KR101251627B1

KR101251627B1 - System for Transferring Music Message and Method Thereof and Voice Push Apparatus

Info

Publication number: KR101251627B1
Application number: KR1020060112714A
Authority: KR
Inventors: 박성진
Original assignee: 에스케이텔레콤 주식회사
Priority date: 2006-11-15
Filing date: 2006-11-15
Publication date: 2013-04-12
Also published as: KR20080043982A

Abstract

The present invention provides a sound source transmission system, a method, and a sound source push device for allowing a caller to listen to a sound source or a sound source including a voice message only by receiving a call without performing a separate operation such as downloading to a mobile communication terminal. It is about.

The sound source transmission system of the present invention includes a mobile communication system including a calling party and a called party mobile communication terminal, an exchange and a home location register, and a sound source push special button, a called number and a sound source code from the calling party mobile communication terminal. A sound source that matches the sound source code, retrieves the stored sound source, and performs paging to the called party's mobile communication terminal corresponding to the called number through the mobile communication system, and transmits the searched sound source when the called party's mobile communication terminal responds. It includes a push device.

Sound source push device, sound source code, sound source source, sound source encoding unit, input unit

Description

System for Transferring Music Message and Method Thereof and Voice Push Apparatus}

1 is a block diagram illustrating a connection configuration of a sound source transmission system according to an embodiment of the present invention.

2 is a view for explaining a service concept of a sound source transmission system according to an embodiment of the present invention.

3 is a block diagram illustrating a configuration of a mobile communication terminal applied to the present invention.

4 is a block diagram illustrating a configuration of a sound source push apparatus according to an embodiment of the present invention.

5 is a flowchart illustrating a sound source transmission method according to an embodiment of the present invention.

6 is a block diagram illustrating a configuration of a sound source push apparatus according to another embodiment of the present invention.

7 is a flowchart illustrating a sound source transmission method according to another embodiment of the present invention.

1: sound source transmission system 100, 200: mobile communication terminal

300: mobile communication system 400: sound source push device

410: main control unit 420: network connection unit

431: sound source management unit 432: sound source DB unit

433: sound source source portion 434: sound source encoding portion

442: voice message DB unit 450: SMS control unit

The present invention relates to a sound source transmission system, a method, and a sound source push device, and more specifically, a sound source or a voice transmitted by a caller only by receiving a call without performing a separate operation such as downloading by a called party to a mobile communication terminal. The present invention relates to a sound source transmission system, a method, and a sound source pushing device for listening to a sound source containing a message.

The mobile communication service has been continuously developed from the low-quality voice call-oriented first generation mobile communication service provided by the analog cellular Advanced Mobile Phone Service (AMPS), which has been in service since the late 1980s. The second generation mobile communication service is capable of enhanced voice call and low speed (14.4 Kbps) data service provided by digital cellular Global System for Mobile (GSM), Code Division Multiple Access (CDMA), and Time Division Multiple Access (TDMA). Done In addition, in the 2.5th generation mobile communication service, the PCS (Personal Communication Service), which can be used around the world as well as securing the frequency of the Ghz band, has been developed to enable improved voice call and low speed (14.4 Kbps) data service. It has evolved into a mobile communication service.

In such a conventional mobile communication system, a voice push service is a service in which a voice message recorded by a user through a mobile communication terminal is heard through a call. In other words, it is also called a message-call service. The voice push service is provided through all terminals such as a mobile communication terminal and a landline telephone, and will be described below by taking a mobile communication terminal as an example.

The caller enters a special button for the voice push service (e.g., "＃") and the other party's phone number, presses the call button, and the voice push service announcement (e.g., "records after the beep and ends the star button Press ", etc.), and the voice message is recorded and the voice push service end button (for example," ＃ "or" * ", etc.) is pressed.

Then, the voice push device temporarily stores the voice message recorded by the caller and transmits the stored voice message to the called party's mobile communication terminal (store and forward). That is, the voice push device temporarily stores the caller's voice message and then determines the state of the called party's mobile communication terminal (e.g., " calling " or " powered off ") to establish a call. When the call is established, a voice message is sent to the called party's mobile terminal. Accordingly, when the called party's mobile communication terminal rings and receives a call, the caller hears the voice message recorded by the caller following the announcement message (eg, "message call") of the voice push device.

Conventional voice push service, when a caller records a voice message, the caller receives a call and listens to the recorded voice message, but only the voice message transmission, there is a limit to providing a variety of services.

The present invention has been made in order to solve the problems and disadvantages described above, when the caller sends a sound source code or a sound code included in the voice message, the sound source push device to the mobile terminal terminal to the sound source matching the corresponding sound source code By transmitting, there is a technical problem to provide a sound source transmission system, a method and a sound source push device that allows a called party to listen to a sound source or a sound source containing a voice message only by the operation of receiving a call without performing a separate operation.

Sound source transmission system according to an embodiment of the present invention for achieving the above technical problem, a mobile communication system comprising a caller-side and a receiver-side mobile communication terminal, an exchange and a home location register, and the caller-side mobile communication terminal Receives a sound source push special button, a called number and a sound source code from the receiver to search the stored sound source matched to the sound source code, and through the mobile communication system to the receiver side corresponding to the called party number to the called party And a sound source push device for transmitting the searched sound source when the mobile communication terminal responds.

Sound source push device according to an embodiment of the present invention for achieving the above technical problem, a network connection for connecting to a mobile communication system, a sound source source stored sound source, and for controlling the overall operation of the sound source push device Receiving a sound source code and a called number from a caller side mobile terminal through the main control unit and the mobile communication system, searching for a sound source from the sound source source with reference to the received sound source code, and And a sound source manager to access and transmit the searched sound source.

The sound source transmission method according to an embodiment of the present invention for achieving the above technical problem, the first receiving a sound source push special button and a sound source code including a called number transmitted from the caller-side mobile communication terminal to search for a sound source; And a second step of performing paging to a called party's mobile communication terminal corresponding to the called number through a mobile communication system, and when the called party's mobile communication terminal responds to the paging of the second step, the stored sound source. And reproducing / transmitting to the called party's mobile terminal.

Hereinafter, a sound source transmission system, a method, and a sound source push device according to the present invention will be described with reference to the accompanying drawings.

Referring to FIG. 1, the sound source transmission system 1 according to the present invention includes a calling party and a called party mobile communication terminal 100 and 200, a base station (hereinafter referred to as BTS) 210 and 220 for performing wireless communication, and a BTS. A base station controller (hereinafter referred to as BSC) 230 to manage, a switch (hereinafter referred to as MSC) 240 connected to the BSC to perform call exchange, and a home location register for determining the location information of the called party's mobile communication terminal 200 HLR), a packet data service node (hereinafter referred to as PDSN) 260 connected to the BSC to service packet data communication, a data core network (hereinafter referred to as DCN) 270 connected to the PDSN, and a sound source push device 400 connected to the DCN. It includes. A more detailed structure of the sound source push device 400 will be described in detail below with reference to FIG. 4.

Referring to FIG. 2, the sound source transmission system 1 according to the present invention is a system for transmitting a selected sound source through the caller side mobile communication terminal 100 to the called party's mobile communication terminal 200. When a special button ("＃") and a sound source code for connecting to the sound source push device 400 and the sound code are transmitted with the called number, the mobile communication system 300 pushes the sound source code with the called number. To the device 400.

The sound source push device 400 searches for a sound source according to the sound source code, and the searched sound source is converted into a format that can be reproduced by the sound source push device 400. Subsequently, when the converted sound source is temporarily stored and then sets up a call with the called party's mobile communication terminal 200 according to the called number, the called party's mobile communication terminal 200 performs a response according to the call setting. In response to the response, the called party receives the sound source and listens to it.

3, the mobile communication terminal 100, 200 according to the present invention, the main control unit 120 for controlling the overall operation of the mobile communication terminal (100, 200), an input unit for receiving a key input from the user ( 110, a main storage unit 130 for storing operating programs and data, a wireless communication unit 140 for performing wireless communication with the mobile communication system 300, and a display unit 150 for displaying information. .

In addition, the mobile communication terminal (100, 200) according to the present invention, the voice processing unit for receiving and recording the user's voice through the microphone 162, converts it into a predetermined format, and outputs the voice to the speaker 163 161, a voice message controller 171 and a voice message storage unit 172 for controlling transmission and reception of voice messages.

On the other hand, the receiver-side mobile communication terminal 200 according to the present invention operates in the same manner as a general call state when receiving a sound source or a sound source transmitted from the caller-side mobile communication terminal 100, the mobile communication system 300 When a call is received, a predetermined ring tone (or vibration) is output and call reception is performed according to a key input from the called party's mobile communication terminal 200. Accordingly, the mobile communication system 300 and the sound source push device 400 reproduce a sound source including a sound source or a voice message and transmit it to the called party's mobile communication terminal 200, and the called party's mobile communication terminal 200 transmits a voice processing unit. In response to the driving of 161, a sound source including a sound source or a voice message is output through the speaker.

4, the sound source push device 400 according to the present invention, the main control unit 410 for controlling the overall operation of the sound source push device 400, the network connection unit 420 for connecting to the mobile communication system, A sound source source unit 433 that stores the sound source, a sound source manager 431 for processing the sound source code received from the caller-side mobile communication terminal 100, and a sound source encoding unit 434 for converting the sound source of the sound source source 433. And a sound source DB unit 432 for temporarily storing the sound source converted by the sound source encoding unit 434.

The sound source push device 400 according to the present invention receives a sound source code including a sound source push special button (“＃”) and a called number transmitted from the mobile communication system 300 through the network connection unit 420, and the sound source Transmission to the management unit 431.

As the sound source push device 400 receives a sound source push special button (“＃”) including a called number and a calling number through the network connection unit 420 and a sound source code, the sound source management unit 431 is a caller-side mobile communication terminal. The sound source is searched through the sound source code received from the sound source source 433, and the caller-side mobile communication terminal 200 is connected to the searched sound source. The sound source encoding unit 434 converts the searched sound source into a format that can be reproduced by the sound source push device 400. The converted sound source is temporarily stored in the sound source DB unit 432. At this time, the sound source is stored matched to the called number and the calling number. Thereafter, the sound source manager 431 requests a call connection to the called party's mobile communication terminal 200 corresponding to the called number to the mobile communication system 300.

Accordingly, the MSC 240 of the mobile communication system 300 connects the called party's mobile communication terminal 200 to the called party's mobile communication terminal 200 corresponding to the called number through the HLR 250. Obtain route information. The MSC 240 requests a call connection to the called party's mobile terminal 200 according to the obtained route information. When the call connection request, the MSC 240 may transmit information indicating that the sound source is to the called party's mobile communication terminal 200, and may transmit the calling number to the called party's mobile communication terminal 200 according to the calling party information display.

The called party's mobile communication terminal 200 outputs a predetermined ring tone (or vibration) in response to a call connection request from the MSC 240. At this time, the called party's mobile communication terminal 200 may display information indicating that the current call is a sound source on the display unit 150 or display the calling number.

When the called party's mobile communication terminal 200 responds to the call connection, the sound source management unit 431 of the sound source push device 400 plays the sound source stored in the sound source DB unit 432 according to the response to the mobile communication system 300. It transmits to the called party's mobile terminal 200 through. Accordingly, the called party's mobile communication terminal 200 outputs a sound source transmitted from the sound source push device 400 through the speaker so that the called party can listen to the sound source.

In the above-described sound source transmission operation, when the called party's mobile communication terminal 200 is in a state in which the sound source cannot be normally transmitted, such as power off, no answer, or during a call, the sound source push device 400 is provided through the mobile communication system 300. The state of the called party's mobile communication terminal 200 is monitored and the sound source is transmitted when the state becomes accessible.

In addition, the sound source push device 400 may generate a short message including a sound source delivery situation through the SMS control unit 450 and transmit it to the caller-side mobile communication terminal 100.

According to an embodiment of the present invention, when a caller enters a sound source push button (“통화”) and a called number and presses a call button, the caller is connected to the sound source push device 400 and the caller is guided by the sound source push device 400. Accordingly, it may be provided by inputting a sound source code.

Referring to FIG. 5, after receiving a sound source push special button (“＃”) called number and a sound source code through the caller side mobile communication terminal 100 from the caller, a sound source push special button including the called number (“착”) And transmits the sound source code to the mobile communication system 300 (S101). Sound source push special button ("＃") and the sound source code is transmitted to the sound source push device 400 through the mobile communication system 300, at this time the calling number is transmitted to the sound source push device 400 (S103). Accordingly, the sound source manager 431 of the sound source push device 400 searches for the sound source that is matched with the sound source code in the sound source source 433 using the sound source code transmitted through step S103 (S105). After retrieving the sound source, the sound source encoding unit 434 converts it to a format that the sound source push device 400 can reproduce (S107). The converted sound source is temporarily stored in the sound source DB unit 432 (S109).

After storing the sound source, the sound source management unit 431 requests the route information of the called party's mobile communication terminal 200 to the HLR of the mobile communication system 300 to query the location information of the called party's mobile communication terminal 200. (S111). The HLR requests the route information to the destination MSC according to the route information request, and receives the route information from the destination MSC (S113). Then, the HLR transmits the received path information to the sound source push device 400 (S115).

The sound source manager 431 of the sound source push device 400 requests an incoming call to the called party MSC 240 to the called party's mobile communication terminal 200 according to the route information received in step S115 (S117). Accordingly, the called MSC 240 performs paging to the called party's mobile communication terminal 200 (S119). At this time, the destination MSC 240 may transmit the information indicating that the sound source during paging to the called party's mobile communication terminal 200, and may transmit the calling number to the called party's mobile communication terminal 200 according to the calling party information display.

When the called party's mobile communication terminal 200 responds to the paging (S121), the sound source management unit 431 of the sound source push device 400 reproduces the sound stored in the sound source DB unit 432 and the called party's mobile communication terminal 200. It transmits to (S123).

Accordingly, the user of the called party's mobile communication terminal 200 can listen to the sound source only by receiving a call without any operation.

Referring to FIG. 6, another sound source push device 400-1 according to the present invention includes a main control unit 410, a network connection unit 420, a sound source management unit 431-1, a sound source source unit 433, and a sound source encoding. The unit 434 includes a sound source DB unit 432 and a sound source message DB unit 442.

Components other than the sound source manager 431-1 and the voice message DB unit 442 in the sound source push device 400-1 are similar to the functions of the sound source push device 400 according to the embodiment of the present invention described above. Do.

Sound source push device 400-1 according to the present invention, the sound source push special button ("＃"), called number, sound source code and the announcement after sending the voice message from the mobile communication system 300 to the network connection unit 420 Receives it and transmits it to the sound source manager 431-1. The voice message is temporarily stored in the voice message DB unit 442. At this time, the voice message and the sound source are stored in match with the called number and the calling number.

When the called party's mobile communication terminal 200 responds to the call connection request from the sound source manager 431-1, the sound source manager 431-1 of the sound source push device 400-1 responds to the call connection. The voice message stored in the DB unit 442 and the sound source stored in the sound source DB unit 432 are reproduced in a specified order and transmitted to the called party's mobile communication terminal 200 through the mobile communication system 300. Accordingly, the called party side mobile communication terminal 200 sequentially outputs the sound source including the voice message transmitted from the sound source push device 400-1 through the speaker so that the called party can listen to the sound source including the voice message.

7, the sound source transmission method according to another embodiment of the present invention is similar to the sound source transmission method according to an embodiment of the present invention described above.

After receiving the sound source push special button (“＃”), the sound source code and the called number through the caller side mobile communication terminal 100 from the caller, the sound source code including the called number is transmitted to the mobile communication system 300 ( S201). Sound source push special button ("＃") and the sound source code is transmitted to the sound source push device 400-1 through the mobile communication system 300, at which time the called number is transmitted to the sound source push device 400-1 together (S203).

When the sound source push special button (“＃”), the sound source code and the called number are transmitted to the sound source push device 400-1, the sound source push device 400-1 records the voice message on the caller side mobile terminal 100. Send out the announcement for (S204). The caller who listens to the announcement through the caller-side mobile communication terminal 100 records a voice message, and the caller-side mobile communication terminal 100 transmits it to the sound source push device 400-1 (S205). Thereafter, the step (S206, S207, S209) of the sound source management unit 431-1 of the sound source push device 400-1 searching / converting / saving the sound source with the sound source code transmitted in step S203 is described above. Similar to one embodiment of. However, the voice message transmitted through step S205 is stored separately in the voice message DB unit 442 (S209).

After step S211 to step S221 according to another embodiment of the present invention, the sound source management unit 431-1 of the sound source push device 400-1 is stored in the sound source and voice message DB unit 442 stored in the sound source DB unit 432. The stored voice message is reproduced in the specified order and transmitted to the called party's mobile communication terminal 200 (S223).

Accordingly, the user of the called party's mobile communication terminal 200 can listen to a sound source including a music message only by receiving a call without any operation.

As such, those skilled in the art will appreciate that the present invention can be implemented in other specific forms without changing the technical spirit or essential features thereof. It is therefore to be understood that the embodiments described above are to be considered in all respects only as illustrative and not restrictive. The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

Therefore, the sound source transmission system of the present invention as described above, the receiver can listen to the sound source containing the sound source or voice message only by receiving the call without performing a separate operation such as downloading to the mobile communication terminal There is an advantage.

In addition, the sound source transmission system of the present invention is not only listening to the existing voice message, but also can listen to the sound source containing the voice message has the advantage that can be diversified services.

Claims

delete

A network connection unit for connecting with a mobile communication system;

A sound source source unit in which a sound source is stored;

A main controller for controlling the overall operation of the sound source push device; And

Receives a sound source code and a called number from a caller side mobile communication terminal through the mobile communication system, retrieves a sound source from the sound source source with reference to the received sound source code, and corresponds to the called party's mobile communication terminal. And a sound source manager for connecting to the called-party mobile communication terminal and transmitting the searched sound source when the called-party mobile communication terminal responds by performing paging.

The method of claim 8, wherein the sound source push device,

And a sound source encoding unit for converting the sound source searched by the sound source source unit.

The method of claim 9, wherein the sound source push device,

And a sound source DB unit for temporarily storing the sound source converted by the sound source encoding unit.

The method of claim 10, wherein the sound source push device,

And a SMS control unit for generating a short message including the corresponding information and transmitting the generated short message to the caller-side mobile communication terminal when the call connection to the called-party mobile communication terminal is impossible.

The method of claim 8, wherein the sound source push device,

Further comprising a voice message DB for temporarily storing the voice message transmitted from the caller-side mobile communication terminal, wherein the sound source management unit is connected to the called-party mobile communication terminal to further transmit a voice message with the searched sound source Sound source push device, characterized in that.

A first step of receiving, by the sound source push device, a sound source push special button including a called number transmitted from a caller side mobile communication terminal and a sound source code to search for a sound source;

A second step of the sound source pushing device performing paging to a called party's mobile communication terminal corresponding to the called number through a mobile communication system; And

And a third step of reproducing / transmitting the stored sound source to the called party's mobile communication terminal when the called party's mobile communication terminal responds to the paging of the second step.

The method of claim 13, wherein the first step,

A first step of searching for a stored sound source matched with the transmitted sound source code;

Converting the searched sound source into a playable format; And

And transmitting the converted sound source to the called number and temporarily storing the converted sound source.

The method of claim 13, wherein after the first step and before performing the second step,

Receiving a voice message from the caller-side mobile communication terminal to match the called number and temporarily storing;

The third step,

And reproducing / transmitting the voice message when reproducing / transmitting a sound source to the called party's mobile terminal.