KR100422477B1 - System and method for purchasing music disks during listening to music on the internet - Google Patents

Abstract

The present invention provides a system and method for purchasing a record while listening to music online. To this end, the present invention includes a music file DB, a purchase history DB, a web page file in a database of a server, and an audio player is driven when an Internet user accesses the server using a client browser. The driven audio player has a song information view function and a song bar function, so that the user can use it as information about the song or purchase immediately. Therefore, the Internet users can easily grasp the contents of the songs contained in the music, listen to the music, and have the effect of collectively purchasing goods in one place.

Description

System and method for purchasing music disks during listening to music on the internet}

The present invention relates to a system and method for purchasing a record while listening to music online, and more particularly, to a method and system for an Internet user to listen to this while an audio player plays music belonging to an arbitrary channel. To provide.

With the development of the Internet, there has been an increase in the number of Internet shopping mall sites that allow Internet users to conveniently purchase products regardless of time and space. In spite of the increase of internet shopping malls, existing internet shopping malls did not provide enough information about products to internet users. There were many cases of gaps.

Because the existing Internet shopping malls wanted to efficiently sell a variety of products rather than to fit the preferences of consumers, they simply did not provide anything to the Internet users other than catalogs, brief descriptions, or functions of the products.

The improvement is a method of allowing an internet user to determine whether to purchase a product after listening to a part of the album as shown in the screen of FIG. 1A.

In addition, by providing additional information about the album to the Internet users to find out the details of the product.

To briefly explain the product purchasing process, the webpage is provided to allow Internet users to find out what kinds of products they sell and then purchase them. The music is categorized by type, ie, song, pop, jazz. When the Internet user selects the song in the index section 110 showing the classification of .., etc., the list of songs is displayed on the right when the screen is divided into two frames.

If you click on the title of the favorite song, the information on the song and a screen for purchase are shown as the screen of this example. Here, the Internet user can click on "01. Singer" 130 to purchase or click the Add to cart 120 to listen to the contents of the song contained in this album. In response to this click, the audio player outputs the screen as shown in FIG. Therefore, it is possible for the Internet user to grasp the information on the recorded song, that is, the sound of the actual record such as the pitch and the sound.

However, despite this improvement, the user still has to take complicated steps as described above in order to grasp the contents of this kind of music, which still causes inconvenience. In addition, when you find a favorite song while listening to music, it is inconvenient to access the webpage for record sales and purchase the record.

The present invention has been made in view of the above-mentioned problems, and an object of the present invention is to allow the Internet users to purchase a product in one place together with listening to music when they want to grasp the contents of music included in the music.

In addition, the audio player broadcasts the music 24 hours in real time, and at the same time the Internet users can listen to the music while watching other songs.

Figure 1a is a screen example showing a web page that can be a record purchase in the prior art, Figure 1b is a screen example showing a screen for listening to sample music on a conventional record purchase web page.

2 shows a block diagram of the present invention implemented in a network.

3 is a view showing the contents of the table for designing the music file DB and purchase history DB of the present invention.

4 is a diagram displayed when an audio player is executed in a browser on a client computer.

5 illustrates a process performed between a server and a client while an Internet user accesses and receives a site providing a service of the present invention.

6A shows a screen of a web page where music can be selected and listened to by genre, FIG. 6B is an example of an audio player screen in which a song is executed in real time, and FIG. 6C shows a song information view window showing song information. FIG. 6D is a screen example showing a confirmation window for storing this in a magnetic storage when a song is selected, and FIG. 6E is a screen example showing a list of selected songs or albums.

The present invention provides a system and method for purchasing a record while listening to music online. To this end, the present invention includes a music file DB, a purchase history DB, a web page file in a database of a server, and an audio player is driven when an Internet user accesses the server using a client browser. The driven audio player has a song information view function and a song bar function, so that the user can use it as information about the song or purchase immediately.

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

2 shows a block diagram of the present invention implemented in a network.

The system of the present invention is roughly composed of a web browser of a client computer to be used by an Internet user to access the Internet, an Internet server for providing Internet services, and a database server for storing and managing data.

In this case, the client browser 200 is installed on a client computer, and may include a web browser such as Internet Explorer, Netscape, and the like, which are commonly used for personal computers.

The client's web browser 200 is connected to the Internet server 220 by the computer network 210, and the Internet server is also referred to as an HTTP server that processes requests and responses from the client using http (hypertext transfer protocol). . It serves web pages on the Internet. In order to process the corresponding information for the web page and the request by the client browser, the Internet server, which is the server side, is connected to the database server 230 to process the request and response of the client side.

The database server 230 frequently inputs and outputs data stored in a storage device such as a hard disk drive and transmits the extracted data to the client's browser through the Internet server 220.

Such stored data includes a music file DB 231 containing details such as song information, a purchase history DB 232 for storing information on purchases when an Internet user, as a member, purchases a record, and a web. And a web page file 233 composed of HTML documents that provide web pages to Internet users for browsers to read. Here, the web page file includes all web page documents provided by the Internet server 220 as well as web page documents that are first encountered when the user connects to the server. In particular, the web page file 233 includes a web page document including a function of executing song information, an audio player, and a function of supporting a purchase behavior to an Internet user. The web page document does not have to be a html file, but it can be a web page file in another language, such as Java, personal home page tools (php), or active server pages (asp).

3 is a view showing the contents of the table for designing the music file DB and purchase history DB of the present invention.

Several tables are required for the music file DB. If only the main part is shown, the artist table 300, the album table 310, the song table 320 and the like. These tables can be built using a language called Structured Query Language (SQL). In addition to this information, songs are converted to a format that can be recognized by the audio player and stored in a database, typically media files such as * .wma, * .axs, and * .asf.

First of all, look at the artist table creation

create table artist (

artist_code varchar (20) not null,

name varchar (100) null,

style tinytext,

...,

);

Here, artist_code represents an artist unique code. This does not allow duplicate values. Varchar (20) is a data type, which means a character variable, and not null means that an empty string is not allowed. name refers to the artist's name and style refers to the artist's genre. The style data type of style specifies tinytext for the text format.

Next, when creating the album table

create table album (

album_code varchar (20) not null,

title varchar (100) null,

style tinytext,

album_number

...,

);

Here, album_code represents an album unique code, which does not allow duplicate values. Varchar (20) is a data type, which means a character variable, and not null means that an empty string is not allowed. title is the title of the artist and style is the genre of the album. The style data type of style specifies tinytext for the text format. In addition, there exists an album_number indicating an album number.

Finally, when you create a table of songs

create table song (

song_code varchar (20) not null,

title varchar (100) null,

style tinytext,

song_number

...,

);

Here, song_code represents a song unique code, and duplicate values are not allowed therein. Varchar (20) is a data type, which means a character variable, and not null means that an empty string is not allowed. title refers to the title of the song and style refers to the genre of the song. The style data type of style specifies tinytext for the text format. There is a song for each album, and there is a song number song_number for numbering.

If you look at how the song unique code is constructed in detail, the artist unique code artist_code in the artist table and the album number album_number in the album table are combined to create the album unique code. It is composed of unique code song_code. That is as follows.

Song unique code (song_code) = artist unique code (artist_code) + album number (album_number) + song number (song_number)

Here, the album unique code (album_code) is made by adding the artist unique code (artist_code) and the album number (album_number).

For example, if the artist unique code is a0001 and the album number is a0002, the album unique code will be a0001a0002, and the songs of the album will each have a number, which is called the song number. The song unique code is a0001a000200004.

It is easy to know the unique code of the album that contains the song, as well as the unique code of the artist. And the album unique code is used to extract data from various types of albums in the shopping mall (the same album may come from LP or from CD, from cassette tape, etc ...) and query (sql). Because the shopping is done using the command used for the program, it is easy to access the album shopping mall only by knowing the song unique code.

The database of the song information is constructed in the same way as described above. When the Internet user purchases or adds a product such as an album by using the database of the song information, the purchase history database corresponding to each member is updated.

The following is how the purchase history database is implemented.

First, look at creating a member table.

create table member (

member_num int not null,

id varchar (10) not null,

password varchar (10),

...,

);

Here, member_num represents a unique member number. This does not allow duplicate values. And int is an integer variable in the form of a data type, not null means no empty strings are allowed. id means unique member ID and password means password.

Next, create member folder table

create table memberfolder (

memberfolder_num int not null,

song_code varchar (20),

song_title tinytext,

...,

);

Here, memberfolder_num represents a unique member folder number. This does not allow duplicate values. The rest is the same as that described in the music file DB.

Finally, if you look at the product list table creation

create table sellAlbum (

list_num int not null,

album_code varchar (30),

album_type varchar (50),

...,

);

Here, list_num represents a unique product list number. This does not allow duplicate values. album_type shows what type of album, tape, CD, ..., and the rest is the same as described in the music file DB.

The completed purchase history DB (232) will have a unique ID at the same time each member is subscribed to, and when viewing the album information while listening to the song is displayed by floating in a new window by the album code of the album table 310 at the bottom A list of album items (TAPE, LP, CD, DVD ...,) corresponding to the album will appear. The DB of the products is a product list table, that is, table "sellAlbum" 350. If you add a song (650) or album information screen in the album 650, the member folder, that is, the table 'memberFolder' (340) is stored with its own ID.

5 illustrates a process performed between a server and a client while an Internet user accesses and receives a site providing a service of the present invention.

An internet user executes a web browser 200 to access an internet server 220 having a main homepage on a website. Of course, the Internet server follows a process of undergoing an authentication process such as a login process to confirm whether the user is a member. In some cases, if the user is a non-member, the process of providing a procedure such as membership registration may also be rough. This authentication process, that is, the login process, may be performed only at the initial main homepage, but may also be performed during the browsing of each webpage. If an example of applying a specific web page to the authentication process is shown, a login screen is displayed by clicking "Dongk" 650 in the song information view window of FIG. 6C. When the Internet user logs in to the login screen and completes the authentication process, it is possible to configure a screen for purchasing a product or a method of providing a link button to a product purchase screen.

In this figure, a flowchart is assumed assuming that a login process is performed at an initial screen.

As the Internet user logs in from the initial main web page, the Internet server 220 transmits the corresponding web page from the web page file 233 to the web browser 200, and the web browser shows the genre classified by channel as shown in FIG. 6A. The screen is displayed (step S500). When the user clicks on the web page to listen to music on the desired channel (step S510), the Internet server 220 transmits a specific web page constituting three frames to the web browser 200.

As shown in Fig. 4, these three frames are frame a (400) in which the audio player is executed, frame c (410) corresponding to a control part for executing a song in the audio player, and the purchase is performed on the audio player. The control is made of a frame b 420 linked with the purchase history DB (232). And double frame b and frame c are not displayed on the screen as shown in FIG. 6B as hidden frames. That is, it is only used as an execution space for frame a.

In order for these frames to be displayed on the browser, a specific HTML document including frames a, b, and c is created, which defines the frames. The following shows a tag of a specific HTML document including a frameset defining the frames a, b, and c.

<html>

<head>

<title> !! T2R Music Player !! </ title>

</ head>

<frameset rows = 148.0.0 frameborder = 0 marginwidth = 0 marginheight = 0>

<frame id = a name = a src = a.html? aaa = xxxxx scrolling = no noresize marginwidth = 0 marginheight = 0 topmargin = 0 leftmargin = 0>

<frame id = b name = b src = "" scrolling = no noresize marginwidth = 0 marginheight = 0 topmargin = 0 leftmargin = 0>

<frame id = c name = c src = c.html? aaa = xxxxx scrolling = no noresize marginwidth = 0 marginheight = 0 topmargin = 0 leftmargin = 0>

</ frameset>

</ html>

Here, "<frameset rows = 148.0.0 frameborder = 0 marginwidth = 0marginheight = 0>" is a tag that creates several frames, and "rows = 148.0.0" wants to divide the frames in each frameset horizontally. When you do, set the height of each frame. That is, except for the first frame, the remaining frames b and c indicate that the size is 0.

When such a frameset is created, a tag is created for the frames to be included. First, the frame a part "<frame id = a name = a src = a.html? Aaa = xxxxx ...,>" is the frame ID. indicates that (id) is a and the source HTML document to be loaded in this frame is "src = a.html". In other words, a.html is the source file. And the "aaa = xxxxx" part shows the value of a certain genre, that is, the channel value, when it is loaded.

The second frame, frame b, is "<frame id = b name = b src =" "....,>". This indicates that the frame ID (id) is b and the source file is originally a blank page. However, after the frame a is loaded, the audio player executes a specific button for a purchase action, and the program b.html is loaded in the frame b. In this part, it is a space used to send purchase information to the server. After reading the song_code in frame c, it is checked whether or not to store it, and then the song is stored in the self storage (member folder). Of course, b.html is mainly linked to the purchase history DB (232) when purchasing a product, and is usually written in PHP as well as HTML documents.

Finally, frame c, the third frame, is "<frame id = c name = c src = b.html? Aaa = xxxxx ....,>". This indicates that the frame id is c and the source HTML document for this frame is "src = c.html". That is, when a frame a is loaded, it represents a value of a certain genre in "aaa = xxxxx". This frame can store song_code, switch channels and select the next song. It also executes control of the audio player in frame a with the code values for the audio file.

Here, a.html loaded in the frame a will be described.

The a.html is written as follows.

<html> <head> <meta http-equiv = pragma content = no-cache>

<title> !! T2R Music Player !! </ title>

<script>

.....,

function pressKey () {

case 32: playPauseClick (); break;

case 36: open ('http://www.????.com/index/main.html'); break; ......,

}}

document.onkeydown = pressKey;

function songInfo () {

....,

var ref = 'album info.html? code =' + parent.C.song;

window.open (ref, '', 'top = 0, left = 0, width = 600, height = 600, scrollbars = 1');

}

function playPauseClick () {....,}

function skipSong () {...,}

function intoFolder () {

var ref = "B.html? code =" + song_code + "title =" + thisSong;

.......,}

function channelChange (ch) {parent.window.location.href = 'player24.html? aaa = xxxx' + ch; }

</ script>

<script for = player event = "endofstream ()">

....,

</ script>

<script for = player event = "error ()">

parent.C.window.location.reload ();

</ script>

<script for = player event = "newstream ()">

thisSongTitle = document.player.GetMediaInfoString (8);

...,

</ script>

<head> <body>

<table border = 0 cellspacing = 0 cellpadding = 0 width = 300 height = 148>

...,

</ td> </ tr>

<tr height = 38>

<td background = .. / images / skin / statebg.gif align = center>

<object id = player width = 286 height = 24 classid = clsid: 22d6f312-b0f6-11d0-94ab-0080c74c7e95 type = application / x-oleobject onFocus = this.blur ()>

<param name = autoStart value = 1>

.....,

</ object>

........,

<td> <img name = ch001 src = .. / images / skin / ch001.gif border = 0 alt = 'Channel 1 (1)'> </ td>

<td> <img name = ch002 style = cursor: hand src = .. / images / skin / ch002.gif border = 0 alt = 'Channel 2 (2)' onClick = channelChange ('Channel 2') onMouseOver = this. src = '.. / images / skin / ch002over.gif' onMouseOut = this.src = '.. / images / skin / ch002.gif'> </ td>

............,

</ tr> </ table>

<table style = position: absolute; top: 87; left: 180 border = 0 cellspacing = 2 cellpadding = 0> <tr>

<td> <img style = cursor: hand name = muteBT src = .. / images / skin / nomute.gif border = 0 alt = "Mute On / Off (M)" onClick = muteOnOff ()> </ td>

<td width = 3> </ td>

......,

</ tr> </ table>

</ td> </ tr>

<tr height = 33>

<td background = .. / images / skin / controlbg.gif align = center>

<table border = 0 cellspacing = 0 cellpadding = 1 width = 294>

<tr>

<td> <img style = cursor: hand; name = playBT src = .. / images / skin / pause.gif border = 0 onClick = playPauseClick (); onMouseOver = ppBTover () onMouseOut = ppBTout () onMouseDown = ppBTdown () onMouseUp = ppBTup () alt = "Play / Pause (Space bar)"> </ td>

.....,

<td> <img onClick = intoFolder () style = cursor: hand; src = .. / images / skin / intofolder.gif border = 0 alt = "Add to My T2R ALBUM (Enterkey)" onMouseOver = this.src = "../ images / skin / intofolderover.gif" onMouseDown = this.src = "../ images / skin / intofolderdown.gif" onMouseUp = this.src = "../ images / skin / intofolderover.gif" onMouseOut = this.src = "../ images / skin / intofolder.gif"> </a> </ td>

</ tr>

</ table> </ td>

</ tr> </ table> </ body> </ html>

To illustrate this in turn, "function pressKey ()" is a function that specifies a shortcut. There are several shortcuts in this function. Some examples are "case 32: playPauseClick (); break;". When you press the space bar on the keyboard, the audio player pauses. In case of "case 36: open ('http://www.???.com/index/main.html'); break;", pressing the home key will cause "http: // www . ???. com / index / main.html "will move your web browser.

"document.onkeydown = pressKey;" is intended to detect whether an event is being pressed (a series of events between the user and the computer, for example, a mouse button click). That is, when an event of pressing a key occurs, the pressKey () function executes a case corresponding thereto.

The function "function songInfo ()" is for displaying the information of the song currently playing in the audio player in a new window. That is, as the screen example shown in FIG. 6C, not only the song being played but also the album and the information contained in the song are shown. This series of album information is already created as an HTML document in "album information.html" and is displayed as a new window using "window.open".

The function "function playPauseClick ()" has a function of playing and pausing the audio player, and is executed when "case 32" is selected in the function "function pressKey ()".

A function called "function skipSong ()" is a function that allows the audio player to stop playing a song and skip to the next one. It is executed when a case is selected in the function "function pressKey ()". The corresponding content is omitted to maintain the brevity of the specification. In the following description, some of the functional functions have been omitted.

The function called "function intoFolder ()" is responsible for executing the music bar add. That is, "B.html" is usually written in php, but it can be modified by using HTML document. When the song add button 650 or the song add button 623 is executed in FIG. 6B or 6C, "B.html" is in charge of storing a song in a specific magnetic store.

A function called "function channelChange (ch)" is responsible for changing the channel. In other words, "player24.html? Aaa = xxxx" is displayed as a character constant and changes to the next channel by adding the previous variable (ch) value to play the songs of the genre accordingly. That is, when an internet user clicks on a channel to be listened to among channel change buttons 624 for changing a channel, songs in a corresponding channel are played. Here, "player24.html" refers to an HTML document that generates FIG. 6B.

"<script for = player event =" endofstream () ">" is a function that is executed when the event ends. The title of the song disappears from the audio player and the next song is loaded.

"<script for = player event =" error () ">" is a function that is executed when an error occurs during the performance of the song. When an error occurs, it loads to play the next song.

The "<script for = player event =" newstream () ">" section is a function that is executed when an event starts playing a song. It includes the function of extracting a song title, playing a song or playing artist, and extracting a song title. There is a function to display in the player window. Among these, "thisSongTitle = document.player.GetMediaInfoString (8);" part extracts the title of the song.

"<object id = player ..., type = application / x-oleobject onFocus = this.blur ()>

The <param name = autoStart value = 1> ..., "section defines the tag section for the audio player window in which the song is to be played. From this point on, the general features of the audio player are shown. first

"<td> <img name = ch001 src = .. / images / skin / ch001.gif border = 0 alt = 'Channel 1 (1)'> </ td> ..........," This part of the audio player outputs a channel button, which when pressed, provides an image that provides the ability to switch channels.

The following descriptions show "<table style = position: absolute; top: 87; left: 180 ........., alt =" Mute On / Off (M) "onClick = muteOnOff ()> in the audio player. ..., </ table> "shows the image and function function for the volume output, and" <table border = 0 cellspacing = 0 .........., onMouseUp = ppBTup () alt = The "Play / pause (Space bar)"> </ td> "section shows the images and functions for the pause / play function. In addition to this, there are more functions such as Go to Next Song, View Song Information, Add Song Bar, and several functions.

Referring to the role relationships of each frame based on the above description, c.html is also loaded into frame c (410) as a.html is first loaded into frame a (400). a.html and c.html have the same genre value "aaa = xxxx" and "xxxx" as the basic channel (multiple pieces of music divided by genres), and frame c (410) is a music file DB (231). Query the style values input to each song from the song and extract and store the song code, which is one of the music of the genre, and request the performance to be executed in the frame a of the audio player. Accordingly, the frame a 400 loads a song code value from the frame c, and downloads a song corresponding to the cock code from the music file DB 2310 and executes it.

If the Internet player presses the Add Song Bar button while the audio player is playing, the program b.html, which has a direct add function, is loaded into the frame b (420), and the song code (song_code) stored in the frame c is loaded through the frame a. When it is confirmed whether or not to read and store it will be stored in the member folder in the purchase history DB (232).

As described above, as the web page is loaded into the web browser of the client, the frame a 400 outputs the audio player to the screen (step S520). Of course, when a specific web page constituting the three frames is loaded, frame a (400) and frame c (410) recognize the selected channel value, and the double frame c (410) is a corresponding genre from the music file DB (231). A random song is selected to extract a song code corresponding thereto (step S530). When the song code extraction process is completed, frame c (410) instructs the audio player in frame a to execute the selected song and stores the song code of the song (step S540).

Frame c determines whether the playing music in progress has ended, whether an error has occurred, or whether a skip button for skipping to the next song is executed (step S550). The next song is selected and designated (step S551).

If no event occurs in step S550, the audio player continues to play songs of the same genre in the selected channel. In this audio player, the Internet user can perform two functions.

The first of these is the case where the Internet user clicks the music information view button in the audio player (step S560). That is, when the song information view button 622 in FIG. 6B is clicked by the Internet user, the web browser creates a new window window and brings up an album information window (FIG. 6C) including the selected song being played there. Is distinguished by a specific letter color to be displayed together with other recorded songs (step S561). This album information window has various functions, and there is a link button to purchase screen where the album can be purchased.

The other second case is when the Internet user clicks the add song bar button in the audio player (step S570. That is, when the add song bar button 623 in FIG. 6B is clicked by the internet user, the web browser displays frame b (420). In step S571, a program of the add function is loaded into the page of step S), and the song code stored in the frame c is read through the frame a (step S572). The confirmation window 670 is displayed as shown in Fig. 6D, and the Internet user clicks on whether to select it, and when the confirmation process is finished, the frame b checks whether or not Song Song is selected (step S573). If the song is selected, the song is stored in the table of the member folder of the purchase history DB 232 in the database server 230 (step S574). When the end frame b is to display a list of songs or albums to his store (member folder) as also 6e (step S575).

FIG. 6A shows a screen of a web page where music can be selected and listened to by genre, FIG. 6B is an example of an audio player in which a song is executed in real time, and FIG. 6C shows a song information view window showing song information. FIG. 6D is a screen example showing a confirmation window for storing this in a magnetic storage when a song is selected, and FIG. 6E is a screen example showing a list of selected songs or albums.

In FIG. 6A, music is classified into genres to be composed of channel 1, channel 2, channel 3, ..., and each channel is subdivided into similar music. For example, Channel 1 is composed of web pages that allow the Internet users to easily select the desired music by alternative / pop ....., (600). In addition, each channel has a button 610 for listening to music, and when the Internet user clicks it, FIG. 6B is displayed. The audio player shows channel change button 624 for changing channels, pause button 620 for pausing play, skip button 621 for skipping to the next song, and information about the song being played. The song information view button 622 for giving, and the song bar put button 623 that can directly put the song to be played, and the like.

When the Internet user clicks on the song information view button 622, the screen of FIG. 6C is displayed, and information 630, an included song, and the like about the album corresponding to the song are displayed together with the selected song 660. Of course, the selected song is shown in a specific color to distinguish it from other songs. In addition, a check button 661 and a listen button 640 and a song add button 650 for containing a selected song are provided to select and listen to another recorded song.

In addition, when the user clicks the add song bar button 623 or the add song button 650 in FIG. B or FIG. 6C, a screen showing a confirmation window 670 for storing the selected song in a magnetic store (FIG. 6D) and the like. 6E shows a list of selected songs or albums stored via the confirmation window. Figure 6e has a number of functions are usually provided with a listen button 680 to listen to the song again, create an album to suit MY album 690 is provided.

As mentioned above, although this invention was demonstrated with drawing and Example, this invention is not limited to a specific Example, The person of ordinary skill in the art, many corrections and a change without departing from the scope of this invention. I will understand this possible.

In addition, the protection scope of the present invention will be defined by the appended claims.

According to the present invention, it is easy for Internet users to grasp the contents of music included in the music, and there is an effect of collectively purchasing goods in one place with music listening.

In addition, an audio player broadcasts music 24 hours in real time, and at the same time, an Internet user can listen to music while viewing other songs of the same album.

In addition, since the audio player has the information and the capturing function of the music being played, multiple web pages are not displayed on the web browser screen, thereby reducing the complexity of the Internet user.

Claims (6)

An Internet server that provides web page files received when an Internet user accesses using a web browser, a database server that stores and manages data and transmits data to a browser through the Internet server, and an Internet user uses a web browser. In the online record purchase system consisting of web page files received when connecting, The internet server The audio player frame on which the audio player runs, A song execution control frame for controlling a song executed in the audio player, In case of purchasing activity on the audio player, it consists of purchase execution control frame that controls purchase execution in connection with purchase history DB. The database server Music file DB which consists of artist table, album table and song table which contains detailed information about music, A purchase history DB, which consists of a member table, a member folder table, and a product list table, containing detailed history information performed by Internet users. Online record purchase system, characterized in that consisting of Receiving a signal for selecting a desired channel and music from an Internet user, The audio player frame outputs the audio player to the screen while the web page document is loaded into a web browser of a client; Extracting, by a song execution control frame, a song code of an arbitrary song or a selected song of the selected channel from a music file DB; The music execution control frame instructing an audio player in the audio player frame to execute a selection song and storing the song code; Loading a program of the add function into the purchase execution control frame when the add-to-song signal is received from the Internet user; Reading stored song codes from the song execution control frame; The purchase execution control frame displays a confirmation window to confirm whether or not the song is selected and stores the song in the member folder table of the purchase history DB in the database server. The purchase execution control frame displaying a list of songs or albums in a member folder; How to purchase a record online, characterized in that consisting of. delete delete The method of claim 2, If a song information view signal is received from an Internet user, displaying the album information window including the selected song being played on the audio player. How to purchase a record online, characterized in that it further comprises. The method of claim 2, The song execution control frame may be configured to determine whether a performance song in progress has ended, whether an error has occurred, and whether a skip button for skipping to the next song is executed; If any one of the above three events occurs, selecting the next song after the stored song code, The song execution control frame instructs the audio player in the audio player frame to execute the selected song and stores the song code. How to purchase a record online, characterized in that it further comprises.