KR100773516B1 - Mini-homepage music box playing service system and Method of mini-homepage music box playing service - Google Patents

Abstract

The present invention relates to a minihompy music box playing service system and a method thereof, and more particularly, real-time streaming of minihompy music on a web (BGM) using a virtual machine (VM) -based wireless Internet and a wireless communication network application service. The present invention relates to a minihompy music box playing service system that provides a ubiquitous multimedia service that can be heard through a terminal, and a method thereof.

Myspace, blog, cafe, cyworld, Naver, Daum, wired and wireless interworking services, live streaming, monthly payment method, sound conversion

Description

Mini-homepage music box playing service system and method of mini-homepage music box playing service}

1 is a block diagram of a mini home music box playing service system according to the present invention

2A is a diagram illustrating a process of accessing a wireless communication network and accessing a minihompy music box through a sound source playing application built in a terminal;

FIG. 2B illustrates a terminal screen of each step operated by a user to listen to a live streaming performance

2C is a diagram illustrating a terminal screen of a process of connecting a purchased song to a phone additional service;

3 is a flowchart illustrating a method of playing a minihompy music box playing service according to an embodiment of the present invention;

4 is a detailed flowchart of a live streaming step of FIG.

<Description of Symbols for Main Parts of Drawings>

100-Myspace System 110-Myspace User Database

120-Myspace Audio Database 200-Relay System

210-Relay Database 220-Database Server

230-TCP / IP Transport Server 240-Audio Codec Server

250-Mobile Communication Server 260-Management Server

300-Mobile Communication System 310-Mobile Service Server

320-sound source playback application

S10-login step S15-sound source list transmission step

S20-sound source request and transmission step S25-TCP / IP transmission step

S30-sound source conversion step S35-network transmission step

S40-Wireless Transmission Step S45-Live Streaming Step

S47-Store information in the relay database

S50-Information input step

S55-Connect to Myspace user database and Myspace database

S60-Wireless data buffering step S65-Codec decoding step

S70-music playback stage

S75-Disconnect step with Myspace user database and Myspace sound database

S85-Memory Erase Steps

The present invention relates to a minihompy music box playing service system and a method thereof, and more particularly, to a minihompy background music (BGM) on a web by using a virtual machine (VM) based wireless communication application service in real time streaming method. The present invention relates to a mini-hompy music box playing service system and a method of providing a ubiquitous multimedia service that can be heard through.

Recently, in addition to the most basic functions such as telephone calls and text message transmission and reception, multimedia terminals such as MP3 players, digital cameras, video players, and DMBs are provided with various functions. As the mobile communication terminal converges as described above, services for accessing the web using the wireless Internet as a mobile communication terminal and downloading music in the form of sound source files are being created. However, such a download service has a problem in that it requires a lot of memory space because it must be stored in the mobile communication terminal in the form of a music file. In addition, there is a problem in that it takes a lot of money because music files must be purchased separately in order to download music while moving on the subway or bus. In addition, there is a problem in that a wireless service fee is generated separately from a wired service on a web site.

On the other hand, many people are building their own mini homepage on the web, using the mini homepage service to put music and photos. Personal minihompy is equipped with a device that can listen to each time you connect to the web by placing a background music (BGM) using a payment method unique to each site. The background music is stored in the form of a sound source file. In order to listen to the purchased background music, it is inconvenient to connect to the mini homepage through the web.

The present invention devised to solve the above problems is a ubiquitous type that can listen to the minihompy background music (BGM) on the web through a mobile communication terminal using a virtual machine (VM) -based wireless communication network application service in real time streaming method The purpose of the present invention is to provide a mini-hompy music box playing service system that provides a multimedia service and a method thereof.

The mini-hompy music box playing service system of the present invention devised to solve the above problems is a mini-hompy user database that stores the member information of the mini-hompy and the sound source list for each member, and the background music of the mini-hompy (BGM) A minihompy system having a minihompy sound source database stored therein; A database server for receiving a sound source list of a specific member from the mini-hompy user database and requesting a selected sound source to the mini-hompy sound source database, and receiving a sound source from the mini-hompy sound source database, according to a user's request TCP / IP transmission server for re-requesting, and receives the sound source from the TCP / IP transmission server and converts it into a mobile streaming sound source, and a sound source codec server for re-requesting sound transmission to the TCP / IP transmission server according to a user's request And a mobile communication network transmission server, the database server, the TCP / IP transmission server, transmitting the converted file through the sound source codec server through a network, and re-requesting file conversion to the sound source codec server according to a user's request. The sound source codec server and the mobile communication network transmission server A relay system having a management server that manages and manages the network; Characterized in that comprises a.

In addition, the mini-hompy music box playing service system receives a mobile streaming sound source from the mobile communication network transmission server and a mobile communication company server for transmitting to a terminal using a wireless communication network, and reproduces the sound source embedded in the terminal, real-time Adjusting the buffering value for the sound source reproduction, and may further comprise a mobile communication system having a sound source reproduction application (application) for requesting the sound source transmission to the mobile communication network transmission server.

The relay system may further include a relay database storing sound source information and user information converted through the sound source codec server.

In addition, the sound source codec server may be configured to convert the sound source only when the particular member has access to the purchased sound source database.

In addition, the sound source playback application may be made to perform the lyrics display function.

In addition, the minihompy music box playing service system may be implemented through ASP (Active Server Pages), Visual C Plus (VC ++: Visual C plus plus), and XML (eXtensible Markup Language).

In addition, the sound source playback application may be made by adding a karaoke function. In addition, the sound source playback application can be made to create, modify and query a specific group of music files, and to add a My Album function that can be set to the music, the most recently listened to music. In addition, the sound source playback application may be made to be connected to the phone add service of the download method, such as a call connection sound, a ringtone and a sound source file download. In addition, the sound source playback application may be made by adding a music video function for the song. In addition, the sound source playback application may be configured to have at least one function of sorting in order of song names, listening to the latest songs, random listening, listening to all songs, listening to the selected folder songs, listening to one song, presenting music and rejecting music gifts. . In addition, the terminal may be provided with a function of playing a transmitted cartoon file, playing a transmitted cartoon file while simultaneously playing a transmitted sound source, or playing a transmitted video file.

In addition, the mini-hompy music box playing service method of the present invention includes a log-in step of confirming membership by accessing and logging in to the mini-hompy user database through a sound source playing application built in the terminal; A sound source list transmitting step of transmitting a sound source list of a specific member to a database server from the minihompy user database when it is confirmed that the user is a member through the login step; A sound source request and transmission step, wherein the database server requests a minihompy sound source database for the selected sound source from the sound source list, and the selected sound source is transmitted from the minihompy sound source database to the TCP / IP transmission server; TCP / IP transmission step of aligning and transmitting the packet of the sound source transmitted through the sound source request and transmission step; A sound source conversion step of converting the sound source transmitted through the TCP / IP transmission step into a mobile streaming sound source; And a network transmission step of transmitting the mobile streaming sound source converted through the sound source conversion step through a network.

The minihompy music box playing service method may further include: a wireless transmission step of a mobile telecommunication company server transmitting a mobile streaming sound source transmitted through the network transmission step to a terminal using a wireless communication network; It may further comprise a real-time streaming step of the sound source playback application to play the mobile streaming sound source transmitted through the wireless transmission step in a real-time streaming manner.

The minihompy music box playing service method may further include a memory deleting step of deleting a sound source played after the real time streaming step from a memory.

The minihompy music box playing service method may further include a relay database storing step of storing sound source information and user information in a database of the relay system after the wireless transmission step.

In addition, the cost of performing the mini-hompy music box playing service method is a monthly fee method, which is determined in advance in a certain fee on a monthly basis, a music pass method that allows a certain number of songs to be used per predetermined amount, and a certain amount is charged every time a song is heard. Pay in either of the pay-as-you-go system, and payment can be made through a network.

The live streaming may include: an information input step of inputting user information, songs to be played, and a file size; A wireless data buffering step of aligning the transmitted sound source into a memory; A codec decoding step of decoding the aligned sound source through the wireless data buffering step; And a music reproduction step of playing the decrypted music file.

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

First, the minihompy music box playing service system according to the present invention will be described.

1 is a block diagram of a minihompy music box playing service system according to the present invention. 2A is a diagram illustrating a process of accessing a wireless communication network and accessing a minihompy music box through a sound source playing application built in a terminal, and FIG. 2B is a terminal screen of each stage operated by a user to listen to a live streaming performance. 2C is a diagram illustrating a terminal screen of a process of connecting a purchased song to a phone additional service.

Minihompy music box playing service system according to an embodiment of the present invention, referring to Figure 1, comprises a minihompy system 100 and the relay system 200. The minihompy music box playing service system may further include a mobile communication system 300. In addition, the minihompy system area 100 includes a minihompy user database 110 and a minihompy sound source database 120. In addition, the relay system 200 includes a database server 220, a TCP / IP transmission server 230, a sound source codec server 240, a mobile communication network transmission server 250, and a management server 260. . In addition, the relay system 200 may further include a relay database 210. In addition, the mobile communication system 300 includes a mobile communication company server 310 and the sound source playback application 320. The minihompy music box playing service system can be accessed through a mobile communication terminal such as a mobile phone. In addition, the minihompy music box playing service system can be accessed through a portable computer terminal such as a PDA (Personal Digital Assistants), a portable multimedia player (PMP), an MP3 player, and a DMB receiver. That is, the minihompy music box playing service system is not limited to a specific type of terminal because any means can be used as long as it can access the homepage of the minihompy through wireless communication or wireless internet (hereinafter, referred to as a wireless communication network). Make a point. In addition, a firewall (not shown) may be installed between the minihompy system 100, the relay system 200, and the mobile communication system 300. In addition, a hub (not shown) may be installed between the firewall and the firewall and between the firewall and the server. In addition, the reference numeral 320 indicates a mobile communication terminal, hereinafter, it will be used to indicate the sound source playback application 320. In addition, the following 'mini homepage' is used to encompass a personal space that can be built on the web, such as blogs, cafes, personal homepages.

The mini homepage system 100 is the homepage of the mini homepage (cyworld.com, blog.naver.com, cafe.daum.net, etc.) is implemented on the Web of the Internet network, the homepage is operated on a membership system. In the homepage system 100, the homepage may be provided with a list and folder management function for purchased songs, and a function of creating and managing various folders such as a folder by a singer, a genre folder, a latest music folder, a music video folder, and the like. May be granted. In addition, the homepage may be introduced how to use the minihompy music box playing service through a separate page. In addition, the minihompy system 100 is preferably configured to maximize the inconvenience on the wireless Internet that may occur when wired and wireless interworking. The minihompy system 100 includes a plurality of databases, and includes a minihompy user database 110 and a minihompy sound source database 120.

The mini-hompy user database 110 contains the information of the members subscribed through the homepage. The mini homepage user database 110 may contain information about personal information such as name, gender, resident registration number of the registered members, and also may include only ID and password information to determine membership. However, the type of personal information of the member stored in the minihompy user database 110 is not limited thereto. In addition, the minihompy user database 110 stores information about a list of music files purchased by each member. Music files are purchased by a unique payment method for each site (for example, by using Cyworld's acorns), and music files purchased by each member are stored in a list format along with information such as song name, artist name, and running time. . When the member logs in on the Internet homepage or through the terminal, the member list stored in the mini-hompy user database 110 and the information input at the time of login are compared with each other to determine whether the member is present.

The minihompy sound source database 120 stores music files of the background music (BGM) of the minihompy. The background music may be configured in the form of a personal BGM library for each member. Access to the minihompy sound source database 120 may be made of an entire sound source database, or may be made of a sound source database held by an individual. Here, the approach to the minihompy sound source database 120 is not limited. At this time, since the existing minihompy system is already implemented, it is preferable to utilize this. However, of course, the existing minihompy system should be accessed to the database to avoid conflicts between systems that can occur. The minihompy sound source database 120 may add a new music file according to the member's taste, and may also delete the stored music file. That is, the minihompy sound source database 120 can be continuously updated.

The relay system 200 is a part for relaying the minihompy system 100 and the mobile communication system 300 to allow file transfer and database access to each other. The relay system 200 includes a database server 220, a TCP / IP transmission server 230, a sound source codec server 240, a mobile communication network transmission server 250, and a management server 260. In addition, the relay system 200 may further include a relay database 210. The relay system 200 is preferably made of a module (module) form.

The database server 220 receives a sound source list of a specific member from the minihompy user database 110 and requests the minihompy sound source database 120 for a sound source selected by the user. That is, the database server 220 accesses the databases 110 and 120 of the minihompy system 100 to search for a file, and the searched file is transmitted to the TCP / IP transmission server 230.

The TCP / IP transmission server 230 receives a sound source from the minihompy sound source database 120 and re-requests the sound source to the database server 220 according to a user's request. The music file retrieved by the database server 220 is shown through the user's terminal. At this time, the user selects specific songs according to taste and the selected songs are transmitted from the minihompy sound source database 120 to the TCP / IP. To be sent to the server 230. In addition, when the user selects another song through the terminal, the TCP / IP transmission server 230 requests the selected specific sound source from the database server 220, and the above-described process is repeated.

The sound source codec server 240 receives a sound source from the TCP / IP transmission server 230 and converts the sound source into a mobile streaming sound source, and re-requests a sound source transmission to the TCP / IP transmission server 230 according to a user's request. Part. The sound source of the minihompy is not suitable for mobile communication, and the file size is too large. At this time, it is preferable that the sound source codec server 240 converts the sound source only when the specific member accesses the purchased sound source database. This is because if the sound source codec server 240 converts a non-approved sound source, the purpose of serving the members of the minihompy may be lost. In addition, confusion may arise when a subsequent payment system is operated. In addition, the sound source codec server 240 may convert sequentially or randomly according to a sound source factor transmitted from the TCP / IP transmission server 230. In addition, when the relay database 200 includes the relay database 210, the sound source codec server 240 stores the played sound source information and user information in the relay database 210.

The mobile communication network transmission server 250 transmits the converted file through the sound source codec server 240 to a mobile communication company through a network, and re-requests file conversion to the sound source codec server 240 according to a user's request. Part. The mobile communication network transmission server 250 transmits the converted file to the mobile communication company server 310. In addition, when the user selects a music file through the terminal, the sound source playing application 320 re-requests transmission of the selected music file to the mobile communication network transmission server 250. After this, the process as mentioned above is repeated.

The management server 260 controls and manages the database server 220, the TCP / IP transmission server 230, the sound source codec server 240, and the mobile communication network transmission server 250. The management server 260 is provided for the administrator and the operator to check, and may be backed up by a backup server (not shown).

The relay database 210 is a part in which sound source information and user information converted through the sound source codec server 240 are stored. The relay database 210 may be used to calculate the number of songs used by the user at the time of payment.

The mobile communication system 300 is a part for transmitting data to the terminal and allowing real-time music to be enjoyed by the sound source playback application 320 embedded in the terminal. The mobile communication system 300 includes a mobile communication company server 310 and a sound source playback application 320.

The mobile communication company server 310 receives a mobile streaming sound source from the mobile communication network transmission server 250 and transmits the mobile streaming sound source to a terminal using a wireless communication network. The mobile communication company server 310 is configured to enable real-time sound playback using buffering, and is formed to increase the user's satisfaction by diversifying the streaming according to the connection speed.

The sound source reproducing application 320 is a part for reproducing a sound source embedded in the terminal, adjusting a buffering value for real-time sound source reproduction, and re-requesting a sound source transmission to the mobile communication network transmission server 250. The sound source reproducing application 320 may be planted in an embedded state in the terminal. The sound source playback application 320 is a sound source playback program on a mobile device, and may be produced in various window media types by adding graphic elements. 2A, when the user connects to a wireless communication network through a terminal and selects a mail / chatting / messaging item, the sound source reproducing application 320 is connected to the minihompy music box. In addition, the sound source playback application 320 may be made to perform the lyrics display function. Since the user can view the lyrics through the screen of the terminal together with the music played through the terminal, satisfaction can be increased. In addition, the sound source playback application 320 may be added to the karaoke function. In other words, by subtracting the song part, the sound source is composed of only the accompaniment part, and the lyrics display function is performed so that the user can relieve stress by directly singing a song to the accompaniment. In addition, the sound source playback application 320 may create, modify, and query a group of specific music files, and may add a My Album function that enables setting of recently listened music and frequently-listened music. Referring to FIG. 2B, the sound source playback application 320 displays the total number of songs and the latest number of updated songs in the My Music Box window. It also displays a subscription guide, a full list of songs, latest updates, pop songs and original soundtracks (OST). If you enter the list of all songs, the folder by artist is displayed, and if you enter the folder of a specific singer, you can listen to all songs, listen to the selected folder and listen to one song. In addition, the sound source playing application 320 may be provided with at least one function of sorting in order of song names, random listening, presenting music, and rejecting music gifts. These items are merely examples that the sound source reproducing application 320 may implement, and the functions to be performed are not limited thereto. This My Album function allows users to rearrange and arrange purchased music files according to their tastes and to listen to their favorite music repeatedly. In addition, referring to FIG. 2C, the sound source playing application 320 may be connected to a phone additional service of a download method such as a call connection sound, a ringtone, and a sound source file download. In other words, by listening to the music purchased in the mini-hompy in real-time streaming method, it can be used as an additional service to the phone so that you can utilize the music files purchased in the offline space. In addition, the sound source playback application 320 may be added to the music video function for the song. That is, the music video video is played along with the music file in a real-time streaming manner, so that the user can enjoy the music video with his eyes instead of simply listening to the song. In addition, the terminal of the mini-hompy music box playing service system may be provided with a function of playing the transmitted cartoon file, playing the transmitted cartoon file while playing the transmitted cartoon file, or playing the transmitted video file. have. That is, the terminal may play a cartoon file transmitted by embedding an application such as a picture file viewer, or may play a sound source transmitted simultaneously with playing a cartoon file. In addition, the terminal may play a video file transmitted by embedding an application such as a video player. By doing so, the user can enjoy not only a real time song but also a manga on the mobile while listening to a song, and can also watch the latest movie.

In addition, the minihompy music box performance service system may be implemented through ASP (Active Server Pages), VC ++ (Visual C plus plus), XML (extensible markup language). Unlike Common Gateway Interface (CGI), ASP can process work as an independent thread within a web server process, manage its own state, and maintain connectivity with the outside world to pursue object persistence. In addition, ASP is short, so development time can be shortened, and the use of http can solve the problem of program distribution and firewall. In addition, the ASP has the advantage that can utilize a variety of components (component). VC ++ is highly programmable, has high performance, and can be modularized and componentized. VC ++ also has the advantage of being able to take advantage of its rich library. XML can be searched and searched according to various conditions and can be separated from data (XML) and presentation (XSL). In addition, XML is an industry standard, so it is easy to be compatible with data and accessible through various kinds of devices.

Next, the minihompy music box playing service method according to an embodiment of the present invention.

3 is a flowchart illustrating a minihompy music box playing service method according to an exemplary embodiment of the present invention. 4 is a detailed flowchart of the real-time streaming step of FIG.

In the mini-hompy music box playing service method according to the present invention, referring to Figure 3, the log-in step (S10), the sound source list transmission step (S15), the sound source request and transmission step (S20), TCP / IP transmission step (S25), the sound source conversion step (S30) and the network transmission step (S35). In addition, the minihompy music box playing service method may further include a wireless transmission step (S40) and real-time streaming step (S45). In addition, the mini-hompy music box playing service method according to the present invention may further comprise the information storage step (S80) and the memory deletion step (S85) in the relay database. In addition, the real-time streaming step (S45), referring to Figure 4, the information input step (S50), minihompy user database 110 and minihompy sound source database 120 and the connection step (S55), wireless data A buffering step S60, a codec decoding step S65, a music reproducing step S70, and a minihompy user database 110 and a minihompy sound source database 120 and a disconnection step S75 are performed.

The login step (S10) is a step of confirming membership by accessing and logging in to the mini-hompy user database 110 through the sound source playback application 320 embedded in the terminal. As mentioned above, the mini-hompy user database 110 stores personal information input at the time of membership registration. In addition, the minihompy user database 110 stores a list of music files purchased for each member. Therefore, when a user logs in by inputting an ID and password using a sound source playing application 320 program of the terminal, the database server 220 of the relay system 200 approaches the minihompy user database 110 and inputs the ID and password. The password and the personal information of the user stored in the mini-hompy user database 110 are compared with each other to check whether the logged-in user is a member. If the database server 220 is determined to be a member as a result of the check, it proceeds to the sound source list transmission step (S15), and if it is determined to be a non-member, requests for login again. If the inputted ID and password are found to be non-members, a message for inducing member registration may be displayed on the screen of the terminal.

The sound source list transmitting step S15 is a step in which the sound source list of a specific member is transmitted to the database server 220 from the minihompy user database 110 when it is confirmed that the user is a member through the login step S10. As mentioned above, the minihompy user database 110 stores a list of music files purchased by a specific member together with the personal information of the member. Accordingly, the database server 220 receives the sound source list of a specific member from the minihompy user database 110 so that the user can check the list of music files purchased by the user through the terminal.

In the sound source request and transmission step (S20), the database server 220 requests the minihompy sound source database 110 for the sound source selected from the sound source list, and transmits the TCP / IP from the minihompy sound source database 110. The selected sound source is transmitted to the server 230. As mentioned above, the minihompy sound source database 110 stores music files purchased by a specific member. Accordingly, the database server 220 searches for the music file selected by the user through the terminal, accesses the minihompy sound source database 110 and compares the music file, and transmits the searched music file to the TCP / IP transmission server 230. Will be.

The TCP / IP transmission step (S25) is a step of arranging the packets of the sound source transmitted through the sound source request and the transmission step (S20) and transmitting them to the sound source codec server 240. The Transmission Control Protocol (TCP) is a connection-oriented protocol designed to reliably transfer data between a server and a client. Data can be lost or reordered in the course of a network route, allowing TCP to detect the loss, correct it, and reassemble the sequence. IP (Internet Protocol) is a protocol for distinguishing each node and going to a destination by using an address number consisting of four bytes for each node to transmit data packets between nodes. The TCP / IP transmission step S25 allows the music files to reach the destination with the correct path and the data constituting the packet to be transmitted reliably. When the transmission is completed through the TCP / IP transmission step (S25), the TCP / IP transmission server 230 proceeds to the sound source conversion step (S30), and when it is determined that the transmission is incomplete, the TCP / IP transmission step ( S25) to proceed.

The sound source conversion step (S30) is a step in which the sound source codec server 240 converts the sound source transmitted through the TCP / IP transmission step (S25) to a mobile streaming sound source. In the sound source conversion step (S30), the TCP / IP transmission server 230 receiving the music file from the minihompy sound source database 120 sorts the music files and transmits the music files to the sound source codec server 240, and the sound source codec server ( 240 converts the transmitted music file into a music file format for mobile. In the sound source conversion step (S30), it is preferable that the sound source is converted only when the member accesses the purchased sound source database as described above. The sound source codec server 240 may proceed to the network transmission step (S35) when the sound source conversion is completed through the sound source conversion step (S30), and if the sound source conversion is found to be incomplete, the sound source conversion step (S30) is continued. Allow it to proceed.

The network transmission step S35 is a step in which the mobile communication network transmission server 250 transmits the mobile streaming sound source transmitted through the sound source conversion step S30 to the mobile communication company server 310.

The wireless transmission step S40 is a step in which the mobile communication company server 310 transmits the mobile streaming sound source transmitted through the network transmission step S35 to a terminal using a wireless communication network. Since the wireless transmission step (S40) transmits the converted file for mobile using a wireless communication network or a wireless Internet network, the user can freely use the minihompy music box playing service regardless of the user's location. In addition, the wireless transmission step (S40) is to use the data buffering method to arrange the data in the allocated memory and to reproduce them sequentially, thereby enabling the sound source reproduction in real time. In addition, since the connection speed may vary depending on the location of the user or the traffic load of the wireless communication network, the streaming speed is varied according to the connection speed so that the user does not break the sound or use noise during use. The mobile communication company server 310 proceeds to the real time streaming step (S45) and the information storage step (S47) in the relay database when the transmission is completed through the wireless transmission step (S40), and continues if the transmission is found to be incomplete The network transmission step (S35) and the wireless transmission step (S40) can be performed sequentially.

The information storage step S47 in the relay database 210 is a step of storing sound source information and user information in the database 210 of the relay system after the wireless transmission step S40. The information storage step S47 in the relay database 210 is a process that is processed between the sound source codec server 240 and the relay database 210. The sound source codec server 240 receives the arranged sound source data from the TCP / IP transmission server 230 and converts the sound source data into mobile sound source data, and when it is confirmed that the wireless transmission step (S40) is completed, the member of the sound source data for mobile member The information is sequentially stored in the relay database 210 together with the information. Since the information stored in the relay database 210 includes a list of songs that the user has heard through the sound source playback application 320, the information stored in the relay database 210 may be used when the user frequently plays music.

The real time streaming step (S45) is a step in which a sound source playback application 320 plays the mobile streaming sound source transmitted through the wireless transmission step (S40) in a real time streaming method. The real-time streaming step (S45), referring to Figure 4, information input step (S50), minihompy user database (DB) 110 and minihompy sound source database 120 and the connection step (S55), TCP / IP The buffering step (S60), the codec decoding step (S65), the music playback step (S70), the minihompy user database 110 and the minihompy sound source database 120 and the disconnection step (S75) is made.

The information input step (S50) is a step in which information, such as information logged in by the user with an ID and password, a song selected by the user, a file size, and the like, are input to the sound source playing application 320. The file size may be implemented to allow the user to check the terminal, but in general, when the user selects a song to be listened to, the sound source playback application 320 checks the file size of the selected song to create a memory space for buffering. It is made to secure.

The connecting step (S55) with the minihompy user database 110 and the minihompy sound source database 120 is a step for receiving a sound source using the user information and playing songs input through the information input step S50. The sound source reproducing application 320 may proceed to the wireless data buffering step (S60) when the connection is completed through the connection step with the minihompy user database 110 and the minihompy sound source database 120, and the connection is incomplete If it turns out to continue to connect the minihompy user database 110 and minihompy sound source database 120 and the step (S55).

The wireless data buffering step (S60) is a step of arranging the data transmitted through the connection with the minihompy user database 110 and the minihompy sound source database 120 (S55) and securing a memory space that can be reproduced. . The sound source reproduction application 320 may proceed to the codec decoding step (S65) when the buffering is completed through the wireless data buffering step (S60), and if the buffering is found to be incomplete, the wireless data buffering step (S60) Allow to proceed.

The codec decoding step S65 is a step of decoding the aligned sound source through the wireless data buffering step S60. The codec decoding step S65 decodes the data converted into the streaming music source for mobile through the sound source conversion step S30 to be played in real time through the sound source playback application 320.

The music reproducing step (S70) is a step of reproducing the sound source data decoded through the codec decoding step (S65) with a player so that the user can enjoy it. At this time, the music reproduction step (S70) may be played back only the audio file, depending on the type of the file, as well as the video file may be played along with the music video, of course. After the music reproduction step S70 is finished, the sound source reproduction application 320 determines whether the allocated memory space, that is, the buffer is larger than the file size. That is, the sound source reproducing application 320 determines whether there is buffer space according to the size of files to be sequentially listened to by the user, and if the buffer space is larger than the size of the files to be listened to, the wireless data buffering step (S60). ) So that the data of the songs you want to listen to can be buffered sequentially. On the other hand, if the sound source playback application 320 determines that the buffer space is insufficient compared to the file size, the user checks whether the next file is requested, and then if the user wants to request the next file again, the user home database 110 and the mini homepage The sound source database 120 and the connection step (S55) is to proceed, otherwise the minihompy user database 110 and the minihompy sound source database 120 and the disconnection step (S75) to proceed.

The memory deleting step S85 is a step of deleting a sound source played after the real time streaming step S45 from the memory. Sounds played by the live streaming method are automatically deleted from the memory after streaming is done unless you save them. However, if there are files that are stopped playing or damaged files due to any of the sound sources being reproduced, streaming may not be completed and may remain in memory. In this case, there may be a problem that the memory space to be buffered becomes narrow by data pieces remaining in the memory, and also a copyright problem may be caused as part of the song. Therefore, the sound source reproducing application 320 initializes the memory state by deleting the remaining data through the memory deleting step (S85). In addition, a cache memory may be used as the memory in the memory erasing step S85.

On the other hand, the cost of performing the mini-hompy music box playing service method is paid by any one of the monthly payment method, music use rights method, pay-as-you-go method, payment is made through a network. The monthly payment method is a method of pre-determining a predetermined fee on a monthly basis so that the user becomes familiar with the minihompy music box playing service. According to the monthly payment method, the user may not only reduce the price burden and use frequency, but also become familiar with the use method. In addition, the monthly payment method is preferable to maintain a long-term service. The music usage right method is a method of using a predetermined number of songs per predetermined amount, for example, a method of determining 10 use tickets for 500 won, 30 use tickets for 1000 won, and the like. According to the music usage right method, there is an advantage that the user's convenience can be pursued at a low cost. The pay-as-you-go method is a method in which a certain amount is charged every time a song is listened to, so that the user can adjust the number of accesses in consideration of cost. The minihompy music box playing service method can solve the problem of excessive information usage fee because it uses the above payment method.

In addition, the minihompy music box playing service method can solve the memory limitation problem of the terminal by using a real-time streaming method instead of the conventional download method. In addition, the minihompy music box playing service method is made by linking the background music (BGM) purchased on the web of the minihompy as a terminal as it is not necessary to purchase songs separately. In addition, the minihompy music box playing service method allows the user to use the service wirelessly using a terminal, so that the user can enjoy the desired music without having to directly access the minihompy regardless of time and place.

As described above, the present invention is not limited to the specific preferred embodiments described above, and any person having ordinary skill in the art to which the present invention belongs without departing from the gist of the present invention as claimed in the claims. Various modifications are possible, of course, such changes are within the scope of the claims.

According to the mini-hompy music box playing service system and method thereof according to the present invention, the mini-hompy side can expand the service channel and increase the brand awareness by opening the wireless Internet music service, and secure the unique sound source service of the minihompy. The new revenue stream can be secured.

In addition, according to the present invention, the mobile carrier can increase sales through a new music service utilizing the brand awareness of the mini homepage, start a real-time wired / wireless linked live music broadcasting service, and secure additional sales channels for the existing service. There is.

In addition, according to the present invention, the relay system may increase sales due to the expansion of the mobile service provider music service channel, increase awareness, and then develop various music services.

In addition, according to the present invention, the user side can use the mini-hompy music service anytime and anywhere through the mobile service, and there is an effect that can be heard through a mobile phone or the like without repurchasing the sound source purchased through the mini-hompy. In addition, the user side can solve the memory limit problem of the terminal by using a real-time streaming method instead of the conventional download method.

Claims (18)

delete delete delete delete delete delete delete delete delete delete delete delete A login step of confirming membership by accessing and logging in to the mini-hompy user database through a sound source playing application embedded in the terminal; A sound source list transmitting step of transmitting a sound source list of a specific member to a database server from the minihompy user database when it is confirmed that the user is a member through the login step; A sound source request and transmission step, wherein the database server requests a minihompy sound source database for the selected sound source from the sound source list, and the selected sound source is transmitted from the minihompy sound source database to the TCP / IP transmission server; TCP / IP transmission step of aligning and transmitting the packet of the sound source transmitted through the sound source request and transmission step; A sound source conversion step of converting the sound source transmitted through the TCP / IP transmission step into a mobile streaming sound source;  A network transmission step of transmitting the mobile streaming sound source converted through the sound source conversion step through a network; A wireless transmission step of transmitting, by the mobile communication company server, the mobile streaming sound source transmitted through the network transmission step to a terminal using a wireless communication network; A real time streaming step in which a sound source playing application plays the mobile streaming sound source transmitted through the wireless transmission step in a real time streaming manner; And a memory deleting step of deleting the played sound source from the memory of the terminal. delete delete The method of claim 13, And a relay database storing step of storing sound source information and user information in a database of the relay system after the wireless transmission step. The method of claim 13, The cost of performing the minihompy music box playing service method is a monthly fee method that is determined in advance by a specific fee on a monthly basis, a music usage method that allows a certain number of songs to be used per predetermined amount, and a pay-as-you-go method in which a certain amount is charged every time a song is heard. Any one of which is paid, payment method of mini-hompy music box, characterized in that the payment is made through a network. The method of claim 13, The live streaming step An information input step of inputting user information, songs to be played, and a file size; A wireless data buffering step of aligning the transmitted sound source into a memory; A codec decoding step of decoding the aligned sound source through the wireless data buffering step; And A minihompy music box playing service method comprising the step of playing a music to play a decrypted music file.

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