KR100432903B1 - Method and apparatus for pushing a sound source of a supplement service of a calling party to that of a called party on calling - Google Patents

Abstract

PURPOSE: A method for pushing a service sound source of an originator to a service sound source of a receiver in real time while originating a call is provided to forcibly set a self additional service sound source to an additional service sound source of a receiver by using a DTMF hot key, thereby implementing a convenient and easy service sound source changing additional service. CONSTITUTION: An originator receives a ringback tone alternative sound(801). An originating terminal presses a service sound source DTMF hot key(803). A service IP server receives the service sound source hot key(805), and detects a specific DTMF signal(807), then transmits collected information to a service providing system(809). The system requests title song information and sound source push service information(811). A CP(Contents Provider) server retrieves a DB(813). If a title song does not exist, the CP server transmits a response signal to the system(815). The system receives a singer's name and a song name(819), and requests a sound source code(821). The CP server transmits the sound source code to the system(823). The system transmits a sound source setting/changing request signal to the second MCP(Master Contents Provider)(825). The second MCP transmits the signal to an SCP(827). The system informs a receiving terminal that the first additional service sound source is pushed to a sound source of the second additional service(829,831).

Description

Method and apparatus for pushing a sound source of a supplement service of a calling party to that of a called party on calling}

The present invention relates to a method and apparatus for pushing a caller's service sound source to a called party's service sound source in real time during a telephone call.

Recently, due to the development of the electric, electronic, and communication fields, communication services for providing various types of information through various channels to mobile information terminals such as subscriber mobile phones have been greatly increased. In this environment, service providers respond to subscribers' desire to use telecommunications services more interestingly and personally, such as ringback tone replacement, call background sounds, ringtones, karaoke services, music letters, and VOD / MOD (Video / Music On Demand). It provides additional services to subscribers. At present, these additional services are receiving great response from subscribers.

For example, a subscriber may wait for the call to be established without being bored while listening to a distinctive ringback tone replacement tone set by the caller or called party instead of a simple ringback tone during the call. In addition, subscribers can freely register songs, popular sound effects, popular comments, classical music, their own sound effects, and use them as their own ringtones. In addition, the subscriber may select a desired song or music as a call background sound and talk with the other party while listening to the call. As described above, the conventional supplementary service enables subscribers to use various kinds of communication services very personally and interestingly by using the supplementary service sound source selected by the subscriber.

However, in the conventional additional service, the subscriber can change the sound source only if the subscriber is subscribed to the communication service provider that holds the sound source. In other words, supplementary services such as ringback tone replacement service, call background tone service, ringtone change service, music letter service, and MOD / VOD service have a limitation that subscribers can change the sound source only if they are subscribed to the carrier that owns the corresponding sound source. have. In addition, the conventional additional service is inconvenient that the subscriber must access the homepage, wireless Internet or ARS of the communication service provider providing the additional service in order to change the sound source, and the sound source can be changed only by entering the called party's telephone number. .

In addition, in the conventional supplementary service, the caller hears the ringer's ringtone replacement sound of the called party, and the sound source is satisfied, and therefore, the ringer's ringback tone replacement sound source cannot be immediately set as the sound source of the supplementary service such as his ringbacktone replacement sound service. There is this. In addition, in the conventional supplementary services, the subscriber cannot change their supplementary service source in real time even after listening to a favorite sound source, so that the subscriber can easily select the source of the supplementary service when they want to change it later or forget the receiver's phone number. It also has the disadvantage that it cannot be changed. In addition, the conventional additional service has a disadvantage in that the caller cannot push the caller's service sound source to the caller's service sound source in real time while the caller hears the ringback tone replacement sound of the called party.

It is an object of the present invention, regardless of whether a caller subscribes to a ringback tone replacement tone service or a call background tone service in a wired / wireless communication network, the caller uses his / her DTMF shortcut key during a call using a wired / wireless telephone in real time through a wired / wireless Internet and an ARS system. It is to provide a service method and apparatus for pushing the set additional service sound source or the basic sound source provided by the operator to the additional service sound source of the called party.

Another object of the present invention is to provide a service method and an apparatus configured to use / set a sound source sent by a caller as an additional service sound source at the same time as the caller automatically subscribes to the service even in the case of a non-subscriber.

Another object of the present invention is to immediately set the title song, ringback tone substitute sound or basic sound source provided by the operator as the called party's service sound source using the DTMF hotkey during the call. To propose a service that

1 is a diagram schematically showing a configuration of a communication network for applying a service according to an embodiment of the present invention.

2 is a block diagram showing a service providing apparatus according to an embodiment of the present invention.

3 is a signal flow diagram illustrating a subscription procedure of a sound source push service according to an exemplary embodiment of the present invention.

4 is a signal flow diagram illustrating a process of setting a service sound source for a sound source push service according to an embodiment of the present invention.

5 is a view for explaining a shortcut key definition for a sound source push service according to an embodiment of the present invention.

Figure 6 is a view for explaining the service subscription through the wired Internet, the service source settings and the list of sound sources pushed to the called party in the sound source push service according to an embodiment of the present invention.

FIG. 7 is a diagram for explaining a subscription of the present service through a wireless Internet, a service source setting, and a list of sound sources pushed to a called party in a sound source push service according to an exemplary embodiment of the present invention; FIG.

8 is a signal flow diagram illustrating a sound source push service according to an embodiment of the present invention.

9 is a diagram schematically illustrating a sound source push service according to an embodiment of the present invention.

10 is a view schematically showing a process of providing a sound source push service according to an embodiment of the present invention.

11 is a diagram in which a caller pushes at least one additional service sound source set by the sender to at least one additional service sound source of another network receiver in a sound source push service according to an exemplary embodiment of the present invention using a DTMF shortcut key while transmitting a mobile phone; Drawing to explain the process.

<Description of Symbols for Main Parts of Drawings>

100: service IP server

103: exchanger

109: intelligent peripherals (IP)

111: service controller (SCP)

115: WISE (CS)

119 Network Management System (NMS)

123: Short Message Service Center (SMSC)

127: IDR System

131, 133, 135, 137: master content provider (MCP)

200: service delivery system

200A, 200S: Gateway

260: Service Provision MCP System

261: content provider (CP) server

263: CP ARS

In order to achieve the above object, according to an aspect of the present invention, a switch (MSC), a service IP server and a content provider (CP) server for managing at least one source terminal and at least one destination terminal through a mobile communication network; A sound source push service in a combining service providing system—a service for pushing a sound source of at least one first additional service set corresponding to the calling terminal during the call to the sound source of at least one second additional service set corresponding to the called terminal CLAIMS 1. A method for providing a method comprising the steps of: detecting a DTMF hotkey signal from the calling terminal through the service IP server during a calling of the calling terminal; Receiving collection information from the service IP server in response to the DTMF shortcut signal; Processing the collection information by a predetermined method; Transmitting a sound source information request signal for requesting sound source information for the first supplementary service to a first MCP providing the first supplementary service based on the processed information, wherein the sound source information request signal is transmitted from the source information; An originating terminal identifier corresponding to the terminal; Receiving the sound source information from the first MCP; Transmitting the sound source information to the CP server, wherein the CP server extracts a sound source code corresponding to the sound source information using a mapping table; Receiving the sound source code from the CP server; And transmitting a sound source change request signal including the called party information included in the collection information and the sound source code to a second MCP providing the second additional service.

In a preferred embodiment, the service IP server is mounted in the exchange MSC. In addition, the service IP server may be mounted in the service providing system.

In addition, the CP server, the first MCP and the second MCP is characterized in that included in one content provider (CP).

In addition, the first MCP and the second MCP is characterized in that one MCP (Master Contents Provider).

In addition, the collection information is a sound source code including caller information corresponding to the calling terminal and customer information including called party information corresponding to the called terminal, an identifier and serial number of a content provider (CP / MCP) providing the additional service. , And the DTMF shortcut information.

The processed information may be stored in a database of the service providing system, read in a first-in first-out (FIFO) method, and sequentially transmitted to the first MCP.

The sound source information may include a singer name and a song name.

The mapping table may include a plurality of sound source codes of additional services provided by the first MCP and the second MCP, and a database in which a plurality of singer names and song names corresponding to the plurality of sound source codes are cross-referenced, respectively. Characterized in that.

The second MCP may further include transmitting the sound source change request signal to a service controller (SCP) when the second supplementary service is a ringback tone replacement tone service or a ring back tone service.

In addition, the service providing method further comprises the step of notifying the destination terminal of the sound source change of the second additional service. Here, the notification of the change in the sound source of the second additional service is characterized by using a short message service (SMS) of the short message service center (SMSC). The short message of the SMS transmitted to the called terminal may include a callback number of an ARS server or a callback URL of a WEB / WAP (ME) server.

According to another aspect of the present invention, a plurality of service providing systems respectively coupled with a switchboard (MSC), a service IP server, and a content provider (CP) server managing at least one calling terminal and at least one called terminal through a mobile communication network. To provide a sound source push service-a service for pushing a sound source of at least one first additional service set corresponding to the calling terminal during a telephone call to a sound source of at least one second additional service set corresponding to the called terminal The method of claim 1, further comprising: detecting a DTMF shortcut signal from the calling terminal through a first service IP server in a first communication provider network to which the calling terminal is subscribed while the calling terminal is calling; Receiving collection information from the first service IP server by a first service providing system in the first service provider network in response to the DTMF shortcut key signal; Processing the collection information by a predetermined method; Transmitting a first sound source information request signal for requesting first sound source information for the first additional service to a first MCP that provides the first additional service based on the processed information, wherein the first sound source The information request signal includes an originating terminal identifier corresponding to the originating terminal; Receiving the first sound source information from the first MCP; Transmitting, by the first service providing system, the first sound source information to a second service providing system in a second service provider network to which the called terminal is subscribed; Transmitting, by the second service providing system, the first sound source information to a CP server in the second communication service provider network, wherein the CP server extracts a sound source code corresponding to the first sound source information using a mapping table; box-; Receiving the sound source code from the CP server; And transmitting a sound source change request signal including the called party information included in the collection information and the sound source code to a second MCP providing the second additional service in the second communication service provider network. It may provide a method.

According to another aspect of the present invention, a sound source push service-telephone in combination with an exchange (MSC), a service IP server, and a content provider (CP) server that manages at least one calling terminal and at least one called terminal through a mobile communication network. A service providing apparatus for providing a service for pushing a sound source of at least one first additional service set in correspondence with the originating terminal to a sound source of at least one second additional service set in correspondence with the called terminal. An IP interface coupled with one service IP server, a CP server interface coupled with the CP server, an SMSC interface coupled with an SMSC, an IDR interface coupled with an IDR, a WAP / ME push server interface coupled with a WAP / ME push server, And a web interface coupled with the WAP / ME gateway, wherein at least one of the interfaces Data transmitting and receiving section for receiving and sending data to; A controller including a task manager configured to process data received by the data transceiver; A database processor including a database coupled to the task manager and a common gateway interface coupled to the database; And a simple network combining SMSC (Short message Service Center), IDR (Internet Detail Recording), NMS (Network Management System), CP Server, MCP, and Network Management System (NMS). A sound source push service providing apparatus including a network interworking unit including a simple network management protocol agent (SNMP Agent) may be provided.

In a preferred embodiment, the service providing apparatus further includes an MCP server interface coupled with at least one MCP including the first MCP and the second MCP.

According to another aspect of the present invention, a sound source push service-telephone in combination with an exchange (MSC), a service IP server, and a content provider (CP) server that manages at least one calling terminal and at least one called terminal through a mobile communication network. A service providing apparatus for providing a service for pushing a sound source of at least one first supplementary service set corresponding to the calling terminal to a sound source of at least one second supplementary service set corresponding to the called terminal during the call. A DTMF signal detector for detecting a DTMF shortcut signal from the calling terminal through the service IP server while the calling terminal is calling; A collection information processing unit processing the collection information received from the service IP server by a predetermined method; Sound source information for the first additional service with a first MCP that receives the collection information from the service IP server in response to the DTMF shortcut signal and provides the first additional service based on the information processed by the collection information processing unit. Transmits a sound source information request signal for requesting the sound signal, receives the sound source information from the first MCP, transmits the sound source information to the CP server, receives the sound source code from the CP server, and receives the second additional service. Data transmitting and receiving unit for transmitting the sound source change request signal to the second MCP providing a; And storing the processed information in a database, reading the processed information in a first-in first-out (FIFO) method and sequentially transmitting the processed information to the first MCP, wherein the DTMF signal detector and the collection information processor And, it may provide a sound source push service providing apparatus including a control unit for controlling the data transmission and reception unit.

According to another aspect of the present invention, a sound source push service-telephone in combination with an exchange (MSC), a service IP server, and a content provider (CP) server that manages at least one calling terminal and at least one called terminal through a mobile communication network. A service providing system for providing a service for pushing a sound source of at least one first additional service set corresponding to the calling terminal to a sound source of at least one second additional service set in correspondence with the called terminal during a call. And a processor coupled to the memory to execute the program, wherein the processor is configured to execute, by the program, a DTMF shortcut key from the originating terminal through the service IP server during a telephone call of the originating terminal. Detects a signal and responds to the DTMF shortcut signal Receive collection information from a server, process the collection information by a predetermined method, and request sound source information for the first additional service to a first MCP that provides the first additional service based on the processed information. Transmit a sound source information request signal, wherein the sound source information request signal includes an originating terminal identifier corresponding to the originating terminal, receives the sound source information from the first MCP, and transmits the sound source information to the CP server. And a sound source code corresponding to the sound source information using the mapping table, wherein the CP server receives the sound source code from the CP server and provides the second additional service. Sound source push, characterized in that for transmitting the sound source change request signal including the receiver information and the sound source code included in the collection information to A service providing system can be provided.

According to another aspect of the present invention, a sound source push service in combination with a switch (MSC), a service IP server, and a content provider (CP) server respectively managing at least one calling terminal and at least one called terminal through a mobile communication network- A service providing system for providing a service for pushing a sound source of at least one first additional service set corresponding to the calling terminal to a sound source of at least one second additional service set corresponding to the called terminal during a telephone call, During the telephone call of the calling terminal, a DTMF shortcut signal is detected from the calling terminal through a first service IP server in a first communication service provider network to which the calling terminal is subscribed, and the first communication provider network in response to the DTMF shortcut signal. A first service providing system in the server receives collection information from the first service IP server, A first sound source information request signal for processing collection information by a predetermined method and requesting first sound source information for the first additional service to a first MCP that provides the first additional service based on the processed information; Wherein the first sound source information request signal includes a caller terminal identifier corresponding to the caller terminal; and receives the first sound source information from the first MCP, and wherein the first service providing system is configured to receive the call. The first sound source information is transmitted to a second service providing system in a second service provider network to which a called terminal is subscribed, and the second service providing system transmits the first sound source information to a CP server in the second service provider network. Wherein the CP server extracts a sound source code corresponding to the first sound source information using a mapping table, and extracts the sound source code from the CP server. Receiving and transmitting a sound source change request signal including the called party information included in the collection information and the sound source code to a second MCP providing the second additional service in the second communication service provider network; A service providing system can be provided.

Next, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a diagram schematically illustrating a configuration of a communication network for applying a service according to an exemplary embodiment of the present invention.

Referring to FIG. 1, a communication network according to an embodiment of the present invention includes an MSC 103 and a home location register (HLR) as at least elements constituting a communication network. In addition, the communication network SCP (111) to manage the ringback tone replacement tone / call background tone subscriber and ringback tone replacement tone / call background tone code to provide specific additional services such as ringback tone replacement tone service, background music service, and call An intelligent peripheral (IP) 109 that plays the ring tone to the caller. In addition, the communication network includes a plurality of MCPs (131, 133, 135, 137) for registering a sound source of each additional service for each service and managing the file. In addition, the communication network provides an IP 109, a service IP server 100 which is an intelligent peripheral device for providing a communication additional service (hereinafter referred to as a 'push service') according to the present invention, and providing each additional service. The MCP 131 to 137 and the service providing MCP system 260, which is an additional device for providing a service according to the present invention, perform a basic function. In the present specification, the sound source push service includes a service for at least the caller forcing the additional service sound source of the caller to be the additional service sound source of the called party.

Specifically, the communication network according to the present invention includes a switch (MSC) 103, a service switch (SSP) 105, a mobile communication switching network / personal communication switching network (MSC / PCX Network) for managing at least one mobile communication terminal 101; Intelligent peripheral (IP) 109, service IP server 100, and service controller coupled with IP 109 and service IP server 100 coupled to switch 103 and service switch 105 via 107. (SCP; 111). SCP 111 is a WISE network 113, which is a type of customer management network, WISE (CS) 115, which is a type of customer management server, and NMS system 119, SMSC, via NMS network 117. It is coupled to the Internet Recorder System (IDR System) 127 via the SMSC 123 and the IDR Network 125 via the network 121.

The communication network also includes a plurality of master content providers (MCPs) 131, 133, 135, 137 coupled to SCP 111. The MCPs 131-137 are coupled to an automated answering system (ARS) 132, 134, 136, 138 respectively associated with each service. The ARSs 132 to 138 are coupled to the mobile communication terminal 143 and the landline telephone 145 via a mobile telecommunication switching network or a public switched telephone network (MSC / PSTN) 141. In addition, the MCPs 131 to 137 and the ARSs 132 to 138 are coupled to at least one Internet user terminal 149 through the Internet 147.

In addition, the communication network is a sound source push service providing system 200 for providing a service for pushing a service sound source or ringback tone replacement sound set by the caller using the DTMF shortcut key during the call in accordance with the present invention to the additional service of the called party 200 (Hereinafter referred to as a 'service providing system'). The service providing system 200 is coupled to the service IP server 100, SCP 111, MCPs 131 to 137, and the like. The service providing system 200 includes a gateway (G / W) as a basic device. For example, the service providing system 200 includes a first gateway 200A and a second gateway 200S as shown in FIG. 1. In this case, the first gateway 200A and the second gateway 200S operate as a server in an active-active structure or as a server in an active-standby structure.

In addition, the service providing system 200 may include RAID (RID) 251 coupled to the first gateway 200A and the second gateway 200S as shown in FIG. 1. The RAID 251 refers to a device that duplicately stores the same important data in multiple storage devices. By using the RAID 251, input / output operations of data may be balanced and overlapped to improve overall system performance.

In addition, the service providing system 200 may include an OAM Server (OAM Server) that is coupled to the first gateway 200A and the second gateway 200S. The OMS 253 includes functions for operating and managing the system from a remote location, and for billing and statistical processing. OMS 253 provides a graphical user environment for the convenience of the operator. OMS 253 is composed of a server and a client for operating / managing the service providing system 200. The OMS 253 plays an OAM role that performs configuration management, statistics management, operation management, and failure management for the service providing system 200 and the RAID 251. To this end, the OMS 253 is interworking with the CP server 261 and CP ARS 263 described below, web-based OAM function, MMC (Man Machine Communication) and CLI (Common Line Interface) processing function, system It includes configuration management function, mapping table code management and statistics inquiry function, system status and fault management function, interworking function with NMS.

In addition, the communication network according to the present invention includes a content provider server (CP Server) 261 and a CP ARS (263) coupled to the SCP (111), MCP (131 ~ 137), service providing system 200 and the like. The CP server 261 and the CP ARS 263 are for providing a service according to the present invention and may be used as a service providing MCP system 260 for providing the service. Accordingly, the CP server 261 and the CP ARS 263 are included in the service providing system 200 in a broad sense. The service providing MCP system 260 includes a WEB server 265 and a WAP / ME server 267 coupled to the Internet. The CP ARS 263 may be coupled to at least one telephone terminal 153 through a mobile communication network / public switched telephone network 151.

When the subscriber pushes his service sound source to the called party's service sound source using the DTMF signal, the CP server 261 uses the customer information and the corresponding sound source information in association with the service providing system 200 to provide a service providing system ( It is responsible for changing the called party's service sound source or its sound source code to correspond to the caller's service sound source provided in 200). In addition, the CP server 261 is connected to the service providing system 200 protocol processing unit, the sound source management unit for the sound source push service, the customer management unit using the sound source push service, the code management unit for the sound source in the service providing system, service sound source of other operators The code management unit in the service providing system for, and the update function of the service providing system for the sound source code, the sound source code DB, the subscriber information DB of the sound source push service, the external CP / MCP information DB and the external CP / MCP sound source code DB Database management unit for backup, Backup function unit, Statistics message processing unit to manage protocol message processing statistics, music code change statistics and system load rate statistics by operator, and fault management function to manage access failure and system failure of service providing system Include.

When the called terminal subscriber accesses through the sound source push service, the CP ARS 263 can use a service such as listening to the service sound source of the called terminal subscriber, confirming its setting, or presenting it to a friend. To this end, the CP ARS 263 is interworking with the service providing system 200, interworking with the mobile communication exchange (MSC) of ITU-T No.7 signaling and the PSTN exchange of the R2 / PRI signaling, CP server At least one of providing a first access protocol processing function for processing an access protocol with the 261, an existing ringback tone replacement sound service, a ringtone service, a call background sound service, a karaoke service, a music letter service, a wake-up call service, and a MOD / VOD service A second connection protocol processing function for processing a connection protocol with an MCP, and a third connection protocol processing function for processing a connection protocol with another external MCP.

In addition, the CP ARS (263) is a sound source download and sound management function of the sound source push service according to the present invention, and pushes the selected sound source to the other operator customers and other additional services linked to the additional service sound source of the other operator customers and network operators added Additional service functions including services, statistics of selected sound sources and call processing statistics and system load rate statistics, and fault management functions for system fault management and TCP / IP interworking fault handling. In addition, the CP ARS 263 processes the ITU-T No. 7 signal processing unit (SS7 ISUP) and IVR (Interactive Voice Response) functions in the CP ARS server.

On the other hand, the above-mentioned service IP server 100 is expected to be mounted in the exchange (MSC) 103 or the service providing system 200 in the future according to the advances in the electronic communication equipment. Therefore, the present invention includes the case where the service IP server 100 is an independent device or an IP function unit mounted in the exchange 103 or the service providing system 200.

2 is a block diagram illustrating an apparatus for providing a service according to an exemplary embodiment of the present invention.

Referring to FIG. 2, the apparatus for providing a service according to an embodiment of the present invention allows the calling terminal subscriber to push his additional service sound source to the called party's additional service sound source by using the DTMF shortcut key during the call transmission. Device. The service providing apparatus 200A basically includes an external data receiver receiving a user's signal from at least one external intelligent peripheral device (IP), a data processor for processing the received data, a database processor, and a SMSC (Short message Service Center). ) Interworking processing unit, IDR (Internet Detail Recording) interworking processing unit, NMS (Network Management System) interworking processing unit, service providing MCP system interworking unit, external MCP interworking unit, and external data transmission unit for transferring the processing result to another server. . The service providing apparatus 200A according to the present invention includes an IP, at least one MCP for providing each additional service, a service providing MCP system as an additional device according to the present invention, a CP ARS which is an automatic answering system according to the present invention, and wired and wireless Internet access. It works with WEB / WAP (ME) server for processing and performs basic functions.

Specifically, the service providing apparatus 200A is an IP interface 201 coupled to at least one IP 109 as a part for transmitting and receiving external data, and an MCP interface 203 coupled to MCPs 131, 133, and 135. A CP server interface 205 coupled to the CP server 261, an SMSC interface 207 coupled to the SMSC 123, an IDR interface 209 coupled to the IDR 127, and a WAP / ME push server 155. Simple Network Management Network Agent (SNMP Agent) coupled to WAP / ME push server interface 211 coupled to WAP / ME push server interface 211 coupled to WAP / ME gateway 157 and NMS 119 215). The aforementioned SMSC interface 207 is an interface for short message service notification (SMS Notification) according to a new subscription. To this end, the SMSC interface 207 may use the SMPP protocol. The IDR interface 209 is an interface that works with the IDR 127 to charge (settle) the service. The IDR interface 209 conforms to the standard set by each network operator.

In addition, the service providing apparatus 200A may include a task manager 217 managing all tasks in the system, a database 227 coupled to the task manager 217, and a common gateway interface coupled to the task manager 217. Common Gateway Interface (CGI) 229) and High Availability Module 231 for increasing the availability of the system. The task manager 217 is a request processing task 219 for requesting sound source setting or sound source change to the SCP 111 through the CP server 261 or the MCPs 131; 133; 135, and each MCP. A code conversion task unit 221 for converting different sound source codes into sound source codes of a desired additional service, a log task processor 223 for recording a log of processing tasks performed by the task manager 217. And a statistical task processor 225 for processing statistics on the processing task performed by the task manager 217.

Through the above configuration, the present invention can provide the following advantages to the service user. First, the calling terminal subscriber who subscribes to the service uses the DTMF shortcut key to listen to the caller's at least one additional service source in real time as the at least one additional service sound source of the called party by using the DTMF hotkey while listening to the ringback tone substitute tone set by the called party whenever a telephone call is attempted. You can force it. Secondly, the calling terminal subscriber who does not subscribe to the service can push his / her own sound source to the service subscriber and the receiver in real time by pressing a specific DTMF hotkey while listening to the ringback tone replacement sound every time a telephone call is attempted. In this case, the service provider preferably receives a service subscription confirmation from the calling terminal subscriber through a short message service. Third, the calling terminal subscriber uses at least one sound source among at least one of additional service sources such as title song, ringback tone replacement sound, ringtone sound, call background sound, and music letter sound by using DTMF hotkey at each call attempt. It can be pushed to the supplementary service sound source so that the called party can immediately use it as their supplementary service sound source.

In addition, the present invention can provide the following effects to the carrier. First, the mobile communication service provider may generate additional profits by inducing new subscriptions and additional customers. Second, in the case of mobile operators, MCPs and CPs, by providing an environment in which customers can frequently change the sound source for their additional service sound sources, it is possible to increase the additional revenue from the sound source change / reuse. Third, it is possible to increase the induction of new subscriptions for customers who do not subscribe to additional services by not knowing the service subscription method and procedure.

3 is a signal flow diagram illustrating a subscription procedure of a sound source push service according to an exemplary embodiment of the present invention.

Referring to FIG. 3, when a calling terminal subscriber requests a subscription for an additional service (sound push service) according to the present invention (step 301), whether to subscribe to a service is stored in a subscriber database (DB). The subscriber DB then transmits service subscription information, including at least the calling terminal identifier, provided to the home location register (HLR) provided when the calling terminal subscriber subscribes to the sound source push service (step 303). The HLR sets the sound source push service to the profile of the calling terminal subscriber based on the received service subscription information (step 305). In addition, the subscriber DB transmits the subscriber information of the calling terminal subscriber who applied for the sound source push service according to the present invention to the service providing apparatus (step 307). The service providing apparatus sets a sound source push service code using the received subscriber information (step 309). The sound source push service code corresponds to at least one subscriber information set by a user. As such, the calling terminal subscriber may subscribe to the present service through the wired / wireless Internet, the ARS system, and the agent / customer center, and push his service sound source to the called party's service sound source.

4 is a signal flow diagram illustrating a process of setting a service sound source for a sound source push service according to an exemplary embodiment of the present invention. In this embodiment, the automatic subscription procedure of the service will be described.

Referring to FIG. 4, while the caller is listening to the ringback tone of the called party after calling the called party (step 401), the caller uses the additional service sound source set by the called party as the sound source of the additional service preset by the called party. Press the DTMF hotkey on the calling terminal to push. At this time, the DTMF shortcut signal of the calling terminal is transmitted to the service IP server through the MSC in the communication network (step 403). The service IP server recognizes the received DTMF signal as an intelligent network service call and detects the DTMF shortcut key signal (step 405). Thereafter, the service IP server transmits the collection information including the calling terminal identifier corresponding to the calling terminal, the called terminal identifier corresponding to the called terminal, sound source information for the ringback tone substitute tone and the DTMF shortcut information to the service providing system. (Step 407).

The service providing system requests the presence or absence of the sound source of the additional service selected by the caller as the push service and the sound source of the additional service to the CP server (step 409). Here, the CP server includes a service providing MCP system for providing a service according to the present invention. The CP server retrieves from the customer database whether the calling party and the called party are subscribed to the service with data including the calling terminal identifier and the customer information of the called terminal identifier received from the service providing system (step 411). If the caller or called party is not subscribed to the service, the CP server requests the caller or called party to join the service of the service provider's customer care system (WISE (CS: Customer Care System)) (step 413). The CP server then responds to the request of the service providing system (step 415).

As such, in the present invention, even if the caller or the called party is not subscribed to the service, the service providing system automatically performs the service subscription procedure. Through this process, the caller uses the wired / wireless Internet and the ARS system of WEB / WAP (ME) to transmit at least one additional service sound source set by the caller, the caller's own ringback tone substitute sound, or the basic sound source provided by the present company. The called party may be pushed or forced to at least one additional service sound source.

5 is a view for explaining a shortcut key definition for a sound source push service according to an embodiment of the present invention.

Referring to FIG. 5, the calling terminal subscriber pushes a sound source of an additional service such as a title song, ringback tone replacement sound, ring tone, call background sound, music letter, MOD, VOD, etc. to at least one additional service sound source of the called party. Use the shortcut key of the calling terminal. For example, if the sound source set by the caller is set according to the service type, that is, when the caller sets service sources such as ringback tone replacement sound, ring tone, and call background sound, respectively, The shortcut key is a shortcut '1 *' for setting the caller's ringback tone replacement sound source as the caller's ringback tone replacement sound source, the shortcut key '2 *' for setting the caller's ringtone source as the caller's ringtone sound source, and the caller '3 *' for setting the call background sound source of caller's call background sound source, '4 *' for setting the caller's music letter sound source of caller's music letter, and caller's MOD sound Use the shortcut '5 *' to set the MOD sound source and the shortcut '6 *' to set the caller's VOD sound source to the called party's VOD sound source. There.

In addition, if the service source (title song) set by the caller is a single sound source, or the caller uses his (caller's) ringback tone substitute sound as the title song (service sound source) without setting his or her own service source, The shortcut key for the sound source push service includes a shortcut key '1 *' for setting the caller's service source as the ringtone tone replacement sound source, a shortcut key '2 *' for setting the caller's service sound source as the caller's ringtone sound source, Shortcut key '3 *' for setting the caller's service sound source as caller's call background sound source, short key number '4 *' for setting the caller's service sound source as the caller's music letter sound source, and caller's service sound source MOD Use the shortcut key '5 *' to set the sound source and the shortcut key '6 *' to set the caller's service source to the called party's VOD sound source. Can.

The above-described shortcut key definitions and usage examples are summarized in Table 1 below. The shortcut key definition or service definition for the sound source push service according to the present invention may be changed by service operation, and may be extended by adding a service. In addition, the calling terminal subscriber may freely change and set a shortcut key for the sound source push service within the range allowed by the service operator.

DTMF shortcuts Service history 1 + * Ringback tone replacement sound source Push 2 + * Ringtone Source Push 3 + * Call background sound source Push 4 + * Music Letter Sound Source Push 5 + * MOD sound source Push 6 + * VOD sound source Push

As shown in Table 1, in the sound source push service according to the present invention, the caller presses a specific DTMF hotkey on the calling terminal during the call transmission and immediately sets his / her additional service sound source as the sound source of the specific additional service of the called party selected by the caller. You can change it. For example, when a caller requests a sound source push service by pressing a shortcut key '1 *' at a caller terminal during call transmission, the service sound source designated by the caller is pushed by the caller's additional service sound source by the sound source push service. This method may be particularly useful when the called terminal subscriber is not sure how to use such as additional service subscription and service sound source change.

FIG. 6 is a diagram illustrating a service subscription through a wired Internet, a service source setting, and a list of sound sources pushed to a called party in a sound source push service according to an exemplary embodiment of the present invention. FIG. 7 is a diagram illustrating a service subscription through a wireless Internet, a service source setting, and a list of sound sources pushed to a called party in a sound source push service according to an exemplary embodiment of the present invention.

Referring to FIG. 6, a customer who subscribes to the service may designate and manage at least one of the additional service sound sources. For example, the service sound source provided by the first MCP can be designated as its own service sound source (title song). If a plurality of service sources are designated and used for each service, a ringback tone replacement sound provided by the first MCP, a ring tone sound provided by the second MCP, a ringtone sound source provided by the third MCP, Store additional service sources such as the wake-up call sound source provided by the 4th MCP, the music letter sound source provided by the 5th MCP, and the MOD / VOD sound source provided by the 6th MCP in its own storage space coupled to the Internet, The ARS may manage the sound source of the additional service stored in its own storage space using its homepage 601 method. At this time, the customer can pre-listen to the service sound source designated by the user through the wired Internet by clicking the corresponding sound source. In addition, the sound source push service according to the present invention can record and store the date, the other party's phone number, etc. for the additional service sound source transmitted from the homepage 601 provided by the communication provider as shown in FIG. In this way, the service sound source designated by the customer is used to push to the called party's additional service sound source in real time by using the DTMF hotkey while the telephone is being called or the ringback tone replacement sound is heard.

Next, referring to FIG. 7, the customer who subscribes to the service, as mentioned above, has a ringback tone replacement sound source, a ringing sound source, a call background sound source, a wake-up sound source, and music provided by at least one MCP as his additional service sound source. At least one additional service sound source among the letter sound source and the MOD / VOD sound source may be stored and managed in its own storage space that can be connected to the mobile communication terminal. In this case, the storage space includes a predetermined space in a storage device provided to a subscriber by a service provider. In addition, the customer may use services such as the service subscription of the present invention, the setting of at least one service sound source of the present invention, the list of service sound sources pushed to the called party, and the service using method of the present invention on the menu screen 701 of the calling terminal. . As described above, at least one service sound source designated (set) by the customer is used to push to the called party's additional service sound source to the called party in real time by using the DTMF hotkey while the telephone is being called or the ringback tone replacement sound is heard.

8 is a signal flow diagram illustrating a sound source push service according to an exemplary embodiment of the present invention. 9 is a diagram schematically illustrating a sound source push service according to an exemplary embodiment of the present invention. For reference, FIG. 9 shows a sequence number for better understanding of the present invention.

8 and 9, when a caller makes a call to a called party subscribed to a ringback tone replacement tone service, the caller receives the ringback tone replacement tone according to the ringback tone replacement tone service scenario of the called party (step 801). . In this case, when the caller wants to push at least one sound source of the additional service sound source set in advance to the at least one additional service sound source of the called party, the caller presses the service sound source DTMF hotkey at the calling terminal (step 803). For example, the service source shortcut is '1 *' for ringback tone replacement, '2 *' for call backing tone, '3 *' for ringtone push, and 'shortcut for music source push' 4 * ', hotkey' 5 * 'for MOD sound source push and hotkey' 6 * 'for VOD sound source push.

When the service sound source shortcut key is input from the calling terminal, the service IP server receives the service sound source shortcut key from the exchange MSC (step 805). The service IP server then detects the specific DTMF signal used as the service sound source shortcut key (step 807). After that, the service IP server provides the service providing system with information such as caller's phone number (caller MIN), called party's phone number (caller MIN), ringback tone substitute tone code, and DTMF shortcut information, which is information collected for the current ringback tone substitute tone service. (Step 809). Here, the service providing system includes a gateway (G / W) as a service providing apparatus according to the present invention.

The service providing system requests the caller's title song information and sound source push service information to the CP server which cooperates to provide the service (step 811). In response to this request, the CP server searches the database (step 813). Then, if there is a title song, the CP server transmits a response signal including sound source information for the title song to the service providing system (step 815).

If the caller's title song does not exist in step 813 above, the CP server transmits a response signal to the service providing system indicating that the title song is not registered (step 815). The service providing system confirming that the caller's title song is not registered transmits the caller information to the first MCP that provides the additional service selected by the caller using the DTMF hotkey (hereinafter referred to as 'first additional service'). A singer name and a song name for the sound source of the additional service are received (step 819). Thereafter, the service providing system requests the CP server a sound source code corresponding to the artist name and song name to be used in the additional service of the called party selected by the DTMF hotkey (hereinafter referred to as 'second additional service') (step 821). . At this time, a service registration request signal for automatically registering the called party who is the target of the sound source push service is also transmitted (see FIG. 4). In response to the request of the service providing system, the CP server transmits the sound source code to the service providing system (step 823). Here, the sound source code is extracted from a mapping table created so that sound source codes, singer names, and song names for additional services of a plurality of MCPs are cross-referenced.

Next, the service providing system transmits a sound source setting / change request signal to the second MCP providing the second additional service (step 825). The sound source change request signal includes sound source information on the caller's title song or called party information such as a sound source code of the first additional service and a called terminal identifier. At this time, if the second supplementary service is a ringback tone replacement sound service or a call background tone service, the second MCP transmits the sound source change request signal to the SCP (step 827). Then, the service providing system receives the first supplementary service sound source. Notify the called terminal through SMSC short message service (SMS) that the pushed and set the sound source of the second additional service (step 829, step 831) Through this process, the caller can easily use the DTMF shortcut while making a call. In this embodiment, the called party can access the CP ARS coupled to the CP server to listen to the sound source, check the sound source information, and change the sound source. New subscription to the service and subscription information can be changed If the called party changes the sound source, the sound source change information is transmitted to the corresponding MCP.

10 is a diagram schematically illustrating a process of providing a sound source push service according to an exemplary embodiment of the present invention. 10 shows a sequence number to help understanding of the present invention.

Referring to Figure 10, first ① the caller is a CP server according to the present invention through a wired or wireless Internet or an automatic answering service (ARS) system, such as WEB, WAP (ME), where the CP server includes a service providing MCP system- Subscribe to the music source push service and set at least one title song as the sound source of their own sound source push service. If the caller does not set his or her title song, the ringback tone substitute sound of the caller or the default sound source provided by the operator may be used as the service sound source of the service. Next, while the caller is listening to the ringback tone, when the caller makes a call, he or she uses the DTMF hotkey to set the title song or the specific supplementary service source (hereinafter referred to as 'the first service sound source') within the source push service. In order to push to at least one additional service sound source (hereinafter referred to as a 'second service sound source'), the DTMF hotkey is pressed at the calling terminal. The caller or called party's additional service sound source includes a ringback tone replacement sound source, a ring tone sound source, a call background sound source, a music letter sound source, a wake-up call sound source, and a MOD / VOD sound source.

Next, an IP server (service IP server) for providing a sound source push service according to the present invention receives a DTMF shortcut from a mobile switching center (MSC). ③ The service IP server detects the intelligent network service call from the DTMF shortcut received from the MSC. Then, the service IP server transmits the collected information including the telephone number information of the calling and called terminals, the ringback tone substitute sound source information of the called party, DTMF shortcut information, and the like to the service providing system. Specifically, the collected information includes customer information (calling number, called number), DTMF shortcut information, and ringback tone replacement sound source code.

Next, the service providing system requests the sound source information for the first service sound source from the CP server with the data received from the multiple IP servers and receives a response signal thereto. And ⑥ the service providing system transmits a sound source change request signal to the MCP having the second service sound source. After that, the service providing system notifies the called party of the information of the sound source pushed by the caller through SMSC as a text message of SMS (Short Message Service). At this time, the SMS text message includes the sound source push service history by the caller and the callback number for the CP ARS or the callback URL for the WEB / WAP (ME) server.

Next, the service providing system ⑧ transmits a completion message indicating that the notification message for the sound source push service result is transmitted to the called terminal to the CP server. 9. The CP server performs automatic subscription processing on this service for the called party in the WISE (Customer Care System). This subscription process is performed when the called party is not subscribed to the service. And the CP server transmits the sound recording push service details to the IDR (Internet Detail Recording) system to process the charge for the sound recording push service to the caller.

Meanwhile, the called party accesses the service MCP system using the Call Back Number or WEB / WAP (ME) Call Back URL of CP ARS included in the SMS. At this time, if the called party's additional service is a ringtone download service, the called party accesses the ringtone MCP through the Call Back URL. In addition, if the called party's supplementary service is one of ring back tone replacement sound, call background sound, music letter, and MOD / VOD service, the called party may access the CP ARS and access the MCP system that provides the service. If the receiver is not a subscriber, the CP server requests SCP to subscribe to the service and set the sound source.

The following describes the interworking process between operators of the sound source push service according to the present invention. In other words, if the caller and the called party have a different network operator, the sound source push service according to the present invention is performed by interworking between the network operators. FIG. 11 is a view illustrating a sound source of at least one additional service (first additional service) set by a caller using a DTMF shortcut key during a phone call in a sound source push service according to an embodiment of the present invention. A diagram for describing a process of pushing to a sound source of an additional service (second additional service) of FIG. 11 shows a sequence number to help understanding of the present invention.

Referring to FIG. 11, when a caller first makes a call to a called party subscribed to a ringback tone replacement tone service, the caller receives a ringback tone substitute tone of the called party according to a ringback tone replacement tone service scenario. At this time, ① the caller inputs a service sound source shortcut key (DTMF hotkey) at the calling terminal in order to push the title song, specific additional service sound source set by the user or the basic sound source provided by the service provider to the additional service sound source of the called party. (2) The first service IP server in the first telecommunication service provider network (B business network) to which the called party subscribes detects the service sound source shortcut key (DTMF Detection). And (3) the first service IP server transmits the caller's telephone number (caller MIN), the called party's telephone number (caller MIN), ringback tone substitute tone code, and DTMF shortcut information, which is information collected for the current service, to the first service provider network. Send to service providing system.

Next, the first service providing system transmits the data received from the first service IP server to the second service providing system in the second carrier network (A provider network) to which the sender subscribes. (5) The second service providing system requests and receives the caller's title song information from the second CP server in the second carrier network. In the process ⑤, if the title song of the caller ⑥ is not registered, the second service providing system transmits the caller information to the second MCP providing the second additional service to receive the singer name and the song name for the sound source of the second additional service. do. The second CP server requests and receives a sound source code for the singer name and the song name. At this time, the second CP server interoperates with the first CP server, and extracts the sound source code using a mapping table created so that the sound source code, the singer name, and the song name for the additional service provided by each MCP are cross-referenced.

Next, if the caller's title song is registered, the second service providing system transmits sound source information on the caller's title song to the first service providing system. (8) The first service providing system requests the caller's title song information and sound recording push service registration to the first CP server in the first communication network and receives a sound source code for the title song. 9. The first service providing system notifies the called party of the sound recording push service details by SMS. The first service providing system transmits a completion message indicating that the sound source push service is completed to the second service providing system.

Thereafter, the called party uses the callback number or URL in the SMS to access the ARS coupled to the first CP server, and then subscribes to the service, listens to the sound source, and changes the sound source. At this time, the service subscription and sound source setting request information for the called party is transmitted from the ARS to the MCP and, if necessary, to the SCP (see ⑫ and)).

The present invention is not limited to the above embodiments, and many variations are possible by those skilled in the art within the spirit of the present invention.

According to the present invention, the calling terminal subscriber can set the service sound source (where the service sound source includes a title song or its additional service sound source) set by the subscriber through the wired / wireless Internet and the ARS system (here, Additional services can be pushed in real time using the DTMF hotkey during the call to the sound source of ringback tone replacement sound service, call background sound service, ringtone service, music letter service, morning call service, MOD / VOD service. That is, according to the present invention, the caller can easily set his or her supplementary service sound source to the called party's supplementary service sound source by using the DTMF hotkey while making a call, thereby providing convenience and simplicity for changing the supplementary service sound source.

According to the present invention, the service subscription procedure is very simple even if the non-subscribed customer is automatically subscribed to the sound source push service according to the caller's input of the sound source shortcut during the call.

According to the present invention, the network operator provides the customer with the convenience of the service subscription process and the opportunity to change various additional service sources, thereby increasing the number of changes and increasing the number of new subscriptions, the subscription fee, the service fee according to the new subscription, monthly income and sound recordings. There is the effect of generating high value-added revenue.

According to the present invention, by providing a service that can be subscribed to the service and setting / changing the service sound source by pressing a specific shortcut key of the phone terminal to the inexperienced people online, such as the Internet, the network operators can easily induce new subscriptions and create additional profits due to customer increase In addition, the customer can change the sound source frequently, so that the network operators, MCP and CP can increase the additional revenue from the sound source change.

Claims (19)

The source terminal during sound source push service-calling in a service providing system that combines at least one source terminal and at least one destination terminal with a switching center (MSC), a service IP server, and a content provider (CP) server through a mobile communication network A method of providing a service for pushing a sound source of at least one first additional service set in correspondence with a sound source of at least one second additional service set in correspondence with the called terminal, Detecting a DTMF shortcut signal from the calling terminal through the service IP server while the calling terminal is calling; Receiving collection information from the service IP server in response to the DTMF shortcut key signal; Processing the collection information by a predetermined method; Transmitting a sound source information request signal for requesting sound source information for the first supplementary service to a first MCP providing the first supplementary service based on the processed information, wherein the sound source information request signal is transmitted from the source information; An originating terminal identifier corresponding to the terminal; Receiving the sound source information from the first MCP; Transmitting the sound source information to the CP server, wherein the CP server extracts a sound source code corresponding to the sound source information using a mapping table; Receiving the sound source code from the CP server; And Transmitting a sound source change request signal including the called party information included in the collection information and the sound source code to a second MCP providing the second additional service; Sound source push service providing method comprising a. The method of claim 1, The service IP server is mounted in the exchange (MSC) Sound source push service providing method characterized in that. The method of claim 1, The service IP server is mounted in the service providing system Sound source push service providing method characterized in that. The method of claim 1, The CP server, the first MCP and the second MCP is a sound source push service providing method, characterized in that included in one Contents Provider (CP). The method of claim 1, And the first MCP and the second MCP are one MCP (Master Contents Provider). The method of claim 1, The collection information includes a user information including caller information corresponding to the calling terminal and called party information corresponding to the called terminal, a sound source code including an identifier and serial number of a content provider (CP / MCP) providing the additional service, and Sound source push service providing method comprising the DTMF shortcut information. The method of claim 1, The processed information is stored in a database of the service providing system, read out in a first-in first-out (FIFO) method, the sound source push service providing method, characterized in that sequentially transmitted to the first MCP. The method of claim 1, The sound source information includes a singer name and a song name Sound source push service providing method characterized in that. The method of claim 1, The mapping table includes a plurality of sound source codes of additional services provided by the first MCP and the second MCP, and a database in which a plurality of singer names and song names corresponding to the plurality of sound source codes are respectively cross-referenced; Sound source push service providing method characterized in that. The method of claim 1, If the second supplementary service is a ringback tone replacement tone service or a ring back tone service, the second MCP further comprises transmitting the sound source change request signal to a service controller (SCP); . The method of claim 1, Notifying the destination terminal of a sound source change of the second additional service Sound source push service providing method further comprising a. The method of claim 11, Notification of the sound source change of the second additional service is to use a short message service (SMS) of a short message service center (SMSC) Sound source push service providing method characterized in that. The method of claim 12, The short message of the SMS transmitted to the called terminal includes a callback number of an ARS server or a callback URL of a WEB / WAP (ME) server. Sound source push service providing method characterized in that. Sound source push service-calling in a plurality of service providing systems respectively coupled with a switchboard (MSC), a service IP server and a content provider (CP) server managing at least one calling terminal and at least one called terminal through a mobile communication network A method of providing a service for pushing a sound source of at least one first additional service set in correspondence with the calling terminal to a sound source of at least one second additional service set in correspondence with the called terminal. Detecting a DTMF shortcut signal from the calling terminal through a first service IP server in a first communication provider network to which the calling terminal is subscribed while the calling terminal is calling; Receiving collection information from the first service IP server by a first service providing system in the first service provider network in response to the DTMF shortcut key signal; Processing the collection information by a predetermined method; Transmitting a first sound source information request signal for requesting first sound source information for the first additional service to a first MCP that provides the first additional service based on the processed information, wherein the first sound source The information request signal includes an originating terminal identifier corresponding to the originating terminal; Receiving the first sound source information from the first MCP; Transmitting, by the first service providing system, the first sound source information to a second service providing system in a second service provider network to which the called terminal is subscribed; Transmitting, by the second service providing system, the first sound source information to a CP server in the second communication service provider network, wherein the CP server extracts a sound source code corresponding to the first sound source information using a mapping table; box-; Receiving the sound source code from the CP server; And And transmitting a sound source change request signal including the called party information included in the collection information and the sound source code to a second MCP providing the second additional service in the second communication service provider network. . Sound push service-communication set in correspondence with the originating terminal in combination with a switchboard (MSC), a service IP server, and a content provider (CP) server that manages at least one originating terminal and at least one terminating terminal through a mobile communication network A service providing apparatus for providing a service for pushing a sound source of at least one first additional service to a sound source of at least one second additional service set corresponding to the called terminal, IP interface coupled with at least one service IP server, CP server interface coupled with the CP server, SMSC interface coupled with SMSC, IDR interface coupled with IDR, WAP / ME push server interface coupled with WAP / ME push server And a data transmission / reception unit including a web interface coupled with a WAP / ME gateway, and receiving and transmitting data through at least one of the interfaces. A controller including a task manager configured to process data received by the data transceiver; A database processor including a database coupled to the task manager and a common gateway interface coupled to the database; And Simple network management combined with SMSC (Short message Service Center), IDR (Internet Detail Recording), NMS (Network Management System), CP Server, MCP, and Network Management System (NMS) Network interworking unit including protocol agent (SNMPAgent) Sound source push service providing apparatus comprising a. The method of claim 15, The apparatus of claim 1, further comprising: an MCP server interface coupled with at least one MCP including the first MCP and the second MCP. Sound push service-communication set in correspondence with the originating terminal in combination with a switchboard (MSC), a service IP server, and a content provider (CP) server that manages at least one originating terminal and at least one terminating terminal through a mobile communication network A service providing apparatus for providing a service for pushing a sound source of at least one first additional service to a sound source of at least one second additional service set corresponding to the called terminal, A DTMF signal detection unit for detecting a DTMF shortcut signal from the calling terminal through the service IP server while the call is originating from the calling terminal; A collection information processing unit processing the collection information received from the service IP server by a predetermined method; Sound source information for the first additional service with a first MCP that receives the collection information from the service IP server in response to the DTMF shortcut signal and provides the first additional service based on the information processed by the collection information processing unit. Transmits a sound source information request signal for requesting the sound signal, receives the sound source information from the first MCP, transmits the sound source information to the CP server, receives the sound source code from the CP server, and receives the second additional service. Data transmitting and receiving unit for transmitting the sound source change request signal to the second MCP providing a; And Storing the processed information in a database, reading the processed information in a first-in first-out (FIFO) method, and sequentially transmitting the processed information to the first MCP, the DTMF signal detector, the collection information processor, Sound source push service providing apparatus comprising a control unit for controlling the data transmission and reception unit. Sound push service-communication set in correspondence with the originating terminal in combination with a switchboard (MSC), a service IP server, and a content provider (CP) server that manages at least one originating terminal and at least one terminating terminal through a mobile communication network A service providing system for providing a service for pushing a sound source of at least one first additional service to a sound source of at least one second additional service set corresponding to the called terminal, A memory in which a program is stored; A processor coupled to the memory to perform the program; The processor by the program, Detecting a DTMF shortcut signal from the calling terminal through the service IP server during the call transmission of the calling terminal, receiving collection information from the service IP server in response to the DTMF shortcut signal, and collecting the collecting information in a predetermined manner. And a sound source information request signal for requesting sound source information for the first supplementary service to a first MCP providing the first supplementary service based on the processed information, wherein the sound source information request signal is Includes an originating terminal identifier corresponding to the originating terminal-receiving the sound source information from the first MCP, and transmitting the sound source information to the CP server, wherein the CP server uses the mapping table to determine the sound source information. Extracting a sound source code corresponding to sound source information; receiving the sound source code from the CP server; The sound source push service providing system, characterized in that for transmitting the called party information and the sound source change request signal including the sound source code included in the collected information to a first MCP that provides the service 2. Combined with a switchboard (MSC), a service IP server, and a content provider (CP) server, each of which manages at least one calling terminal and at least one called terminal through a mobile communication network, so as to correspond to the calling terminal during sound source push service-calling. A service providing system for providing a service for pushing a sound source of at least one first additional service set to a sound source of at least one second additional service set corresponding to the called terminal. During the telephone call of the calling terminal, a DTMF shortcut signal is detected from the calling terminal through a first service IP server in a first communication service provider network to which the calling terminal is subscribed, and the first communication provider network in response to the DTMF shortcut signal. A first MCP in which a first service providing system within receives the collection information from the first service IP server, processes the collection information by a predetermined method, and provides the first additional service based on the processed information; Transmit a first sound source information request signal requesting first sound source information for the first supplementary service to the second sound source information request signal, wherein the first sound source information request signal includes a caller terminal identifier corresponding to the caller terminal; A second communication service provider receiving the first sound source information from a first MCP, and the first service providing system to which the called terminal is subscribed; Transmit the first sound source information to a second service providing system in the second, and the second service providing system transmits the first sound source information to a CP server in the second service provider network, wherein the CP server is a mapping table. Extracting a sound source code corresponding to the first sound source information by using a second MCP, receiving the sound source code from the CP server, and providing the second additional service in the second communication service provider network; Transmitting a sound source change request signal including the called party information included in the collected information and the sound source code; Sound source push service providing system, characterized in that.