number list management D / B 240 and / or the number list management, which stores at least one or more Internet phone number list information assignable to at least one home page provided in the homepage operation server. In conjunction with the number list management server 245 operating the D / B (240) extracts at least two or more Internet phone number list information that can be assigned to a predetermined client home page, and the Internet phone via the web interface unit 205 Provide number list information to the client terminal 165, and receive predetermined Internet telephone number selection information and / or input information corresponding to the Internet telephone number list information from the client terminal 165, The Internet telephone number selection information and / or input information received through the information transmitting and receiving unit 215 is The information checking unit 220 is provided.

According to the embodiment of the present invention, the information transmitting and receiving unit 215 is provided from the client terminal 165 through the web interface unit 205 before providing the Internet telephone number list information to the client terminal 165. It is preferable to receive at least one or more Internet phone number designation information including at least one or more Internet phone numbers preferred by the home page owner client.

In addition, the information transmitting and receiving unit 215 manages the number list in conjunction with the number list management server 245 operating the number list management D / B (240) and / or the number list management D / B (240). It is preferable to check whether the Internet telephone number corresponding to the Internet telephone number designation information is included in the D / B 240, and if the number list management D / B 240 corresponds to the Internet telephone number designation information, When predetermined Internet telephone number information is included, the information transmitting / receiving unit 215 extracts an Internet telephone number corresponding to the Internet telephone number designation information and supplies it to the Internet telephone number list information to be provided to the client terminal 165. It is preferable to include, or when the number list management D / B 240 does not include a predetermined Internet telephone number corresponding to the Internet telephone number designation information, The transmission / reception unit 215 is an Internet phone number similar to the Internet phone number designation information (for example, communication means including a communication means unique number before and after the Internet phone number designation information, and / or a number structure similar to the Internet phone number designation information. Unique number) is preferably included in the Internet phone number list information to be provided to the client terminal (165).

According to an exemplary embodiment of the present invention, the information transmitting and receiving unit 215 provides the Internet telephone number list information to the client terminal 165 through the web interface unit 205, and the client terminal 165. In addition to the Internet telephone number included in the Internet telephone number list information, it is preferable to include a predetermined user interface for inputting a user-defined Internet telephone number, whereby the client terminal 165 is the information transmitting and receiving unit 215 It is possible to enter a predetermined user-defined internet telephone number in addition to the internet telephone number list information provided from).

According to another exemplary embodiment of the present invention, the information transceiving unit 215 provides a user interface for inputting at least one or more user-defined Internet telephone numbers to the client terminal 165 through the web interface 205. In addition, it is possible to receive at least one or more Internet telephone numbers input through the user interface from the client terminal 165.

According to the present invention, the number list management server 245 which operates the number list management D / B 240 and / or the number list management D / B 240 is the homepage provider server 140 according to an implementation method. It may be provided in a system (eg, a communication network corresponding to a receiver communication means), and / or in a system (eg, a communication network processing data (or messages)) for managing the Internet telephone number resource. Do. According to an embodiment of the present invention, the number list management server 245 operating the number list management D / B 240 and / or the number list management D / B 240 may be configured by the homepage provider server 140. When provided in the provided system (for example, a communication network corresponding to the receiver communication means), the information transmitting and receiving unit 215 and the number list management D / B 240 and / or the number list management D / B 240 It is preferable that the number list management server 245 for operating is interlocked through a predetermined D / B interworking means 235, the number list management D / B 240 and / or the number according to another embodiment When the number list management server 245 operating the list management D / B 240 is provided in a system for managing the Internet telephone number resource (for example, a communication network that processes data (or messages)), the information transmission / reception unit 215 and the number list management D / B 240 and / or the number list Lee D / B number list management server (245) to operate the unit 240 is preferably connected through a predetermined network interface means.

According to a preferred embodiment of the present invention, the Internet telephone number corresponding to the Internet telephone number selection information and / or input information received from the client terminal 165 through the web interface unit 205 is stored on the client homepage. It cannot be assigned immediately and must be validated for assignment to the client home page. For example, at least two or more client terminals 165 may include the same Internet telephone number in the Internet telephone number selection information and / or input information for a predetermined unit time (eg, a time when a communication means unique number allocation procedure is performed). It may be received by the information transmitting and receiving unit 215, in this case, the Internet telephone number assignment unit 210 should determine which client terminal 165 to assign the right to assign the Internet telephone number.

To this end, the information confirmation unit 220 manages the number resource management D / B 250 and / or the original management D / B for managing at least one or more Internet telephone number resources assigned to the client home page In conjunction with the resource management server 255, it is characterized in that whether the Internet telephone number corresponding to the Internet telephone number selection information and / or input information can be immediately assigned to the client home page.

According to an exemplary embodiment of the present invention, the information checking unit 220 checks whether the number resource management D / B 250 includes the Internet telephone number corresponding to the Internet telephone number selection information and / or input information. Preferably, if the number resource management D / B 250 includes the Internet telephone number selection information and / or the Internet telephone number corresponding to the input information, the information check unit 220 is the Internet telephone It is preferable to obtain a predetermined allocation authority for the Internet telephone number by locking the number so as not to be assigned to another client homepage, and / or to the number resource management D / B 250. And / or if the Internet telephone number corresponding to the input information is not included (e.g., at the request of another client for a unit time) When the phone number is locked), the information checking unit 220 preferably provides the Internet terminal number allocation error information to the client terminal 165 to the client terminal 165.

According to the present invention, the number resource management server 255 that operates the number resource management D / B 250 and / or the number resource management D / B 250 may perform the homepage provider server 140 according to an implementation method. It may be provided in a system (eg, a communication network corresponding to a receiver communication means), and / or in a system (eg, a communication network processing data (or messages)) for managing the Internet telephone number resource. Do. According to an embodiment of the present invention, the number resource management server 255 operating the number resource management D / B 250 and / or the number resource management D / B 250 is provided with the homepage provider server 140. When provided in the provided system (for example, a communication network corresponding to the receiver communication means), the information transmitting and receiving unit 215 and the number resource management D / B 250 and / or the number resource management D / B 250 The number resource management server 255 for managing the server is preferably linked through a predetermined D / B interlocking means 235, and the number resource management D / B 250 and / or the number according to another embodiment. When the number resource management server 255 that manages the resource management D / B 250 is provided in a system for managing the Internet telephone number resource (for example, a communication network that processes data (or messages)), the information transmission / reception unit 215 and the number resource management D / B 250 and / or the number resource Lee D / B (250) code resource management server 255 that operates are preferably linked through a predetermined network interface means.

According to a preferred embodiment of the present invention, in order for the Internet telephone number assignment unit 210 to assign a predetermined Internet telephone number to a predetermined client home page, the client is configured to provide the home page provider server 140 (and / or a home page provider). Is a member of a portal server having a server 140, and / or is operating a predetermined client homepage through the homepage operation server, and a predetermined Internet is set on the client homepage while the above conditions are satisfied. Preferably, a telephone number is assigned.

The subscription processing unit 225 processes a predetermined communication means membership application request required for allocating the Internet phone number to the client homepage, whereby the Internet phone number assignment unit 210 provides a predetermined Internet access to the client homepage. Assign a phone number, and directly or indirectly obtain at least one or more homepage related information to be stored in the storage medium 145 in association with the assigned internet phone number.

According to the exemplary embodiment of the present invention, when the client is not subscribed to the homepage provider server 140 (and / or the portal server including the homepage provider server 140) as a member, the membership processing unit 225 ) Is linked to a predetermined membership function provided in the homepage provider server 140 to allow the client to join the homepage provider server 140 as a predetermined member and simultaneously assign the Internet phone number to the client homepage. It is preferable to process the required communication means membership application acceptance.

According to another exemplary embodiment of the present invention, the client is previously subscribed as a member to the homepage provider server 140 (and / or a portal server including the homepage provider server 140), but the client operates the homepage. If there is no client homepage operated through the server, the member registration processing unit 225 generates a predetermined client homepage on the homepage operation server while interworking with the homepage generation function provided in the homepage operation server and at the same time the client. It is preferable to process the reception of the predetermined communication means membership application request required for the Internet telephone number assignment on the website.

According to another embodiment of the present invention, the client is a member of the homepage provider server 140 (and / or a portal server having the homepage provider server 140) as a member, and the homepage operation server. Is provided with a predetermined client homepage, but if at least one or more communication means registration information is required to assign a predetermined Internet telephone number to the client homepage, the membership processing unit 225 may be configured to display the client homepage. It is desirable to process a predetermined communication means membership application acceptance required for Internet telephone number assignment.

According to the exemplary embodiment of the present invention, the communication unit membership application received information processed through the membership processing unit 225 may include at least one information component included in the homepage related information to be stored in the storage medium 145. It is preferable to comprise.

According to a preferred embodiment of the present invention, the Internet telephone number assigned to the client homepage is a communication means unique number licensed to a common carrier and / or a special category telecommunications operator. In order to assign a predetermined Internet telephone number to and use the assigned Internet telephone number, it is preferable to charge a predetermined communication means unique number allocation fee and / or a communication means unique number fee.

The settlement processing unit 230 allocates a predetermined Internet telephone number to the client homepage, and the Internet telephone number assignment fee required to transmit and receive a predetermined data (or message) through the Internet telephone number on the client homepage; And / or charge an Internet telephone number fee to the homepage owner client, and through the predetermined payment network 260, the client terminal 165 and / or the predetermined payment system 265 of the homepage owner client (e.g., the homepage owner). Interworking with the payment system 265 corresponding to the client-owned payment means) to process the Internet phone number assignment fee and / or the Internet phone number fee, and to process the payment of the Internet phone number assignment fee and / or the Internet phone number. It is characterized by the settlement of the fee for use do.

Those skilled in the art to which the present invention pertains may include a payment system 265 corresponding to the homepage owner client-owned payment means and the Internet telephone number assignment fee and / or the Internet through the payment system 265. Since you will be familiar with the procedure for payment and settlement of the telephone number usage fee, a detailed description thereof will be omitted, and the present invention is not limited by the payment system 265 and / or payment processing (or settlement processing). It is to be revealed. For example, if the payment method owned by the homepage owner client is a credit card, the settlement processor 230 may interwork with the credit card payment system 265 through a predetermined credit card payment network 260 to connect the Internet phone. Payment and settlement of number assignment fees and / or Internet phone number fees.

In FIG. 2 according to a preferred embodiment of the present invention, the number assignment server 200 corresponding to a terminal unique number assignment means for allocating predetermined Internet phone numbers to a plurality of homepages respectively manages the Internet phone number resources. It may be provided on a communication network that processes data (or messages), whereby the present invention is not limited.

When a valid internet telephone number is assigned to the client homepage by the number assignment server 200, the information storage server 270 processes the internet phone number information allocated to the client homepage and the client homepage related information. The storage medium 145 is characterized in that the storage.

According to an exemplary embodiment of the present invention, the information storage server 270 processes the Internet telephone number information allocated to the client homepage and the client homepage related information to be stored in the storage medium 145 in the above. The number assignment server 200 extracts and / or receives and / or receives information related to the client homepage to which the Internet telephone number is allocated from the homepage operation server, and receives information related to the client homepage to which the Internet telephone number is assigned. When the Internet telephone number information is provided to the information storage server 270, the information storage server 270 processes the client homepage related information to which the provided Internet telephone number is assigned to a predetermined storage medium 145. It is preferable to include storing.

According to another exemplary embodiment of the present invention, another method for the information storage server 270 to process the Internet telephone number information allocated to the client homepage and the client homepage related information in a storage medium 145 in association with each other. If the number assignment server 200 provides the Internet phone number information (and / or client homepage identification information) assigned to the client homepage to the information storage server 270, the information storage server 270 may provide the information. Extract and / or receive and / or receive client homepage information allocated to the Internet phone number from the homepage operation server, and process the Internet phone number and the client homepage related information in a predetermined storage medium 145. It is preferable to include storing.

According to another exemplary embodiment of the present invention, the information storage server 270 further processes the Internet telephone number information assigned to the client homepage and the client homepage related information to be stored in the storage medium 145. If the number allocation server 200 notifies the client homepage that a predetermined Internet telephone number has been assigned to the information storage server 270, the information storage server 270 from the number allocation server 200 Extract and / or receive and / or receive Internet telephone number information (and / or client homepage identification information) assigned to the client homepage, and also relate to a client homepage to which the Internet phone number is assigned from the homepage operation server. Extract and / or receive and / or receive information from the Internet Preferably, the telephone number and the client home-related information are linked to each other and stored in a predetermined storage medium 145.

Alternatively, when the number assignment server 200 informs the homepage operation server that a predetermined internet phone number has been assigned to the client homepage, the homepage operation server is assigned to the client homepage from the number assignment server 200. Extract and / or receive and / or receive telephone number information, and provide the information storage server 270 with the Internet homepage information and the client homepage information to which the Internet telephone number is assigned, and the information storage server. In step 270, the Internet phone number and the client homepage related information may be processed in association with the predetermined information and stored in a predetermined storage medium 145.

Referring to FIG. 2, the information storage server 270 extracts predetermined Internet phone number information and the client homepage related information allocated to the client homepage from the number assignment server 200 and / or the homepage operating server. An information acquisition unit 275 for receiving and / or receiving and / or receiving the information, and an information storage unit for processing the obtained Internet telephone number information and the client homepage-related information in a predetermined storage medium 145, And 280).

According to the exemplary embodiment of the present invention, the storage medium 145 which is stored in association with the Internet telephone number information and the client homepage related information is provided in the homepage provider server 140 or the homepage provider server 140. It is preferably provided on the communication network corresponding to the receiver communication means is provided.

According to the present invention, the Internet telephone number and the client home page related information stored in the storage medium 145 is a communication network for processing predetermined data (or messages) using the Internet telephone number assigned to the client home page as a receiver communication means. It provides a condition and / or criteria for processing at least one or more data (or messages) received through.

Further, the number assignment server 200 and / or the homepage operation server and / or the information storage server 270 interoperate with each other, the plurality of Internet phone number information and the plurality of Internet phone number assignment means 150 are allocated. It performs a function of the information providing means for providing the storage medium 145 with the home-related information provided to correspond to one Internet phone number information one-to-one.

3 illustrates an information structure of a storage medium 145 which stores and stores Internet telephone number information and homepage related information according to an embodiment of the present invention.

In more detail, FIG. 3 illustrates a process of linking and storing predetermined Internet phone number information allocated to a client home page by the number assignment server 200 and the client home page related information, and owning the client by the client request. The preferred information configuration of the storage medium 145, characterized in that it further stores the wireless terminal information, those skilled in the art to which the present invention pertains to the intention of those skilled in the art and / or the Internet telephone number It may be easily inferred that more information may be stored in the storage medium 145 according to corresponding data (or message) transmission / reception characteristics and / or additional service types related to data (or message) transmission and reception. In addition to the information shown in Figure 3 by the information structure that is further included and stored in the storage medium 145 It is to be understood that the present invention is not limited.

Referring to FIG. 3, the storage medium 145 is licensed to a main service provider and / or a separate service provider operating a communication network for managing the Internet phone number resource (e.g., a communication network for processing data (or messages)). Among the at least one communication means unique number, the predetermined Internet telephone number information assigned to the client homepage and the client homepage related information to which the Internet telephone number is assigned are stored in a cooperative process.

According to an embodiment of the present invention, the homepage-related information includes the client homepage address information and an Internet telephone number assigned to the homepage among at least one information storage area (or posting area) provided in the client homepage. Received by receiving the temporary storage area information to be received data (or message) temporarily and the Internet phone number assigned to the home page of the at least one information storage area (or posting area) provided in the client home page Storage area (or posting area) information in which data (or message) is to be stored (or posted), processing condition (or policy) information of data (or message) received using the Internet telephone number assigned to the home page as a receiving side; Include at least one homepage host client information. Be formed is preferred.

The client homepage address information of the homepage related information may include URL (Uniform Resource Locator) information of the client homepage provided in the homepage provider server 140 (eg, IP address information and / or domain of the homepage provider server 140). Information, or the IP address information and / or domain information and client account information and / or subdirectory information), and processes data (or messages) through a predetermined data processing network means 135. The data (or message) received from the communication network is received and processed based on the client home page address information.

The temporary storage area information of the home-related information is a storage area for temporarily storing data (or messages) received from a communication network processing data (or messages) through a predetermined data processing network means 135 until the reception processing is completed. It is made, including.

According to an embodiment of the present invention, it is preferable that a predetermined data (or message) processing condition (or policy) is applied while the received data (or message) is temporarily stored in the temporary storage area. Depending on the method, the temporary storage area may be omitted and / or included in the storage area (or posting area). However, when the temporary storage area and the storage area (or posting area) are separated and operated, reception processing such as spam processing and / or virus checking on the received data (or message) is performed to store the homepage related information. It is performed independently of an area (or a posting area) to remove inconvenience of the homepage client.

The storage area (or posting area) information of the homepage related information is a storage area on a DBMS that stores data (or messages) received from a communication network that processes data (or messages) through a predetermined data processing network means 135 ( Or a posting area).

According to an embodiment of the present invention, the storage area (or posting area) in which the received data (or message) is stored may consist of one storage area (or posting area), or at least two or more storage areas (or Post area). However, when the storage area (or posting area) is composed of at least two or more, it is preferable that the storage area (or posting area) is defined corresponding to the characteristics of the received data (or message).

For example, the storage area (or posting area) is a storage area (or posting area) that selectively stores only data (or messages) received from a specific sender and / or group of senders, and / or only spam data (or message) is optional. It may be defined corresponding to data (or message) characteristics, such as a storage area (or a posting area) to be stored.

Data (or message) processing condition (or policy) information of the home-related information is received for data (or message) received from a communication network that processes the data (or message) through a predetermined data processing network means 135. Processing conditions and / or policies, and the data (or message) processing conditions (or policies) include a specific sender (or originator) of data (or messages) received using the Internet telephone number assigned to the home page as a receiving party. Optional data (or message) reception processing condition (or policy) information for providing only the data (or message) sent from the side communication number) to the home page, and data received through the Internet telephone number assigned to the home page to the receiving side. (Or message) data sent from a specific sender (or calling party's communication number) (or Message) includes a specific spam data (or message) processing condition (or policy) information to be treated as spam data (or message), and data (or message) received using the Internet telephone number assigned to the home page as a receiving side. The data (or message) sent from the sender (or the calling party's communication number) is provided to the homepage and the optional data (or message) retransmission processing condition (or policy) information for retransmission to the homepage owned wireless terminal, and the Data (or messages) sent from a specific sender (or caller's communication number) among the data (or messages) received from the Internet telephone number assigned to the homepage to the receiving party is provided to the homepage and is set to the second preset homepage. Optional wired forwarding processing condition (or policy) that allows automatic forwarding And data (or message) sent from a specific sender (or caller's communication number) among data (or messages) received using the Internet telephone number assigned to the homepage as a receiving side, are provided to the homepage, Optional wireless forwarding processing condition (or policy) information to be retransmitted to one or more second client wireless terminals, and caller information included in data (or message) received using the Internet telephone number assigned to the home page as a receiver; Or information contained in caller information and / or time information processing condition (or policy) information for processing outgoing (or receiving) time information, and data (or message) received using the Internet telephone number assigned to the home page as a receiving side. Callback processing conditions for processing callback number information and / or callback UL information (or Policy) information, it is a virus scan process conditions for a virus scan (or policies), information of data (or message) that is received by the receiving side the Internet telephone number assigned to the home page preferably comprises at least one.

According to the present invention, the data (or message) processing condition (or policy) information may be omitted or some data (or message) processing condition (or policy) depending on the intention of those skilled in the art and / or additional service features added to the present invention. It is also possible that at least one or more data (or message) processing conditions (or policies) are further added, thereby limiting the invention. In addition, among the data (or message) processing conditions (or policies) included in the data (or message) processing condition (or policy) information, information shared by all homepages provided in the home page provider server 140 is shared by the Internet. It may not be included in the homepage related information associated with the telephone number information, but may be stored in a storage device that stores separate shared data (or message) processing condition (or policy) information, and the present invention is not limited thereto.

The optional data (or message) reception processing condition (or policy) information of the data (or message) processing condition (or policy) is performed by the predetermined data processing network means 135 using the Internet telephone number assigned to the home page as a receiving side. If the caller communication means 100 number included in the data (or message) received from the communication network processing the data (or message) corresponds to a specific caller (or caller communication number), the received data (or Message) is stored in a predetermined storage area (or posting area) corresponding to the received data (or message).

According to an embodiment of the present invention, the optional data (or message) reception processing condition (or policy) information may store the received data (or message) in response to the sender (or caller's communication number) as described above. At least one sender (or calling party number) information and / or sender group (or calling party) to be stored in the predetermined storage area (or posting area) provided on the client homepage for storage in an area (or posting area). Communication number group) information (e.g., when there is one storage area (or posting area) for storing the received data (or message)), and / or at least one sender (or originating party) Communication number) information and / or caller group (or caller group number) information and each storage area (or posting area) information associated with each other. (Eg, when there are at least two or more storage areas (or posting areas) for storing the received data (or message)).

Further, the selective spam data (or message) processing condition (or policy) information of the data (or message) processing condition (or policy) is based on predetermined data processing network means 135 using the Internet telephone number assigned to the home page as a receiving side. Check whether the data (or message) received from the network processing the data (or message) is spam data (or message) or general data (or message), and the received data (or message) is spam In the case of data (or message), it is characterized in that it comprises a processing condition (or policy) for processing this.

According to an embodiment of the present invention, the selective spam data (or message) processing condition (or policy) information may be used to process spam data (or message) among data (or message) received using the Internet telephone number as a receiving side. , At least one spam sender (or spam sender communication number) information.

Further, the optional data (or message) retransmission processing condition (or policy) information of the data (or message) processing condition (or policy) is based on predetermined data processing network means 135 using the Internet telephone number assigned to the home page as a receiving side. If the caller communication means 100 number included in the data (or message) received from the communication network processing the data (or message) corresponds to a specific caller (or caller communication number), the received data And a processing condition (or policy) for providing a message (or message) to the client homepage and retransmitting the same to the homepage owner-owned wireless terminal.

According to an embodiment of the present invention, the optional data (or message) retransmission processing condition (or policy) information is provided to retransmit the received data (or message) to the homepage owner owned wireless terminal while simultaneously providing the received data (or message) to the client homepage. And at least one caller (or caller's communication number) information and / or caller group (or caller's communication number group) information to retransmit the received data (or message) to the home page owner client owned wireless terminal. desirable.

Preferably, the optional data (or message) retransmission processing condition (or policy) information further includes the homepage owner client owned radio terminal information and / or internet phone information, or the homepage owner client information in the radio terminal. Information and / or internet telephone information may be included, and / or the homepage owner client owned wireless terminal information and / or internet telephone information may be omitted in the storage medium 145 as shown in FIG.

Further, the optional wired forwarding processing condition (or policy) information of the data (or message) processing condition (or policy) may be transmitted through a predetermined data processing network means 135 using the Internet telephone number assigned to the home page as a receiving side. If the caller communication means 100 number included in the data (or message) received from the communication network processing the data (or message) corresponds to a specific caller (or caller communication number), the received data (or message) It is characterized in that it comprises a processing condition (or policy) to provide to the client home page and automatically forwarded to at least one preset second home page.

According to an embodiment of the present invention, the selective wired forwarding processing condition (or policy) information may be automatically forwarded to at least one preset second homepage while simultaneously providing the received data (or message) to the client homepage. At least one or more caller (or calling party number) information and / or caller group (or calling party number group) information to forward the received data (or message) to the home page owner client owned wireless terminal and the received data. It is preferable to include the at least one forwarding target wired communication means information (for example, an Internet telephone number assigned to at least one or more second homepages) to which (or a message) is forwarded.

Further, the selective wireless forwarding processing condition (or policy) information of the data (or message) processing condition (or policy) may be performed through a predetermined data processing network means 135 using the Internet telephone number assigned to the home page as a receiving side. If the caller communication means 100 number included in the data (or message) received from the communication network processing the data (or message) corresponds to a specific caller (or caller communication number), the received data (or message) It is characterized in that it comprises a processing condition (or policy) to provide to the client home page and automatically forwarded to at least one or more preset second client wireless terminal.

According to an embodiment of the present invention, the selective wireless forwarding processing condition (or policy) information is automatically forwarded to at least one preset second client wireless terminal while simultaneously providing the received data (or message) to the client homepage. And at least one caller (or calling party number) information and / or caller group (or calling party number group) information to forward the received data (or message) to the home page owner client owned wireless terminal. Preferably, the data (or message) is forwarded to include at least one forwarding target radio communication means information (for example, an Internet telephone number corresponding to at least one or more second client radio terminals).

In addition, caller information and / or time information processing condition (or policy) information of the data (or message) processing condition (or policy) is based on predetermined data processing network means 135 using the Internet telephone number assigned to the home page as a receiving side. Caller (or caller's communication number) information contained in the data (or message) received from the communication network processing the data (or message) and / or call time information and / or reception of the data (or message). And processing conditions (or policies) for processing the received data (or message) in response to time information.

The data (or message) received from a specific sender (or caller's communication number) among data (or messages) received using an Internet telephone number assigned to the home page is received by the homepage owner client. May be data (or messages) that have been agreed to be provided with information, or data (or messages) received from data (or messages) received from a particular sender (or calling party number) having a special relationship with the homepage owner client. The caller information and / or time information processing condition (or policy) information includes specific caller (or caller's communication number) information and data (or message) that satisfies the condition among the received data (or message). Message processing conditions (or policies).

According to an embodiment of the present invention, the caller information and / or time information processing condition (or policy) information may be used to process the data (or message) corresponding to the specific caller (or calling party communication number) information as described above. At least one caller (or calling party number) information and / or caller group (or caller group number) information that satisfies the.

In general, the data (or message) received using the Internet telephone number assigned to the home page as a receiver includes a feature of which the length is limited, whereby the sender of the data (or message) sends the long data (or message). In the case of sending, the data (or message) is divided into at least two times and received, and at least two or more pieces of data (or messages) received within a predetermined time interval corresponding to the origination time information and / or the reception time information. It includes a processing condition (or policy) to regard as data (or message).

According to an embodiment of the present invention, the caller information and / or time information processing condition (or policy) information is received at least twice from the same caller (or calling party communication number) at least twice in a predetermined time interval. It is preferable to include predetermined data (or message) integration processing time interval information for considering) as one data (or message).

Further, the callback processing condition (or policy) information of the data (or message) processing condition (or policy) may be obtained through the predetermined data processing network means 135 using the Internet telephone number assigned to the home page as a receiving side. Or a callback number and / or a callback URL in a data (or message) received from a communication network that processes a message), or a processing condition for the callback number and / or callback URL. (Or a policy).

According to one embodiment of the invention, the data (or message) received by the Internet telephone number assigned to the home page to the receiving side is sent from the communication means capable of directly transmitting and receiving at least one or more data (or messages), If the received data (or message) includes a predetermined callback number corresponding to the communication means which sent the data (or message), the client home page corresponds to the callback number based on the assigned Internet telephone number. It will be possible to compose and send the reply to the received data (or message) by means of communication.

To this end, the callback processing condition (or policy) information is based on the callback number included in the data (or message) received using the Internet telephone number as the receiving side. Or a processing condition (or policy) for confirming that a reply corresponding to the message) can be received. For example, when the callback number includes a predetermined mobile operator identification number (eg, '011', '016', '017', '018', '019', '010'), the callback processing condition ( Or policy) information is processed so that a predetermined reply can be written to the communication means corresponding to the callback number. Further, for example, when it is impossible to directly read whether the callback number can be read and written to the communication means corresponding to the callback number (for example, data (or message) sent from a wired telephone for transmitting or receiving data (or message)), Or data (or message) sent from communication means capable of selectively transmitting / receiving data (or message), and the callback processing condition (or policy) information is linked with the communication network corresponding to the caller communication means 100. This includes a processing condition (or policy) for indirectly confirming whether a predetermined reply can be written.

According to another exemplary embodiment of the present invention, data (or message) received using an Internet telephone number assigned to the home page as a receiving side includes a predetermined callback UEL corresponding to the wireless Internet, and the callback UEL is included in the client home page. When a predetermined emulator (Emulator) is provided that can be connected to a wireless Internet server corresponding to the, the client home page will be able to access the wireless Internet server corresponding to the callback UEL through the emulator.

To this end, the callback processing condition (or policy) information is based on the callback UEL included in the data (or message) received by the Internet telephone number to the receiving side to the emulator to access the wireless Internet server corresponding to the callback UEL It is desirable to include a processing condition (or policy) to check whether it can. For example, when the emulator provided in the client homepage is provided with a function capable of accessing a WAP (Wireless Application Protocol) based wireless Internet server, and the wireless Internet server corresponding to the callback UE provides a WAP-based wireless Internet service, The callback processing condition (or policy) information is processed to be accessible to the wireless Internet server corresponding to the callback UE through the emulator.

According to another exemplary embodiment of the present invention, data (or message) received using the Internet telephone number assigned to the home page as a receiving side is sent from another client homepage to which a predetermined Internet telephone number is assigned, and the received data. If (or the message) includes a predetermined callback number corresponding to another client homepage that has sent the data (or message), the client homepage may be able to access another client homepage corresponding to the callback UEL.

To this end, the callback processing condition (or policy) information is for checking whether the callback UEL included in the data (or message) received using the Internet telephone number as a receiver includes callback UEL information corresponding to another client homepage. It is preferable to include processing conditions (or policies).

In addition, the virus scanning processing condition (or policy) information of the data (or message) processing condition (or policy) is obtained through the predetermined data processing network means 135 using the Internet telephone number assigned to the home page as a receiving side. Wireless internet server corresponding to a callback UEL included in the data (or message) received from the communication network processing the message (or message), and / or included in the received data (or message); and And / or processing conditions (or policies) for confirming that the other client homepage is distributing a predetermined virus.

According to an exemplary embodiment of the present invention, the virus scanning processing condition (or policy) information includes information about the received data (or message) to confirm whether a predetermined virus is included in the received data (or message). At least one or more senders (or originators) that contain processing conditions (or policies) that set whether or not to apply the vaccine, and / or block data (or messages) sent with the virus (or messages) in the data (or messages) Side communication number) information.

According to another exemplary embodiment of the present invention, the virus scanning processing condition (or policy) information may include a virus of a wireless Internet server and / or another client homepage corresponding to a callback UEL included in the received data (or message). It is preferred to include at least one callback UEL information for blocking data (or messages) sent from the wireless Internet server and / or other client homepages that have been declared.

The homepage owner client information of the homepage related information includes personal information and / or member information about the homepage owner provided in the homepage provider server 140 and is settled in the settlement processor 230 of the number assignment server 200. ) Is a payment processing and settlement process by charging an Internet telephone number usage fee and / or data (or message) transmission and reception fee for the Internet telephone number assigned to the client homepage periodically based on the homepage owner client information .

4A, 4B, and 4C illustrate a preferred method of assigning a predetermined Internet telephone number to a client home page according to an embodiment of the present invention.

4A, 4B, and 4C are detailed diagrams of a system for allocating a predetermined Internet telephone number to a client homepage, as shown in FIG. 2, for transmitting and receiving at least one data (or message) to a client homepage. The present invention relates to a method of allocating an Internet telephone number and to linking the allocated Internet telephone number information and the client homepage-related information to a predetermined storage medium 145, which is commonly used in the art. Those skilled in the art will be able to easily infer various implementation methods for allocating predetermined Internet telephone numbers to client homepages according to the intention of those skilled in the art with reference to FIGS. 4A, 4B, and 4C. It is clear that this is not a limitation. 4A, 4B, and 4C, the number assignment server 200 shown in FIG. 2 will be described as a server 200 for convenience.

Referring to FIG. 4A, a client who wants to assign a predetermined Internet telephone number to a predetermined client homepage connects to the server 200 through a predetermined client terminal 165, and provides a predetermined number provided by the server 200. The process of allocating a predetermined Internet telephone number to the client homepage is started by performing a preferred procedure for requesting to assign a predetermined Internet telephone number to the client homepage through a user interface (400).

According to an exemplary embodiment of the present invention, when the server 200 is included in a predetermined portal, the process 400 includes the client terminal 165 provided on the portal screen and / or the home page providing screen of the portal. It is preferable to include a step of selecting a predetermined Internet telephone number assignment menu. Alternatively, the process 400 may be performed in addition to a process in which the client terminal 165 registers as a member of the portal and / or to change member information and / or to generate a client homepage provided by the portal. It may be.

When a predetermined Internet telephone number assignment is requested from the client terminal 165 to the client homepage as described above, the server 200 confirms a communication session between the client terminal 165 and the server 200 to check the Internet. In operation 403, the client requesting the telephone number assignment is logged in to the server 200.

If the client has not logged in to the server 200 (406), the server 200 requests to perform a predetermined login procedure with the client terminal 165, and / or is a member of the server 200. Request to join (409).

On the other hand, if the client has logged in to the server 200 (406), the server 200 reads predetermined client member information corresponding to the login information of the client and the predetermined homepage operating server corresponding to the client. Check if the client homepage is provided (412).

If a predetermined homepage is not provided to the client through the homepage operation server (415), the server 200 provides the client homepage to the client terminal 165 and / or a predetermined Internet on the client homepage. Request a predetermined subscription process for allocating a telephone number (418), and the homepage operation server generates and provides the client homepage that can assign a predetermined Internet telephone number in response to the subscription process (421). ).

On the other hand, if a predetermined homepage is provided to the client through the homepage operation server (415), the server 200 reads the client member information and / or the client homepage information to provide a predetermined internet phone number to the client homepage. It is determined whether the allocation is possible (424).

For example, if a predetermined Internet telephone number is previously assigned to the client homepage, the predetermined Internet telephone number may not be assigned to the client homepage.

If a predetermined Internet telephone number cannot be assigned to the client homepage (427), the server 200 terminates the process of assigning the predetermined Internet telephone number to the client homepage.

On the other hand, if a predetermined Internet telephone number can be assigned to the client homepage (427), the server 200 assigns a predetermined number list management D / B 240 and / or the number list management D / B 240. In conjunction with the operating number list management server 245 to extract (or receive) the Internet phone number list information including at least one or more Internet phone numbers to be assigned to the client home page (430), the extracted (or received) The Internet telephone number list information is provided to the client terminal 165 (433).

The client terminal 165 selects (or inputs) a predetermined Internet telephone number to be allocated to the client homepage based on the Internet telephone number list information information (436), and selects the Internet telephone number to the server 200. Provide information (439).

The server 200 is interworked with a number resource management server 255 that operates a predetermined number resource management D / B 250 and / or the number resource management D / B 250 from the client terminal 165. The validity of the provided Internet telephone number selection information is checked (442).

According to an exemplary embodiment of the present invention, the validity checking procedure for the Internet telephone number selection information may include an Internet telephone number corresponding to the Internet telephone number selection information in the number resource management D / B 250. This includes checking that you can allocate immediately.

If the validity of the Internet telephone number selection information is not authenticated (e.g., an Internet telephone number corresponding to the Internet telephone number selection information cannot be immediately assigned to the client homepage) (445), the server 200 may be configured. Generate and provide predetermined Internet telephone number validity error information to the client terminal 165, request the client terminal 165 to reselect a predetermined Internet telephone number to be assigned to the client homepage (448), and the number. And at least one internet phone number to be reassigned to the client homepage in association with a list management server 245 that operates a list management D / B 240 and / or the number list management D / B 240. Extract (or receive) Internet phone number list information (451), and extract the extracted (or received) Internet phone number list information. The process 433 to 442 provided to the client terminal 165 and receiving predetermined Internet telephone number selection information from the client terminal 165 are performed again.

On the other hand, if the validity of the Internet telephone number selection information is authenticated (445), the server 200 is the number resource management D / B 250 and / or the number resource management D / B 250 as shown in Figure 4b In operation 454, the number resource management server 255 interoperates with the number resource management D / B 250 to obtain an allocation authority such that the Internet telephone number whose validity is authenticated is not assigned to another client homepage.

When the allocation authority for the Internet telephone number to be assigned to the client homepage is obtained (for example, when the Internet telephone number set to be assigned to the client homepage cannot be assigned to another client homepage), the server 200 ) Is a predetermined amount corresponding to allocating the Internet telephone number to the client terminal 165 in conjunction with the client terminal 165 and / or a predetermined payment system 265 corresponding to the client-owned payment means. For example, the Internet phone number allocation fee and / or the Internet phone number usage fee are settled, and the settled amount is settled to the operator who manages the number resource and / or charges the Internet phone number fee (457). ).

According to an embodiment of the present invention, it is preferable that payment processing for a predetermined amount corresponding to the allocation of the Internet telephone number is performed in real time at the same time as acquiring the allocation authority for the Internet telephone number, and settlement of the amount The treatment is preferably treated periodically.

If payment processing and settlement processing for a predetermined amount corresponding to the allocation of the Internet telephone number is completed (460), the server 200 manages the number list management D for the payment and settlement of the Internet telephone number information. / B 240 and / or to the number list management server 245 operating the number list management D / B 240, and / or the number resource management D / B 250 and / or the number Providing to the number resource management server 255 operating the resource management D / B 250 (463), the number list management D / B (240) and / or the number resource management D / B (250) By setting the payment and settlement internet phone number to be previously assigned to the client homepage by deleting and / or making it inactive to prevent the payment and settlement of the internet phone number from being assigned to another client homepage. (466) .

If the settled and settled Internet phone number is set as the Internet phone number pre-assigned to the client homepage (466), the server 200 sets the client homepage from the homepage operating server according to the embodiment of the present invention. Extracts predetermined homepage-related information for 469 and provides the Internet phone number information and the homepage-related information assigned to the homepage to the information storage server 270 (472).

The information storage server 270 provided with the Internet phone number information and the homepage related information is stored in a predetermined storage medium 145 by linking and storing the Internet phone number information and the homepage related information (475). With the Internet telephone number assigned to the home page as the receiving side, data (or message) received from a communication network processing the data (or message) via a predetermined data processing network means 135 is received and processed by the client home page.

Referring to FIG. 4C according to another exemplary embodiment of the present invention, if the settled and settled Internet phone number is set as the Internet phone number pre-assigned to the client homepage (466), the server 200 Provide the Internet telephone number information and the homepage owner client information to the information storage server 270 (484), and the information storage server 270 provides the client homepage with respect to the client homepage based on the client information. Receiving the Internet homepage number assigned to the homepage by extracting predetermined homepage-related information (487) and storing and linking the Internet telephone number information and the homepage-related information in a predetermined storage medium 145 (490). A communication network that processes the data (or message) via a predetermined data processing network means 135 on the side. From such that the reception processing to the client website received data (or message) that is.

Hereinafter, the communication network for processing the data (or message) is a VoIP network conforming to at least one or more of the H.323 standard of ITU-T and / or the Session Initiation Protocol (SIP) standard of the IETF. The communication network corresponding to the means 100 is a mobile communication network for roaming and transmitting predetermined data (or messages) to the VoIP network, and the homepage provider server 140 is a portal for operating a predetermined blog and / or mini homepage. The technical features of the present invention will be described in detail through a preferred embodiment of the present invention, which is a web server provided in the portal. However, if one of ordinary skill in the art to which the present invention pertains, the communication network corresponding to the caller communication means 100 includes all communication networks for roaming and transmitting predetermined data (or messages) to the VoIP network. It will be appreciated that the home page provider server 140 may be implemented including any web server that provides a given website on the Internet.

5A, 5B, 5C, and 5D illustrate a preferred configuration diagram of a data (or message) transmission system for data (or message) processing according to an embodiment of the present invention.

5A, 5B, 5C, and 5D show that when the communication network processing the data (or message) is a VoIP network, at least one unique communication number managed by the VoIP network is the homepage. When assigned to the Internet telephone number for the client homepage provided in the provider server 140, the predetermined caller communication means 100 receives the predetermined data (or message) for receiving the Internet telephone number assigned to the client homepage as a receiving side. A data (or message) transmission system characterized by transmitting.

Specifically, FIG. 5A illustrates a CDMA in which a communication network corresponding to the caller communication means 100 transmits and receives a predetermined wireless message (eg, a Short Message Service (SMS) or an Enhanced Message Service (EMS) or a Multimedia Messaging Service (MMS)). 5B is a circuit switching method in which a communication network corresponding to the caller communication means 100 transmits and receives predetermined data. A preferred embodiment of the present invention relates to a mobile communication network providing a wireless data communication system of a method, and FIG. 5C is linked with a communication network that processes the data (or message) in a mobile communication network such as FIGS. 5A and 5B. A preferred implementation method is provided for a case where a predetermined VoIP system is provided, and FIG. 5D corresponds to the caller communication means 100. A preferred method for the case where the network corresponding to a given VoIP network to work with communications network for processing the data (or message).

5A, 5B, and 5C, the mobile communication network includes at least one mobile station corresponding to a mobile station used for terminating a wireless line, and a wireless section based on the CDMA stack and the wireless terminal. A base transceiver station (BTS) connected to connect a predetermined wireless path and at least one base station and an exchange station through a wired section, and a network such as polling, selection, and recovery. Between a control station (BTS System Controller; BSC) corresponding to a station managing a control process, and a mobile communication network and / or the mobile communication network and / or another mobile switching center (MSC) in the same or another mobile communication network. An HLR (Home Location) that registers an access point for a user traffic of a user and a subscriber location and / or a visitor location subscribed to the mobile communication network. Interworking Function (IWF) that provides circuit data services and / or packet data services for wireless data communications and connections to other networks in network infrastructure for Register / Visitor Location Register (VLR) and voice calls. Characterized in that it comprises a, it is possible to further comprise at least one or more components according to the evolution of the mobile communication technology.

Those skilled in the art to which the present invention pertains will clearly understand the functional configuration of the mobile communication network corresponding to each service provider, and thus the detailed description of the mobile communication network will be omitted for convenience. It will be appreciated that the present invention is not limited by the characteristic functional configuration of the corresponding mobile communication network.

Referring to FIG. 5A, a communication network corresponding to the caller communication means 100 corresponds to a mobile communication network for transmitting and receiving a predetermined wireless message, the mobile communication network is connected to the base station through a wireless section based on a CDMA stack. Using a paging channel or a forward traffic channel of a predetermined forward channel corresponding to the interval, and / or an access channel of a predetermined reverse channel Or a wireless terminal having data (or message) transmitting and receiving means for transmitting and receiving a predetermined wireless message using a reverse traffic channel, wherein the predetermined wireless message is sent from the wireless terminal. A predetermined mesh over a predetermined wired section including the base station and a control station and / or switching station. It characterized in that the reception in the center (500a).

In addition to the wireless message sent from the wireless terminal, the message center 500a transmits a predetermined wireless message sent from a wired terminal and / or a data (or message) sending server provided with a predetermined message transmitting means. / IP-based characterized in that it further comprises receiving over the Internet.

The wireless terminal provided with the data (or message) transmission and reception means, and / or the wired terminal and / or data (or message) sending server provided with the data (or message) transmission means may be an Internet telephone number assigned to the client homepage. It characterized in that it performs the function of the sender communication means 100 for sending a predetermined wireless message to the receiving side communication number.

The message center 500a provided on the mobile communication network receives at least one or more wireless messages sent from the caller communication means 100, and reads the receiving side communication number system included in the wireless message to read the wireless message. Determining whether to transmit to a predetermined wireless terminal existing in the mobile communication network (for example, a mobile communication network equipped with the message center 500a) or to an external communication network other than the mobile communication network, and the determination result When the wireless message received from the caller communication means 100 is transferred into the mobile communication network, the wireless message is transmitted to a wireless terminal inside the mobile communication network in response to a wireless message processing procedure defined in the mobile communication network, Or move the wireless message received from the sender communication means 100. When transmitted to the external communication network other than the Trust, characterized in that the transmission to roaming in the external network and the external network to the wireless message corresponding to a predetermined wireless message exchange protocol defined.

The Internet telephone number assigned to the client homepage is characterized in that it comprises a communication means unique number system existing outside the mobile communication network (for example, the mobile communication network provided with the message center 500a), According to the present invention, it is preferable that the communication means unique number system assigned to the client homepage follows the communication means unique number system managed by a predetermined VoIP network.

According to an embodiment of the present invention, the Internet telephone number assigned to the client home page includes a communication means unique number system corresponding to a predetermined VoIP network, whereby the message center 500a transmits the caller communication means. Preferably, the wireless message received from 100 is roamed to a VoIP network corresponding to the communication means unique number system.

Referring to FIG. 5A, the message center 500a transmits a wireless message sent from the caller communication means 100 to the VoIP network, using the Internet telephone number assigned to the client homepage as a receiving side, to the VoIP network. Receive at least one piece of data (or message) information from the received wireless message to generate predetermined roaming data (or message) for transferring the wireless message received from the communication means 100 from the mobile communication network to the VoIP network. A reading unit 505a for reading out, a generating unit 510a for generating predetermined roaming data (or a message) based on the read at least one piece of data (or message) information, and the generated roaming data ( Or a transmission unit 515a for transmitting a message) to the VoIP network through a predetermined network interworking network means 115. Characterized in that obtained by box.

The reading unit 505a may include at least one or more pieces of data (or messages) required to generate predetermined roaming data (or messages) defined between the mobile communication network and the VoIP network from a wireless message sent from the caller communication means 100. Message) information, and the read data (or message) information is provided to the generation unit.

The generation unit 510a may correspond to the roaming data (or message) at least one or more data (or message) information read from the wireless message received from the caller communication unit 100 through the reading unit 505a. And converting the data into a data type and substituting the converted data (or message) information into the roaming data (or message) structure to generate predetermined roaming data (or message). Roaming data (or messages) are provided to the transmitter 515a.

The transmission unit 515a attaches a predetermined header corresponding to a communication protocol defined between the mobile communication network and the VoIP network to the roaming data (or message) generated by the generation unit 510a. It is characterized in that the transmission via the interworking network means 115 to the VoIP network.

According to an embodiment of the present invention, the transmission unit 515a attaches a predetermined header to the roaming data (or message) to generate predetermined roaming protocol data, and transmits the roaming protocol data to the network interworking network means 115. Is preferably transmitted to the VoIP network.

According to another exemplary embodiment of the present invention, in transmitting the roaming data (or message) to the VoIP network, the transmitter 515a may be configured to transmit the roaming data (or message) to the VoIP network according to the characteristics of the mobile communication system corresponding to each mobile operator. It is possible to transmit the roaming data (or message) through a predetermined gateway that interworks with a gateway on the above, whereby the present invention is not limited.

The network interworking network means 115 includes a network and / or a dedicated line connecting the mobile communication network and the VoIP network, and preferably operates based on TCP / IP.

Referring to FIG. 5B, which corresponds to a mobile communication network providing a circuit-switched wireless data communication system in which a communication network corresponding to the caller communication means 100 transmits and receives predetermined data, the mobile communication network is based on the base station and the CDMA stack. Is connected through a wireless section of the wireless section, and the wireless section provides circuit-switched wireless data communication, wherein the wireless terminal transmits and receives at least one data (or message) through the wireless data communication channel. And a radio terminal provided with a transmission / reception means, and predetermined data (or message) transmitted from the radio terminal is predetermined through a predetermined wired section including the base station, a control station, and / or an exchange station. The relay server 500b is characterized in that it is received.

The data (or message) transmitted from the wireless terminal may be the unstructured data (or message) structure shown in FIG. 6A, or the data provided in the wireless terminal among the structured data (or message) structure shown in FIG. 6B. (Or a message) characterized in that it comprises a predetermined data (or message) structure corresponding to the transmission and reception means.

For example, if the data (or message) transmitting and receiving means is an agent program for sending a predetermined photomail, the data (or message) structure may comprise a data (or message) structure defined by the photomail agent program. Or, if the data (or message) transmission / reception means is an agent program corresponding to a predetermined instant messenger, the data (or message) structure will comprise a data (or message) structure defined by the instant messenger,

The data (or message) transmitting and receiving means provided in the wireless terminal uses an agent program defined to transmit predetermined data (or message) using a predetermined communication means unique number as a receiving side address of the data (or message). And the type and / or characteristic of the data (or message) transmission and reception means and the data (or message) structure transmitted and received from the wireless terminal through the data (or message) transmission and reception means. It is clear that this is not a limitation.

The relay server 500b is at least one mobile network side server (or device) existing on a path through which predetermined data (or message) transmitted from a predetermined wireless terminal on the mobile communication network is transmitted to at least one or more destinations. 5B, a device (eg, a base station and / or a control) provided as a predetermined server system provided on the mobile communication network in response to each data (or message), or provided on the mobile communication network. Stations and / or exchange stations and / or network interlocking devices) may be provided in the form of functional components, and the present invention is by no means limited thereto.

However, in FIG. 5B, a separate server system is illustrated and described in order to efficiently explain the function of the relay server 500b to those skilled in the art.

In addition, the relay server 500b is transmitted from a wired terminal and / or a data (or message) transmission server equipped with a predetermined data (or message) transmission means in addition to the data (or message) transmitted from the radio terminal. The method may further include receiving predetermined data (or message) through a predetermined TCP / IP-based Internet.

The wireless terminal provided with the data (or message) transmission and reception means, and / or the wired terminal and / or data (or message) transmission server provided with the data (or message) transmission and reception means may be an Internet telephone number assigned to the client homepage. It characterized in that the function of the sender communication means 100 for transmitting the predetermined data (or message) to the receiving side communication number.

The relay server 500b provided on the mobile communication network receives at least one or more data (or messages) transmitted from the sender communication means 100, and includes a receiving side communication number system included in the data (or messages). Read or transmit the data (or message) to a predetermined wireless terminal existing within the mobile communication network (e.g., the mobile communication network provided with the relay server 500b) or to an external communication network other than the mobile communication network. And determining whether or not to transmit the data (or message) received from the caller communication means 100 into the mobile communication network, in response to a data (or message) processing procedure defined in the mobile communication network. Transfer the data (or message) to a wireless terminal in the mobile communication network, or the caller communication means 10 When data (or message) received from 0) is transferred to an external communication network other than the mobile communication network, the data (or message) is transmitted to the external communication network in response to a predetermined data (or message) exchange protocol defined with the external communication network. Roaming and transmitting to the communication network.

The Internet telephone number assigned to the client homepage is characterized in that it comprises a communication means unique number system existing outside the mobile communication network (for example, the mobile communication network provided with the relay server 500b). According to the present invention, it is preferable that the communication means unique number system assigned to the client homepage follows the communication means unique number system managed by a predetermined VoIP network.

According to an embodiment of the present invention, the Internet telephone number assigned to the client homepage includes a communication means unique number system corresponding to a predetermined VoIP network, whereby the relay server 500b is configured to transmit the caller communication means. The data (or message) received from the 100 is preferably roamed and forwarded to a VoIP network corresponding to the communication means unique number system.

Referring to FIG. 5B, the relay server 500b transmits the data (or message) transmitted from the caller communication means 100 to the VoIP network by using the Internet telephone number assigned to the client homepage as a receiving side. And a receiving unit 505b for receiving data (or message) transmitted from the sender communication means 100 from the mobile communication network, and roaming defined between the mobile communication network and the VoIP network from the received data (or message). A generation unit 510b for generating predetermined roaming data (or messages) including a data structure and transmitting the generated roaming data (or messages) to the VoIP network through a predetermined network interworking network means 115; It characterized in that it comprises a transmission unit (515b).

The receiving unit 505b interrupts and receives from a path on the mobile communication network through which data (or message) transmitted from the sender communication means 100 is transmitted and received, and / or data transmitted from the sender communication means 100 ( Or before a message is transmitted to at least one receiving side through the mobile communication network, and the received data (or message) is provided to the generation unit 510b.

According to the method of the present invention, the relay server 500b is provided as a separate server system as shown in FIG. 5B, but the data (or message) transmitted from the sender communication means 100 in the data (or message) communication protocol ( Or a message) is not defined to be received by the relay server 500b before being transmitted to at least one receiving side through the mobile communication network, the receiving unit 505b is provided on a path through which the data (or message) is transmitted and received. It is preferable to interrupt and receive the data (or message) in conjunction with a mobile communication component (e.g., base station and / or control station and / or switching station and / or network interworking device, etc.).

According to another embodiment of the present invention, the relay server 500b is provided as a separate server system as shown in FIG. 5B, and the transmission transmitted from the sender communication means 100 in the data (or message) communication protocol. Receiving the data (or message) by the data (or message) communication protocol when data (or message) is defined to be received by the relay server 500b before being transmitted to the at least one receiving side via the mobile communication network. It is desirable to.

According to another exemplary embodiment of the present invention, when the relay server 500b is provided with a functional configuration of the mobile communication network component located on the transmission path of the data (or message), the receiving unit 505b may be configured as the above. It is preferable to interrupt and receive the data (or message) transmitted from the sender communication means 100.

The generation unit 510b converts the information (or data) included in the data (or message) received from the caller communication unit 100 through the reception unit 505b into a data format corresponding to the roaming data (or message). And converts the data into a data type and substitutes the converted information (or data) into the roaming data (or message) structure to generate predetermined roaming data (or a message). Or a message) is provided to the transmission unit 515b.

The transmission unit 515b attaches a predetermined header corresponding to a communication protocol defined between the mobile communication network and the VoIP network to the roaming data (or message) generated by the generation unit 510b. It is characterized in that the transmission via the interworking network means 115 to the VoIP network.

According to an embodiment of the present invention, the transmitting unit 515b attaches a predetermined header to the roaming data (or message) to generate predetermined roaming protocol data, and transmits the roaming protocol data to the network interworking network means 115. Is preferably transmitted to the VoIP network.

According to another exemplary embodiment of the present invention, in transmitting the roaming data (or message) to the VoIP network, the transmission unit interworks with a gateway on the VoIP network according to a characteristic of a mobile communication system corresponding to each mobile operator. It is possible to transmit the roaming data (or message) through a predetermined gateway, thereby the present invention is not limited.

5c is provided with a predetermined VoIP system interworking with a communication network that processes the data (or message) in the mobile communication network as shown in FIGS. 5a and 5b. The mobile communication network may provide a mobile telephone system as shown in FIG. 5A and / or a wireless data communication system in a circuit switched manner as shown in FIG. 5B, and the mobile phone network and / or circuit switched in the mobile communication network as shown in FIG. A predetermined VoIP system interoperating with a wireless data communication system is provided.

The VoIP system provided in the mobile communication network includes a gatekeeper 580 and at least one gateway 585 for providing VoIP services for at least one or more wireless terminals connected to the mobile communication network. The predetermined data (or message) transmitted from the radio terminal is provided to the mobile communication system through a predetermined wired section including the base station, the control station and / or the switching station, and the mobile communication system. The system interface means 575 for interworking with the VoIP system is received by the VoIP system.

The system interface means 575 is characterized in that the mobile communication system and the VoIP system interworking on the mobile communication network, the gatekeeper 580 of the VoIP system according to the characteristics of the system interface means 575 is the mobile It is possible to be equipped with a functional configuration of an exchange station and / or HLR / VLR of a communication system. Those skilled in the art to which the present invention pertains will clearly understand the system configuration for the case where the mobile operator corresponds to a separate carrier for the VoIP system, and thus the detailed description of the system interface means 575 will be given. Omit for convenience.

The data (or message) transmitted from the wireless terminal may be the unstructured data (or message) structure shown in FIG. 6A, or the data provided in the wireless terminal among the structured data (or message) structure shown in FIG. 6B. (Or a message) characterized in that it comprises a predetermined data (or message) structure corresponding to the transmission and reception means.

In addition, the data (or message) transmitting and receiving means provided in the radio terminal is defined to transmit a predetermined data (or message) by using a predetermined communication means unique number as the receiving address of the data (or message) And a type and / or feature of the data (or message) transmission and reception means and a data (or message) structure transmitted and received from the wireless terminal through the data (or message) transmission and reception means. It is apparent that the present invention is not limited by the following.

Among the components provided on the VoIP system, a server (or device) 500c for receiving data (or message) transmitted from a predetermined wireless terminal connected to the mobile communication network is provided in the VoIP system as shown in FIG. 5C. It is possible to be provided as a separate server system, or to be provided in the functional configuration of the gatekeeper 580 and / or gateway 585 constituting the VoIP system, by which the present invention is not limited.

The server (or device) 500c provided in the VoIP system receives at least one or more data (or messages) transmitted from the caller communication means 100 to the mobile communication system through the system interface means 575. And reading the receiving communication number system included in the data (or message), thereby converting the data (or message) from the mobile communication network in response to a data (or message) exchange protocol between VoIP systems. Roaming to the network characterized in that the transmission.

According to an embodiment of the present invention, the Internet telephone number assigned to the client homepage includes a communication means unique number system corresponding to a predetermined VoIP network existing outside the mobile communication network, whereby the server (or The device 500c preferably roams the data (or message) received from the caller communication means 100 to a VoIP network corresponding to the communication means unique number system.

Referring to FIG. 5C, the server (or apparatus) 500c transmits data (or message) transmitted from the caller communication means 100 to the receiving side of the Internet telephone number assigned to the client homepage. A receiving unit 505c for receiving data (or message) transmitted from the caller communication means 100 from the mobile communication network through a predetermined system interface means 575 for delivery to an external VoIP network; A generator 510c for generating predetermined roaming data (or messages) including a roaming data structure defined between the VoIP system and an external VoIP network from the received data (or messages); and the generated roaming data (or Message transmission unit 515c for transmitting the message) to the VoIP network via a predetermined network interworking network means 115; Characterized in that eojineun.

The receiving unit 505c interrupts and receives the data (or message) transmitted from the caller communication means 100 from the mobile communication network system through the system interface means 575, and / or the caller communication means 100. Receive the data (or message) transmitted to the mobile communication system to the VoIP system through the system interface means 575, the received data (or message) is the generation unit 510c.

According to an embodiment of the present invention, although the server (or device) 500c is provided in the VoIP system as a separate server system as shown in FIG. 5C, the caller communication means 100 is used in the data (or message) communication protocol. If the data (or message) transmitted from the (or the message) is not defined to be received by the server (or device) 500c before being transmitted to the at least one or more receiving side through the mobile communication network, the receiving unit 505c is the system interface. The data in conjunction with a mobile communication component (e.g., base station and / or control station and / or switching station and / or network interworking device, etc.) provided on a path through which the data (or message) is transmitted and received via means 575. VoIP components (e.g., provided on a path for interrupting and / or receiving (or messages) and / or transmitting and receiving data (or messages) For example, it is preferable to interrupt and receive the data (or message) in conjunction with the gatekeeper 580 and / or the gateway 585.

According to another embodiment of the present invention, the server (or apparatus) 500c is provided in the VoIP system as a separate server system as shown in FIG. 5c, and the caller communication means in the data (or message) communication protocol. When the data (or message) transmitted from 100 is defined to be received by the server (or device) 500c via the mobile communication network, the data (or message) by the data (or message) communication protocol. Is preferred.

According to another embodiment of the invention, the server (or device) 500c is provided with a functional configuration of the VoIP component located on the transmission path of the data (or message) on the VoIP system (e.g., When provided to the gatekeeper 580 and / or gateway 585), the receiving unit 505c preferably interrupts and receives the data (or message) transmitted from the sender communication means 100.

The generation unit 510c corresponds to information (or data) included in data (or message) received from the caller communication unit 100 through the reception unit 505c to roaming data (or message) between the VoIP systems. And converting the data into a data type and substituting the converted information (or data) into the roaming data (or message) structure to generate predetermined roaming data (or message). Roaming data (or messages) are provided to the transmitter 515c.

The transmission unit 515c is configured to correspond to the roaming data (or message) generated by the generation unit 510c corresponding to a communication protocol defined between a VoIP system provided in the mobile communication network and a predetermined external VoIP network. The header is attached and transmitted to the VoIP network through a predetermined network interworking network means 115.

According to an embodiment of the present invention, the transmission unit 515c attaches a predetermined header to the roaming data (or message) to generate predetermined roaming protocol data, and transmits the roaming protocol data to the network interworking network means 115. Is preferably transmitted to the VoIP network.

Referring to FIG. 5D corresponding to a predetermined VoIP network in which a communication network corresponding to the caller communication means 100 interoperates with a communication network processing the data (or message), the calling VoIP network may be connected to at least one VoIP terminal. Gatekeeper 580 (Gate Keeper) for providing a VoIP service for the service and at least one source gateway 585 interworking with the VoIP terminal, and the VoIP network and a communication network for processing data (or messages) And a roaming side gateway 585 interworking with the VoIP network, wherein the predetermined data (or message) transmitted from the VoIP terminal is a gatekeeper 580 on the originating VoIP network through a predetermined VoIP communication means. And / or to the gateway 585.

The VoIP terminal supports Real Transport Protocol (RTP) and / or RTCP (RTP Control Protocol) that satisfies at least one or more of the H.323 standard of ITU-T and / or the Session Initiation Protocol (SIP) standard of IETF. A terminal device, wherein the data (or message) transmitted from the VoIP terminal is transmitted to the VoIP terminal either from the unstructured data (or message) structure shown in FIG. 6A or the structured data (or message) structure shown in FIG. 6B. And a predetermined data (or message) structure corresponding to each data (or message) transmission / reception means provided, wherein the data (or message) is a predetermined VoIP communication means corresponding to the RTP / RTCP. It is preferably received via 535 as a component provided on the originating VoIP network.

In addition, the data (or message) transmitting and receiving means provided in the VoIP terminal is defined to transmit a predetermined data (or message) using a predetermined communication means unique number as the receiving address of the data (or message) And a type and / or feature of the data (or message) transmission and reception means and a data (or message) structure transmitted and received from the VoIP terminal through the data (or message) transmission and reception means. It is apparent that the present invention is not limited by the following.

Among the components provided on the originating VoIP network, the server (or apparatus) 500d for receiving data (or message) transmitted from a predetermined VoIP terminal connected to the originating VoIP network is as shown in FIG. 5D. It may be provided as a separate server system provided in the calling VoIP network, or may be provided as a functional configuration of the gatekeeper 580 and / or gateway 585 constituting the calling VoIP network, thereby the present invention This is by no means limited.

According to another exemplary embodiment of the present invention, the server (or apparatus) 500d is configured to transmit predetermined data from a VoIP terminal connected through the VoIP communication means 535 (eg, communication means supporting RTP / RTCP). In addition to receiving a message or message, there is provided a sender communication means 100 (e.g., a predetermined data (or message) transmission means connected via a predetermined network means 545 (e.g., a TCP / IP based network). It is possible to directly receive certain data (or messages) from a wired terminal and / or a data (or message) transmission server), thereby limiting the present invention.

The server (or device) 500d provided in the calling VoIP network may transmit at least one data (or message) from the calling party communicating means 100 through a predetermined VoIP communication means 535 or network means 545. Receiving the data and reading the receiving side communication number system included in the data (or message), thereby transferring the data (or message) to a predetermined VoIP terminal existing inside the calling VoIP network or the calling side. Determining whether or not to transfer to a VoIP network external communication network, and when the determination result delivers the data (or message) received from the caller communication means 100 into the calling VoIP network, the caller defined in the calling VoIP network In response to a data (or message) processing procedure, the data (or message) is transferred to a VoIP terminal inside the calling VoIP network. Or to transmit data (or messages) received from the sender communication means 100 to an external communication network other than the calling VoIP network, to a predetermined data (or message) exchange protocol defined with the external communication network. Correspondingly, the data (or message) is roamed to the external communication network.

According to an embodiment of the present invention, the Internet telephone number assigned to the client homepage includes a communication means unique number system corresponding to a predetermined VoIP network, whereby the server (or device) 500d is Preferably, the data (or message) received from the caller communication means 100 is roamed and transmitted to the VoIP network corresponding to the communication means unique number system.

Referring to FIG. 5D, the server (or apparatus) 500c transmits data (or message) transmitted from the caller communication means 100 to the receiver by using the Internet telephone number assigned to the client home page. Receiving unit 505d for receiving data (or message) transmitted from the sender communication means 100 and the calling party VoIP from the received data (or message) for delivery to a VoIP network outside the VoIP network. A generation unit 510d for generating predetermined roaming data (or messages) including a roaming data structure defined between the network and the external VoIP network, and the generated roaming data (or messages) for predetermined network interworking network means (545). It is characterized in that it comprises a transmission unit 515d for transmitting to the VoIP network through the (115).

The receiving unit 505d interrupts and receives data (or messages) transmitted from the caller communication means 100 from the caller VoIP system, and / or from the caller communication means 100 to the caller VoIP system. The transmitted data (or message) is first received before being transmitted to at least one or more receiving parties through the calling VoIP network, and the received data (or message) is provided to the generating unit 510d. .

According to an embodiment of the present invention, although the server (or device) 500d is provided in the originating VoIP network as a separate server system as shown in FIG. 5D, the caller communication means is used in the data (or message) communication protocol. If the data (or message) transmitted from 100 is not defined to be received by the server (or device) 500d before being transmitted to at least one or more receiving end via the calling VoIP network, the receiving part 505d In conjunction with an originating VoIP system component (e.g., gatekeeper 580 and / or gateway 585) provided on a path through which the data (or message) is transmitted and received via the system interface means 575; It is desirable to interrupt and receive data (or messages).

According to another embodiment of the present invention, the server (or device) 500d is provided in the originating VoIP network as a separate server system as shown in FIG. 5D, and the sender in the data (or message) communication protocol. If it is defined to receive the data (or message) transmitted from the communication means 100, it is preferable to receive the data (or message) by means of the data (or message) communication protocol.

According to another embodiment of the present invention, if the server (or device) 500d is provided with a functional configuration of the VoIP component located on the transmission path of the data (or message) on the calling VoIP network ( For example, when the gatekeeper 580 and / or the gateway 585 is provided, the receiving unit 505d may interrupt and receive the data (or message) transmitted from the sender communication unit 100. .

The generation unit 510d may transmit information (or data) included in data (or message) received from the caller communication unit 100 through the reception unit 505d to the roaming data (or message) between the calling party VoIP networks. And converting the data into a data type corresponding to the data type and substituting the converted information (or data) into the roaming data (or message) structure to generate predetermined roaming data (or message). The generated roaming data (or message) is provided to the transmitter 515d.

The transmitting unit 515d attaches a predetermined header corresponding to a communication protocol defined between the originating VoIP network and a predetermined external VoIP network to the roaming data (or message) generated by the generating unit 510d. It is characterized in that the transmission via the predetermined network interworking network means 115 to the VoIP network.

According to an embodiment of the present invention, the transmitting unit 515d generates predetermined roaming protocol data by attaching a predetermined header to the roaming data (or message), and transmits the roaming protocol data to the network interworking network means 115. Is preferably transmitted to the VoIP network.

6A and 6B illustrate preferred structures of data (or messages) according to an embodiment of the present invention.

More specifically, FIG. 6A illustrates a preferred structure of unstructured data (or message), and FIG. 6B illustrates a preferred structure of structured data (or message).

Referring to FIG. 6A, unstructured data (or messages) may include at least one segment (eg, first segment, second segment,... Nth segment, etc.) that includes variable length information (or data). Wherein the segment comprises at least one predetermined field identifier and / or delimiter and / or field data.

According to an embodiment of the invention, it is preferred that the field identifier and / or delimiter and / or field data match a character code (eg ASCII code) comprising at least one letter and / or number and / or symbol. . For example, the field identifier may include alphabetic and / or numeric characters, the separator may include whitespace and / or symbols, and the field data may be alphabetic and / or Korean and / or numeric characters. And / or symbols.

Each segment structure of the unstructured data (or message) may be modified and implemented in various ways depending on the intention of those skilled in the art of implementing the present invention and / or data (or message) standards defined in the data (or message) transmission and reception means. It is to be understood that the invention is in no way limited by the method of implementing unstructured data (or messages) as modified by the intention and / or data (or message) specifications of those skilled in the art.

Referring to FIG. 6B, the structured data (or message) includes predetermined identification information for identifying the type and / or total length of the data (or message), and data in which at least one data (or message) is stored ( Or a message) block.

According to an embodiment of the present invention, the identification information of the structured data (or message) preferably includes a fixed length (eg, 10-byte character array, 2-byte integer, 4-byte integer, etc.), and the data ( Or message) block preferably includes a variable length corresponding to the length defined in the identification information.

In addition, each data (or message) included in the structured data (or message) is preferably defined in a predetermined data type (Data Type). For example, each data (or message) included in the structured data (or message) may be defined in any data format, such as character arrays and / or integers and / or real numbers.

Those skilled in the art will clearly understand that the structured data (or message) includes a data block structure such as a struct of a C / C ++ programming language. Detailed description is omitted for convenience.

7A and 7B illustrate a preferred embodiment of unstructured data (or message) in accordance with an embodiment of the present invention.

In more detail, FIGS. 7A and 7B illustrate a text message sent from a predetermined wireless terminal connected to a mobile communication network according to an unstructured data (or message) standard. Specifically, FIG. 7A illustrates the unstructured data. (Or message) illustrates a message structure for each layer of a text message corresponding to the standard, Figure 7b illustrates a text message transmitted using a DBM (Data Burst Message) of the reverse traffic channel (RTC). Those skilled in the art to which the present invention pertains may each correspond to the message structure corresponding to the DBM of the layered message structure shown in FIG. 7A and the reverse traffic channel (RTC) shown in FIG. 7B. Since the information will be clearly understood, detailed description thereof will be omitted.

Those skilled in the art to which the present invention pertains may refer to the unstructured data (or message) structures shown in FIGS. 7A and 7B to those skilled in the art and / or to the sender communication means 100. Depending on the characteristics of the data (or message) transmission and reception means provided, it will be clearly understood how to implement the unstructured data (or message) that is carried out in various modifications without departing from the spirit of the invention. It is clear that this is not a limitation.

Referring to FIG. 7A, a message structure for each layer of a text message corresponding to an unstructured data (or message) standard includes a teleservice layer 700, a relay layer 705, and a data link layer. A data link layer 710 and a physical layer 715 may be included.

According to the common knowledge in the technical field to which the present invention belongs, the message is formed based on the DBM of IS-95-A, and the status of the wireless terminal sending the message (Idle Mode, Traffic Mode, etc.) and / Alternatively, it is desirable to dynamically select a transmission channel by the length of the user message.

The teleservice layer 700 adds MESSAGE_ID in front of a predetermined user message (User Data) edited by the user who sends the message, and at the rear, an internal time (MC Time Stamp) and priority of the message center 500a. (Priority Indicator), Privacy Indicator, Alert on Delivery, and Language Indicator are added to the delivery layer. Among these, the "internal time of the message center 500a" and the "message arrival notification" are valid at the time of receiving the message, and at the time of transmission, only a space for storing data is secured.

The transport layer 705 may include a SMS_MSG_TYPE for recognizing SMS data in front of data transmitted from the teleservice layer 700, and a teleservice identifier for setting message attributes such as whether the data to be transmitted is a voice mailbox or a general message. A teleservice indicator, an originating address, and a bearer reply option are added to the data link layer 710.

The data link layer 710 transmits data transmitted from the transport layer 705 to the physical layer 715 based on the DBM of the IS-95-A via a Um interface, and the physical layer 1115 The data transmitted from the data link layer 710 is added to the message center 500a by adding information required by the IS-95-A protocol.

Referring to FIG. 7B, a message using a DBM of a reverse traffic channel (RTC) may include a message structure corresponding to a DBM, a message structure corresponding to a teleservice identifier, and a destination address. A corresponding message structure, a message structure corresponding to a bearer reply option, a message structure corresponding to a bearer data, a message structure corresponding to a message identifier, and a user message ( A message structure corresponding to a user data, a message structure corresponding to a priority indicator, a message structure corresponding to a language indicator, and a message structure corresponding to a call back number. Characterized in that made.

In FIG. 7B, the teleservice identifier determines a method of processing the message, the receiving side communication number includes a communication means unique number for receiving and processing the message, and the user message is sent to the receiving side communication means. And at least one user input data to be transmitted, wherein the language identifier includes a language encoding scheme of the user message (eg, "lang = 254" is Korean), and the callback number is a caller communication means for sending the message ( And a communication means unique number corresponding to 100).

8A, 8B, 8C, 8D, and 8E illustrate preferred embodiments of structured data (or messages) in accordance with an embodiment of the present invention.

In more detail, FIGS. 8A and 8B illustrate certain sender communication means 100 (eg, wired terminal and / or data (or message)) for sending data (or messages) corresponding to structured data (or message) specifications. As an example of a text message sent from a data (or message) transmission means provided in the sending server, the text message structure shown in FIGS. 8A, 8B, 8C, 8D, and 8E is a wired terminal and / or And a text message transmission protocol defined between the data (or message) transmission means provided in the data (or message) sending server and the message center 500a provided in the mobile communication network.

Those skilled in the art can refer to the structured data (or message) structure shown in FIGS. 8A, 8B, 8C, 8D, 8E, and / or the intention and / or According to the characteristics of the data (or message) transmission and reception means provided in the sender communication means 100, the method of implementing the structured data (or message) that is implemented by various modifications within the scope that does not violate the core of the present invention clearly It will be appreciated that the invention is not limited thereby.

The text message transmission protocol data defined between the sender communication means 100 and the mobile communication network includes predetermined text message data generated by the data (or message) transmission means and a message type and length of the text message data. It includes the header.

8a shows a preferred header structure of the text message transmission protocol data, wherein the header of the text message transmission protocol data includes a fixed length of a total of 8 bytes, and the header of 8 bytes is the character. And a 4-byte integer specifying the message type of the message data data and a 4-byte integer including the length of the text message data data.

As a result, the message center 500a provided in the mobile communication network reads the first 8 bytes of the text message transmission protocol data, reads the first 4 byte integer, and forms the message type of the text message data data included in the text message transmission protocol data. Then, the length of the text message transmission protocol data is checked by reading the last 4 bytes.

According to an embodiment of the present invention, the message type included in the header of the text message transmission protocol data may bind a predetermined message transmission / reception between the sender communication means 100 and the message center 500a provided in the mobile communication network. A transmission message type ('DELIVER_REQ' /) including a binding message type ('BIND_REQ' / 'BIND_ACK') and at least one data (or message) information for transmission to the sender communication unit 100 and the mobile communication network. 'DELIVER_ACK'), a result report message form ('REPORT' / 'REPORT_ACK') including a transmission result of the data (or message) information, and a message including a predetermined callback UEL in the caller communication means 100; A transmission message type ('URLDELIVER' / 'URLDELIVER_ACK') for transmitting a message to a mobile communication network, and a message center 50 provided in the sender communication means 100 and the mobile communication network. 0a) and the connectivity confirmation message type ('PING' / 'PONG').

The text message transmission protocol data length included in the header of the text message transmission protocol data may include a length of text message data corresponding to each message type (for example, sizeof (text message data)). The message center 500a provided in the mobile communication network confirms the location of the text message data on the text message transmission protocol data, and reads each text message data from the text message transmission protocol data based on the result of the confirmation. do.

8b illustrates a preferred binding message structure of the text message transmission protocol data, wherein the text message data corresponding to the binding message of the text message transmission protocol data includes 'BIND_REQ' having a fixed length of 32 bytes and 20 bytes. Wherein 'BIND_REQ' includes an ID information of a 16-byte null string and a password information of a 16-byte null string, and 'BIND_ACK' is 4. It includes the binding result information of the byte integer and the spare area of the 16-byte null string.

According to an embodiment of the present invention, ID information of a 16-byte null string and password information of a 16-byte null string included in 'BIND_REQ' of the text message transmission protocol data may include a message provided in a mobile communication network that receives the text message data. Information for authenticating the sender communication means 100 for transmitting the text message data in the center 500a is preferably determined by the message sender and the mobile communication network provider, and may be omitted depending on the implementation method.

In addition, the 4-byte integer bind result information included in 'BIND_ACK' of the text message transmission protocol data is a response corresponding to the 'BIND_REQ' bind success (E_OK), system failure (E_SYSFAIL), authentication failure (E_AUTH_FAIL), It includes a bind result that includes at least one message format error (E_FORMAT_ERR).

8c illustrates a preferred transmission message structure transmitted from the sender communication means 100 in the text message transmission protocol data, wherein the text message data corresponding to the transmission message of the text message transmission protocol data is 136 bytes to 440 bytes. It is characterized by consisting of 'DELIVER_REQ' having a variable length between and 'DELIVER_ACK' including a fixed length of 8 bytes.

Referring to FIG. 8C, 'DELIVER_REQ' is a serial number of 4 byte integer, unique number of calling party communication means of 16 byte null string, callback number of 16 byte null string, number of receivers of 4 byte integer, It includes a 16-byte null string of the receiving party's unique number (Internet telephone number) and a 160-byte null string of user messages.

According to an embodiment of the present invention, the serial number of the 4-byte integer included in 'DELIVER_REQ' of the text message transmission protocol data corresponds to a serial number sequentially assigned by the data (or message) transmitting means. The calling party communication means unique number of the byte null string corresponds to the communication means unique number corresponding to the caller communication means 100, and the callback number of the 16-byte null string indicates the text message callback designated by the caller communication means 100. Corresponding to the communication means unique number, the number of recipients of the four-byte integer corresponds to the number of the unique communication means (internet telephone number) of the receiving side receiving the text message, and the last called subscriber number of the 16-byte null string Internet assigned to the client homepage including predetermined operator identification information and unique number It is preferable that the user message of the 160-byte null string corresponding to the telephone number correspond to the user message to be transmitted to the receiving party with the Internet telephone number assigned to the client home page.

In addition, in FIG. 8C, the 'DELIVER_ACK' includes a 4-byte integer transmission result information and a 4-byte integer serial number.

According to an exemplary embodiment of the present invention, the transmission result information of the 4-byte integer included in 'DELIVER_ACK' of the text message transmission protocol data is a message corresponding to the 'DELIVER_REQ' response (E_OK), system failure (E_SYSFAIL ), A message format error (E_FORMAT_ERR), no bind (E_NOT_BOUND), and a transmission result including at least one invalid final subscriber number (E_NO_SMSNUM). The serial number is the value specified in the DELIVER_REQ. It is preferable to use it, or to include a predetermined other value corresponding to the value specified in 'DELIVER_REQ'.

8d illustrates a preferred transmission message structure transmitted from the sender communication means 100 in the text message transmission protocol data, wherein the text message data corresponding to the transmission message of the text message transmission protocol data is 136 bytes to 440 bytes. It is characterized by consisting of 'URLDELIVER_REQ' having a variable length between and 'URLDELIVER_ACK' including a fixed length of 8 bytes.

Referring to FIG. 8D, the URLDELIVER_REQ is a 4-byte integer serial number, a 16-byte null string originating unit communication number, a 16-byte null string callback number, and the like. , The number of receivers of 4-byte integers, the unique number of the communication means (Internet telephone number) of the 16-byte null string, and the user message of the 160-byte null string. It is as described in Figure 8c.

According to an embodiment of the present invention, the 160-byte null string of the user message preferably includes a callback UEL, SPACE and the user message, the position of the callback UEL and the user message according to the intention of the skilled person It is possible for the identifier to be changed and / or used instead of the blank. Preferably, the length of the user message is 80 bytes or less. Particularly, when the operator identification information of the called party number is '018', the callback UEL is limited to a maximum of 50 bytes, and the user message is limited to a maximum of 20 bytes. do.

8E shows a preferred result report message structure including a result of receipt of the transmitted message in a message center 500a on a mobile communication network which receives the message transmitted by the sender communication means 100 in the text message transmission protocol data. For example, the text message data corresponding to the result report message of the text message transmission protocol data includes 'REPORT' including a fixed length of 48 bytes and 'REPORT_ACK' including a fixed length of 4 bytes. It is done.

Referring to FIG. 8E, 'REPORT' denotes originating party identification number information of a 16-byte null string, a final subscriber number of the 16-byte null string, a serial number of 4-byte integers, and 4-byte integer transmission. Success time information, 4-byte integer communication network information, and 4-byte integer result report information.

According to an embodiment of the present invention, the calling party communication means unique number and the called party number of the 16-byte null string included in the 'REPORT' of the text message transmission protocol data are set in the 'DELIVER_REQ' and / or 'URLDELIVER_REQ'. The serial number corresponds to a specified value, and the serial number uses the value specified in the 'DELIVER_REQ' and / or 'URLDELIVER_REQ' as it is, or a predetermined other value corresponding to the value specified in the 'DELIVER_REQ' and / or 'URLDELIVER_REQ'. Wherein the transmission success time information corresponds to a time at which a message corresponding to the text message data is received at a receiving side corresponding to the called party number, and the communication network information of the receiving side corresponding to a last called party number. Corresponding to the network information, the result report information is successful transmission (E_SENT), transmission failure (E_EXPIRED) ( For example, non-subscriber, missing number, service outage, etc.), powered off (E_POWEROFF), shadowed area (E_SHADE), terminal message capacity exceeded (E_MSG_FULL), other failures (E_ETC), system failure (E_SYSFAIL), message format error ( E_FORMAT_ERR), invalid number (E_NO_SMSNUM), transmission failure of wireless network (E_ABANDONED), transmission failure (wireless-> terminal) (E_EXPIRED2), message deleted (E_DELETED), message format error (E_UNKNOWN), DELIVER_ACK E_TIMEOUT_DEL), it is preferable to include a transmission result including at least one (E_TIMEOUT_MSG) when the REPORT is not received.

In addition, in FIG. 8E, the 'REPORT_ACK' includes result report information of a 4-byte integer. According to an embodiment of the present invention, the 4-byte integer included in 'REPORT_ACK' of the text message transmission protocol data. The result report result information may include a result report result including at least one of reception success (E_OK) and system failure (E_SYSFAIL).

9 is a diagram illustrating a process of roaming and transmitting a message sent from the caller communication means 100 in a mobile communication network according to an embodiment of the present invention.

In more detail, in FIG. 9, in the data (or message) transmission system as shown in FIG. 5A, at least one data (or message) information is read from a predetermined text message received by the message center 500a. A preferred method of generating roaming data (or messages) and delivering the generated roaming data (or messages) to a communication network that processes the data (or messages).

Those skilled in the art to which the present invention pertains, in addition to the text message received from the caller communication means 100 to the message center 500a with reference to this figure 9, the figures 5b and / or 5c And / or in the data (or message) transmission system as shown in FIG. 5D, generates predetermined roaming data (or message) from the data (or message) transmitted from the sender communication means 100, and the roaming data ( Alternatively, various implementation methods for delivering a message) to the VoIP network through a predetermined network interworking network means 115 may be easily inferred, and the present invention is not limited thereto.

Referring to FIG. 9, a message received from the caller communication means 100 including the wireless terminal on the mobile communication network using the Internet telephone number provided on the client home page as a receiving side includes a message structure as shown in FIG. 7B. The message includes at least one data (or message) information to be included in roaming data (or message) defined between the mobile communication network and the VoIP network, and the reading unit 505a stores the roaming data from the message. Read at least one or more data (or message) information contained in the (or message).

According to an exemplary embodiment of the present invention, the data (or message) information read from the text message by the reading unit 505a may include a teleservice identifier included in the message and a caller corresponding to the caller communication means 100. And a communication address, a reception communication number corresponding to the Internet telephone number provided in the client home page, a predetermined callback number, and at least one user message.

At least one piece of data (or message) information read by the reader 505a is provided to the generation unit 510a, and the generation unit 510a stores the read data (or message) information as the roaming data. (Or a message) is converted into an appropriate data type, and the predetermined data including the data (or message) information by substituting the converted data (or message) information into a predetermined roaming data (or message) And generate roaming data (or messages).

According to an embodiment of the present invention, the roaming data (or message) generated by the generation unit 510a includes the teleservice identifier, the calling party communication number corresponding to the caller communication means 100, and the Receiving side communication number corresponding to Internet telephone number provided in the client homepage, predetermined callback number, predetermined user message and serial number (e.g., specific roaming data exchanged between message center 500a and VoIP network (or Message) and at least one serial number for identifying the message).

The roaming data (or message) generated by the generator 510a is transmitted to the VoIP network through a predetermined network interworking network means 115, and the transmitter 515a transmits the roaming data (or message). Roaming protocol data is generated by attaching a predetermined header to the header, and the roaming protocol data is directly transmitted to the VoIP network through predetermined network interworking network means 115 provided between the mobile communication network and the VoIP network, or The roaming protocol data is indirectly transmitted to the VoIP network through the gateway 585.

10A, 10B, 10C, and 10D illustrate preferred data structures of roaming data (or messages) according to an embodiment of the present invention.

More specifically, FIGS. 10A, 10B, 10C, and 10D relate to a preferred data structure of roaming protocol data including roaming data (or messages) defined between the mobile communication network and the VoIP network.

In particular, the roaming protocol data structure shown in FIGS. 10A, 10B, 10C, and 10D is an exemplary method for efficiently explaining the technical features of the present invention, and the general knowledge in the technical field to which the present invention pertains. Those skilled in the art will clearly understand that the roaming protocol data structure may be embodied in various modifications without departing from the spirit of the present invention, depending on the intention of the person skilled in the art and / or the characteristics of the mobile communication network and the VoIP network. Therefore, it will be apparent that the present invention is not limited.

Roaming protocol data defined between the transmitter 515a of the message center 500a and the receiver provided in the data (or message) processing server is predetermined roaming data generated by the generator of the message center 500a. (Or message) and a header containing the message type and length of the roaming data (or message).

FIG. 10A illustrates a preferred header structure of the roaming protocol data, wherein the header of the roaming protocol data includes a fixed length of 8 bytes in total, and the 8-byte header includes the roaming data (or message). And a 4-byte integer that specifies the message type of &lt; RTI ID = 0.0 &gt;) and a 4-byte integer &lt; / RTI &gt;

Accordingly, the receiving unit of the data (or message) processing server reads the first 8 bytes of the roaming protocol data, reads the front 4 byte integer, and confirms the message type of the roaming data (or message) included in the roaming protocol data. The length of the roaming protocol data is determined by reading the last 4 bytes.

According to an embodiment of the present invention, the message type included in the header of the roaming protocol data may transmit and receive a predetermined message between the transmitting unit 515a of the message center 500a and the receiving unit of the data (or message) processing server. A binding message type ('BIND' / 'BIND_ACK') for binding, and at least one or more data (or for transmission to a transmitting unit 515a of the message center 500a and a receiving unit of the data (or message) processing server). Message) includes a roaming message type ('DELIVER' / 'DELIVER_ACK') containing information and a result report message type ('REPORT' / 'REPORT_ACK') containing a result of the transmission of the data (or message) information. .

In addition, the length of the roaming protocol data included in the header of the roaming protocol data includes a length of roaming data (or a message) (eg, sizeof (roaming data (or message))) corresponding to each message type. Thus, the receiving unit of the data (or message) processing server confirms the location of the roaming data (or message) on the roaming protocol data, and based on the confirmation result, each roaming data (or message) from the roaming protocol data. ) Will be read.

10b illustrates a preferred binding message structure of the roaming protocol data, wherein roaming data (or message) corresponding to the binding message of the roaming protocol data includes 'BIND' having a fixed length of 32 bytes and 20 bytes. And 'BIND_ACK' including a fixed length, wherein 'BIND' includes ID information of a 16-byte null string and password information of a 16-byte null string, and 'BIND_ACK' is 4 bytes. Integer bind result information and the carrier identification information of the 16-byte null character string are included.

According to an embodiment of the present invention, ID information of a 16-byte null string and password information of a 16-byte null string included in 'BIND' of the roaming protocol data are roaming in a VoIP network that receives the roaming data (or message). As information for authenticating a mobile communication network for transmitting data (or a message), it is preferably determined by the mobile communication company and the wireless data communication service provider, and may be omitted depending on the implementation method.

In addition, the 4-byte integer bind result information included in 'BIND_ACK' of the roaming protocol data is a response corresponding to the 'BIND' bind success (E_OK), system failure (E_SYSFAIL), authentication failure (E_AUTH_FAIL), message format And a bind result including at least one error (E_FORMAT_ERR), wherein the carrier identification information of the 16-byte null string is a carrier identification number corresponding to the bind (for example, '011', '016', '019'). , '013', ...).

FIG. 10c illustrates a preferred roaming message structure for roaming and forwarding a message sent from the caller communication means 100 in the roaming protocol data to the VoIP network through a procedure as shown in FIG. 9. FIG. The roaming data (or message) corresponding to the roaming message is characterized by being composed of 'DELIVER' including a fixed length of 264 bytes and 'DELIVER_ACK' including a fixed length of 72 bytes.

Referring to FIG. 10C, 'DELIVER' is a 4-byte integer of a teleservice identifier, a 32-byte null string originating unit communication number, a 32-byte null string, a final subscriber number, and a 32-byte null string. It includes a callback number, a user message with a 160-byte null string, and a serial number with a 4-byte integer.

According to an exemplary embodiment of the present invention, the 4-byte integer teleservice identifier included in 'DELIVER' of the roaming protocol data is obtained by casting the teleservice identifier of the message structure shown in FIG. 7B into a 4-byte integer. Value, the original calling party number of the 32-byte null string corresponds to the unique calling party communication means 100 including the predetermined operator identification information and the unique number, and the last called subscriber number of the 32-byte null string is predetermined The callback number of the 32-byte null string corresponds to the callback number of the message structure shown in FIG. 7B, and the user message of the 160-byte null string corresponds to the call back number. Corresponding to the user message shown in Figure 7b, the serial number of the 4-byte integer is the message center 500a. It is preferable to correspond to the serial numbers sequentially assigned by the generation unit of.

In addition, in FIG. 10C, 'DELIVER_ACK' includes roaming result information of 4 byte integer, initial calling party number of 32 byte null string, last called subscriber number of 32 byte null string, and serial number of 4 byte integer. It is done by

According to an exemplary embodiment of the present invention, the roaming result information of the 4-byte integer included in 'DELIVER_ACK' of the roaming protocol data is a response corresponding to the 'DELIVER' message transmission success (E_OK), system failure (E_SYSFAIL), Not bound (E_NOT_BOUND), no incoming subscribers (unregistered) (E_NOT_DESTIN), terminal format error (E_INVALID_TERM), message overflowed (E_OVER_FLOW), message format error (E_FORMAT_ERR), transmission successful (E_SENT), And a roaming result including at least one transmission failure (E_EXPIRED). The first calling party number and the last calling party number of the 32-byte null string correspond to a value specified in the DELIVER, and the serial number The value specified by the DELIVER may be used as it is, or may include a predetermined other value corresponding to the value specified by the DELIVER. Preferable.

FIG. 10D illustrates a preferred result report message structure including a result of roaming and forwarding a message sent from the caller communication means 100 in the roaming protocol data to the VoIP network through the same procedure as in FIG. The roaming data (or message) corresponding to the result report message of the roaming protocol data includes 'REPORT' including a fixed length of 76 bytes and 'REPORT_ACK' including a fixed length of 4 bytes. .

Referring to FIG. 10D, 'REPORT' denotes a unique number of a calling party's communication means of a 32 byte null string, a final subscriber number of a 32 byte null string, a serial number of 4 byte integers, and a 4 byte integer transmission success. Time information and the result report information of a 4-byte integer.

According to an embodiment of the present invention, the first calling party number and the last calling party number of the 32-byte null string included in 'REPORT' of the roaming protocol data correspond to a value specified by the 'DELIVER', and the serial number is The value specified by the 'DELIVER' is used as it is or includes a predetermined other value corresponding to the value specified by the 'DELIVER', and the transmission success time information includes a message corresponding to the roaming data (or a message). Corresponding to the time received by the client home page to which the Internet telephone number is assigned, the result report information preferably includes a roaming result including at least one of a transmission success (E_SENT) and a transmission failure (E_EXPIRED).

In addition, in FIG. 10D, 'REPORT_ACK' includes result report result information of 4-byte integer. According to an embodiment of the present invention, the result of the 4-byte integer included in 'REPORT_ACK' of the roaming protocol data. The report result information may include a result report result including at least one of reception success (E_OK), system failure (E_SYSFAIL), and no bind (E_NOT_BOUND).

11 is a diagram illustrating a preferred message transmission method for data (or message) processing according to an embodiment of the present invention.

In more detail, FIG. 11 shows an Internet telephone number assigned to the client home page as a receiving side communication number through a data (or message) transmission system including a mobile communication network as shown in FIG. The present invention relates to a preferred method of sending a predetermined text message, and a person of ordinary skill in the art to which the present invention pertains may refer to FIG. 11 and variously modified data (or messages) according to the intention of those skilled in the art. The transmission method may be easily inferred, and the present invention is not limited thereby.

Referring to FIG. 11, the predetermined caller communication means 100 connected to the mobile communication network as shown in FIG. 5A transmits the text message to the Internet telephone number to which a predetermined user message is assigned to the client homepage according to a predetermined text message sending procedure. Inputs (or generates) a predetermined text message to the receiving side of the receiver (1100), and sends the input (or generated) text message to the mobile communication network (1105), wherein the sent text message moves as shown in FIG. It is received by the message center 500a provided on the communication network.

The message center 500a provided on the mobile communication network receives a predetermined text message sent from the caller communication means 100, and reads the last called subscriber number of the received text message to roam the text message. Check (1110).

If the received text message is not roaming (e.g., forwarding the text message to at least one or more wireless terminals present on the mobile communication network), the message center 500a may send a predetermined text message corresponding to the mobile communication network. Performs a data (or message) processing procedure to transmit a text message received from the caller communication means 100 to at least one wireless terminal in a mobile communication network (1120), and generates a predetermined text data (or message) processing result. It provides to the caller communication means 100 (1125).

On the other hand, if the received text message needs to roam to an external network (for example, if the final subscriber number of the received text message corresponds to a VoIP network or another mobile communication network), the message center 500a is as shown in FIG. Read at least one or more data (or message) information from the received text message (1130), generate some roaming data (or message) including the read at least one or more data (or message) information (1135) In operation 1140, the roaming protocol data generated by attaching a predetermined header to the roaming data (or message) is transmitted to the communication network corresponding to the called party number.

According to an embodiment of the present invention, in the process of sending the text message from the caller communication means (100) 1100 to 1105, an Internet telephone number assigned to the client terminal 165 as a final subscriber number of the text message. The roaming data (or message) may be included in the roaming protocol data and transmitted to a VoIP network corresponding to a communication network that processes the data (or message).

In addition, the procedure of transmitting the roaming protocol data from the message center 500a to the VoIP network corresponding to the communication network processing the data (or message) may be performed. The data (or message) exchange between the mobile communication network and the VoIP network is defined. A protocol (eg, after a bind process defined between the networks ('BIND' / 'BIND_ACK'), sends a text message received from the sender communication means 100 to the VoIP network ('DELIVER' / 'DELIVER_ACK'). ), It is preferably performed according to a text message exchange procedure corresponding to a protocol ('REPORT' / 'REPORT_ACK') that exchanges the results.

After the roaming protocol data is transmitted to the VoIP network corresponding to the communication network processing the data (or message) as described above, the message center 500a is provided from the VoIP network corresponding to the communication network processing the data (or message). The roaming data (or message) processing result ('REPORT' / 'REPORT_ACK') is received (1145).

If the roaming data (or message) processing result ('REPORT' / 'REPORT_ACK') is received from the VoIP network corresponding to the communication network processing the data (or message) (1150), the message center 500a is The roaming data (or message) processing result is included in the predetermined data (or message) processing result and transmitted to the caller communication means 100 (1155), whereby the Internet telephone number assigned to the client homepage is transferred to the receiving side communication number. Complete the predetermined text message sending process.

FIG. 12 is a diagram illustrating a process of roaming and transmitting a message sent from a caller communication means 100 in a mobile communication network according to an embodiment of the present invention.

In more detail, FIG. 12 illustrates a predetermined roaming data (or message) from predetermined data (or message) received by the server (or apparatus) 500c in the data (or message) transmission system as shown in FIG. 5C. And a method of delivering the generated roaming data (or message) to a communication network that processes the data (or message).

Those skilled in the art to which the present invention pertains, in addition to the data (or message) received from the sender communication means 100 to the server (or device) 500c with reference to this figure 12, In a data (or message) transmission system such as 5a and / or 5b and / or 5d, a predetermined roaming data (or message) is generated from the data (or message) transmitted from the sender communication means 100. In addition, various implementation methods for transferring the roaming data (or message) to the VoIP network through a predetermined network interworking network means 115 may be easily inferred, and the present invention is not limited thereto.

Referring to FIG. 12, the data (or message) received from the caller communication means 100 including the wireless terminal on the mobile communication network using the Internet telephone number provided on the client home page as a receiver is shown in FIGS. 8A and 8B. And a data (or message) structure such as FIGS. 8c, 8d, and 8e, wherein the data (or message) includes at least one or more information to be included in roaming data (or messages) defined between the mobile communication network and the VoIP network. (Or data), the generation unit 510c converts the information (or data) into an appropriate data type corresponding to the roaming data (or message), and converts the converted information (or data) into a predetermined data type. A predetermined roaming day comprising at least one of said information (or data) by substituting roaming data (or a message) of It characterized in that to generate (or message).

Referring to FIG. 5C, the roaming data (or message) is transmitted to a VoIP network through a predetermined VoIP system. For this purpose, the generation unit 510c transmits the roaming data (or message) to the generated roaming data (or message). Roaming protocol data added with a header of the header) may be inserted (or inserted) into the APP packet of the RTCP defined between the VoIP system and the VoIP network.

According to another embodiment of the present invention, the roaming data (or message) may be substituted (or inserted) into the SDES packet of the RTCP defined between the VoIP system and the VoIP network.

Those skilled in the art will clearly understand the RTCP packet structure corresponding to RFC1889, and will also clearly understand the VoIP call connection procedure that must be preceded in order to transmit the RTCP packet. Detailed description thereof will be omitted for convenience. However, the present invention is not limited by the above description.

The transmission unit 515c transmits an APP packet of RTCP into which the roaming data (or message) is inserted (or inserted), through the predetermined network interworking network means 115 provided between the VoIP system and the VoIP network. Direct to the VoIP network, or through a predetermined gateway 585 to the VoIP network.

13 illustrates a preferred message transmission method for data (or message) processing according to an embodiment of the present invention.

In more detail, FIG. 13 shows an Internet telephone number assigned to the client home page as a receiving side communication number through a data (or message) transmission system including a mobile communication network as shown in FIG. The present invention relates to a preferred method of sending predetermined data (or message), and those of ordinary skill in the art to which the present invention pertains can refer to FIG. Or message) transmission method can be easily inferred, whereby the present invention is not limited.

Referring to FIG. 13, a predetermined caller communication means 100 connected to the mobile communication network as shown in FIG. 5C uses an Internet telephone number to which a predetermined user message is assigned to the client homepage according to a predetermined data (or message) sending procedure. Input (or generate) predetermined data (or message) to the receiving side of the data (or message) (1300), and send the input (or generated) data (or message) to the mobile communication network (1305), The sent data (or message) is received by the server (or device) 500c provided on the mobile communication network as shown in FIG. 5C.

The server (or device) 500c provided on the mobile communication network receives predetermined data (or message) sent from the caller communication means 100, and the final subscriber number of the received data (or message). It is checked whether the data (or message) roams by reading (1310).

If the received data (or message) is not roaming (e.g., transferring the data (or message) to at least one or more wireless terminals present on the mobile communication network), the server (or device) 500c Performs a predetermined data (or message) processing procedure corresponding to the mobile communication network to transmit data (or message) received from the caller communication means 100 to at least one or more mobile communication network internal wireless terminals (1320). A data (or message) processing result of the generated data is provided to the sender communication means 100 (1325).

On the other hand, if the received data (or message) needs to roam to an external network (e.g., the last subscriber number of the received data (or message) corresponds to a VoIP network or other mobile communication network), then the server (or device) 500c reads at least one or more information (or data) from the received data (or message) as shown in FIG. 9 (1330), and predetermined roaming including the read at least one or more information (or data). Generate data (or message) (1335), and the roaming data (or message) (or roaming protocol data generated by attaching a predetermined header to the roaming data (or message)) to a predetermined VoIP communication protocol (e.g., Assigning (or inserting) an APP packet of RTCP or an SDES packet of RTCP) to generate predetermined VoIP protocol data (1340), and Transmits to the emitter area network to process the data (or message) corresponding to the final called subscriber number 1345.

According to an exemplary embodiment of the present invention, the client terminal 165 sends the final subscriber's subscriber number of the data (or message) in the process of sending the data (or message) from the sender communication means 100 (1300 to 1305). The roaming data (or message) may be included in the roaming protocol data and transmitted to a VoIP network corresponding to a communication network that processes the data (or message), if it is inputted (or generated) to an Internet telephone number assigned to. .

In addition, the procedure of transmitting the roaming protocol data from the server (or device) 500c to the VoIP network corresponding to the communication network processing the data (or message) may include data (or data) defined between the mobile communication network and the VoIP network. Message) is preferably performed according to a data (or message) exchange procedure corresponding to the exchange protocol.

After transmitting the roaming protocol data to the VoIP network corresponding to the communication network processing the data (or message) as described above, the server (or device) 500c corresponds to the communication network processing the data (or message). The roaming data (message) processing result is received from the VoIP network (1350).

If the roaming data (message) processing result is received from the VoIP network corresponding to the communication network processing the data (or message) (1355), the server (or device) 500c is the roaming data (message) processing result And transmits the predetermined data (or message) using the Internet telephone number assigned to the client home page as the receiving communication number by transmitting the data to the sender communication means 100 by including the result in a predetermined data (message) processing result (1360). Complete the process.

14A, 14B, 14C, 14D, and 14E are diagrams showing a preferred configuration of a data (or message) relay transmission system for data (or message) processing according to an embodiment of the present invention.

In more detail, FIGS. 14A, 14B, 14C, 14D, and 14E show a case where a data (or message) communication network for managing an Internet telephone number assigned to the client homepage is a VoIP network. A data (or message) relay transmission system for relaying data (or messages) received using an assigned Internet telephone number as a receiving side to a client homepage corresponding to the Internet telephone number. Message) comprises at least one of the H.323 standard of ITU-T and / or the Session Initiation Protocol (SIP) standard of IETF.

Specifically, FIG. 14A illustrates data (or message) received from a VoIP server (or device) 1400 interworking with the storage medium 145 in the VoIP network by receiving an Internet telephone number assigned to the client homepage as a receiving side. ) Is an embodiment of the present invention comprising a data (or message) processing function for relaying transmission to the client homepage, and FIG. 14B is connected to the storage medium 145 in a roaming gateway 1435 provided in the VoIP network. And a data (or message) processing function for relaying and transmitting the data (or message) received from the Internet telephone number assigned to the client home page to the client home page, and FIG. 14C illustrates the VoIP. The storage medium 145 is connected to a gate keeper 580 provided in a network. And a data (or message) processing function for relaying and transmitting the data (or message) received by the Internet telephone number assigned to the client home page to the client home page, and FIG. 14D illustrates the VoIP. Relay the received data (or message) to the client homepage in connection with the storage medium 145 in a predetermined relay transmission gateway 1450 provided in the network as the receiver side. FIG. 14E illustrates a predetermined roaming gateway 1435, a gatekeeper 580, and a relay transmission-side gateway 1450 provided in the VoIP network. Interworked with the storage medium 145 to the client homepage Phone number to be performed for the method of data (or message) provided with a processing function for relaying transmitted to the home client with the data (or message) that is received by the receiving side. Those skilled in the art to which the present invention pertains can refer to the data 14a, 14b, 14c, 14d, and 14e without departing from the essential technical features of the present invention. Alternatively, various implementation methods for the data (or message) relay transmission system for message) processing may be easily inferred, and it will be apparent that the present invention is not limited thereto.

The VoIP network corresponding to the communication network for processing the data (or message) is a VoIP terminal that supports RTP and / or RTCP that satisfies at least one of the H.323 standard of ITU-T and / or the SIP standard of IETF. 1445, a gatekeeper 580 corresponding to a control server for managing and managing a predetermined VoIP service for the VoIP terminal 1445, and at least one or more interworking the VoIP network with at least one external network. And a VoIP internal network 1455 interworking with the gateway 585, the VoIP terminal 1445, the gatekeeper 580, and at least one gateway 585. Further comprising a component for relaying the data (or message) received by the Internet telephone number assigned to the homepage to the client homepage. Characterized in that the subscriber information D / B 1425 storing the VoIP network subscriber information and the gateway 585 interworking information for interworking at least one external network with the VoIP network and / or for interworking with another VoIP network It is preferable to have a network interworking information D / B (1430) for storing the external VoIP network interworking information.

The VoIP terminal 1445 is connected to the gatekeeper 580 through a predetermined VoIP communication means 535, and / or the gatekeeper through a VoIP gateway 535 and a predetermined gateway 585. 580) and at least one or more other VoIP terminals 1445 through RTP and / or RTCP satisfying at least one or more of the H.323 standard of ITU-T, and / or the SIP standard of IETF. (Eg, a terminal device to which an Internet phone number managed by a VoIP network is assigned) and a communication channel are connected.

The gatekeeper 580 (Gate Keeper) is an entity of H.323 that provides a call control service for a VoIP terminal 1445 (eg, an H.323 terminal) in a VoIP network, but is logically separated from the terminal. It may be physically provided in a terminal, MCU, gateway 585, a network device, a server, and the like, and manages and operates at least one alias address (eg, a VoIP phone number) and a transmission address (eg, an IP address) in association with each other. Characterized in that it performs a function such as data transmission, user authentication, billing and the like transmitted and received in the VoIP network.

In addition, the gatekeeper 580 may perform an address translation function between an alias address and a transport address, and / or an admission control function for determining whether to permit network access using H.225.0 ARQ / ACF / ARJ messages, and / Or bandwidth control function supporting H.225.0 BRQ / BRJ / BCF messages, and / or at least one VoIP terminal 1445, MCU (Multipoint Control Unit), provided on the VoIP network for the gatekeeper 580, It is preferable to include a regional management function for managing the gateway 585, and optionally a call control signaling function for connecting a call signaling channel between the VoIP terminals 1445, and / or for a specific VoIP terminal 1445 Call authentication function to allow / reject call requests, and / or bandwidth management function to control the number of VoIP terminals 1445 accessible through the network at the same time, and / or call manager to maintain connected calls It may further comprise a capability.

According to an embodiment of the present invention, the subscriber information D / B 1425 and / or the network interworking information D / B 1430 exist on the VoIP internal network 1455 as shown in FIG. 14A, and / or the Anything provided in the gatekeeper 580 is possible, whereby the present invention is not limited.

The gateway 585 may be configured to interwork the VoIP network with at least one external network and / or another VoIP network. In FIG. 14A, predetermined data for receiving the Internet telephone number assigned to the client homepage as a receiving side for convenience. The gateway 585 connected to the network interworking network means 115 for roaming and receiving the message (or message) is called the roaming gateway 1435, and the homepage provider server 140 provided with the client homepage to which the Internet telephone number is assigned. The gateway 585 connected to the data processing network means 135 that interoperates with the &lt; RTI ID = 0.0 &gt;

Those skilled in the art will clearly understand the detailed functional configuration of the VoIP network corresponding to each operator, and thus will be described in detail for each VoIP network corresponding to each operator. Is omitted for convenience, and the present invention is not limited by the characteristic functional configuration of the VoIP network corresponding to each service provider.

For convenience, the data (or message) processing function data processing server 120 for relaying and transmitting the data (or message) received using the Internet telephone number assigned to the client home page to the client home page will be described below.

That is, FIG. 14A shows that the VoIP server 1400 performs the function of the data processing server 120, and FIG. 14B shows a roaming side gateway 1435 performing the function of the data processing server 120, FIG. 14C. The gatekeeper 580 performs the function of the data processing server 120, FIG. 14D shows that the relay transmission side gateway 1450 performs the function of the data processing server 120, and FIG. 14E shows the roaming side gateway. 1435, the gatekeeper 580, and the relay transmission-side gateway 1450 interoperate with each other to perform a function of the data processing server 120.

Referring to FIGS. 14A, 14B, 14C, 14D, and 14E, the data processing server 120 includes a caller network server provided in a predetermined external network corresponding to a communication network corresponding to the caller communication means 100. Receiving unit 1405 for receiving predetermined roaming message data from 110, and a predetermined data (or message) receiving side communication means unique number (Internet telephone number) from the roaming message data (e.g., the last subscriber's subscriber number) Extract the Internet telephone number corresponding to the data (or message) receiving-side communication means unique number (internet telephone number) in conjunction with the storage medium 145 or the storage medium 145 operating means; A confirmation unit 1410 for confirming that the data is stored in the storage unit 145, and a unique number of the communication means for receiving the data (or message) on the storage medium 145 (Internet telephone number). If an Internet phone number matching the) is stored, the extractor 1415 extracts predetermined homepage related information linked to the internet phone number information from the storage medium 145 and based on the extracted homepage related information. And a relay unit 1420 for relaying data (or messages) corresponding to the roaming message data to a client homepage to which the Internet telephone number is assigned.

The receiver 1405 transmits and receives data (or message) allocated to the client homepage from the caller communication network server 110 provided on the communication network corresponding to the caller communication means 100 through the network interworking network means 115. Between the communication network corresponding to the caller communication means 100 and the VoIP network, predetermined roaming message data including data (or a message) including a dedicated communication means unique number as a receiving side communication means unique number (Internet telephone number). Receiving data using a defined data (or message) exchange protocol, and the received roaming message data is provided to the confirmation unit 1410 and / or the relay unit 1420.

According to an embodiment of the present invention, the communication network corresponding to the caller communication means 100 is a mobile communication network shown in FIG. 5A, and data (or message) exchanged as shown in FIG. 9 is exchanged between the mobile communication network and the VoIP network. When a protocol is defined, the reception unit 1405 preferably receives the roaming message data from the mobile communication network through roaming protocol data such as FIGS. 10A, 10B, 10C, and 10D.

According to another exemplary embodiment of the present invention, the communication network corresponding to the caller communication means 100 is a mobile communication network equipped with a VoIP system as shown in FIG. 5C, and the data (see FIG. 12 between the VoIP system and the VoIP network) Or message) When the exchange protocol is defined, the receiving unit 1405 transmits the roaming message data from a VoIP system provided in the mobile communication network through a predetermined VoIP communication protocol corresponding to an APP packet of RTCP and / or an SDES packet of RTCP. It is desirable to receive.

Those skilled in the art to which the present invention pertains, according to the intention of those skilled in the art of implementing the present invention, the receiver 1405 of the data processing server 120 is referred to the VoIP communication protocol with reference to Figures 5a and 9 Various implementation methods for receiving predetermined roaming message data through a data (or message) exchange protocol that do not use the data may be easily inferred. Also, referring to FIGS. 5C and 12, data using the VoIP communication protocol ( Alternatively, since various implementation methods for receiving predetermined roaming message data through a message exchange protocol may be easily inferred, the present invention is not limited to the various implementation methods modified and implemented according to the intention of those skilled in the art as described above. No.

The confirmation unit 1410 roams corresponding to the data (or message) of the roaming message data received through the receiving unit 1405 and the data (or message) dedicated to the transmission / reception dedicated communication means assigned to the client homepage. Reads a specific data (or message) receiving side communication means unique number (internet telephone number) from the message data 'DELIVER' / 'DELIVER_ACK', and interworks with the storage medium 145 or the operating means of the storage medium 145. Check whether the predetermined number of data (or message) transmission and reception dedicated communication means matching the data (or message) receiving side communication means unique number (internet telephone number) is stored in the storage medium 145. The verification result is provided to the extraction unit 1415 and / or the relay unit 1420.

According to an embodiment of the present invention, the unique number information for transmitting / receiving dedicated communication means for data (or message) allocated to at least one or more client homepages among the client homepages provided in the homepage provider server 140 may be allocated to the storage medium. Preferably, the storage medium 145 is stored in association with the homepage-related information. As soon as the unique number of the communication means for transmitting / receiving data (or message) allocated to the client homepage is deallocated and / or changed. It is preferable that the unique number information of the communication means dedicated to transmitting and receiving the data (or message) stored in the &quot;

As a result of the confirmation by the confirmation unit 1410, the unique communication means unique number information for transmitting / receiving predetermined data (or message) stored in the storage medium 145 is the unique communication means (Internet telephone number) included in the roaming message data. If it is determined that the match with the extraction unit 1415 is in communication with the storage medium 145 or the storage medium 145 operating means unique to the communication means dedicated to transmitting and receiving the data (or message) from the storage medium 145 And extracting predetermined homepage-related information for providing a client homepage to which a number is assigned, and the extracted homepage-related information is provided to the relay unit 1420.

The relay unit 1420 generates predetermined relay transmission data (or message) for relay transmission of the roaming message data received through the reception unit 1405 to a client homepage to which the Internet telephone number is assigned, and the relay unit. Generate predetermined relay transmission protocol data corresponding to the communication protocol defined between the VoIP network and the homepage provider server 140 in transmission data (or message), and convert the relay transmission protocol data into the predetermined communication protocol corresponding to the communication protocol. And relaying to the client homepage to which the predetermined Internet telephone number corresponding to the unique number of the data (or message) receiving side communication means is transmitted through the relay transmission protocol, and relaying to the client homepage to which the Internet telephone number is assigned. The transmitted relay transmission data (or message) is The data provided to the client's home page (or message) is being stored in the storage area (region or post).

According to one embodiment of the invention, the relay transmission data (or message) is included in a predetermined relay transmission protocol defined in the data processing network means 135 provided between the VoIP network and the home page provider server 140. It is preferably received by the home page provider server 140.

According to the present invention, the relay transmission protocol may include at least one of the client homepage address information to which the Internet telephone number is assigned and / or at least one information storage area (or posting area) of the at least one information storage area (or posting area) provided at the client homepage. Is transmitted to the receiving side including the storage area (or posting area) information to be stored (or posted) to the receiving side, whereby relay transmission data ( Or predetermined data (or message) included in the message) (eg, data (or message) sent from the caller communication means 100) is stored in the data (or message storage area) of the client homepage to which the Internet telephone number is assigned. Processed to be saved (or posted).

In the above implementation method, the homepage provider server 140 may store data (or message) information, homepage address information and / or data (or message) storage area (or posting area) information from the relay transmission protocol data. Extracting and storing the data (or message) information in a data (or message) storage area (or posting area) of the client home page, thereby receiving and processing the text message. It is preferable that a reception processing function corresponding to a relay transmission protocol such as

According to another embodiment of the present invention, when the data processing network means 135 provided between the VoIP network and the homepage provider server 140 supports the HTTP protocol, the data (or message) storage area (or Posting Area) information is included in an action attribute among FORM elements of a predetermined form form corresponding to the HTTP protocol, and is received by the homepage provider server 140. In this case, the data (or message) The IMNPUT element of the form form may be received in a text attribute and / or a TEXTAREA element or the like, or may be included in a predetermined relay transmission protocol defined by the VoIP network and the homepage provider server 140. The present invention is not limited thereby.

In the above implementation method, the homepage provider server 140 may store data (or message) information, homepage address information and / or data (or message) storage area (or posting area) information from the relay transmission protocol data. Extracting and storing the data (or message) information in a data (or message) storage area (or posting area) of the client home page, thereby receiving and processing the text message. It is preferable that a reception processing function corresponding to a relay transmission protocol such as

As described above, the data processing network means 545 and 135 provided between the VoIP network and the homepage provider server 140 support the HTTP protocol, and the data (or message) information and the client homepage address information and / or When the data (or message) storage area (or posting area) information is relayed through a predetermined form form, the homepage provider server 140 receives the received data (or message) information based on the form form. The text message is received and stored in the data (or message) storage area (or posting area) of the client home page. For this purpose, the data processing server 120 is provided between the home page provider server 140 and the VoIP network. Authenticator for accessing data (or message) storage area (or posting area) of the client homepage It is preferred that this provided.

In addition, the data processing network means 545 (135) provided between the VoIP network and the home page provider server 140 supports the HTTP protocol, and the client home page address information and / or data (or message) storage area ( Or posting area) information is relayed through a predetermined form, but the data (or message) information is transmitted when included in the predetermined relay transmission protocol defined by the VoIP network and the homepage provider server 140. The home page provider server 140 extracts data (or message) information from the relay transmission protocol data and stores the data (or message) in the data (or message) storage area (or posting area) of the client home page received through the form form. Or message) to receive and process the text message. The page provider server 140 has a reception processing function corresponding to the relay transmission protocol as described above and a function of reading data (or message) storage area (or posting area) information of the client home page received through the form form. It is preferable that this is provided.

According to an embodiment of the present invention, the relay unit 1420 relays the relay transmission data (or message) to the client homepage to which the Internet telephone number is assigned, and the VoIP network and the homepage provider server 140. A predetermined header corresponding to the defined communication protocol is attached to generate a predetermined relay transmission protocol data, and the internet transmission number is assigned to the relay transmission protocol data through a predetermined data processing network means 135. It is preferable to relay to the client homepage.

The relay unit 1420 includes the relay transmission data (or message) in predetermined relay transmission protocol data and relays the transmission to the client homepage to which the Internet telephone number is assigned through the predetermined data processing network means 135. When the relay unit 1420 is provided in a predetermined relay server provided in the VoIP network, the relay server transmits the relayed data to a client homepage to which an Internet telephone number is assigned through the data processing network unit 135. It is preferable to relay the message (or message) directly, and / or when the relay unit 1420 is provided in a predetermined gateway 585 and / or gatekeeper 580 provided in the VoIP network, the gateway. 585 and / or the gatekeeper 580 is assigned the Internet telephone number through a predetermined relay transmission gateway 1450. It is desirable to transfer to Radiant homepage.

According to another embodiment of the present invention, if the data processing network means 135 corresponds to a VoIP communication protocol (eg, the data processing network means 135 connecting the VoIP network and the home page provider server 140). ) Supports the RTP / RTCP protocol), the relay unit 1420 relays the relay transmission data (or message) to the client homepage to which the Internet telephone number is assigned. The relay transmission data (or message) (or relay transmission protocol data) is substituted (or inserted) into the VoIP communication protocol corresponding to the APP packet of the RTCP or the SDES packet of the RTCP defined between the servers 140. It is preferable to transmit to the client homepage to which the Internet telephone number is assigned.

The relay unit 1420 includes the relay transmission data (or message) (or relay transmission protocol data) in the VoIP communication protocol corresponding to the APP packet of the RTCP or the SDES packet of the RTCP, and the client homepage to which the Internet telephone number is assigned. For relay transmission, the relay unit 1420 relays the transmission data included in the VoIP communication protocol through a predetermined relay transmission gateway 1450 provided in the VoIP network in response to the homepage provider server 140. (Or message) (or relay transmission protocol data) is preferably transmitted to the client homepage to which the Internet telephone number is assigned.

15 is a diagram illustrating a process of relaying data (or a message) received from the caller communication means 100 to a client homepage in a VoIP network according to an embodiment of the present invention.

More specifically, FIG. 15 shows an Internet telephone number assigned to a predetermined client homepage by a predetermined caller communication means 100 when a predetermined relay transmission protocol is defined between the VoIP network and the homepage provider server 140. A predetermined data (or message) exchange protocol defined between the communication network corresponding to the caller communication means 100 and the VoIP network, wherein the data (or message) sent by the receiver side unique number (Internet telephone number) is defined. And roaming by the VOIP network, relaying the received data (or message) in the VOIP network through a relay transmission protocol defined between the VOIP network and the homepage provider server 140. It is about.

Those skilled in the art to which the present invention pertains, with reference to this figure 15, data (or messages) roamed and received from a communication network corresponding to the sender communication means 100 and / or a sender on the VoIP network Read at least one roaming information from the data (or message) received from the communication means 100 to generate predetermined relay transmission data (or message), and transmit the relay transmission data (or message) to predetermined data processing network means. Through 135, various implementation methods for relay transmission to the client homepage to which the Internet telephone number is assigned may be easily inferred, and the present invention is not limited thereto.

The roaming data (or message) received by the receiving unit 1405 of the data processing server 120 included in the VoIP network includes at least one roaming information, and the roaming data (or message) is 'DELIVER'. In this case, the roaming data (or message) includes a four-byte integer teleservice identifier, information about the original calling party number of a 32-byte null string, a destination subscriber number of a 32-byte null string, a callback number of a 32-byte null string, It contains a user message, a 160-byte null string, and roaming information that contains a 4-byte integer serial number.

The relay unit 1420 of the data processing server 120 relays the roaming data (or message) to the client homepage to which the Internet telephone number is assigned using the roaming data (or message) as relay transmission data (or message) as shown in FIG. 16C. Alternatively, as shown in FIG. 16D, at least one roaming information included in the roaming data (or message) is read, and the read roaming information is processed to process the relay unit 1420 and the homepage provider of the data processing server 120. Generates relay transmission data (or message) corresponding to the relay transmission protocol defined between the receiving unit 1505 of the data operation server 1500 included in the server 140 to the client homepage to which the Internet telephone number is assigned. It is characterized by relay transmission.

In addition, the relay unit 1420 of the data processing server 120 attaches a predetermined header to the relay transmission data (or message) to generate relay transmission protocol data, and transmits the relay transmission protocol data via a predetermined router. The data transmission network means 135 is provided between the VoIP network and the homepage provider server 140 to transmit to the client homepage to which the Internet telephone number is assigned. It is possible to comply with a defined data (or message) transfer protocol defined between the VoIP network and the homepage provider server 140 and / or to use a form form corresponding to the HTTP protocol, by which the present invention is not limited. .

According to an embodiment of the present invention, the roaming data (or message) is used as the relay transmission data (or message) as it is, through the predetermined relay transmission protocol defined between the VoIP network and the homepage provider server 140. In the case of relay transmission to a client homepage to which a number is assigned, the Internet homepage of the client homepage address information to which the Internet telephone number is assigned and / or at least one information storage area (or posting area) provided in the client homepage is assigned to the homepage. Data (or message) storage area (or posting area) information for receiving (or posting) data (or message) received by using the telephone number as a receiver is relayed to a client homepage to which an Internet phone number is assigned through a predetermined form. It is desirable to be transmitted.

In addition, at least one roaming information included in the roaming data (or message) is read, and the read roaming information is processed to perform the predetermined relay transmission protocol defined between the VoIP network and the homepage provider server 140. When relaying to a client homepage to which an internet phone number is assigned, the client homepage address information to which the internet phone number is assigned and / or at least one information storage area (or posting area) provided in the client homepage is allocated to the homepage. Data (or message) storage area (or posting area) information to be stored (or posted) data (or message) received using the received Internet telephone number is included in the data field of the relay transmission data (or message). To the client homepage to which the above internet phone number is assigned It is preferable to relay transmission.

According to another exemplary embodiment of the present invention, at least one data processing network means 135 provided between the VoIP network and the homepage provider server 140 supports the HTTP protocol and is included in the roaming data (or message). When the roaming information is read and the roaming information is processed and relayed to the client homepage to which the Internet telephone number is assigned, the read roaming information and the client homepage address information to which the Internet telephone number is assigned and / or Data (or message) storage area in which data (or message) received by at least one information storage area (or posting area) provided on the client homepage is received (or posted) from the Internet telephone number assigned to the home page. (Or posting area) information is a small element corresponding to the HTTP protocol. It is preferably processed in the form of a definition and relayed to the client homepage to which the Internet telephone number is assigned (not shown). In particular, the data processing network means 135 provided between the VoIP network and the homepage provider server 140 supports the HTTP protocol, and the data (or message) information and the client homepage address information and / or the data (or message). When all data (or message) storage area (or posting area) information is transmitted through a form form corresponding to the HTTP protocol, the homepage provider server 140 omits a message operation server, and / or It is possible that the message operation server is replaced with an authentication server (not shown) between the VoIP network and the homepage providing server, whereby the present invention is not limited.

16A, 16B, 16C, 16D, and 16E illustrate preferred data structures of relay transmission data (or messages) according to an embodiment of the present invention.

More specifically, FIGS. 16A, 16B, 16C, 16D, and 16E illustrate a relay unit 1420 of the data processing server 120 shown in FIG. 15 when the data (or message) is a wireless message. And a relay transmission protocol data including relay transmission data (or a message) defined between the reception unit 1505 of the data management server 1500 included in the homepage provider server 140.

In particular, the relaying protocol data structure shown in FIGS. 16A, 16B, 16C, 16D, and 16E is an exemplary method for efficiently explaining the technical features of the present invention, and in the technical field to which the present invention pertains. Those skilled in the art may vary the relay transmission protocol data structure without departing from the core of the present invention, depending on the intention of those skilled in the art and / or the characteristics of the VoIP network and the homepage provider server 140. It will be clearly understood that the modifications can be made, and it will be clearly understood that the present invention is not limited thereto.

The relay transmission protocol data defined between the relay unit 1420 of the data processing server 120 and the receiver unit 1505 included in the data operation server 1500 included in the homepage provider server 140 is the data processing server. And a header including predetermined relay transmission data (or message) generated by the generation unit 120 and data (or message) type and length of the relay transmission data (or message).

16A illustrates a preferred header structure of the relay protocol data, wherein the header of the relay protocol data includes a fixed length of a total of 8 bytes, and the header of 8 bytes is the relay transmission data. And a 4-byte integer specifying the data (or message) type of (or message) and a 4-byte integer containing the length of the relay transmission data (or message).

Accordingly, the reception unit 1505 of the data operation server 1500 included in the homepage provider server 140 reads the first 8 bytes of the relay transmission protocol data, reads the front 4-byte integer, and includes the same in the relay transmission protocol data. The data (or message) form of the relay transmission data (or message) is checked, and the length of the relay transmission protocol data is checked by reading the last 4 bytes.

According to an embodiment of the present invention, the data (or message) form of the header of the relay transmission protocol data is a data management server included in the relay unit 1420 of the data processing server 120 and the home page provider server 140. A binding data (or message) form ('BIND' / 'BIND_ACK') for binding predetermined data (or message) transmission / reception between the reception unit 1405 of the relay unit 1420 and the relay unit 1420 of the data processing server 120. And relay transmission data (or message) form including at least one relay transmission information for relay transmission to the receiver 1505 of the data management server 1500 included in the homepage provider server 140 ('RELAY' / '). RELAY_ACK ') and the result report data (or message) form (' REPORT '/' REPORT_ACK ') including the transmission result of the data (or message) information.

In addition, the length of the relay transmission protocol data of the header of the relay transmission protocol data is the length of the relay transmission data (or message) corresponding to each data (or message) type (for example, sizeof (relay transmission data (or message))). The receiver 1505 of the data management server 1500 included in the homepage provider server 140 confirms the location of the relay transmission data (or message) on the relay transmission protocol data. The relay transmission data (or message) is read from the relay transmission protocol data based on the confirmation result.

16b illustrates a preferred binding message structure of the relay protocol data. The relay transmission data (or message) corresponding to the binding message of the relay protocol protocol data includes 'BIND' having a fixed length of 32 bytes. And 'BIND_ACK' including a fixed length of 20 bytes, wherein 'BIND' includes ID information of a 16-byte null string and password information of a 16-byte null string. Is a four-byte integer bind result information and a 16-byte null string operator identification information.

According to an embodiment of the present invention, the homepage provider server that receives the relay transmission data (or message) includes ID information of a 16-byte null string and password information of a 16-byte null string included in 'BIND' of the relay transmission protocol data. The information for authenticating the VoIP network transmitting the relay transmission data (or message) at 140 is preferably determined by the wireless data communication service provider and the homepage provider, and may be omitted depending on the implementation method.

In addition, the 4-byte integer bind result information included in 'BIND_ACK' of the relay transmission protocol data is a response corresponding to the 'BIND' bind success (E_OK), system failure (E_SYSFAIL), authentication failure (E_AUTH_FAIL), message And a bind result including at least one format error (E_FORMAT_ERR), wherein the carrier identification information of the 16-byte null string includes the carrier information corresponding to the bind (eg, "NAVER", "YAHOO", ... ) At least one or more.

Figure 16c relays the data (or message) sent from the sender communication means 100 in the relay transmission protocol data to the data management server included in the homepage provider server 140 through the same procedure as in Figure 15. As a preferred relay transmission data (or message) structure for the present invention, FIG. 16C illustrates roaming data (or message) roaming from the mobile communication network to the VoIP network without being used as the relay transmission protocol data. The relay transmission data (or message) corresponding to the relay transmission data (or message) of the relay transmission protocol data may include 'RELAY' including a fixed length of 264 bytes and a fixed length of 72 bytes. It is characterized by consisting of a 'RELAY_ACK'.

Referring to FIG. 16C, 'RELAY' is a 4-byte integer teleservice identifier, 32-byte null string originating subscriber number information, 32-byte null string final subscriber number, and 32-byte null string callback. Number, a user message of 160-byte null string, and a serial number of 4-byte integer.

According to an embodiment of the present invention, the 4-byte integer teleservice identifier included in 'RELAY' of the relay transmission protocol data, the first calling subscriber number of the 32-byte null string, and the final incoming of the 32-byte null string. The subscriber number, the callback number of the 32-byte null string, and the user message of the 160-byte null string use the value specified in 'DELIVER' of the roaming data (or message), and the serial number is the 'DELIVER'. It is preferable to use the value specified in the above, or to include another predetermined value corresponding to the value specified in 'DELIVER'.

In addition, in FIG. 16C, 'RELAY_ACK' denotes a 4-byte integer relay transmission result information, an initial calling subscriber number of a 32-byte null string, a final subscriber number of a 32-byte null string, and a serial number of a 4-byte integer. It is made to include.

According to an exemplary embodiment of the present invention, the relay transmission result information of the 4-byte integer included in 'RELAY_ACK' of the relay transmission protocol data is a message corresponding to the 'RELAY' message transmission success (E_OK), system failure (E_SYSFAIL ), Not bound (E_NOT_BOUND), client home page (unregistered) (E_NOT_HOME), data (or message) data (or message) data (or message) is stored (or posted) no storage (or post) space (unregistered) (E_NOT_DSTURL), Includes relay transmission results including at least one homepage format error (E_INVALID_HOME), message overflowed (E_OVER_FLOW), message format error (E_FORMAT_ERR), transmission success (E_SENT), transmission failure (E_EXPIRED) The first calling party number and the last calling party number of the 32-byte null string correspond to the value specified in 'RELAY', and the serial number is It is preferable to use the value designated by the 'RELAY' as it is or to include a predetermined other value corresponding to the value designated by the 'RELAY'.

FIG. 16d illustrates data (or message) sent from the sender communication unit 100 in the relay transmission protocol data to the data operation server 1500 included in the homepage provider server 140 through the same procedure as in FIG. As another relay transmission data (or message) structure for relay transmission, in particular, FIG. 16D illustrates processing of the roaming data (or message) received by roaming from the mobile communication network to the VoIP network. Wherein the relay transmission data (or message) corresponding to the relay transmission data (or message) of the relay transmission protocol data has a fixed length of 'RELAY' and 72 bytes including a fixed length of 584 bytes. It is characterized by consisting of 'RELAY_ACK' including the length.

Referring to FIG. 16D, 'RELAY' is a 4-byte integer teleservice identifier, 32-byte null string originating subscriber number information, 32-byte null string final subscriber number, and 32-byte null string callback. Number, a 160-byte null string callback URL, a 160-byte null string user message, a 160-byte null string home page address information and / or data (or message) storage (or post area) information, and a 4-byte integer. It consists of the serial number.

According to an embodiment of the present invention, the 4-byte integer teleservice identifier included in 'RELAY' of the relay transmission protocol data, the first calling subscriber number of the 32-byte null string, and the final incoming of the 32-byte null string. The subscriber number and the callback number of the 32-byte null string use the value specified in 'DELIVER' of the roaming data (or message). The user message of the 160-byte null string is callback in the user message of the 'DELIVER'. The callback UEL of the 160-byte null string corresponds to a predetermined callback UEL read from the user message of DELIVER, and the 160-byte null string corresponds to the homepage address information and / or data ( Or message) storage area (or posting area) information is the homepage read from the storage medium 145. The serial number may be extracted from the related information, and the serial number may be used as it is, or may include a predetermined value corresponding to the value specified in DELIVER.

According to an exemplary embodiment of the present invention, the home page address information is URL information corresponding to a client home page provided in the home page provider server 140, and the domain address of the home page operation server and a sub directory corresponding to the client home page (or a user). Account) information, and the data (or message) storage area (or posting area) information is a storage area (or posting area) in which the data (or message) is to be stored in a DBMS linked to the client homepage. Preferably includes address information and / or DBMS interworking information (eg, command protocol information for storing the data (or message) in a data (or message) storage area (or posting area)).

According to another exemplary embodiment of the present invention, the data (or message) storage area (or posting area) information is a data (or message) processing condition (or policy) included in the homepage related information extracted from the storage medium 145. ) The predetermined data (or message) processing condition (or policy) execution information (for example, data (or message) processing condition (or policy)) for executing the home page provider server 140 in the home page provider server 140. Command protocol information for execution).

According to another exemplary embodiment of the present invention, the domain address of the homepage operation server may be omitted (for example, when the domain address of the homepage operation server is fixed) among the homepage address information, and / or the The DBMS interworking information of the data (or message) storage area (or posting area) information can also be omitted according to the intention of the person skilled in the art (eg, the data (or message) is stored in the data (or message) storage area (or posting area). If the command to save is fixed).

In addition, 'RELAY_ACK' in FIG. 16D is the same as described with reference to FIG. 16C.

FIG. 16E relays roaming data (or messages) roamed from the mobile communication network in the relay transmission protocol data to the data operation server 1500 included in the homepage provider server 140 through the same procedure as in FIG. 15. The preferred result report data (or message) structure including the result of the transmission, wherein the relay transmission data (or message) corresponding to the result report data (or message) of the relay protocol protocol data has a fixed length of 76 bytes. And a 'REPORT_ACK' including a fixed length of 4 bytes.

Referring to FIG. 16E, 'REPORT' denotes a first calling subscriber number information of a 32 byte null string, a last called subscriber number of a 32 byte null string, a serial number of 4 byte integers, and a transmission success time of 4 byte integers. Information and result report information of a 4-byte integer.

According to an embodiment of the present invention, the first calling party number and the last calling party number of the 32-byte null string included in 'REPORT' of the relay protocol data correspond to the value designated by the 'RELAY', and the serial number Uses the value specified in the 'RELAY' as it is, or includes a predetermined other value corresponding to the value specified in the 'RELAY', wherein the transmission success time information is data corresponding to the relay transmission data (or message) (Or a message) corresponds to the time received by the client homepage to which the Internet telephone number is assigned, and the result report information includes a relay transmission result including at least one of transmission success (E_SENT) and transmission failure (E_EXPIRED). It is preferable to make.

In addition, in FIG. 16E, the 'REPORT_ACK' includes result report result information of a 4-byte integer. According to an embodiment of the present invention, the 'REPORT_ACK' of the 4-byte integer included in the 'REPORT_ACK' of the relay transmission protocol data. Result Report The result information preferably includes a result report result including at least one of reception success (E_OK), system failure (E_SYSFAIL), and not bind (E_NOT_BOUND).

17A and 17B illustrate preferred data (or message) relay transmission methods for data (or message) processing according to an embodiment of the present invention.

In more detail, in FIG. 17A, when the subscriber information D / B 1425 and the storage medium 145 of the VoIP network are provided in different storage devices, the client homepage is determined by a predetermined caller communication means 100. The present invention relates to a preferred method of sending an Internet telephone number assigned to a receiving party and relaying predetermined roaming data (or messages) roaming to the VoIP network to a client homepage to which the Internet telephone number is assigned. In an implementation method in which the subscriber information D / B 1425 and the storage medium 145 of the VoIP network are provided in the same storage device, the roaming data (or message) roamed to the VoIP network may be transmitted to the Internet telephone. The present invention relates to a preferred method of relaying to a client home page to which a number is assigned.

Those skilled in the art to which the present invention pertains, with reference to the drawings 17a and 17b according to the intention of those skilled in the art predetermined caller communication means provided in the communication network corresponding to at least one or more sender communication means 100 Various methods for transmitting the Internet telephone number assigned to the client homepage to the receiving side at 100 and relaying predetermined roaming data (or messages) roaming to the VoIP network to the client homepage to which the Internet telephone number is assigned. The method may be easily inferred, and the present invention is not limited thereto. Hereinafter, in FIGS. 17A and 17B, the data processing server 120 and / or the gatekeeper 580 and / or the gateway 585 performing the relay transmission function will be referred to as the server 120 for convenience.

Referring to FIG. 17A, the server 120 provided in the VoIP network includes roaming data that roams from the communication network (or the caller communication means 100) corresponding to the caller communication means 100 to the VoIP network. Or message) (1700a), read the received roaming data (or message), extract the final subscriber's number corresponding to the unique number of the receiving communication means (Internet phone number) (1705a), and the storage medium. In operation 145, the storage medium 145 checks whether the Internet telephone number matching the extracted final subscriber number is stored in the storage medium 145 in cooperation with the operating means of the storage medium 145.

According to another exemplary embodiment of the present invention, the step of receiving predetermined roaming data (or message) from the mobile communication network includes at least one VoIP terminal 1445 provided on the VoIP network by providing a predetermined message transmission / reception means. It may be replaced by a process of receiving predetermined data (or message) from the Internet. Thus, the Internet phone number assigned to the client homepage is received from at least one VoIP terminal 1445 provided on the VoIP network. It is possible to relay transmitted data (or messages) to the client home page.

If the storage medium 145 does not store an Internet telephone number that matches the called party number (1715a), the server 120 may determine the called party number from the subscriber information D / B 1425. In operation 1720a, it is checked whether a matching destination subscriber station number is stored. If the subscriber information D / B 1425 does not store a predetermined called subscriber terminal number matching the last called subscriber number (1725a), the server 120 corresponds to the roaming data (or message). Generate a predetermined roaming data (or message) relay transmission result including transmission failure for roaming data (or message) (1765a), and send the generated roaming data (or message) relay transmission result to the caller communication means (100); Return to the communication network corresponding to (or the caller communication means 100) (1775a). On the other hand, if the subscriber information D / B 1425 stores a predetermined called subscriber terminal number matching the called subscriber number (1725a), the server 120 corresponds to the called subscriber number and the VoIP network. Performing a procedure of relaying predetermined roaming data (or a message) corresponding to the roaming data (or a message) to a predetermined terminal device connected to the terminal device (1730a), and transmitting the roaming data (or a message) to the terminal device. Check whether the relay is normally transmitted (1735a).

On the other hand, if the storage medium 145 stores the Internet telephone number that matches the called party number (1715a), the server 120 is the Internet telephone matching the last subscriber number from the storage medium 145 Extracts predetermined homepage related information associated with the number information (1740a), and generates predetermined relay transmission data (or message) to be relayed from the roaming data (or message) to the client homepage to which the Internet telephone number is assigned; 1745a), the relay transmission data (or message) is relayed to the client homepage to which the Internet telephone number is assigned (1750a), and the relay transmission data (or message) is normally relayed to the client homepage to which the Internet telephone number is assigned. Check whether the transmission (1755a).

If the relay transmission is not normally performed (1760a), the server 120 generates a predetermined roaming data (or message) relay transmission result including the relay transmission corresponding to the roaming data (or message) failed. In operation 1765a, the generated roaming data (or message) relay transmission result is returned to the communication network corresponding to the caller communication means 100 (or the caller communication means 100) (1775a).

On the other hand, if the relay transmission is normally performed (1760a), the server 120 generates a predetermined roaming data (or message) relay transmission result including the success of the relay transmission corresponding to the roaming data (or message). In operation 1770a, the generated roaming data (or message) relay transmission result is returned to the communication network (or caller communication means 100) corresponding to the caller communication means 100 (1775a).

According to the exemplary embodiment of the present invention, the VoIP network may further include a step of executing a predetermined message processing condition (or policy) included in the homepage related information extracted from the storage medium 145. The process of executing a message processing condition (or policy) may be performed either before or after the relay transmission data (or message) is relayed to the client homepage to which the Internet telephone number is assigned. In FIG. 17A, the relay transmission may be performed for convenience. Although the data (or message) is shown to be executed after relay transmission to the client homepage to which the Internet telephone number is assigned (1780a), the present invention is not limited thereto.

Referring to FIG. 17B, the server 120 provided in the VoIP network may be configured to roam predetermined roaming data (or roaming from the communication network corresponding to the caller communication means 100 (or the caller communication means 100) to the VoIP network. Message) (1700b), and read the received roaming data (or message) to extract the final subscriber's number corresponding to the receiving party's unique number (Internet phone number) (1705b), and the storage medium ( 145) or the storage medium 145 checks the position of the data (or message) receiving side communication means corresponding to the extracted final subscriber number in conjunction with the operating means (1710b).

If the location of the data (or message) receiving side communication means corresponding to the called party number is not located on the client home page provided by the home page provider server 140 (for example, the called party number is located on the client home page). If it does not match the assigned Internet telephone number) (1715b), the server 120 is a predetermined terminal device that the location of the data (or message) receiving side communication means corresponding to the final subscriber number is connected to the VoIP network If the location of the data (or message) receiving side communication means is not located in the terminal device (1720b), the server 120 may include roaming data corresponding to the roaming data (or message). Or a predetermined roaming data (or message) relay transmission including a transmission failure for a message). To generate and return to (1765b), network (or caller communication means 100) corresponding to the generated roaming data (or message) to the relay transmission result sender communication device 100 (1775b). On the other hand, if the location of the communication means for receiving the data (or message) is located in the terminal device (1720b), the server 120 corresponds to a predetermined terminal device connected to the VoIP network corresponding to the called party number. The procedure for relaying predetermined roaming data (or message) corresponding to the roaming data (or message) is performed (1730b), and it is checked whether the roaming data (or message) is normally relayed to the terminal device (1735b). ).

According to another exemplary embodiment of the present invention, the determining of the location of the communication means may be performed by first determining whether the terminal (device) receiving side communication means corresponding to the terminal subscriber number is located. Also, the present invention is not limited thereto.

On the other hand, if the location of the data (or message) receiving side communication means corresponding to the called party number is located on the client home page provided by the home page provider server 140 (eg, the called party number is assigned to the client home page). Matched Internet telephone number) (1715b), the server 120 extracts from the storage medium 145 predetermined homepage-related information associated with the Internet telephone number information matching the called party number (1740b). ) Generates predetermined relay transmission data (or message) to be relayed from the roaming data (or message) to the client homepage to which the Internet telephone number is assigned (1745b), and transmits the relay transmission data (or message) to the internet telephone. Relay transmission to the client home page assigned the number (1750b), and the Internet telephone number The home page is assigned to the client should verify that the relay transmission data (or message) in a normal relay transmission (1755b).

According to an embodiment of the present invention, a relay transmission protocol for relaying the relay transmission data (or message) from a VoIP network to a client homepage to which the Internet telephone number is assigned is provided between the VoIP network and the homepage provider server 140. It is possible to use an HTTP protocol that corresponds to the defined relay transmission protocol defined and / or is supported by the data processing network means 135 provided between the VoIP network and the homepage provider server 140. The invention is not limited.

If the relay transmission is not normally performed (1760b), the server 120 generates a predetermined roaming data (or message) relay transmission result including the relay transmission corresponding to the roaming data (or message) failed. In operation 1765b, the generated roaming data (or message) relay transmission result is returned to a communication network (or caller communication means 100) corresponding to the caller communication means 100 (1775b).

On the other hand, if the relay transmission is normally performed (1760b), the server 120 generates a predetermined roaming data (or message) relay transmission result including the success of the relay transmission corresponding to the roaming data (or message). In operation 1770b, the generated roaming data (or message) relay transmission result is returned to the communication network (or caller communication means 100) corresponding to the caller communication means 100 (1775b).

According to the exemplary embodiment of the present invention, the VoIP network may further include a step of executing a predetermined message processing condition (or policy) included in the homepage related information extracted from the storage medium 145. The process of executing a message processing condition (or policy) may be performed either before or after the relay transmission data (or message) is relayed to the client homepage to which the Internet telephone number is assigned. In FIG. 17B, the relay transmission may be performed for convenience. Although the data (or message) is shown to be executed after relay transmission to the client homepage to which the Internet telephone number is assigned (1780b), the present invention is not limited thereto.

18 is a diagram illustrating a process of relaying data (or messages) received from the caller communication means 100 in a VoIP network to a client homepage according to another exemplary embodiment of the present invention.

More specifically, FIG. 18 shows an Internet phone number assigned to a predetermined client homepage by a predetermined caller communication means 100 when a predetermined VoIP communication protocol is defined between the VoIP network and the homepage provider server 140. A predetermined data (or message) exchange protocol defined between the communication network corresponding to the caller communication means 100 and the VoIP network, wherein the data (or message) sent by the receiver side unique number (Internet telephone number) is defined. Is roamed by and received in the VoIP network, relaying the received data (or message) via the VoIP communication protocol defined between the VoIP network and the homepage provider server 140 in the VoIP network. It is about.

Those skilled in the art to which the present invention pertains, with reference to this figure 18, data (or messages) roamed and received from a communication network corresponding to the sender communication means 100 and / or a sender on the VoIP network Read at least one roaming information from the data (or message) received from the communication means 100 to generate predetermined relay transmission data (or message), and transmit the relay transmission data (or message) to the predetermined VoIP communication protocol. In addition, various implementation methods for relay transmission to the client homepage to which the Internet telephone number is assigned may be easily inferred, and the present invention is not limited thereto.

The roaming data (or message) received by the receiving unit 1405 of the data processing server 120 included in the VoIP network includes at least one roaming information, and the roaming data (or message) is 'DELIVER'. In this case, the roaming data (or message) includes a four-byte integer teleservice identifier, information about the original calling party number of a 32-byte null string, a destination subscriber number of a 32-byte null string, a callback number of a 32-byte null string, It contains a user message, a 160-byte null string, and roaming information that contains a 4-byte integer serial number.

The relay unit 1420 of the data processing server 120 relays the roaming data (or message) to the client homepage to which the Internet telephone number is assigned using the roaming data (or message) as relay transmission data (or message) as shown in FIG. 16C. Or read at least one roaming information included in the roaming data (or message) as shown in FIG. 16D, and process the read roaming information to process predetermined relay transmission data (or message) (or relay transmission data (or message). ), And the relay transmission data (or message) (or relay transmission protocol data) is transmitted to the relay unit 1420 of the data processing server 120 and the homepage provider. By assigning (or inserting) the VoIP communication protocol defined between the receivers 1505 of the data management server 1500 included in the server 140, It characterized in that the relay transmission by the Internet telephone number assigned to the client website.

According to an embodiment of the present invention, the relay unit 1420 substitutes (or inserts) the relay transmission data (or message) (or relay transmission protocol data) into the VoIP communication protocol (for example, an APP packet of RTCP). In order to transmit the data to the receiving unit 1505 of the data management server 1500, the data processing network means 135 is preferably connected to a predetermined VoIP-based communication channel.

19A and 19B illustrate preferred data (or message) relay transmission methods for data (or message) processing according to an embodiment of the present invention.

In more detail, in FIG. 19A, the subscriber information D / B 1425 and the storage medium 145 of the VoIP network are provided in different storage mediums 145, the predetermined caller communication means 100 is used. The present invention relates to a preferred method of sending an Internet telephone number assigned to the client home page to a receiving side and relaying predetermined roaming data (or a message) roaming to the VoIP network to the client homepage to which the Internet telephone number is assigned. 19B illustrates an embodiment of the method in which the subscriber information D / B 1425 and the storage medium 145 of the VoIP network are provided in the same storage medium 145, wherein the roaming data roams into the VoIP network (or Message) to the client homepage to which the Internet telephone number is assigned.

Those skilled in the art to which the present invention pertains, with reference to the drawings 19a and 19b, predetermined caller communication means provided in the communication network corresponding to at least one or more sender communication means 100 according to the intention of the skilled person Various methods for transmitting the Internet telephone number assigned to the client homepage to the receiving side at 100 and relaying predetermined roaming data (or messages) roaming to the VoIP network to the client homepage to which the Internet telephone number is assigned. The method may be easily inferred, and the present invention is not limited thereto. Hereinafter, in FIGS. 19A and 19B, the data processing server 120 and / or the gatekeeper 580 and / or the gateway 585 performing the relay transmission function will be referred to as the server 120 for convenience.

Referring to FIG. 19A, the server 120 provided in the VoIP network may include predetermined roaming data roaming from the communication network (or the caller communication means 100) corresponding to the predetermined caller communication means 100 to the VoIP network. Or message) (1900a), read the received roaming data (or message), extract the final subscriber's number corresponding to the receiving party's unique number (Internet phone number) (1905a), and the storage medium. 145 or the storage medium 145 checks whether the Internet telephone number matching the extracted final subscriber number is stored in the storage medium 145 in cooperation with the operating means (1910a).

If the storage medium 145 does not store an Internet telephone number that matches the called party number (1915a), the server 120 may be connected to the called party number from the subscriber information D / B 1425. In operation 1920a, it is checked whether a matching destination subscriber station number is stored.

If the subscriber information D / B 1425 does not store a predetermined called subscriber terminal number matching the last called subscriber number (1925a), the server 120 corresponds to the roaming data (or message). Generate a predetermined roaming data (or message) relay transmission result including transmission failure for roaming data (or message) (1965a), and send the generated roaming data (or message) relay transmission result to the caller communication means (100); It returns to the communication network (or caller communication means 100) corresponding to (1975a). On the other hand, if the predetermined subscriber subscriber terminal number matching the final subscriber number is stored in the subscriber information D / B 1425 (1925a), the server 120 corresponds to the final subscriber number and the VoIP network. Performing a procedure of relaying predetermined roaming data (or a message) corresponding to the roaming data (or a message) to a predetermined terminal device connected to the terminal device (1930a), and transmitting the roaming data (or a message) to the terminal device. Check whether the relay is normally transmitted (1935a).

On the other hand, if the storage medium 145 is stored in the Internet phone number matching the last subscriber number (1915a), the server 120 from the storage medium 145 Internet telephone number matching the last subscriber number Predetermined homepage related information associated with the number information is extracted (1940a), and predetermined relay transmission data (or message) (or relay transmission) to be relayed from the roaming data (or message) to the client homepage to which the Internet telephone number is assigned; Protocol data) (1945a), and the relay data (or message) (or relay protocol data) is substituted (or inserted) into a predetermined VoIP communication protocol (e.g., an APP packet or an SDES packet of RTCP). Generating VoIP protocol data (1950a), and generating the VoIP protocol data to the client to which the Internet telephone number is assigned. Relay transmission to the homepage (1955a) and check whether the relay transmission data (or message) (or relay transmission protocol data) has been properly relayed to the client homepage to which the Internet telephone number is assigned through the VoIP communication protocol (1960a). .

If the relay transmission has not been normally performed (1965a), the server 120 includes a predetermined message including relay transmission of the relay transmission data (or message) (or relay transmission protocol data) through the VoIP communication protocol. A roaming data (or message) relay transmission result of the apparatus (1970a), and the generated roaming data (or message) relay transmission result of the communication network corresponding to the caller communication means (100) (or caller communication means 100). Return (1980a).

On the other hand, if the relay transmission is normally performed (1965a), the server 120 generates a predetermined roaming data (or message) relay transmission result including the success of the relay transmission corresponding to the roaming data (or message). In operation 1975a, the generated roaming data (or message) relay transmission result is returned to a communication network (or caller communication means 100) corresponding to the caller communication means 100 (1980a).

According to the exemplary embodiment of the present invention, the VoIP network may further include a step of executing a predetermined message processing condition (or policy) included in the homepage-related information extracted from the storage medium 145. The process of executing a message processing condition (or policy) may be performed either before or after the relay transmission data (or message) is relayed to the client homepage to which the Internet telephone number is assigned. In FIG. 19A, the relay transmission is performed for convenience. Although the data (or message) is shown to be executed after relay transmission to the client homepage to which the Internet telephone number is assigned (1985a), the present invention is not limited thereto.

Referring to FIG. 19B, a server 120 provided in the VoIP network may be configured to roam predetermined roaming data (or roaming from the communication network corresponding to the caller communication means 100 (or the caller communication means 100) to the VoIP network. Message (1900b), and read the received roaming data (or message) to extract the last subscriber's number corresponding to the unique number of the receiving party's communication means (Internet phone number) (1905b), and the storage medium ( 145) or 1910b confirming the location of the data (or message) receiving side communication means corresponding to the extracted final subscriber number in conjunction with the operating means of the storage medium (145).

If the location of the data (or message) receiving side communication means corresponding to the called party number is not located on the client home page provided by the home page provider server 140 (for example, the called party number is located on the client home page). If it does not match the assigned Internet telephone number) (1915b), the server 120 is a predetermined terminal device that the location of the data (or message) receiving side communication means corresponding to the last subscriber number is connected to the VoIP network If the location of the data (or message) receiving side communication means is not located in the terminal device (1920b), the server 120 is configured to perform roaming data corresponding to the roaming data (or message). Or a predetermined roaming data (or message) relay transmission including a transmission failure for a message). To generate and return to (1965b), network (or caller communication means 100) corresponding to the generated roaming data (or message) to the relay transmission result sender communication device 100 (1975b).

On the other hand, if the location of the communication means for receiving the data (or message) is located in the terminal device (1920b), the server 120 is connected to a predetermined terminal device connected to the VoIP network corresponding to the called party number. The procedure for relaying predetermined roaming data (or message) corresponding to the roaming data (or message) is performed (1930b), and it is checked whether the roaming data (or message) is normally relayed to the terminal device (1935b). ).

According to another exemplary embodiment of the present invention, the determining of the location of the communication means may be performed by first determining whether the terminal (device) receiving side communication means corresponding to the terminal subscriber number is located. Also, the present invention is not limited thereto.

On the other hand, if the location of the data (or message) receiving side communication means corresponding to the called party number is located on the client home page provided by the home page provider server 140 (eg, the called party number is assigned to the client home page). Matched Internet telephone number) (1915b), the server 120 extracts from the storage medium 145 predetermined homepage-related information associated with the Internet telephone number information matching the final subscriber number (1940b). Generate predetermined relay transmission data (or message) (or relay transmission protocol data) to be relayed from the roaming data (or message) to the client homepage to which the Internet telephone number is assigned (1945b), and the relay transmission data ( Or message) (or relay protocol data) to a predetermined VoIP communication protocol (e.g., Assigning (or inserting) an APP packet or an SDES packet of RTCP to generate predetermined VoIP protocol data (1950b), and relaying the generated VoIP protocol data to a client homepage to which the Internet telephone number is assigned (1955b). In step 1960b, it is checked whether the relay transmission data (or message) (or relay transmission protocol data) is relayed to the client homepage to which the Internet telephone number is assigned through the VoIP communication protocol.

If the relay transmission is not normally performed (1965b), the server 120 includes a predetermined message indicating that the relay transmission of the relay transmission data (or message) (or relay transmission protocol data) has failed through the VoIP communication protocol. A roaming data (or message) relay transmission result of the generated communication (1970b), and the generated roaming data (or message) relay transmission result of the communication network corresponding to the caller communication means 100 (or caller communication means 100). (1980b).

On the other hand, if the relay transmission is normally performed (1965b), the server 120 generates a predetermined roaming data (or message) relay transmission result including the success of the relay transmission corresponding to the roaming data (or message). In operation 1975b, the generated roaming data (or message) relay transmission result is returned to a communication network (or caller communication means 100) corresponding to the caller communication means 100 (1980b).

According to the exemplary embodiment of the present invention, the VoIP network may further include a step of executing a predetermined message processing condition (or policy) included in the homepage related information extracted from the storage medium 145. The process of executing a message processing condition (or policy) may be performed either before or after the relay transmission data (or message) is relayed to the client homepage to which the Internet telephone number is assigned. In FIG. 19B, the relay transmission may be performed for convenience. Although the data (or message) is shown to be executed after relay transmission to the client homepage to which the Internet telephone number is assigned (1985b), the present invention is not limited thereto.

20 is a diagram illustrating a process of relaying data (or messages) received from the caller communication means 100 to a client homepage in a VoIP network according to another exemplary embodiment of the present invention.

More specifically, FIG. 20 shows an Internet telephone number assigned to a predetermined client homepage by a predetermined caller communication means 100 when a predetermined relay transmission protocol is defined between the VoIP network and the homepage provider server 140. The data (or message) sent out as the unique communication means unique number (Internet telephone number) is roamed by the VoIP communication protocol defined between the communication network corresponding to the caller communication means 100 and the VoIP network, thereby When received in a network, the VoIP network reads the data (or message) transmitted from the caller communication means 100 from the received VoIP communication protocol in the VoIP network, and the read data (or message) is read from the VoIP network and the homepage. Relay transmission through a predetermined relay transmission protocol defined between the provider server 140 It relates to a one exemplary method.

Those skilled in the art to which the present invention belongs, data (or messages) roamed and received through a predetermined VoIP communication protocol from a communication network corresponding to the caller communication means 100 with reference to this figure 20 and / Or read at least one relay transmission information from the data (or message) received from the caller communication means 100 on the VoIP network via a predetermined VoIP communication protocol to generate predetermined relay transmission data (or message), Various implementation methods of relaying the relay transmission data (or message) through a predetermined relay transmission protocol defined between the VoIP network and the homepage provider server 140 may be easily inferred. It is not limited.

Referring to FIG. 20 according to a preferred embodiment of the present invention, the VoIP communication protocol received by the receiving unit 1405 of the data processing server 120 is shown as an APP packet of RTCP, which is the DATA of the APP packet of the RTCP. The roaming data (or message) is inserted (or included) in the area, and / or from the communication network (or the caller communication means 100) corresponding to the caller communication means 100 from the data processing server 120. Data (or message) information corresponding to each data (or message) to be transmitted is inserted (or included).

The receiver 1405 reads predetermined data (or message) information roamed and received from the communication network (or the caller communication means 100) corresponding to the caller communication means 100 from the DATA area of the VoIP communication protocol. do.

The relay unit 1420 may use predetermined relay transmission data (or message) corresponding to a predetermined relay transmission protocol defined between the VoIP network and the homepage provider server 140 from the read data (or message) information. Or generating relay transmission protocol data by attaching a predetermined header to the relay transmission data (or message), and providing the relay transmission protocol data between the VoIP network and the homepage provider server 140 via a predetermined router. And transmits to the client homepage to which the Internet telephone number is assigned via the predetermined data processing network means 135.

21A, 21B, and 21C are diagrams showing a preferred data (or message) relay transmission method for data (or message) processing according to an embodiment of the present invention.

In more detail, FIG. 21A shows a case where the subscriber homepage D / B 1425 and the storage medium 145 of the VoIP network are provided in different storage devices. A preferred embodiment is to send an Internet telephone number assigned to the receiving party, and relay predetermined roaming data (or a message) roaming to the VoIP network through a predetermined VoIP communication protocol to a client homepage to which the Internet telephone number is assigned. 21B illustrates an embodiment of a method in which subscriber information D / B 1425 and the storage medium 145 of the VoIP network are provided in the same storage device. The roaming data (or message) roamed to the client homepage to which the Internet telephone number is assigned It is for the exemplary method. In addition, when the predetermined caller communication means 100 included in the VoIP network sends predetermined data (or message) to the receiving party, the predetermined number (or message) is transmitted to the VoIP network. The present invention relates to a preferred method of relaying data (or messages) to a client homepage to which the Internet telephone number is assigned.

Those skilled in the art to which the present invention pertains, with reference to the drawings 21a and 21b, predetermined caller communication means provided in the communication network corresponding to at least one or more sender communication means 100 according to the intention of the skilled person In step 100, an Internet telephone number assigned to the client homepage is sent to a receiving side, and predetermined data (or message) roaming into the VoIP network through a predetermined VoIP communication protocol is transmitted to the client homepage to which the Internet telephone number is assigned. Various implementation methods for relay transmission may be easily inferred, and the present invention is not limited thereto. Further, referring to Fig. 21C, the predetermined caller communication means 100 provided in the VoIP network does not use the VoIP communication protocol (for example, using a communication protocol other than the APP packet or the SDES packet of RTCP). Various implementation methods for receiving predetermined data (or messages) sent and relaying them to the client homepage to which the Internet telephone number is assigned may be easily inferred, and the present invention is not limited thereto. Hereinafter, the data processing server 120 and / or the gatekeeper 580 and / or the gateway 585 performing the relay transmission function in FIGs. 21A, 21B, and 21C will be referred to as a server for convenience.

Referring to FIG. 21A, the server provided in the VoIP network receives an Internet telephone number assigned to the client homepage from a communication network (or caller communication means 100) corresponding to a predetermined caller communication means 100 to a receiving side. Receive a predetermined VoIP communication protocol including the data (or message) sent by the user (2100a), read the received VoIP communication protocol, and receive an Internet telephone number assigned to the client homepage by the caller communication means 100; Read out the data (or message) sent to the client (2105a);

As described above, when the sender communication means 100 reads out the data (or message) sent by using the Internet telephone number assigned to the client homepage as the receiving side, the server communicates with the receiving side from the data (or message). Extract the recipient subscriber number corresponding to the means unique number (internet telephone number) (2110a), and in conjunction with the storage medium 145 or the storage medium 145 operation means, the Internet matching the extracted recipient subscriber number Check whether the telephone number is stored in the storage medium 145 (2115a).

If the storage medium 145 does not store an Internet telephone number that matches the called party number (2120a), the server matches the called party number from the subscriber information D / B 1425. It is checked whether a predetermined called subscriber terminal number is stored (2125a). If the subscriber information D / B 1425 does not store a predetermined called subscriber terminal number matching the last called subscriber number (2130a), the server roams corresponding to the roaming data (or message). Generate a predetermined roaming data (or message) relay transmission result including transmission failure for the data (or message) (2170a), and transmit the generated roaming data (or message) relay transmission result to the caller communication means 100; Return to the corresponding communication network (or caller communication means 100) (2180a). On the contrary, if the subscriber information D / B 1425 stores a predetermined called subscriber terminal number matching the last called subscriber number (2130a), the server corresponds to the called subscriber number in the VoIP network. Performing a procedure of relaying predetermined roaming data (or a message) corresponding to the roaming data (or a message) to a connected terminal device (2135a), and the roaming data (or message) is transmitted to the terminal device. Check whether the relay transmission is normally performed (2140a).

On the other hand, if the storage medium 145 is stored in the Internet telephone number matching the last subscriber number (2120a), the server () from the storage medium 145 Internet telephone number matching the last subscriber number Extracts predetermined homepage related information associated with the information (2145a), generates predetermined relay transmission data (or message) to be relayed from the roaming data (or message) to the client homepage to which the Internet telephone number is assigned (2150a); The relay transmission data (or message) is relayed to the client homepage to which the Internet telephone number is assigned (2155a), and the relay transmission data (or message) is normally relayed to the client homepage to which the Internet telephone number is assigned. Check whether it is (2160a).

If the relay transmission has not been normally performed (2165a), the server generates a predetermined roaming data (or message) relay transmission result including relay transmission corresponding to the roaming data (or message). The generated roaming data (or message) relay transmission result is returned to the communication network corresponding to the caller communication means 100 (or the caller communication means 100) (2180a).

On the other hand, if the relay transmission is normally performed (2165a), the server () generates a predetermined roaming data (or message) relay transmission result including the success of the relay transmission corresponding to the roaming data (or message) ( 2175a), the generated roaming data (or message) relay transmission result is returned to a communication network (or caller communication means 100) corresponding to the caller communication means 100 (2180a).

According to the exemplary embodiment of the present invention, the VoIP network may further include a step of executing a predetermined message processing condition (or policy) included in the homepage-related information extracted from the storage medium 145. The processing condition (or policy) execution process can be performed either before or after the relay transmission data (or message) is relayed to the client homepage to which the Internet telephone number is assigned. In FIG. 21A, the relay transmission data is shown for convenience. (Or message) is shown to be executed after relay transmission to the client homepage to which the Internet telephone number is assigned (2185a), but the present invention is not limited thereto.

Referring to FIG. 21B, the server provided in the VoIP network receives an Internet telephone number assigned to the client homepage from a communication network (or caller communication means 100) corresponding to a predetermined caller communication means 100 to a receiving side. Receive a predetermined VoIP communication protocol including the data (or message) sent by the user (2100b), read the received VoIP communication protocol, and receive the Internet telephone number assigned to the client homepage by the caller communication means 100; Read the data (or message) sent to the side (2105b)

As described above, when the sender communication means 100 reads out the data (or message) sent using the Internet telephone number assigned to the client homepage as a receiving side, the server reads the read roaming data (or message). Extracts the final subscriber's number corresponding to the unique communication means (internet telephone number) of the receiver (2110b), and extracts the final subscriber's number in conjunction with the storage medium 145 or the storage medium 145 operating means; The location of the communication means for receiving data (or message) on the receiving side is checked (2115b).

If the location of the data (or message) receiving side communication means corresponding to the called party number is not located on the client home page provided by the home page provider server 140 (for example, the called party number is located on the client home page). If it does not match the assigned Internet telephone number) (2120b), the server (1) is connected to a predetermined terminal device whose position of the data (or message) receiving side communication means corresponding to the called party number is connected to the VoIP network. If the location of the data (or message) receiving-side communication means is not located in the terminal device (2125b), the server (or roaming data) corresponds to the roaming data (or message). A result of a predetermined roaming data (or message) relay transmission including a transmission failure The property and returns to the (2170b), network (or caller communication means 100) corresponding to the generated roaming data (or message) to the relay transmission result and the sender communication device 100 (2180b). On the other hand, if the position of the data (or message) receiving side communication means is located in the terminal device (2125b), the server (1) is connected to the predetermined terminal device connected to the VoIP network in correspondence to the last called subscriber number. A procedure of relaying predetermined roaming data (or a message) corresponding to roaming data (or a message) is performed (2135b), and it is checked whether the roaming data (or a message) is normally relayed to the terminal device (2140b). .

According to another exemplary embodiment of the present invention, the determining of the location of the communication means may be performed by first determining whether the terminal (device) receiving side communication means corresponding to the terminal subscriber number is located. Also, the present invention is not limited thereto.

On the other hand, if the location of the data (or message) receiving side communication means corresponding to the called party number is located on the client home page provided by the home page provider server 140 (eg, the called party number is assigned to the client home page). Matched Internet telephone number) (2120b), the server (2145b) extracts predetermined homepage-related information associated with Internet telephone number information matching the final subscriber number from the storage medium 145 (2145b). Generating predetermined relay transmission data (or message) to be relayed from the roaming data (or message) to the client homepage to which the Internet telephone number is assigned (2150b), and transmitting the relay transmission data (or message) to the internet telephone number. Transmits to the assigned client homepage (2155b), the Internet telephone number Make sure that the relay transmission data (or message) is sent to the relay normally assigned client website (2160b).

If the relay transmission is not normally performed (2165b), the server (2) generates a predetermined roaming data (or message) relay transmission result including the relay transmission corresponding to the roaming data (or message) failed; The generated roaming data (or message) relay transmission result is returned to the communication network corresponding to the caller communication means 100 (or the caller communication means 100) (2180b).

On the other hand, if the relay transmission is normally performed (2165b), the server () generates a predetermined roaming data (or message) relay transmission result including a successful relay transmission corresponding to the roaming data (or message) ( 2175b), the generated roaming data (or message) relay transmission result is returned to the communication network (or caller communication means 100) corresponding to the caller communication means 100 (2180b).

According to the exemplary embodiment of the present invention, the VoIP network may further include a step of executing a predetermined message processing condition (or policy) included in the homepage-related information extracted from the storage medium 145. The processing condition (or policy) execution process may be performed either before or after the relay transmission data (or message) is relayed to the client homepage to which the Internet telephone number is assigned. In FIG. 21B, the relay transmission data is shown for convenience. (Or message) is shown to be executed after the relay transmission to the client home page to which the Internet telephone number is assigned (2185b), but the present invention is not limited thereto.

Referring to Fig. 21C, a predetermined caller communication means 100 uses a predetermined number (or message) of an Internet telephone number assigned to the client homepage according to a predetermined data (or message) sending procedure defined in the VoIP network as a receiver of the message. Input (or create) data (or messages) (2100c) and send the input (or create) data (or messages) to a VoIP network via a predetermined VoIP communication protocol (2105c), wherein the sent data ( Or a message) is received by the server () via the VoIP network.

According to the method of the present invention, the server () further comprises the step of reading a predetermined data (or message) input (or generated) from the caller communication means 100 from the VoIP communication protocol. desirable.

The server is linked with the storage medium 145 or the storage medium 145 operating means to determine whether the Internet phone number corresponding to the data (or message) included in the VoIP communication protocol is stored in the storage medium 145. Check (2110c).

If the storage medium 145 does not store an Internet telephone number that matches the called party number (2115c), the server (or the network) has the communication network whose data (or message) corresponds to the called party number. Perform a predetermined data (or message) processing procedure (2120c), generate a predetermined data (or message) processing result for the communication network corresponding to the called party number (2125c), and generate the generated data ( Or message) returns the processing result to the sender communication means 100 (2130c).

According to one embodiment of the present invention, when the called party number corresponds to a predetermined VoIP terminal 1445 provided in the VoIP network, the server () receives the received data from the VoIP terminal 1445. Or message).

Alternatively, when the final subscriber number corresponds to a predetermined message receiving means provided in an external communication network associated with the VoIP network in addition to the Internet telephone number assigned to the homepage, the server () is connected to the VoIP network and the external communication network. In accordance with a data (or message) roaming procedure defined therebetween performs a procedure of roaming and transmitting the received data (or message) to the external communication network.

On the other hand, if the storage medium 145 stores the Internet telephone number that matches the called party number (2115c), the server (1) from the storage medium 145, the Internet telephone number that matches the last subscriber number Extracts predetermined homepage related information associated with the number information (2140c), generates predetermined relay transmission data (or message) to be relayed from the data (or message) to the client homepage to which the Internet telephone number is assigned (2145c); The relay transmission data (or message) is relayed to the client homepage to which the Internet telephone number is assigned (2150c), and the relay transmission data (or message) is normally relayed to the client homepage to which the Internet telephone number is assigned. Check whether it is (2155c).

If the relay transmission is not normally performed (2160c), the server (2) generates a predetermined data (or message) relay transmission result including the relay transmission corresponding to the data (or message) failed (2165c). In step 2175c, the generated data (or message) relay transmission result is returned to the caller communication means 100.

On the other hand, if the relay transmission is normally performed (2160), the server (2) generates a predetermined data (or message) relay transmission result including the success of the relay transmission corresponding to the data (or message) (2165c). The generated data (or message) relay transmission result is returned to the caller communication means 100 (2175c).

According to the exemplary embodiment of the present invention, the VoIP network may further include a step of executing a predetermined message processing condition (or policy) included in the homepage-related information extracted from the storage medium 145. The processing condition (or policy) execution process can be performed either before or after the relay transmission data (or message) is relayed to the client homepage to which the Internet telephone number is assigned. In FIG. 21C, the relay transmission data is provided for convenience. (Or message) is shown to be executed after the relay transmission to the client homepage to which the Internet telephone number is assigned (2180c), but the present invention is not limited thereto.

22 is a diagram illustrating a system configuration for retransmitting received data (or messages) to a data (or message) receiving system according to an embodiment of the present invention.

In more detail, Fig. 22 shows the data (or message) received by the data (or message) relay transmission system, wherein the homepage host client wireless terminal is present on the mobile communication network and / or on the VoIP network. Preferred method for implementing a data (or message) retransmission system for retransmitting the received data (or message) to the home page owner client wireless terminal in a predetermined data transmission server 2200 included in the VoIP network, if present. As those skilled in the art to which the present invention pertains, the homepage host client wireless terminal is present in a general telephone network (PSTN) and / or in a VoIP network with reference to FIG. Easily infers various data (or message) retransmission methods There will be, to which the present invention is not limited.

According to the present invention, the step of retransmitting the data (or message) received through the VoIP network to the home page owner client wireless terminal may include predetermined data (or message) from a communication network (or caller communication means) corresponding to the caller communication means. ) Is automatically performed by the data (or message) processing conditions (or policies) of the homepage-related information stored in the storage medium 145 in the process of receiving the data, and the data (or message) is allocated to the Internet telephone number. After being received by the client home page, it is possible to carry out manually at the request of the home page owner client.

Referring to FIG. 22, the data transmission server 2200 retransmitting image data (or message) to the wireless terminal of the homepage owner client acquires information for extracting the homepage owner client wireless terminal information from the storage medium 145. An extraction unit for extracting retransmission target data (or message) from the unit 2210 and data (or message) received through the VoIP network (or data (or message) to be relayed to a client homepage to which an Internet telephone number is assigned) ( A generation unit 2215 for generating retransmission protocol data corresponding to a predetermined communication protocol defined between the extracted retransmission target data (or message) and the VoIP network and the retransmission target communication network; Retransmission unit 2220 for transmitting the retransmission protocol data to a predetermined retransmission target communication network Characterized in that where the lure.

According to an exemplary embodiment of the present invention, the homepage client client wireless terminal information is stored in the storage medium 145. The information obtaining unit 2210 receives the retransmission target data (or message) from the storage medium 145. The homepage owner client wireless terminal information which finally receives the retransmission target data (or message) by extracting the homepage owner client wireless terminal information as a unique number (internet telephone number) of the communication means of the receiving side. And acquiring the home page owner client wireless terminal information to the retransmitter 2220.

The extracting unit 2205 retransmits data to be retransmitted from the data (or message) (or data (or message) to be relayed to the client homepage to which the Internet phone number is assigned) received from the VoIP network to the homepage host client wireless terminal. (Or a message) is extracted, and the extracted retransmission target data (or message) is provided to the generation unit 2215.

The generation unit 2215 may generate predetermined retransmission protocol data defined between the VoIP network and the retransmission target communication network from the extracted retransmission target data (or message). The retransmission unit 2220 is provided. Preferred embodiments of the retransmission protocol data will be described in detail with reference to FIGS. 23A, 23B, 23C, 23D, and 23E.

The retransmission unit 2220 transmits the retransmission protocol data provided from the generation unit 2215 to a predetermined retransmission target communication network based on the homepage owner client wireless terminal information provided from the information acquisition unit 2210. It is done.

According to one embodiment of the invention, the retransmission target communication network preferably corresponds to a communication network for managing the Internet phone number assigned to the client home page, the retransmission unit 2220 is the Internet phone number assigned to the client home page Preferably, the retransmission protocol data is transmitted to a communication network that manages the retransmission protocol data, and the communication network receiving the retransmission protocol data roams and transmits the retransmitted data (or message) to a communication network to which the homepage host client wireless terminal is connected. It is preferable.

For example, when the homepage host client wireless terminal is connected to a predetermined mobile communication network, the retransmission unit 2220 transmits the retransmission target data to the message center 500 on the mobile communication network through a predetermined network interworking means 2225. And transmits retransmission protocol data corresponding to the message (or message), and the message center 500 on the mobile communication network transmits the retransmitted data (or message) according to the data (or message) transmission procedure included in the mobile communication network. The host client transmits to the wireless terminal.

23A, 23B, 23C, 23D, and 23E illustrate preferred data structures of retransmission data (or messages) for retransmission to the home page owner client wireless terminal.

23A, 23B, 23C, 23D, and 23E show the retransmitter 2220 of the data transmission server 2200 included in the VoIP network and the data (or message) transmitted from the VoIP network. For a preferred data structure of retransmission protocol data comprising retransmission data (or messages) defined between receiving external communication networks.

In particular, the retransmission protocol data structure shown in Figs. 23A, 23B, 23C, 23D, and 23E is a preferred implementation method of the retransmission protocol data structure that is retransmitted from the VoIP network to the homepage host client wireless terminal. Those skilled in the art will appreciate that the retransmission protocol data structure may be modified in various ways without departing from the spirit of the present invention, depending on the intention of the person skilled in the art and / or the characteristics of the VoIP network and the external communication network. It will be clearly understood that the present invention is not limited thereto.

The retransmission protocol data defined between the retransmission unit 2220 of the data transmission server 2200 and the retransmission target communication network is predetermined retransmission data (or message) generated by the generation unit 2215 of the data transmission server 2200. And a header including a data (or message) type and length of the retransmission data (or message).

FIG. 23A illustrates a preferred header structure of the retransmission protocol data, wherein the header of the retransmission protocol data includes a fixed length of a total of 8 bytes. The header of the 8 bytes is the retransmission data (or message). And a 4-byte integer that specifies the data (or message) type of &lt; RTI ID = 0.0 &gt; and &lt; / RTI &gt;

Accordingly, the data (or message) related server (or device) provided in the retransmission target communication network reads the first 8 bytes of the retransmission protocol data, reads the front 4-byte integer, and includes the retransmission data (or Check the data (or message) form of the message, and read the last 4 bytes to determine the length of the retransmission protocol data.

According to an embodiment of the present invention, the data (or message) type included in the header of the retransmission protocol data is data (or message) included in the retransmission unit 2220 of the data transmission server 2200 and the retransmission target communication network. A binding data (or message) form ('BIND_REQ' / 'BIND_ACK') for binding transmission and reception of predetermined data (or message) between related servers (or devices), and a retransmission unit 2220 of the data transmission server 2200. ) And a transmission data (or message) form ('DELIVER_REQ' / 'DELIVER_ACK') including at least one piece of data (or message) information for transmission to the retransmission target communication network, and a transmission result of the data (or message) information. And a result call data (or message) form ('REPORT' / 'REPORT_ACK') including a, and a predetermined callback UEL in the retransmission unit 2220 of the data transmission server 2200. Transmission data (or message) form ('URLDELIVER' / 'URLDELIVER_ACK') for transmitting data (or message) to the retransmission target communication network, and data (or message) included in the data transmission server 2200 and the retransmission target communication network. It may include the form of connectivity confirmation data (or message) ('PING' / 'PONG') between related servers (or devices).

In addition, the retransmission protocol data length included in the header of the retransmission protocol data includes the length of the retransmission data (or message) corresponding to each data (or message) type (eg, sizeof (retransmission data (or message))). By doing so, the server (or device) associated with the data (or message) provided in the retransmission target communication network checks the location of the retransmission data (or message) on the retransmission protocol data and based on the result of the confirmation Each retransmission data (or message) is read from the retransmission protocol data.

23b shows a preferred binding message structure of the retransmission protocol data, wherein the retransmission data (or message) corresponding to the binding message of the retransmission protocol data is 'BIND_REQ' having a fixed length of 32 bytes and 20 bytes. And 'BIND_REQ' including a fixed length, wherein 'BIND_REQ' includes ID information of a 16-byte null string and password information of a 16-byte null string, and 'BIND_ACK' It includes four-byte integer bind result information and a 16-byte null string spare area.

According to an embodiment of the present invention, ID information of a 16-byte null string and password information of a 16-byte null string included in 'BIND_REQ' of the retransmission protocol data are provided in a retransmission target communication network that receives the retransmission data (or message). Information for authenticating a VoIP network transmitting the retransmission data (or message) in a server (or device) associated with the data (or message), preferably determined by the VoIP network provider and the retransmission target network provider, It may be omitted depending on the method of implementation.

In addition, the 4-byte integer bind result information included in 'BIND_ACK' of the retransmission protocol data is a response corresponding to the 'BIND_REQ' bind success (E_OK), system failure (E_SYSFAIL), authentication failure (E_AUTH_FAIL), message format It includes a bind result that includes at least one error (E_FORMAT_ERR).

23c illustrates a preferred transmission data (or message) structure transmitted from the data transmission server 2200 in the retransmission protocol data, and retransmission data (or message) corresponding to transmission data (or message) of the retransmission protocol data. Is characterized by consisting of 'DELIVER_REQ' having a variable length between 136 bytes and 440 bytes and 'DELIVER_ACK' having a fixed length of 8 bytes.

Referring to FIG. 23C, 'DELIVER_REQ' is a serial number of 4 byte integer, unique number of calling party communication means of 16 byte null string, callback number of 16 byte null string, number of receivers of 4 byte integer, And a user message of a 160-byte null string and a unique communication means (Internet telephone number) of the 16-byte null string.

According to an embodiment of the present invention, the serial number of the 4-byte integer included in 'DELIVER_REQ' of the retransmission protocol data corresponds to a serial number sequentially assigned by the generation unit 2215 of the data transmission server 2200. The unique communication means unique number of the 16-byte null string corresponds to a value specified in the relay transmission data (or message) or an Internet telephone number assigned to the client home page, and the 16-byte null string The callback number of corresponds to the value specified in the relay transmission data (or message) ('RELAY') or the Internet telephone number assigned to the client homepage, and the number of recipients of the 4-byte integer indicates the data (or message). Corresponds to the number of unique communication means (internet telephone number) of the receiving side, and the last incoming call of the 16-byte null string. The own number corresponds to the homepage owner client wireless terminal number including predetermined operator identification information and a unique number, and the user message of the 160-byte null string corresponds to the user message to be resent to the homepage owner client wireless terminal. .

According to an embodiment of the present invention, predetermined data (or message) is received from the communication network (or caller communication means) corresponding to the caller communication means to the VoIP network, and at the same time, the received data (or message) is received from the homepage owner. In the case of automatic retransmission to a client wireless terminal, the source communication means unique number of the 16-byte null string preferably includes a value specified in the relay transmission data (or message) ('RELAY'), and / or the client. You can use the Internet phone number assigned to the homepage. If the received data (or message) is manually retransmitted to the homepage owner client wireless terminal, the calling party's unique number of the 16-byte null string preferably includes the Internet telephone number assigned to the client homepage. And / or the value specified in the relay transmission data (or message) ('RELAY') may be used.

Further, at the same time a predetermined data (or message) is received from the communication network (or caller communication means) corresponding to the caller communication means to the VoIP network, the received data (or message) is automatically retransmitted to the homepage owner client wireless terminal. In this case, the callback number of the 16-byte null string may include a value specified in the relay transmission data (or message) ('RELAY'), and / or using an Internet telephone number assigned to the client homepage. It is okay. If manually retransmitting the received data (or message) to the home page owner client wireless terminal, the callback number of the 16-byte null string preferably includes the internet phone number assigned to the client home page, and / or the The value specified in the relay transmission data (or message) ('RELAY') may be used.

In addition, when there is only one owner of the client homepage and / or the homepage owner client owns only one wireless terminal, the number of the receivers is preferably fixed to one, or the plurality of owners of the client homepage is at least two owners. And / or if the home page owner client only owns at least two wireless terminals, the number of recipients may be up to 15.

Also, in FIG. 23C, 'DELIVER_ACK' includes retransmission result information of 4 byte integers and a serial number of 4 byte integers.

According to an embodiment of the present invention, the 4-byte integer retransmission result information included in 'DELIVER_ACK' of the retransmission protocol data is a response corresponding to the 'DELIVER_REQ' data (or message) transfer success (E_OK), system failure (E_SYSFAIL), a message format error (E_FORMAT_ERR), not bound (E_NOT_BOUND), and a retransmission result including at least one invalid final subscriber number (E_NO_SMSNUM). May be used as it is, or it may contain a predetermined other value corresponding to the value specified by the DELIVER_REQ.

23d illustrates a preferred transmission data (or message) structure transmitted from the data transmission server 2200 in the retransmission protocol data, and retransmission data (or message) corresponding to transmission data (or message) of the retransmission protocol data. Is characterized by consisting of 'URLDELIVER_REQ' having a variable length between 136 bytes and 440 bytes and 'URLDELIVER_ACK' having a fixed length of 8 bytes.

Referring to FIG. 23D, the URLDELIVER_REQ is a 4-byte integer serial number, a 16-byte null string originating unit communication number, a 16-byte null string callback number, and the like. , The number of receivers of 4-byte integers, the unique number of the communication means (Internet telephone number) of the 16-byte null string, and the user message of the 160-byte null string. It is as described in Figure 23c.

According to an embodiment of the present invention, the 160-byte null string user message may include a callback UEL, a space, and a user message. The position of the callback UEL and the user message may be changed according to the intention of a person skilled in the art. It is possible that a predetermined identifier is used instead of and / or the space. Preferably, the length of the user message is 80 bytes or less. Particularly, when the operator identification information of the called party number is '018', the callback UEL is limited to a maximum of 50 bytes, and the user message is limited to a maximum of 20 bytes. do.

FIG. 23E illustrates the retransmitted data (or message) at a server (or device) associated with a data (or message) on a retransmission target network that receives data (or message) transmitted from the data transmission server 2200 in the retransmission protocol data. For a preferred result report data (or message) structure comprising a reception result for a retransmission data (or message) corresponding to the result report data (or message) of the retransmission protocol data, a fixed length of 48 bytes It comprises a 'REPORT' including and 'REPORT_ACK' including a fixed length of 4 bytes.

Referring to FIG. 23E, 'REPORT' denotes originating party identification number information of a 16-byte null string, a final subscriber number of the 16-byte null string, a serial number of 4-byte integers, and 4-byte integer transmission. Success time information, 4-byte integer communication network information, and 4-byte integer result report information.

According to an embodiment of the present invention, the calling party's unique means and the called party's subscriber number of the 16-byte null string included in the 'REPORT' of the retransmission protocol data are values specified by the 'DELIVER_REQ' and / or the URLDELIVER_REQ. Corresponding to the serial number, use the values specified in the 'DELIVER_REQ' and / or the 'URLDELIVER_REQ' as they are, or include some other value corresponding to the values specified in the 'DELIVER_REQ' and / or the 'URLDELIVER_REQ'. The transmission success time information corresponds to the time when the data (or message) corresponding to the retransmission data (or message) is received by the homepage owner client wireless terminal, and the communication network information is accessed by the homepage owner client wireless terminal. Corresponding to the network information, the result report information is successful transmission (E_SENT), transmission Card (E_EXPIRED) (e.g. non-subscriber, missing number, service outage, etc.), power off (E_POWEROFF), shadow area (E_SHADE), terminal data (or message) capacity exceeded (E_MSG_FULL), other failures (E_ETC), system Failure (E_SYSFAIL), Message Format Error (E_FORMAT_ERR), Incorrect Number (E_NO_SMSNUM), Wireless Network Failed to Send (E_ABANDONED), Transmission Failed (Wireless-> Terminal) (E_EXPIRED2), Message Deleted (E_DELETED), Message Format Error ( E_UNKNOWN), if the DELIVER_ACK has not been received (E_TIMEOUT_DEL), if not received (E_TIMEOUT_MSG) it is preferable to include a retransmission result including at least one.

In addition, in FIG. 23E, the 'REPORT_ACK' includes result report result information of 4-byte integer. According to an embodiment of the present invention, the result of the 4-byte integer included in 'REPORT_ACK' of the retransmission protocol data. The report result information may include a result report result including at least one of reception success E_OK and system failure E_SYSFAIL.

24 illustrates a method of retransmitting data (or message) received by a data (or message) relay transmission system according to an embodiment of the present invention.

In more detail, FIG. 24 shows a data (or message) retransmission system as shown in FIG. 22, wherein a predetermined data transmission server included in the VoIP network is provided when the homepage host client wireless terminal exists on the mobile communication network. A method of automatically retransmitting data (or message) received at a predetermined client homepage at 2200 to the homepage host client wireless terminal according to a predetermined data (or message) processing condition (or policy).

Those skilled in the art to which the present invention pertains can easily implement the method of manually retransmitting data (or messages) received from a predetermined client homepage to the homepage owner client wireless terminal with reference to FIG. 24. It will be inferred that the present invention is not limited thereby. The data transmission server 2200 included in the VoIP network is referred to as a server 2200 for convenience.

Referring to Fig. 24B, which directly retransmits the retransmission data (or message) to the mobile communication network to which the homepage owner client wireless terminal is connected, the server 2200 receives the Internet telephone number assigned to the client homepage as a receiving side. By applying the data (or message) retransmission processing condition (or policy) of the data (or message) processing condition (or policy) corresponding to the data (or message) to be transmitted, the received data (or message) is transferred to the homepage owner client. It is determined whether to retransmit the wireless terminal (2400).

If the result of the check indicates that the received data (or message) needs to be retransmitted to the homepage host client wireless terminal (2405), the server 2200 may retransmit the received data (or message) to the homepage owner client wireless terminal information. Acquire (2410), read the obtained wireless terminal information, identify the mobile communication network connected to the homepage host client wireless terminal to finally receive and process the retransmission data (or message) (2415), and retransmit to the mobile communication network After generating predetermined retransmission data (or message) to be transmitted (2420) and including the retransmission data (or message) in the predetermined retransmission protocol data to the mobile communication network (2425), the retransmission from the retransmission target mobile communication network Wait for a predetermined retransmission result for the data (or message) (2435) ).

If a predetermined retransmission result is received from the retransmission target mobile communication network (2435), the server 2200 completes a process of retransmitting the retransmission data (or message) to the retransmission target mobile communication network (2440).

25 is a diagram illustrating a system configuration for wirelessly forwarding data (or message) received by a data (or message) relay transmission system according to an embodiment of the present invention.

In more detail, FIG. 25 shows data (or messages) received by the data (or message) relay transmission system, wherein at least one second client wireless terminal is present in the VoIP network. A method of implementing a data (or message) wireless forwarding system for forwarding the received data (or message) to at least one or more second client wireless terminals in a predetermined data transmission server 2500 is included.

Those skilled in the art to which the present invention pertains can easily refer to FIG. 25 to facilitate various message forwarding methods when at least one second client wireless terminal exists in a wireless communication network other than the mobile communication network. It may be inferred that the present invention is not limited thereto.

According to the present invention, the process of forwarding the data (or message) received by the VoIP network to at least one or more second client wireless terminals includes predetermined data from a communication network (or caller communication means) corresponding to the caller communication means. In the process of receiving a message (or message) is preferably performed automatically by the data (or message) processing conditions (or policies) of the home page-related information stored in the storage medium 145, the message is assigned to the Internet telephone number After being received by the client home page, it is possible to carry out manually at the request of the home page owner client.

The VoIP network forwards the data (or message) (or data (or message) to be relayed to the client homepage to which the Internet telephone number is assigned) received to the VoIP network to the wireless terminal of at least one or more second clients. And a transmission server 2500. When the received data (or message) forwarding process is automatically performed by a predetermined data (or message) processing condition (or policy), the data (or message) is performed. The storage medium 145 preferably stores processing conditions (or policies).

Referring to FIG. 25B, a data transmission server 2500 for forwarding the data (or message) to a wireless terminal of at least one or more second clients may include at least one or more second client wireless terminals from the storage medium 145. An information acquisition unit 2510 for extracting information and / or receiving at least one or more pieces of second client radio terminal information from a predetermined information input means (e.g., homepage owner client terminal 165) and the VoIP network; An extraction unit 2505 which extracts forwarding target data (or message) from the received data (or message) (or data (or message) to be relayed to the client homepage to which the Internet telephone number is assigned), and the extracted forwarding target data. (Or message) for a predetermined communication protocol defined between the VoIP network and the forwarding communication network. And a generation unit 2515 for generating corresponding forwarding protocol data, and a wireless forwarding unit 2520 for transmitting the generated forwarding protocol data to a predetermined forwarding target communication network.

According to an exemplary embodiment of the present invention, at least one piece of second client wireless terminal information is stored in the storage medium 145, and the information obtaining unit 2510 stores the forwarding target data (or data) from the storage medium 145. At least one data (or message) for receiving the forwarding target data (or message) by extracting at least one or more pieces of second client radio terminal information as a unique number (internet telephone number) of a receiving side communication means (internet telephone number). The second client wireless terminal information is obtained. The obtained at least one second client wireless terminal information is provided to the wireless forwarding unit 2520.

The extractor 2505 may forward data (or messages) received from the VoIP network (or data (or messages) to be relayed to a client homepage to which an Internet telephone number is assigned) to at least one second client wireless terminal. Characterized in that the forwarding target data (or message) is extracted, the extracted forwarding target data (or message) is provided to the generation unit (2515).

The generation unit 2515 may generate predetermined forwarding protocol data defined between the VoIP network and the forwarding target communication network from the extracted forwarding target data (or message). The wireless forwarding unit 2520 is provided. Preferred embodiments of the forwarding protocol data will be described in detail with reference to FIGS. 26A, 26B, 26C, 26D, and 26E.

The wireless forwarding unit 2520 transmits the forwarding protocol data provided from the generation unit 2515 to a predetermined forwarding target communication network based on at least one or more second client radio terminal information provided from the information acquisition unit 2510. Characterized in that.

According to FIG. 25, the forwarding target communication network preferably corresponds to a communication network to which at least one second client wireless terminal is connected. In this case, the wireless forwarding unit 2520 may use a predetermined network interworking means 2525. It is possible to transmit the forwarding protocol data to at least one or more mobile communication networks to which at least one or more second client wireless terminals are connected.

For example, when at least one second client wireless terminal is connected to at least one mobile communication network, the wireless forwarding unit 2520 may transmit a message center 500 on the mobile communication network through a predetermined network interworking means 2525. And forwarding protocol data corresponding to the forwarding target data (or message), and the message center 500 on the mobile communication network transmits the forwarded data (or message) according to a data (or message) transmission procedure provided in the mobile communication network. Message) to at least one second client wireless terminal.

26A, 26B, 26C, 26D, and 26E illustrate preferred data structures of forwarding data (or messages) forwarding to at least one second client wireless terminal in a VoIP network.

In more detail, FIGS. 26A, 26B, 26C, 26D, and 26E are transmitted from a wireless forwarding unit 2520 and a VoIP network of a data transmission server 2500 included in the VoIP network to a predetermined wireless network. For a preferred data structure of forwarding protocol data, including forwarding data (or messages) defined between external networks receiving data (or messages).

In particular, the forwarding protocol data structure shown in FIGS. 26A, 26B, 26C, 26D, and 26E is a preferred implementation method of the forwarding protocol data structure forwarded to at least one or more second client wireless terminals. Those skilled in the art will understand that the forwarding protocol data structure may be modified in various ways without departing from the scope of the present invention, depending on the intention of the person skilled in the art and / or the characteristics of the VoIP network and the external communication network. It will be clearly understood that the present invention is not limited thereto.

The forwarding protocol data defined between the wireless forwarding unit 2520 of the data transmission server 2500 and the forwarding target communication network includes predetermined forwarding data (or message) generated by the generation unit 2515 of the data transmission server 2500. ) And a header including the data (or message) type and length of the forwarding data (or message).

FIG. 26A illustrates a preferred header structure of the forwarding protocol data, wherein the header of the forwarding protocol data includes a fixed length of 8 bytes in total, and the 8-byte header indicates the forwarding data (or message). A 4-byte integer that specifies the type of data (or message) and a 4-byte integer that includes the length of the forwarding data (or message). As a result, the server (or device) associated with the data (or message) included in the forwarding target communication network reads the first 8 bytes of the forwarding protocol data, reads the first 4 bytes of the forwarding protocol data, and includes the forwarding data (or The data (or message) type of the message) is checked, and the length of the forwarding protocol data is checked by reading the last 4 bytes.

According to the exemplary embodiment of the present invention, the data (or message) type included in the header of the forwarding protocol data may include data (or message) included in the wireless forwarding unit 2520 of the data transmission server 2500 and the forwarding target communication network. A binding data (or message) form ('BIND_REQ' / 'BIND_ACK') for binding transmission and reception of predetermined data (or message) between related servers (or devices), and a wireless forwarding unit of the data transmission server 2500. A transmission data (or message) form ('DELIVER_REQ' / 'DELIVER_ACK') including 2520 and at least one data (or message) information for transmission to the forwarding target communication network, and the data (or message) information. Result report data (or message) form ('REPORT' / 'REPORT_ACK') including the transmission result and a predetermined callback existence in the wireless forwarding unit 2520 of the data transmission server 2500. Transmission data (or message) form ('URLDELIVER' / 'URLDELIVER_ACK') for transmitting data (or message) including AL to the forwarding target communication network, and data provided in the data transmission server 2500 and the forwarding target communication network. (Or message) This includes the form of connectivity confirmation data (or message) between the associated server (or device) ('PING' / 'PONG').

In addition, the forwarding protocol data length included in the header of the forwarding protocol data includes the length (for example, sizeof (forwarding data (or message))) of the forwarding data (or message) corresponding to each data (or message) type. By doing so, the server (or device) associated with the data (or message) provided in the forwarding target communication network confirms the position of the forwarding data (or message) on the forwarding protocol data and based on the result of the confirmation Each forwarding data (or message) is read from the forwarding protocol data.

Figure 26b illustrates a preferred binding data (or message) structure of the forwarding protocol data, wherein the forwarding data (or message) corresponding to the binding data (or message) of the forwarding protocol data includes a fixed length of 32 bytes. It consists of 'BIND_REQ' and 'BIND_ACK' comprising a fixed length of 20 bytes, the 'BIND_REQ' is made of a 16-byte null string including ID information, 16-byte null string password information 'BIND_ACK' includes bind result information of 4 byte integers and a spare area of a 16-byte null string.

According to an embodiment of the present invention, the ID information of the 16-byte null string and the password information of the 16-byte null string included in 'BIND_REQ' of the forwarding protocol data are provided in the forwarding target communication network that receives the forwarding data (or message). Information for authenticating a VoIP network transmitting the forwarding data (or message) from an associated data (or message) server (or device), preferably determined by the VoIP network provider and the forwarding target network provider, It may be omitted depending on the method of implementation.

In addition, the 4-byte integer bind result information included in the 'BIND_ACK' of the forwarding protocol data is a response corresponding to the 'BIND_REQ' bind success (E_OK), system failure (E_SYSFAIL), authentication failure (E_AUTH_FAIL), message format It includes a bind result that includes at least one error (E_FORMAT_ERR).

Figure 26c illustrates a preferred transmission data (or message) structure transmitted from the data transmission server 2500 in the forwarding protocol data, and forwarding data (or message) corresponding to transmission data (or message) of the forwarding protocol data. Is characterized by consisting of 'DELIVER_REQ' having a variable length between 136 bytes and 440 bytes and 'DELIVER_ACK' having a fixed length of 8 bytes.

Referring to FIG. 26C, 'DELIVER_REQ' is a serial number of 4 byte integers, a unique number of the calling party communication means of a 16 byte null string, a callback number of a 16 byte null string, a number of receivers of 4 byte integers, And a user message of a 160-byte null string and a unique communication means (Internet telephone number) of the 16-byte null string.

According to an embodiment of the present invention, the serial number of the 4-byte integer included in 'DELIVER_REQ' of the forwarding protocol data corresponds to a serial number sequentially assigned by the generation unit 2515 of the data transmission server 2500. The unique communication means unique number of the 16-byte null string corresponds to a value specified in the relay transmission data (or message) or an Internet telephone number assigned to the client home page, and the 16-byte null string The callback number of corresponds to the value specified in the relay transmission data (or message) ('RELAY') or the Internet telephone number assigned to the client homepage, and the number of recipients of the 4-byte integer indicates the data (or message). Corresponds to the number of unique communication means (internet telephone number) of the receiving side, and the last incoming call of the 16-byte null string. The mobile number corresponds to at least one or more second client wireless terminal numbers including predetermined operator identification information and a unique number, and the 160-byte null string user message is forwarded to at least one or more second client wireless terminals. It is preferable to correspond.

According to an embodiment of the present invention, when a predetermined data (or message) is received through the VoIP network and the data (or message) is automatically forwarded to at least one or more second client wireless terminals, the 16-byte null data is transmitted. It is preferable that the calling party's unique number of the character string includes the value specified in the relay transmission data (or message) ('RELAY'), and / or the Internet telephone number assigned to the client homepage may be used. . If the received data (or message) is manually forwarded to at least one or more second client wireless terminals, the calling party's unique number of the 16-byte null string includes the Internet telephone number assigned to the client home page. Preferably, and / or the value specified in the relay transmission data (or message) ('RELAY') may be used.

In addition, when predetermined data (or message) is received through the VoIP network and the received data (or message) is automatically forwarded to at least one or more second client wireless terminals, the callback number of the 16-byte null string is It is preferable to include the value specified in the relay transmission data (or message) ('RELAY'), and / or the Internet telephone number assigned to the client homepage may be used. If manually forwarding the received data (or message) to at least one second client wireless terminal, the callback number of the 16-byte null string preferably includes an Internet telephone number assigned to the client home page, and / Or the value specified in the relay transmission data (or message) ('RELAY') may be used.

In addition, in FIG. 26C, the 'DELIVER_ACK' includes a 4-byte integer forwarding result information and a 4-byte integer serial number.

According to an exemplary embodiment of the present invention, the forwarding result information of the 4-byte integer included in 'DELIVER_ACK' of the forwarding protocol data is a data (or message) transfer success (E_OK) as a response corresponding to the 'DELIVER_REQ', and a system failure. (E_SYSFAIL), message format error (E_FORMAT_ERR), non-binding (E_NOT_BOUND), and a forwarding result including at least one invalid destination subscriber number (E_NO_SMSNUM). May be used as it is, or it may contain a predetermined other value corresponding to the value specified by the DELIVER_REQ.

FIG. 26D illustrates a preferred transmission data (or message) structure transmitted from the data transmission server 2500 in the forwarding protocol data, and forwarding data (or message) corresponding to transmission data (or message) of the forwarding protocol data. Is characterized by consisting of 'URLDELIVER_REQ' having a variable length between 136 bytes and 440 bytes and 'URLDELIVER_ACK' having a fixed length of 8 bytes.

Referring to FIG. 26D, the 'URLDELIVER_REQ' is a serial number of 4 byte integer, unique number of calling party communication means of 16 byte null string, callback number of 16 byte null string and the like as 'DELIVER_REQ' of FIG. , The number of receivers of 4-byte integers, the unique number of the communication means (Internet telephone number) of the 16-byte null string, and the user message of the 160-byte null string. It is as described in Figure 26c.

According to an embodiment of the present invention, the 160-byte null string user message may include a callback UEL, a space, and a user message. The position of the callback UEL and the user message may be changed according to the intention of a person skilled in the art. It is possible that a predetermined identifier is used instead of and / or the space. Preferably, the length of the user message is 80 bytes or less. Particularly, when the operator identification information of the called party number is '018', the callback UEL is limited to a maximum of 50 bytes, and the user message is limited to a maximum of 20 bytes. do.

FIG. 26E illustrates the forwarded data (or message) at a server (or device) associated with a data (or message) on a forwarding target network that receives data (or message) transmitted from the data transmission server 2500 in the forwarding protocol data. For a preferred result report data (or message) structure comprising a reception result for the forwarding data (or message) corresponding to the result report data (or message) of the forwarding protocol data, a fixed length of 48 bytes It includes a 'REPORT' that includes and a 'REPORT_ACK' that includes a fixed length of 4 bytes.

Referring to FIG. 26E, 'REPORT' denotes originating party identification number information of a 16-byte null string, a final subscriber number of the 16-byte null string, a serial number of 4-byte integers, and 4-byte integer transmission. Success time information, 4-byte integer communication network information, and 4-byte integer result report information.

According to an embodiment of the present invention, the calling party's communication means unique number and the called party's subscriber number of the 16-byte null string included in the 'REPORT' of the forwarding protocol data are the values specified in the 'DELIVER_REQ' and / or 'URLDELIVER_REQ'. Corresponding to the serial number, use the values specified in the 'DELIVER_REQ' and / or the 'URLDELIVER_REQ' as they are, or include some other values corresponding to the values specified in the 'DELIVER_REQ' and / or the 'URLDELIVER_REQ'. The transmission success time information corresponds to a time when data (or message) corresponding to the forwarding data (or message) is received by at least one or more second client wireless terminals, and the communication network information is related to at least one or more second client radios. The terminal corresponds to the communication network information to which the terminal is connected, and the result report information is transmitted successfully (E _SENT), transmission failed (E_EXPIRED) (e.g. non-subscriber, missing, service stopped, etc.), powered off (E_POWEROFF), shaded area (E_SHADE), terminal message capacity exceeded (E_MSG_FULL), other failures (E_ETC), system Failure (E_SYSFAIL), Message Format Error (E_FORMAT_ERR), Incorrect Number (E_NO_SMSNUM), Wireless Network Failed to Send (E_ABANDONED), Transmission Failed (Wireless-> Terminal) (E_EXPIRED2), Message Deleted (E_DELETED), Message Format Error (E_UNKNOWN), if the DELIVER_ACK is not received (E_TIMEOUT_DEL), if not received (E_TIMEOUT_MSG) it is preferable to include a forwarding result including at least one.

In addition, in FIG. 26E, the 'REPORT_ACK' includes result report result information of a 4-byte integer. According to an embodiment of the present invention, the result of the 4-byte integer included in the 'REPORT_ACK' of the forwarding protocol data. The report result information may include a result report result including at least one of reception success E_OK and system failure E_SYSFAIL.

27 illustrates a method of forwarding data (or message) received by a data (or message) relay transmission system according to an embodiment of the present invention.

More specifically, FIG. 27 illustrates a case in which the received data (or message) needs to be forwarded to at least one second client communication means from a predetermined data transmission server 2500 included in the VoIP network to a predetermined client homepage. A preferred implementation method for automatically forwarding received data (or messages) to at least one or more second client communication means by predetermined data (or message) processing conditions (or policies), the second client communication means being at least One or more second client wireless terminals and / or at least one second client home page and / or a wired terminal. The data transmission server 2500 included in the VoIP network is referred to as a server 2500 for convenience.

Referring to FIG. 27, the server 2500 uses the Internet telephone number assigned to the client homepage as a receiver to receive data (or messages) of data (or messages) from data (or messages) processing conditions (or policies). By applying a forwarding processing condition (or policy), it is determined whether the received data (or message) is forwarded to at least one second client communication means (2700).

If the check result indicates that the received data (or message) should be forwarded to at least one or more second client communication means (2705), the server 2500 may forward at least one forwarding object to forward the received data (or message). The second client communication means information is obtained (2710), and the obtained wireless terminal information is read to determine whether each forwarding target communication network to finally receive and process the forwarding data (or message) is a wired network or a wireless network (2715). ).

If the forwarding target communication network is a wireless network (2720), a process of forwarding the received data (or message) to at least one second client wireless terminal is performed as shown in FIG.

28 is a diagram illustrating a method of wirelessly forwarding data (or messages) received by a data (or message) relay transmission system to at least one or more second client wireless terminals according to an embodiment of the present invention.

More specifically, FIG. 28 is a data (or message) wireless forwarding system as shown in FIG. 25, wherein at least one second client wireless terminal is present in the VoIP network when at least one second client wireless terminal is present on the mobile communication network. In a preferred method of automatically forwarding data (or message) received from a transmission server 2500 to a predetermined client homepage to at least one or more second client wireless terminals according to predetermined data (or message) processing conditions (or policies). It is about.

Those skilled in the art to which the present invention pertains, with reference to FIG. 28, have at least one second client wireless terminal present on the VoIP network and / or on the portable Internet corresponding to the IEEE 802.16 series. It is possible to easily infer data (or message) wireless forwarding method for the case that exists in the network, and also to manually forward data (or message) received to a predetermined client homepage to at least one or more second client wireless terminals. It will be easy to infer the method of implementation, whereby the present invention is not limited. In FIG. 28, the data transmission server is referred to as a server 2500 for convenience.

Referring to FIG. 28, if the forwarding target communication network is a wireless communication network to which at least one second client wireless terminal is connected, the server 2500 reads the forwarding target second client wireless terminal information to read the forwarding data (or Confirm the mobile communication network connected to the second client wireless terminal to finally receive and process the message (2800), generate predetermined forwarding data (or message) to be forwarded to the mobile communication network (2805), and forward the data (or The message) is included in predetermined forwarding protocol data and transmitted to the mobile communication network (2810), and then a predetermined forwarding result for the forwarding data (or message) is received from the forwarding target mobile communication network (2815).

If a predetermined forwarding result is received from the forwarding target mobile communication network (2820), the server 2500 completes a process of forwarding the forwarding data (or message) to the forwarding target mobile communication network (2825).

According to a preferred embodiment of the present invention, the process is preferably performed repeatedly for all the second client wireless terminal included in the forwarding target (2830).

29 is a diagram illustrating a system configuration for wired forwarding of data (or message) received by a data (or message) relay transmission system according to an embodiment of the present invention.

In more detail, FIG. 29 illustrates a wired line in which at least one second client data (or message) transmission / reception communication unit interoperates with the VoIP network in data (or message) received by the data (or message) relay transmission system. When present on a network, a wired for forwarding the received data (or message) to at least one or more second client data (or message) communication means at a predetermined data transmission server 2900 included in the VoIP network. To a preferred method of carrying a forwarding system.

In FIG. 29, according to an exemplary embodiment of the present invention, a wired network in which the received data (or message) is wired forward provides a homepage that provides at least one homepage that interworks with a VoIP network that forwards the data (or message). Provider server 2930 side network, and / or VoIP network 2940 based on Session Initiation Protocol (SIP) of H.323 and / or IETF of ITU other than the VoIP network.

Those skilled in the art to which the present invention pertains, various wired forwarding methods (eg, at least one or more second client data (or message) communication means according to the intention of those skilled in the art with reference to FIG. 29) It is possible to easily infer an implementation method existing in a public telephone network (PSTN), whereby the present invention is not limited.

According to the present invention, the process of forwarding the data (or message) received by the VoIP network to at least one second client data (or message) transmission / reception communication means may include a communication network (or caller communication corresponding to the caller communication means). Means for automatically performing data (or message) processing conditions (or policies) of the homepage-related information stored in the storage medium 145 in the process of receiving predetermined data (or message). After the Internet telephone number is received at the assigned client homepage, it is possible to be manually performed at the request of the homepage owner client.

The VoIP network transmits / receives data (or message) of at least one or more second clients to data (or message) (or data (or message) to be relayed to a client homepage to which an Internet telephone number is assigned). And a data transmission server 2900 for forwarding by means. When the received data (or message) forwarding process is automatically performed by a predetermined data (or message) processing condition (or policy), Preferably, the storage medium 145 further stores a data (or message) processing condition (or policy).

Referring to FIG. 29, a data transmission server 2900 for forwarding received data (or messages) to at least one second client's data (or message) transmission / reception communication means may include at least one or more from the storage medium 145. An information acquisition unit 2910 for extracting second client communication means information and data (or message) received through the VoIP network (or data (or message) to be relayed to the client homepage to which an Internet telephone number is assigned); An extracting unit 2905 for extracting forwarding target data (or message) and forwarding protocol data corresponding to a predetermined communication protocol defined between the extracted forwarding target data (or message) between the VoIP network and the forwarding target communication network. A generation unit 2915 for generating a data, and the generated forwarding protocol data to be communicated with a predetermined forwarding target; Including wired forwarding unit 2920 for transmitting the characterized in that is made.

According to an exemplary embodiment of the present invention, at least one piece of second client communication means information is stored in the storage medium 145, and the information acquiring unit 2910 is configured to transfer the forwarding target data (or data) from the storage medium 145. At least one data (or message) for receiving the forwarding target data (or message) by extracting at least one or more pieces of second client communication means information as a data (or message) receiving side communication means unique number (internet telephone number). And acquiring the second client communication means information, wherein the obtained at least one second client communication means information is provided to the wired forwarding unit 2920.

According to an embodiment of the present invention, the second client communication means information is linked with a VoIP network through which the external wired network forwards the data (or messages), and the homepage provider server 2930 provides at least one homepage. In the case of a side network, the second client communication means information may include predetermined Internet telephone number information assigned to at least one home page provided in the home page provider server 2930 on the external wired network. The homepage provider server 2930 may be the same server system as the homepage provider server 140 provided with the client homepage, and / or may be a server system other than the homepage provider server 140.

In addition, if the second client communication means information is the external wired network is H.323 of the ITU and / or SIP-based VoIP network 2940 of the IETF, the second client communication means information is the VoIP network 2940 It is preferable to include predetermined Internet telephone number information allocated to data (or message) transmission / reception communication means.

The extractor 2905 may include at least one second client data (or message) from data (or message) received through the VoIP network (or data (or message) to be relayed to a client homepage to which an Internet telephone number is assigned). Extracting forwarding target data (or message) to be forwarded to the transmission and reception communication means, the extracted forwarding target data (or message) is provided to the generation unit 2915.

The generation unit 2915 generates predetermined forwarding protocol data defined between the VoIP network and the forwarding target communication network from the extracted forwarding target data (or message), and the generated forwarding protocol data is The wired forwarding unit 2920 is provided.

According to one embodiment of the present invention, the predetermined forwarding protocol data defined between the VoIP network and the forwarding target communication network is as shown in FIGS. 26A and 26B and 26C and 26D and 26E, and those skilled in the art It is possible to use some variations depending on the intention of and / or features of the external wired network.

The wired forwarding unit 2920 transmits the forwarding protocol data provided from the generation unit 2915 to a predetermined forwarding target communication network based on at least one second client communication means information provided from the information acquisition unit 2910. Characterized in that.

According to FIG. 29, the forwarding target communication network preferably corresponds to the external wired network to which at least one second client data (or message) transmission / reception communication unit is connected, wherein the wired forwarding unit 2920 is It is possible to transmit the forwarding protocol data to at least one external wired network to which at least one second client data (or message) transmission / reception communication means is connected through a predetermined network interworking means 2925.

For example, when at least one second client data (or message) transmission / reception communication means is included in a predetermined homepage provided in another homepage provider server 2930, the wired forwarding unit 2920 may use a predetermined network interworking means. The forwarding protocol data corresponding to the forwarding target data (or message) is transmitted to the other homepage provider server 2930 through 2927, and the other homepage provider server 2930 processes a predetermined data (or message) process. And process the forwarded data (or message) to at least one second client home page.

In addition, when at least one second client data (or message) transmission / reception communication means is included in the VoIP terminal 2960 provided on the VoIP network 2940, the wired forwarding unit 2920 may use a predetermined network. The forwarding protocol data corresponding to the forwarding target data (or message) is transmitted to the VoIP terminal 2960 on the VoIP network 2940 through the interlocking means 2935, and the VoIP terminal 2960 transmits predetermined data (or Message) receive and process the forwarded data (or message) according to a processing procedure. As described above, when the second client data (or message) communication means is the VoIP terminal 2960 provided on the VoIP network 2940, the gatekeeper 2950 and / or the gateway on the VoIP network 2940. 2 45 and / or a predetermined data server 2955 are transmitted in the form of predetermined forwarding protocol data, and the VoIP at the gatekeeper 2950 and / or gateway 2945 and / or a predetermined data server 2955 The terminal 2960 is preferably encapsulated and transmitted in an APP (application specific) packet and a source description (SDES) packet of an RTCP (Real-Time Control Protocol) defined on the VoIP network 2940.

30 is a diagram illustrating a method of wired forwarding data (or message) received by a data (or message) relay transmission system to at least one or more second client communication means according to an embodiment of the present invention.

More specifically, FIG. 30 shows a data (or message) wired forwarding system as shown in FIG. 29, in which at least one second client data (or message) transmission / reception communication means exists in a wired network interworking with the VoIP network. At least one or more second client data received from a predetermined data transmission server 2900 included in the VoIP network to a predetermined client homepage according to predetermined data (or message) processing conditions (or policies). (Or message) The present invention relates to a preferred method of automatically forwarding to a transmission / reception communication means.

Those skilled in the art to which the present invention pertains may refer to various external wired networks (eg, general telephone network (PSTN)) in which at least one second client data (or message) transmission / reception communication means is located with reference to FIG. 30. Various data (or message) wired forwarding methods for the case of the present invention may be easily inferred, and the data (or message) received at a predetermined client homepage may be manually derived from at least one or more second client data (or Message) The implementation method of wired forwarding to the transmission / reception communication means may also be easily inferred.

That is, the present invention is not limited by the data (or message) wired forwarding method shown in FIG. 30, and the data transmission server 2900 is referred to as a server 2900 for convenience.

Referring to FIG. 30, if the forwarding target communication network is a wired communication network and the forwarding target wired communication network is a wired network interworking with the VoIP network as a result of reading the forwarding target second communication means information included in the forwarding data (or message). The server 2900 generates predetermined external forwarding data (or message) to be forwarded to the external wired network (3000), and transmits the external forwarding data (or message) through the second communication means information. The transmission is made to the target communication network (3005).

According to an embodiment of the present invention, it is preferable that the external forwarding protocol data for transmitting the external forwarding data (or message) includes a structure similar to that of FIGS. 26A, 26B, 26C, 26D, and 26E. .

The server (or device) associated with the data (or message) on the external forwarding target communication network that has received the external forwarding data (or message) reads the communication means of the receiving side of the received external forwarding data (or message) to the external forwarding. It is checked whether data (or a message) is received or processed in the external forwarding target communication network or roamed to another wired network (3010).

According to an embodiment of the present invention, if the external forwarding target communication network is a homepage provider server 2930 side network that interworks with the VoIP network shown in FIG. 29, the data (or message) related server (or device) is the homepage. Corresponding to the provider server 2930, or if the external forwarding target communication network is the VoIP network 2940 shown in Figure 29, the data (or message) associated server (or device) is a gatekeeper shown in the VoIP network 2950 and / or gateway 2945 and / or a predetermined data server 2955.

According to an embodiment of the present invention, if the external forwarding data (or message) is received and processed within the external forwarding target network, the external forwarding target network corresponds to the receiving side communication means information of the external forwarding data (or message). The external wired network, or if the external forwarding data (or message) needs to roam to a wired network other than the external forwarding target network, the roaming wired network is a receiving side of the external forwarding data (or message). It will correspond to an external wired network corresponding to communication means information.

If the result of the check is to receive and process the external forwarding data (or message) inside the external forwarding target communication network (e.g., the external forwarding target communication network corresponds to the external communication unit information corresponding to the receiver side of the external forwarding data (or message)) 3015, the server (or device) associated with the data (or message) on the external forwarding target communication network is a reception process for the external forwarding data (or message) according to a predetermined data (or message) receiving procedure. In operation 2920, a predetermined wired forwarding result including the reception processing result of the external forwarding data (or message) is generated and returned to the server 2900 (3025).

On the other hand, if the external forwarding data (or message) needs to roam to a wired network other than the external forwarding target communication network (for example, the roaming wired network corresponds to the receiver side communication information of the external forwarding data (or message)). If an external wired network) (3015), the server (or device) associated with the data (or message) on the external forwarding target network is a predetermined data (or message) roaming procedure defined between the external forwarding target network and the external wired network. Roaming the external forwarding data (or message) according to the operation 3030 and waiting to receive a roaming result of the external forwarding data (or message) from a server (or device) associated with the data (or message) on the external wired network. (3035).

If a roaming result for the external forwarding data (or message) is received from the data (or message) related server (or device) on the external wired network (3040), the data (or message) related server on the external forwarding target communication network (Or the device) generates a predetermined wired forwarding result including the roaming result and returns it to the server 2900 (3045).

According to a preferred embodiment of the present invention, the process is preferably performed repeatedly for all the second client data (or message) transmission and reception communication means included in the wire forwarding target (3050).

In order to easily explain the technical features of the present invention to those skilled in the art of carrying out the present invention, data (or messages) relayed from the VoIP network to the homepage provider server correspond to a predetermined text message. A preferred implementation method for receiving and processing data (or messages) relayed from a network will be described.

However, the technical features of the present invention are not limited to the case where the data (or message) is a text message as in the following embodiment, and the data (or message) is assigned to the client homepage including the text message. It is evident that the Internet telephone number is included in the receiving side and includes both receivable information and / or data and / or digital content.

31 is a diagram showing a preferred configuration of a data (or message) receiving system for data (or message) processing according to an embodiment of the present invention.

In more detail, FIG. 31 shows a homepage operation server 3100 in which the homepage provider server 140 manages at least one or more client homepages, and an Internet telephone allocated to the client homepage from a data processing server 120 of the VoIP network. It is a case where the data management server 3150 receives the relay transmission data (or message) received by using the number as a receiving side, and receives and processes predetermined data (or message) from the relay transmission data (or message). For those of ordinary skill in the art to which the present invention pertains, the homepage provider server 140 may include one server system or two or more server systems for each means. It will be easy to infer the method of implementation, thereby It is to be understood that the invention is not limited.

In addition, the home page provider server 140 may store at least one or more information (or data) and / or content and / or web sources for providing to the at least one or more client terminals 165, and / or at least one or more. And a DBMS 3120 including a bulletin board storage area (or posting area) storing at least one or more information (or data) and / or content requested to be registered (or stored) from the client terminal 165. In addition, the DBMS (3120) for data (or message) processing according to the present invention is relay transmission data (received) received from the data processing server 120 of the VoIP network to the receiving end of the Internet phone number assigned to the client home page ( Or at least one received data (or message) corresponding to the message) It characterized in that it comprises one or more data (message), the storage (or post areas).

Referring to FIG. 31, the homepage operation server 3100 may include a web interface unit that provides a web interface for providing a homepage service corresponding to HTTP based on the TCP / IP to at least one client terminal 165 ( 3105, a webpage operation unit 3110 that provides at least one webpage corresponding to the client homepage to each client terminal 165 in cooperation with the web interface unit 3105 and the DBMS 3120. And a bulletin board operation unit 3115 that provides a bulletin board service for at least one or more information (or data) and / or content requested from the client terminal 165 in cooperation with the web interface unit 3105 and the DBMS 3120. And an additional service (for example, a sound source output service) provided through the client homepage. It is possible to further comprise at least one or more functional components according to the characteristics of. However, the present invention is not limited by the functional configuration further added to the homepage operation server 3100.

Those skilled in the art to which the present invention pertains to the web interface unit 3105, the web page operation unit 3110 and the bulletin board operation unit 3115 corresponding to the web page program provided in the web server Since the basic operation principle will be clearly understood, the detailed description thereof will be omitted for convenience.

In addition to the basic webpage providing service for operating the homepage, the webpage operation unit 3110 may include at least one webpage including a user interface for processing data (or messages) according to the present invention. It is characterized in that to provide. The user interface may be modified in various ways according to the intention of those skilled in the art to implement the present invention and / or the user interface pattern provided on the client homepage, and the present invention is not limited thereto.

The bulletin board operating unit 3115 receives the data (or message) corresponding to the Internet telephone number assigned to the client homepage for data (or message) processing according to the present invention, in addition to the basic bulletin board providing service for operating the homepage. Characterized in providing a bulletin board service for. The bulletin board service for the received data (or message) can be modified in various ways in response to the intention of the person skilled in the art of implementing the present invention and / or the bulletin board function provided on the client homepage. This is not limited.

Referring to FIG. 31, the data management server 3150 is provided in the homepage operation server 3100 from the data processing server 120 of the VoIP network through a predetermined data (or message) processing network means 135. A receiver 3155 for receiving at least one relay transmission data (or message) received by using an Internet telephone number assigned to the client home page, and a received message corresponding to the received relay transmission data (or message). And a data storage unit 3170 for storing data (or messages) in the data (message) storage area (or post area) provided in the DBMS 3120.

The receiving unit 3155 receives the Internet telephone number assigned to the client homepage from the data processing server 120 provided on the VoIP network through the data (or message) processing network means 135. And receiving predetermined relay transmission data (or message) corresponding to data (or message) as an Internet telephone number, wherein the received relay transmission data (or message) is received by the confirmation unit 3160 and / or. Or data storage 3170.

According to an embodiment of the present invention, the relay transmission data (or message) is included in the relay transmission protocol data generated by attaching a predetermined header corresponding to the communication protocol defined between the VoIP network and the homepage provider server 140. It is preferable that the reception unit 3155 is received.

The data storage unit 3170 receives predetermined data (or messages) corresponding to the relay transmission data (or message) received through the reception unit 3155 to the client homepage corresponding to the extracted homepage-related information. Wherein the receiving process comprises receiving predetermined data (or message) corresponding to the relay transmission data (or message) from at least one information storage area (or posting area) of the home page. Characterized in that the received data (or message) is stored in a storage area (or posting area) to be stored (or posted) using the Internet telephone number assigned to the receiver.

According to an embodiment of the present invention, a predetermined relay transmission protocol for transmitting and receiving the relay transmission data (or message) between the VoIP network and the homepage provider server is defined, and the relay transmission data (or message) and / or When the client homepage address information and / or message storage area (or posting area) information is included in the relay transmission protocol and received by the homepage provider server, the data storage unit 2770 corresponds to the relay transmission protocol defined above. It is preferable to generate (or restore) original data (or message) information transmitted from the sender communication means 100 by reading the relay transmission protocol data received through the receiving unit 2755. Or restore) the data (or message) information included in the relay protocol. It is preferably to store the received client website address information and / or the message storage area (region or post) a storage area corresponding to the information (or the post areas).

According to another embodiment of the present invention, an HTTP protocol supported by a message processing network means provided between the VoIP network and the home page provider server supports the relay transmission data (or message) and / or the client home page address information. And / or when message storage area (or post area) information is received through a form form corresponding to the HTTP protocol, the data storage unit 2770 receives through the receiver 2755 in response to the defined form form. By reading the relay transmission protocol data, the original data (or message) information sent from the sender communication means 100 corresponds to the received client home page address information and / or message storage area (or posting area) information. It is preferable to store in a predetermined storage area (or posting area).

32 is a view showing a process of receiving data (or message) in accordance with an embodiment of the present invention.

More specifically, FIG. 32 shows relay protocol data including data (or message) sent from the relay network protocol data received from the VoIP network to the receiver by an Internet telephone number assigned to the client homepage by the sender communication unit. Receives (or restores) data (or messages) corresponding to predetermined relay transmission data (or messages) from ('RELAY') and receives the received data (or messages) from a predetermined data (message) storage area. (Or posting area) shows a preferred process for storing.

Referring to FIG. 32, the receiving unit 3155 of the data operation server 3150 is a data processing server 120 provided on the VoIP network through a predetermined data (or message) processing network means 135 connected to the VoIP network. ) Receives relay transmission protocol data ('RELAY') including data (or message) sent from the sender communication unit to the receiving party using the Internet telephone number assigned to the client homepage, and is determined from the relay transmission protocol data. By removing the header, the relay transmission data (or message) including at least one relay transmission data (or message) information to be received and processed by the client homepage is read.

The data storage unit 3170 of the data operation server 3150 may store the data (message) storage area (or message) among at least one relay transmission data (or message) information included in the relay transmission data (or message) information. Extracting at least one relay transmission data (or message) information to be stored in a posting area), and / or extracting the data (or message) reception time from a timer of the data operation server 3150, and then extracting the extracted information. Combine to generate (or restore) predetermined received data (or messages), and store the generated (or restored) received data (or messages) in a predetermined data (message) storage area (or post area).

According to an embodiment of the present invention, the data (message) storage area (or post area) is a plurality of data (message) storage areas (or messages) through a process of applying at least one message processing condition (or policy) performed in the VoIP network. Or a storage area (or a posting area) in which the received data (or message) is actually stored (or posted).

For example, as a result of applying the data (or message) processing condition (or policy), the data (or message) retransmitted to the homepage owner client wireless terminal is the data (message) storage area of the data (message) storage area (or posting area). (Or post area) and retransmission data (message) storage area (or post area), and as a result of applying the data (or message) processing condition (or policy), spam data (or message) is the data (message). Spam data (message) of the storage area (or posting area) will be stored in the storage area (or posting area).

Referring to FIG. 32, a data (message) storage area (or post area) includes a data (message) storage area (or post area) for storing data (or message) normally received on the client homepage. A shipment data (message) storage area (or posting area) for storing data (or message) sent from the homepage, a storage area (or posting area) for storing data (or message) deleted from the client home page, and Retransmission data (message) storage area (or posting area) for storing data (or message) automatically or manually resent to the homepage owner client wireless terminal among data (or messages) received at the client homepage, and received at the client homepage. A second home page and / or a second client of at least one or more of the data (or messages) Forwarding data (message) storage area (or posting area) for storing data (or message) automatically or manually forwarded to the client wireless terminal, and spam data (or message) among the data (or message) received from the client homepage. And a storage area (or posting area) for storing processed data (or messages).

In addition, the data (message) storage area (or post area) is at least one or more for automatically (or manually) classifying and storing data (or message) received by the client home page according to a predetermined condition and / or policy It is preferable that the storage area (or posting area).

Those skilled in the art will appreciate that the data (message) storage area (or posting area) is shown in FIG. 32 according to the intention of those skilled in the art with reference to this drawing. It will be clearly understood that the present invention may include more storage areas (or posting areas) in addition to the present invention, and the present invention is not limited thereto.

33A and 33B show a structure of a data (message) storage area (or post area) according to an embodiment of the present invention.

More specifically, FIG. 33A illustrates a preferred structure of a data (message) storage area (or post area) for storing data (or message) received at the client home page, and FIG. 33B is a view of data sent from the client home page ( Or a storage area (or a posting area) for storing a message), and a person of ordinary skill in the art to which the present invention pertains and / or the data (message) storage area (or At least one information storage area (or posting area) may be further included in the storage area (or posting area) structure according to an additional service feature using at least one data (or message) stored in the posting area). It will be inferred that the present invention is not limited thereby.

Referring to FIG. 33A, a data (message) storage area (or post area) structure for storing data (or message) received by the client homepage includes caller number information and caller side read out from the received data (or message). A sender information data field storing communication network information, a reception time information data field storing a date and / or time at which the data (or message) was received, and a user message included in the received data (or message) And a callback information data field for storing a callback number and / or callback UEL information included in the received data (or message).

The caller information data field stores caller communication network information read from a caller number corresponding to a caller communication means number extracted from the data (or message) received from the client homepage and a service provider identification number of the caller communication means number. The reception time information data field stores the data (or message) reception date and / or time read out from a timer included in the data operation server 3150, and the user message data field is the received data (or message). Storing the user message extracted from the callback information data field, and the callback number and / or callback UEL extracted from the received data (or message).

According to an embodiment of the present invention, the data (message) storage area (or post area) structure is a data (message) storage area (or post area) and / or of the storage area (or post area) shown in FIG. And a preferred structure of spam data (message) storage (or post area) and / or deletion data (message) storage area (or post area).

Referring to FIG. 33B, a dispatch data (message) storage area for storing data (or messages) sent automatically or manually from a client home page with a communication means equipped with at least one data (or message) reception function as a receiving side. (Or post area) structure includes a caller information data field for storing received number information and recipient side network information read from the sent data (or message), and the date and / or time the data (or message) was sent. A dispatch time information data field for storing a message, a user message data field for storing a user message included in the sent data (or message), and a callback number and / or callback UEL included in the sent data (or message) And a callback information data field for storing information.

The receiver information data field is extracted from data (or message) sent from the client homepage to a communication means equipped with at least one data (or message) receiving function or input in the process of sending the data (or message). Storing the receiver network information read from the received number corresponding to the received receiver communication means number and the carrier identification number of the receiver communication means number, wherein the dispatch time information data field is read from a timer provided in the data operation server 3150. Storing the data (or message) dispatch date and / or time, wherein the user message data field is extracted from the sent data (or message) or entered in the process of generating the dispatch data (or message). Save the message and callback information. Data field is characterized by storing said extracted data sent from (or messages) or process the call back number and / or a callback yualel input in generating the data (or message).

According to an embodiment of the present invention, the dispatch data (message) storage area (or post area) structure includes the dispatch data (message) storage area (or post area) of the storage area (or post area) shown in FIG. And / or a preferred structure of retransmission data (message) storage (or post area) and / or forwarding data (message) storage area (or post area).

34 shows a preferred data (or message) reception method for data (or message) reception processing according to the embodiment of the present invention.

More specifically, FIG. 34 shows data (or message) allocated to the client homepage from a predetermined wireless communication network when the data (or message) receiving system includes the homepage provider server 140 as shown in FIG. The preferred embodiment of the present invention relates to a method of receiving and receiving predetermined data (or message) received by using a unique transmission and reception communication unit unique number. With reference to the intention of those skilled in the art will be able to easily infer a variety of data (or message) receiving method, by which the present invention is not limited. Hereinafter, the data operation server 3150 illustrated in FIG. 31 will be described as a server 3150 for convenience.

Referring to FIG. 34, the server 3150 receives predetermined relay transmission protocol data from the data processing server 120 on the VoIP network according to the relay transmission protocol defined between the VoIP network and the homepage provider server 140 ( 3400, reading the received relaying protocol data to extract client homepage provider address information and / or data (or message) storage area (or posting area) information included in the relaying protocol and received from the VoIP network. Check it.

According to an embodiment of the present invention, the client home page provider address information and / or data (or message) storage area (or posting area) information may be stored in a storage location where the received data (or message) is stored on the client home page. It is preferable to include a command.

When the client homepage provider address information and / or data (or message) storage area (or posting area) information is extracted, the server 3150 stores the extracted client homepage provider address information and / or data (or message) storage area. The validity of the (or posting area) information is checked (3410).

According to an exemplary embodiment of the present invention, the validating process of the client homepage provider address information and / or data (or message) storage area (or posting area) information may include: receiving the received data (or message) on the client homepage. And authenticating whether there is a data (or message) storage area (or posting area) corresponding to the client home page provider address information and / or data (or message) storage area (or posting area) information that is actually stored. It is preferable to make.

According to an exemplary embodiment of the present invention, the validating process of the client homepage provider address information and / or data (or message) storage area (or posting area) information may include data (or message) received through the relay transmission protocol. ) Is authenticated to satisfy the condition to be stored in the data (or message) storage area (or posting area) (for example, if the HTTP protocol is supported between the VoIP network and the homepage provider server). .

If the validity of the client homepage provider address information and / or data (or message) storage area (or posting area) information is not authenticated (3415), the server 3150 may fail to receive data (or message). Generates a result of receiving the predetermined data (or message) including a and returns to the VoIP network (3420).

On the other hand, if the validity of the client homepage provider address information and / or data (or message) storage area (or posting area) information is not authenticated (3415), the server 3150 receives the data (received through the relay protocol). Or a message) in the data (or message) storage area (3425), and generates a predetermined data (or message) reception result including a data (or message) reception processing success result and returns it to the VoIP network ( 3430).

35A and 35B illustrate outputting received data (or a message) from a client homepage to which an Internet phone number is assigned according to an exemplary embodiment of the present invention.

More specifically, FIG. 35A illustrates an example of outputting predetermined data (or a message) received from an Internet telephone number assigned to the client homepage in response to a bulletin board interface provided on the client homepage. FIG. 35A illustrates a data (or message) output screen further including a terminal interface interworking with the Internet telephone number on the left side of the bulletin board interface as shown in FIG. 35A.

Those skilled in the art to which the present invention pertains can refer to the drawings 35a and 35b for various purposes of outputting predetermined data (or messages) received using the Internet telephone number assigned to the client homepage as a receiving side. It will be apparent that the method of implementation can be easily inferred, whereby the present invention is not limited.

36 is a diagram illustrating outputting received data (or a message) from a client homepage to which an Internet phone number is assigned according to another embodiment of the present invention.

In more detail, Fig. 36 shows data (or message) received using the Internet telephone number assigned to the home page as a receiving side for predetermined data (or message) received using the Internet telephone number assigned to the client home page as a receiving side. The data (or message) shown in FIG. 35B is outputted by applying the sender information and / or time information processing condition (or policy) for processing the caller information and / or the time (or receiving) time information included in The example is based on the output screen.

Referring to FIG. 36, when a data (or message) sorting method is selected based on a calling number on the reception data (or message) output screen, the caller information and / or time information processing condition ( Or in response to a policy), the data (or message) sent at least twice from a specific sender communication means during a predetermined time is regarded as one data (or message) and output.

37A and 37B illustrate outputting received data (or a message) from a client homepage to which an Internet phone number is assigned according to another exemplary embodiment of the present invention.

More specifically, Fig. 37A writes a reply based on a callback number included in the received data (or message) with respect to predetermined data (or message) received using the Internet telephone number assigned to the client home page as a receiving side. An example is performed based on the data (or message) output screen shown in FIG. 35b, which illustrates the execution of a message, and FIG. 37b is based on a callback UEL included in the received data (or message). The connection is illustrated based on the data (or message) output screen shown in FIG. 35B.

Referring to FIG. 37A, the terminal interface of the data (or message) output screen is linked with a data (or message) transmission function included in the homepage provider server 140.

According to an exemplary embodiment of the present invention, when the bulletin board interface of the data (or message) output screen includes a callback number icon (eg, a callback number corresponding to a valid data (or message) communication means) When a callback number icon) is clicked, predetermined data (or message) transmission / reception communication means information corresponding to the callback number is copied to a receiving side communication means unique number (internet telephone number) area of the terminal interface screen. Through a predetermined data (or message) transmission and reception communication means corresponding to the unique number (Internet telephone number) of the receiving side communication means to perform a predetermined reply writing procedure.

Referring to FIG. 37B, the terminal interface of the data (or message) output screen is linked with a predetermined terminal device emulator (not shown) provided in the homepage provider server 140. Those skilled in the art to which the present invention pertains, the homepage provider server 140 emulates the wireless Internet access function provided in the conventional mobile communication terminal function of the terminal device emulator to realize the wireless Internet access function Since the configuration will be clearly understood, detailed description thereof will be omitted.

According to an embodiment of the present invention, a callback UEL icon (eg, a callback UEL icon activated when the callback UEL accessible from the terminal device emulator) is included in the bulletin board interface of the data (or message) output screen. When clicked, the URL information corresponding to the callback UEL is provided to the terminal device emulator interworking with the terminal interface, through which the terminal device emulator emulates a mobile communication terminal function on a conventional mobile communication network to correspond to the callback UEL. Is connected to the wireless Internet, and the result is output to the terminal interface.

According to the present invention, a VoIP network that manages an Internet phone number resource assigned to the client home page includes a predetermined profit including the number allocation fee and / or number usage fee by allocating at least one or more Internet phone number resources to the client home page. There is an advantage to generate.

According to the present invention, the homepage host client assigned an Internet phone number managed by the VoIP network exchanges data (or messages) by directly interworking with at least one caller communication means through the Internet phone number assigned to the homepage. There is an advantage.

According to the present invention, the homepage provider server has an advantage of generating a predetermined profit by providing an additional service corresponding to the Internet phone number assigned to the homepage.

Claims (13)

An Internet phone number assignment step of allocating predetermined Internet phone numbers to a plurality of homepages by predetermined Internet phone number assignment means; A gateway on an Internet telephony network by linking and processing a plurality of Internet telephone number information allocated through the Internet telephone number assignment means in a predetermined information storage means and the home-related information provided in one-to-one correspondence with the plurality of Internet telephone number information. (Or storing information in a predetermined storage medium connected to the gatekeeper or the relay server); When the predetermined caller communication means sends the predetermined data to the Internet telephone number, the gateway (or gatekeeper or relay server) on the Internet telephone communication network transmits the data to the receiving side communication means of the sender communication means- An information confirmation step of confirming Internet telephone number-and confirming homepage related information stored in association with the identified communication means unique number-Internet telephone number-in association with the storage medium or the storage medium operating means; And And a data processing step of providing the data to the homepage based on the identified homepage-related information at the gateway (or gatekeeper or relay server) on the Internet telephony network. . The method of claim 1, wherein the allocating the Internet phone number comprises: Providing at least two or more Internet telephone number list information assignable to the homepage to a host client of the homepage, which manages and / or operates the homepage or owns the homepage, and provides the list information from the host client of the homepage. Receive one or more Internet phone number selection information that you want to assign to the homepage from at least two or more Internet phone numbers listed in OR, or And receiving at least one or more Internet phone number information desired to be assigned to the home page from the host client of the home page. The method of claim 2, wherein the allocating the Internet phone number comprises: In connection with a server on a communication network that manages the Internet phone number resource, or in connection with a storage medium (or storage medium operating means) for storing the Internet phone number resource information that can be assigned to the home page, the owner client of the home page is selected or selected. And an information checking step of checking whether at least one internet phone number desired to be allocated to the provided homepage is available. The method of claim 1, wherein the allocating the Internet phone number comprises: Register a predetermined communication means required for allocating the Internet telephone number to the homepage in association with the homepage owner client to which the Internet telephone number is assigned, the client who manages and / or operates the homepage or owns the homepage. Data processing method further comprises a membership processing step of processing the application received. The method of claim 1, wherein the allocating the Internet phone number comprises: In connection with the homepage owner client to which the internet phone number is assigned, the client who manages and / or operates the homepage or owns the homepage, and processes a predetermined amount of settlement corresponding to the internet phone number assignment to the homepage; A data processing method characterized by further comprising a settlement processing step. The method of claim 1, wherein the home-related information stored in the storage medium, The homepage address information; A storage area (or posting area) information in which at least one information storage area (or posting area) provided on the home page is stored (or posted) data received using an Internet telephone number assigned to the home page as a receiving side; Processing condition (or policy) information of data received using the Internet telephone number assigned to the home page as a receiving side; And at least one of the homepage owner information-client information managing and / or operating the homepage or owning the homepage. The data processing condition (or policy) information of the data received by using the Internet telephone number assigned to the home page as a receiving side. Processing condition (or policy) information for providing only the data sent from a specific sender (or calling party's communication number) among the data received from the Internet telephone number assigned to the home page to the home page; Processing condition (or policy) information for processing data sent from a specific sender (or calling party's communication number) among the data received from the Internet telephone number assigned to the homepage as a receiving party; Data sent from a specific sender (or calling party's communication number) among data received by the receiving party using the Internet telephone number assigned to the homepage is provided to the homepage and at the same time the homepage owned wireless terminal and / or the homepage owner owned internet. Processing condition (or policy) information to be sent by telephone; Processing conditions for providing data sent from a specific sender (or calling party's communication number) among the data received through the Internet telephone number assigned to the home page to the home page and automatically forwarding it to a second preset home page ( Or policy) information, Data transmitted from a specific sender (or calling party's communication number) among the data received from the Internet telephone number assigned to the homepage to the receiver is provided to the homepage and at least one or more second client wireless terminals preset Processing condition (or policy) information to be transmitted to a second Internet telephone; Processing condition (or policy) information for processing caller information and / or call time (or receive) time information included in data received using the Internet telephone number assigned to the home page as a receiver; Processing condition (or policy) information for processing CallBackURL information included in the received data using the Internet telephone number assigned to the home page as a receiving side; And at least one processing condition (or policy) information for virus scanning of data received using the Internet telephone number assigned to the home page as a receiving side. The method of claim 1, wherein the storing of the information comprises: And storing the home page owner-managed and / or operating the home page or client-owned wireless terminal information and / or internet phone information owning the home page in the storage medium. The method of claim 1, In response to a request of the homepage owner-a client who manages and / or operates the homepage or owns the homepage-by a homepage provider server providing the homepage, the caller communication means sends predetermined reply data corresponding to the data. And a data transmission step of transmitting. The method according to any one of claims 1 to 9, wherein the data, At least one image, photo, video, animation, voice, sound, text message, multimedia message. The method of claim 1, Forwarding the data to at least one or more wireless terminals and / or Internet telephones, at the request of the homepage owner, the client who manages and / or operates the homepage or owns the homepage in a homepage provider server providing the homepage. A data processing method, characterized in that further comprises a data transmission step. The method of claim 1, In response to a request of the homepage owner-a client who manages and / or operates the homepage or owns the homepage-at a homepage provider server providing the homepage, the data is transferred to the homepage owner-owned wireless terminal and / or an internet telephone. The data processing method further comprises a forwarding data transmission step. A recording medium which records a program for executing the method of any one of claims 1 to 12.

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