KR100871089B1 - Method and System converting from transaction information to music file and Recording media recording method thereof - Google Patents

Abstract

 The present invention relates to a method and system for converting information on a stock price fluctuation volume provided by a securities company into a music in real time or in a desired period or in real time using the Internet. A method of converting a file into a file, the method comprising: receiving transaction information and converting the transaction information into a music file, wherein the transaction information includes a transaction frequency, a transaction price, a transaction amount, and a trade item, and converts the transaction information into a music file. The converting step includes converting the elements of the transaction information into negative elements and converting them into negative elements, and the frequency of the transactions is negative and the transaction price is negative. Silver is the intensity of the sound, and the trade item is arranged to convert to the tone of the instrument.

By using this method, by providing the stock trading information aurally, the effect that the transaction information can be grasped and the decision can be made while performing other tasks.

music. Securities, trading, time signature, trading price

Description

Method and System converting from transaction information to music file and Recording media recording method

1 is a diagram illustrating an example of analysis of a chart;

2 is a schematic diagram showing a system for converting transaction information into a music file;

3 illustrates an example of a futures transaction;

4 is a diagram illustrating an example of quantization of a 32th note;

5 is a diagram illustrating an example in which a transaction price is expressed by a pitch;

6 is a diagram showing an example of expressing a transaction price in pitch,

7 illustrates time programming in Max / MSP;

8 is a view showing a representation of the transaction price / transaction volume in Max / MSP,

9 is a diagram illustrating programming of a transaction price and a transaction volume;

10 is a diagram illustrating a relationship between time, frequency, transaction price, volume, MIDI, and accompaniment;

11 is an overall flowchart of converting transaction information into a music file in the system of FIG. 2;

12 is a detailed flowchart of an input step for converting transaction information into a music file;

13 to 19 are detailed flowcharts of converting transaction information into music files.

<Description of reference numerals for main parts of the drawings>

100: customer terminal 110: server

120: securities firm server providing transaction information

310: transaction information processing unit

320: control unit of the service server for converting transaction information into music

330: control unit for transmitting and receiving transaction information as music

340: Customer management department for collecting the royalties of the musical service of the transaction information and customer management

350: music file conversion unit for converting transaction information into musical information

370: MIDI file playback unit for playing the transaction information music

The present invention provides a method and system for converting information on stock price fluctuation volume, etc. provided by a securities company to the music, in real time or in a desired period or in real time using the Internet, and a record storing the program. It is about the medium.

The present invention is also applicable to all types of transactions, such as oil futures trading, auction, without providing any special knowledge, and to provide a technology that can express such a transaction type in music under the same technical idea.

In general, the most representative type of direct investment is equity investment. Korea has nearly doubled its stock investment population since 2000. According to a survey by the Korea Exchange (KRX), as of 2004, the stock investment population was about 3.8 million, 16.1% of the economically active population, It corresponds to 7.7% of the total population. That is, the stock-investment population, which held 8-9% of the economically active population in the 1990s, dropped to 6% in 1997 when the IMF began, and then increased to 16% since 1999. In addition, the maximum daily trading value is 3-4 trillion won, and the total trading value for 2004 is nearly 560 trillion won. The average age of stock investors is around 45 years old, and those over 20 are known to be over 99%. Therefore, it is common to see stock investors around. For the healthy development of capitalism, it is desirable that the stock market develops and the number of stock investors increases, but the failure of individual investors is emerging as a problem. In particular, in the KOSDAQ market, where the proportion of individuals exceeds 90%, the average stock returns of the top 10 stocks are approximately -50%, indicating that most investors are losing money. The fundamental reason for the loss of individual investors is that their intelligence and analysis are inferior to foreigners and institutional investors, but the bigger problem is that they depend on their emotions rather than on rational judgment.

In general, the chart is a securities term that graphs the movement of stock prices and bond prices, and includes Japanese-style bar charts, American bar charts, and line charts. Chart is a basic tool for technical analysis.Bong chart is a method of making a chart using market price, high price, low price, and closing price which are the basis of price. It is divided into beginning salary, division salary and hour salary.

In addition, the most important factor in determining the type of bar chart indicating stock trading is the trading frequency and the trading volume. Technical analysis is a technique that deals with when to buy or sell at a time by predicting the price fluctuations of the entire market or individual stocks in order to maximize the return on investment. Basically, assuming that the stock price pattern of the past will continue to be applied, the average stock price of 1 month, 3 months, and 6 months will be calculated, and the stock price will be predicted using the moving average line and the deviation degree. Analysis of this chart is as shown in FIG.

As a conventional technique related to such a stock transaction, a beep is output when a stock price changes below or above a set price range, or a specific item is selected by accessing Japanese Laid-Open Patent Publication No. 20003- 296476, which provides transaction information. Japanese Patent Laid-Open Publication No. 2002-133111, which converts the name or company name of the item, the current market price, and the like into voice, is disclosed.

In addition, Korean Patent Laid-Open Publication No. 2002-0015198 (published on Feb. 2, 2002) is a system for converting securities related information into a voice, and provides a large number of securities information providing sites and news providing securities information. The securities information and news service server and the securities information and the securities information and / or related news which are collected by the client from the providing site, the plurality of securities information providing sites and the plurality of news providing sites, and transmitted to the client. In the system consisting of a client receiving the stock information and the news in the type and form set by the stock information and the news service server, by setting the type and display form of the news itself, providing transaction information by voice. Stocks set up by clients, to rise / Receiving a drop flag, a current price from the stock information providing site, segmenting the phonemes of the stock item names, extracting the notes and the rhymes from the database in order, and voice synthesizing the stock item names using the extracted notes and the rhymes Combining the steps of: numerically decomposing the present price, extracting a rhyme and a phoneme from a database in the order of decimal, and synthesizing the present price numbers, voice synthesizing the stock item names, and voice synthesizing the numbers. A method of providing real-time securities information and / or news service is provided, comprising synthesizing a complete voice stream, transmitting the stream to a sound output subordinate device, and uttering the corresponding stock item information by voice.

Further, a method of converting transaction information into a music file is disclosed in Patent Application No. 2005-0032309 filed on April 19, 2005 by the present applicant.

However, it is well-known that it is not only the field of providing a synthetic audible synthesized sound for the stock trading status item information as described above, but also the conversion of texts desired by a user such as a telephone number guide to voice. In particular, in providing transaction information, the conventional technology known as described above, or the provision of such stock information, relies on visual information only by changing a specified element into an audible sound only for a specific selected element. It suggests an advanced method of acquiring stock information, and helps visually impaired people who cannot grasp stock status, and can visually grasp desired stock information while performing other tasks visually. There is a point, but this is simply the current fragment information, that is, the original It will have only to listen to trade stocks, current speech synthesis of the selected companies.

 In addition, even if the transaction information is input acoustically by the above-described conventional method, it can only audibly listen to the instant information such as the transaction volume and the amount of the settlement at the selected moment, and can identify the continuous information or flow for the decision making. No audio information can be provided. In addition, even if auditory information is provided, customers who need to make decisions in a complicated and chaotic environment due to voice synthesis or only beeping or warning sounds should listen carefully to the auditory information input by voice. Efforts should be made to analyze this. The stress of paying attention and effort is so great that you will not pay attention to such auditory information and miss transaction timing.

In addition, it is impossible to grasp securities transaction information at the same time as other tasks, as it is necessary to look at the monitor that provides the transaction information visually or visit the store in order to grasp the trading status of a particular stock in real time while performing other tasks.

In addition, in the conventional technology, there is a problem in that only the fluctuation of the stock price is displayed as music, and the trading situation of the specific trading item desired by the customer cannot be known in detail.

An object of the present invention is to solve the problems of the prior art as described above, and extracts important variables such as trading price, trading volume, trading frequency, trading item, etc. of the total transaction information, and converts these variables into music data The present invention provides a method and system for converting transaction information that can be played by a desired musical instrument into a music file, and a recording medium storing the method.

 Another object of the present invention is to change the transaction information to music, when a fund manager, investor, etc. (hereinafter referred to as "customer") to make a transaction, the interest of the transaction is delivered to the music to concentrate for a long time in a stable and pleasant atmosphere The present invention provides a method and system for converting transaction information into a music file and a recording medium storing the method.

Another object of the present invention is to properly express the key aspects of the transaction, such as transaction price, transaction frequency, transaction volume, trading item, etc. with music, and can express the aspect of the transaction well, and the music information so expressed in parallel with the existing visual information The present invention provides a method and system for converting transaction information into a music file to increase the winning rate of a transaction and a recording medium storing the method.

In order to achieve the above object, a method of converting transaction information into a music file according to the present invention comprises the steps of: receiving the transaction information and converting the transaction information into a music file. And converting the transaction information into a music file, wherein the transaction information includes a transaction frequency, a transaction price, a transaction amount, and a trade item. And combining the converted elements of the sound into a sound, wherein the transaction frequency is negative, the transaction price is higher and lower, the transaction volume is negative, and the trading item is converted to the instrument's timbre. It features.

In the method of converting the transaction information into a music file, the converting the transaction information into a music file may include converting the converted pitch and the intensity of the sound into a musical note, and expressing the music by time of the transaction. The method may further include converting the file to a file.

In the method for converting transaction information into a music file, the transaction information may be real-time transaction information.

In the method for converting transaction information into a music file, in the converting to the music file, the transaction frequency representing up to 1/100 second is quantized into a 32th note, and the transaction price is converted into a pitch. The average pitch of the trading period, the closing price of the previous day, the starting price of the day, the starting price of each hour is the pitch of the reference, and converting the trading volume to the negative size is equal to the maximum trading volume or the minimum trading volume in the trading period, or the average of the trading volume of the previous day. Characterized in that divided into eight around

do.

In the method for converting transaction information into a music file according to the present invention, converting the transaction frequency into a negative speed is a confirmation step of confirming whether or not the transaction information within a specific time from the reference time, the transaction information in the confirmation step A first confirmation step of confirming the length of the first note, a first transaction information confirmation step of confirming the presence or absence of transaction information between a specific time after the first confirmation step, and confirming the first transaction information. After the step, the second transaction information confirming step for confirming the presence or absence of the transaction information between the specific time, the fourth note length to confirm the presence or absence of the transaction information between the specific time after the second transaction information confirmation step And repeating the third transaction information checking step for confirmation.

In addition, in order to achieve the above object, a system for converting transaction information into a music file according to the present invention is a system for converting transaction information into an audible music file, comprising: a receiver for receiving transaction information, and transaction information received from the receiver; A transaction information processing unit for processing input transaction information for extracting transaction information corresponding to a phoneme, a music file conversion unit for converting the processed transaction information into a music file, and a change table for converting the extracted transaction information into phonemes A storage unit for storing transaction information phoneme conversion data, customer information, and received transaction information or a converted music file, and a transmission / reception control unit for controlling communication through a wired / wireless communication network such as a securities company or a customer or a certification authority or a financial institution. Of the server to control the components of the server, such as the transmission and reception control unit, the music file conversion unit It includes a fisherman, the transaction information has a transaction frequency, a transaction price, a transaction volume and a trading item, the transaction frequency is negative fast, the transaction price is negative high and low, the transaction volume is negative intensity, the trading item of the instrument Characterized in that the tone is converted.

In addition, in order to achieve the above object, a recording medium recording a program for converting transaction information into an audible music file according to the present invention includes receiving the transaction information and converting the transaction information into a music file, The transaction information includes a transaction frequency, a transaction price, a transaction volume, and a trade item, and the converting the transaction information into a music file includes converting the elements of the transaction information into negative elements and converting the negative elements. It comprises the step of combining into a sound, the transaction frequency is a fast sound, the transaction price is the pitch of the pitch, the volume of the sound, the trading item is characterized in that the conversion to the tone of the instrument.

The above and other objects and novel features of the present invention will become more apparent from the description of the specification and the accompanying drawings.

EMBODIMENT OF THE INVENTION Hereinafter, the structure of this invention is demonstrated according to drawing.

2 is a block diagram of a transaction information and news service system according to the present invention.

2, the securities information providing site 120 is a securities company that currently provides information on securities through the Internet, the stock exchange, Korea Securities Computerization, etc., the security certification institution is the Korea Computer Center, etc., financial institutions are commercial banks And special banks.

The server 110 is a server system for retrieving and storing, in real time, transaction information including a stock price from a stock information providing site 120, for example, Korea Securities Computing, which the customer 100 requests from the entire information. In the form of requesting real-time or historical data, it transmits to the customer 100 through a wired or wireless communication network such as the Internet or a dedicated communication network.

Hereinafter, the configuration of the server 110 will be described in detail. The server 110 processes the transaction information received from the transaction information site 120 (hereinafter referred to as "the securities company") such as a securities company, extracts by element or performs an operation according to the conditions set by the server operator, and receives the received transaction. Securing information processing unit 310 for filtering the transaction information necessary to compose music data among the information, the customer management unit 340 for processing the identification or billing of customers in connection with security certification institutions or financial institutions, processing Music file converter 350 for converting the transaction information into a music file, transaction information phoneme conversion data having a change table for converting the extracted transaction information into phonemes, customer information, received transaction information, converted music files, etc. Storage unit 360 for storing the information, the playback unit 370 for playing the music file converted by the music file conversion unit 350, the Internet, such as securities, customers, certification bodies, financial institutions, etc. Transmitting and receiving control unit 330 for controlling the communication through the wired and wireless communication network, the transmission and reception control unit 330, the music file conversion unit 350, including a control unit 320 for controlling all the components of the server, and performing electronic commerce Other components necessary for this purpose are not described in detail, but data storage devices capable of conducting electronic commerce, software for communication, input / output devices and sheet music data for processing, editing, searching, displaying and outputting data, etc. Is a server having a configuration such as a device for converting a file into a MIDI file and playing it back with a sound player.

Hereinafter, a process of converting transaction information into a music file will be described with reference to a flowchart shown in the drawings. In the flowchart of the present invention, a security authentication process for confirming the identity of a customer, an ID check for member management, and a billing process related to payment of royalties according to the use of the service of the present invention are known in the electronic commerce system and method. Since it utilizes the same or similar known techniques to perform in the specific description is omitted.

First, in order for the transaction information to be displayed as music, it is necessary to extract variables that change in the transaction information, ie, stock price change, transaction frequency, transaction volume, and trade item. Such transaction information should correspond to (or correspond to) a phoneme consisting of the pitch of the note, the pace of the note, the intensity of the note, the tone of the instrument, etc. (hereinafter, the four phonemes are added for the convenience of explanation). In addition, in order to express music, the pitch of the note, the intensity of the note, the speed of the note, the tone of the instrument can be displayed as the note. Accordingly, the transaction price, transaction volume, transaction frequency, and trade item of the transaction information at a moment must correspond to corresponding elements for representing each phoneme (hereinafter, referred to as phoneme for convenience of explanation) corresponding to the note.

Normal trading frequency is how often a transaction occurs. If you look at the tick data in the real-time information of the transaction, it displays up to 1 / 100th of a second. If you convert it musically, you can express the frequency of sound, that is, the speed of the sound and the tempo.

이며, 16분 음표 한 개는 0.25초가 소요된다.However, in music, the tempo is relative, so it is important how many notes are sounded in one second. If a transaction occurs four times in one second, you can express it as 4/4 beats at MM ♩ = 60.

One sixteenth note takes 0.25 seconds.

Given that the human ability to audibly separate notes can be up to 20 per second, it is possible to express up to approximately 64th notes, but it is extremely rare for a transaction to occur more than 10 times per second. Expressing real-time transaction information with negative speed has the potential to be quite musically transformed. One problem is that if the tick data displayed up to 1 / 100th of a second is expressed as a score, the time signature is too complicated and the sound is not musical.

 The triplet notes and five-note notes for the four-, eight-, sixteen-, and thirty-second notes of the two-time series that can be distributed in one second are heterogeneous beats, which can be used as a signal for trading fluctuations according to technical analysis. .

3 is a diagram illustrating an example of futures trading. 09035790 displayed in the time item of FIG. 3 is displayed at 9: 3: 57 seconds 90 to 1/100 seconds, and only 6 transactions occurred in the 58 seconds. If this is quantized to a thirty-second note, it can be displayed as a score as shown in FIG.

 In addition, musically expressing the transaction price can respond when the price rises and the tone goes down when the price goes down. Although the price and fluctuation of the transaction are different for each item, the maximum price and the lowest price can be found in the range of analysis, so the price formation range can be mapped in 128 steps to correspond to MIDI. That is, an example in which the transaction price is expressed by the pitch is shown in FIG. 5.

However, if it is lower than 24 (C1) or higher than 120 (C9), it is difficult to distinguish the height of the sound, so the scaling range can be left to the user's choice.

In addition, with regard to trading volume, investors may be nervous if a large amount of trading is concluded at one time even if the trading does not occur frequently. At this time, the transaction volume may be expressed as a negative intensity, and most simply, the transaction volume of the futures concluded between 1 and 200 may be expressed in eight steps as shown in FIG. 6.

However, it is difficult to recognize the change in sound intensity if the peak and peak volumes of trading volume are large. There are two possible solutions to this problem.

First, you can use a change in timbre to use dark and thick sounds when the sound is low, and bright and sharp sounds when the sound is high. Second, the exponential function can be introduced to allow the loudness to change significantly at a more sensitive price point. However, rather than expressing a strong signal, due to the sudden change in loudness, a musically appropriate volume change occurs so that the user can fine tune the information while listening to music.

Next, the process and results of the simulation to express musically the trade frequency, the trade price, the trade volume and the trade item as defined above will be described with reference to FIGS. 7 to 10.

 FIG. 7 shows the time programming in Max / MSP, FIG. 8 shows the representation of the transaction price / volume in Max / MSP, FIG. 9 shows the programming of the transaction price and the transaction volume, and FIG. 10 shows the time-frequency-trade price. It represents the relationship between volume, MIDI, and accompaniment.

Using the object of calculation of Max / MSP, you can make time progress from 9 o'clock to 15 o'clock when actual stock trading takes place, and divide the number generated by the clocker into 10, 60, 120, 360, etc. You can advance time faster. Then, you can listen to the stock trading information that occurred in six hours in 36 minutes, 6 minutes, 3 minutes, 1 minute. However, if the information of 6 hours is compressed to 1 minute, the sound will be aggregated. Therefore, the number of data for a certain time should be summed or averaged to extract representative data and programmed to be output as sound within the limit that can be expressed musically.

Or, in the case of historical data, since the representative data such as 1 minute, 5 minutes, and 10 minutes already extracted can be easily obtained from the stock exchange, separate programming is not essential.

 According to the frequency of transactions occurring in the patcher created in FIG. 7, changes in the transaction price and the transaction volume may occur similar to the actual situation. In the case of the transaction price, control is divided into five steps (buttons f, g, h, i, and j) to set up a situation such as step-up, sustained-up, step-down, fall-down, and similar fluctuations. Since prices do not suddenly skyrocket in actual stock trading, the width of the price fluctuation can be set as shown in FIG. In the case of the transaction volume, the object computer was used as shown in FIG.

In Max / MSP, it is a general function to generate sound by controlling the sound card by extracting only the result number. In order to express the transaction information that is heard at a single rate musically, the accompaniment music using sfplay ~ was synthesized and the time information was used to synchronize the two musics.

As a result of programming the actual situation of stock trading with Max / MSP, it was able to deliver key information such as the trading frequency, trading price, and volume required by investors.

Hereinafter, the embodiment according to the present invention will be described in more detail.

That is, in the present invention, when the customer expresses the past data in music, the information of the past 1 second may be expressed in 1 second, and the information of 1 minute may be expressed in 1 second according to the user's setting. In Table 1, negative speed is expressed as MM (metronome meter) ♩ = 60, 4/4 beats, and corresponds to the rhythm according to the frequency of transactions for 1 second.

Table 1

An example of the correspondence between trading prices (market prices, low prices, high prices, closing prices) and negative pitches is shown in Table 2. According to the user's setting, a certain price is set as the reference value (106 = C5) and the pitch of the sound is distributed according to the difference from the reference value.

TABLE 2

In addition, in relation to the sound intensity, as shown in the example of Table 3, the trading volume (number of shares) of the left column can be matched to the negative size of the right column.

TABLE 3

In the present invention, the stock trading item can be matched to the tone according to the type of musical instrument.

That is, as shown in the example of Table 4, the trading item is listened to by the tone of the musical instrument in response to the stock trading item of interest to the implementer.

event instrument Samsung violin Hyundai Heavy Machinary piano Hyundai Motor Plot Shinhan Sho cello next trumpet Tops engineering saxophone Reigncom drum … …

Table 4

The above conditions are only one set point for the presenter to represent real-time transaction information (present data provided by KSE or a securities company in REAL TIME) as a music file, which is within the scope of the technical idea of the present invention. It can be changed and set selectively.

 Combining the variables associated with the note in the transaction information to make a single note, the system operator of the present invention generates the next note in connection with the period of the stock price information sampled from the transaction information to make a music file, and connect it It is formed of one music file data, which is reproduced as music using a known music file reproduction software and system.

The process of the music file is to utilize the process of generating a specific digital signal from a synthesizer known in the art to convert to a MIDI file to play. That is, a process of converting a digital signal corresponding to a note formed to correspond to a transaction variable into a MIDI file by converting the signal corresponding to the transaction information into a table or a database by the transaction information user as described above. . Software for converting digital signals into MIDI data, music data, in this field includes the trade name "MAX" (produced by the French Media Information Association, Cycling 74).

In addition, embodiments of the present invention can be modified in various forms.

For example, whether it is arranged, whether it is real-time or customer-specified, or if it is a customer-specified period, whether that period or the sound you want to listen to will listen to transaction information only at the pitch and strength of the sound, regardless of the length of the sound. , Or is it a sound that is arranged to reflect the length of the rhythm to a specific beat, or to determine the type of instrument to which you want to listen to the transaction information, or the type of instrument that represents real-time transaction information, the day before Various choices are possible, such as the selection of the displayed instrument, or the selection of the type of service or the instrument to be listened to at the same time.

Next, a method of converting transaction information into a music file and providing transaction information in music according to an embodiment of the present invention using an information communication network or system such as the Internet will be described with reference to FIG. 11.

In Fig. 11, a server (hereinafter referred to as "transaction information providing server for providing music" for converting transaction information into a music file and providing music) is referred to as "server" for convenience of explanation. Step of receiving available information such as customer request information such as item name, code number or company name (hereinafter referred to collectively as "item"), period, and transaction information from Korea Securities Computer, which you want to listen to music (S1000) To extract the transaction information of the desired period of the customer (S2000) and convert it to a music file (S3000), and transmits the converted music file to the terminal of the customer (S4000) to provide transaction information as music do.

For details of the step of receiving transaction information (S1000), as shown in FIG. 12, the server 110 analyzes customer reception request information received from the customer (S1100), and the customer selects a period or a condition required by the customer. Accordingly, by accessing the real-time transaction information to the Korea Stock Exchange or other transaction information database (S1200), and receives the corresponding information, such as stock transaction data (S1300).

Generally, a service company that provides transaction information analyzes the stock price information according to the period of 1 day, 1 week, 15 days, 30 days, 45 days, 60 days, etc., and concludes the price by the bar graph or the line graph. It provides data and provides real-time trading status in Korea Stock Exchange and Stock Exchange.

Although not shown in FIG. 11, if data is not extracted in the step of extracting data, the steps may be repeated a predetermined number of times until the data is extracted, and a step of requesting to change a requirement from a customer may be performed. Can be.

13 is an embodiment of a specific flow in which transaction information is converted into a music file. First, the server 110 grasps the desired information from the customer information and filters and extracts only the information necessary to convert the input transaction information into a music file (S3100).

Necessary information given by way of example in the present invention is the trading price, trading time, trading volume by trading time, trading item and the like. The server 110 performs a customer request sound identification step (S3150) to determine whether the customer wants a simple sound or arrange the sound from the customer information (S3150), and whether the transaction that the customer wants to listen to is a real-time transaction or a transaction occurred in the past. Perform a transaction type checking step (S3160) to check. In the above, the order of identifying the customer request sound (S3150) and the transaction type checking step (S3160) may be changed as necessary.

According to the confirmation in step S3160, in the case of real time, the speed setting step according to the trading frequency (S5000), the step of setting the pitch of the sound according to the transaction price (S6000), the setting step of the sound strength according to the transaction volume (S7000), trading stock Tone setting step (S7500), if the transaction performance, the speed setting step (S8000) according to the transaction frequency, the pitch setting step (S9000) according to the transaction price, the setting step of the sound intensity according to the transaction volume ( S10000), setting the tone according to the trade item (S11000).

After that, each step is executed to determine the complete note (S12000).

Hereinafter, a description will be given with reference to FIG. 14 which shows real time data and historical data in a simple sound, which is a first embodiment. Table 5 below is an example of transaction information provided from Korea Securities Computerization.

Table 5

The information provided as shown in Table 5, the server 110 extracts only the time information in order to extract the transaction frequency among the above information, that is, a data distribution filter, and extracts the information in the closing price column from the transaction information provided for the time slot By using the transaction information, the transaction volume information is extracted for each time slot to extract the transaction volume (S3100 to S3200).

In other words, the customer sets a desired period or extracts real-time securities trading information provided by the current securities company. As described above, the server 110 performs a data filtering step of extracting desired information. The server performs a MIDI file conversion step of converting the extracted contract, transaction volume, transaction frequency, trading item into a music file, that is, a MIDI file which is a file that can be reproduced as music through a sound card known in the art. Will perform.

In the present invention, the closing price of the corresponding trading time is set to the pitch of the note for each trading time information of the trading information. That is, the highest price and the lowest price of a period to be converted into a music file are divided into 0 to 127 steps as shown in FIG. 5, and the pitch is displayed using the median value of the day as C4 of the MIDI information (in this case, Is the case).

When converting the real-time information into a music file, the closing price of the previous day can be set to C5 as shown in Table 3, for example. The price used as the reference sound can be freely changed to today's starting price, hourly starting price, minutely starting price, and the like according to the user's setting. When converting past data into music using the median value of the day as C5 of MIDI information, the server 110 first extracts the maximum and minimum values of the transaction price of the requested conversion period from the input transaction information and calculates the median value. A value extraction step is performed (S3200). In this case, in the case of real-time transaction information, the closing price is extracted for each input time zone and based on the previous day's closing price. Hereinafter, the process of converting real-time data will not be separately explained. Only the reference point is different and only the selection of the reference setting is different, but the conversion process is the same.

As a next step, the transaction price is converted into a negative pitch for each transaction time based on the note center value (S3300). This is shown in Table 6 below. That is, the highest price in the set period of the transaction information entered to convert the transaction information traded between 09:03:00 and 09:03:59 from 09:03:00 to 09:03 in the music file is 109.10. The price is KRW 102.70.

If it is divided into 127 steps, 102.70 won is the "0" step, and 109.10 won is the "127" step. As shown in the above table, when converted to the pitch of the sound corresponding to the MIDI data, C1 and G9 are respectively. Other fasteners correspond as shown in Table 6 below.

Table 6

Digital data displayed as electronic scores that display only negative heights in order of transaction time is temporarily stored. Temporarily stored data displayed only at the height of this note is transmitted to the MIDI command interpreter and can be reproduced as a voice of a voice or a musical instrument. In addition, the server 110 of the present invention is the electronic sheet music data of which the transaction price is converted to the electronic score of the pitch of the pitch, and the pitch is not reflected about the length (that is, the speed) and the scale of the scale. In other words, it is not set how many beats a sheet music.

In other words, it is electronic score data in which only the height of the note is displayed without the segmentation. Electronic sheet music is generated according to the electronic sheet music data. The magnitude of the digital value for the pitch of the sound can be converted by the system operator into a data format suitable for the MIDI file for compatibility or matching with the MIDI file, and if necessary, the signal for the pitch of the sound corresponding to the fastening value. You can also use this by setting the size of the table in advance.

In the present invention, the fastening price is divided into 128 steps, but if necessary, it is divided into 36 steps, and the highest price and the lowest price of the fastening price are divided into 36 steps, which are between three octaves. By using a mouse to place a note on five lines that can display three octaves displayed on the monitor by setting it to a familiar "degree", it utilizes a well-known electronic sheet music generating system, a technology in which the pitch value of the corresponding position is stored as a digital signal. . Therefore, data obtained by note-taking the closing price of each time can be stored, and data that can be input to this file reproducing unit and reproduced as music is stored. As described above, the transaction price is converted into a pitch using a known technique (S3400), and the server 110 determines the height of the tone according to the transaction price, thereby generating an electronic score in which the length is not displayed. . Thereafter, the step of setting the intensity of the volume for each note set only the pitch of the electronic score, i.e., the transaction volume at the amount concluded at the selected time to set the loudness of the set note in proportion to the transaction volume, is displayed according to the closing price. A sound size conversion step of the note according to the transaction volume for setting the sound strength of the note is performed.

In detail, first, the amount of transactions traded at the time at which the closing price is extracted is extracted (S3600). Based on the information of the transaction volume within the range that the customer has selected to convert the extracted transaction volume into the music file, as mentioned above, if the historical data is the past data, the minimum transaction and the maximum transaction are divided into eight stages, The loudness is indicated by mf.

In the eighth step, the transaction volume is applied mutatis mutandis to the step of indicating the loudness of the music score that indicates the loudness displayed on the score in eight steps, and the inventors artificially select the division step for explanation. It is just that. Therefore, it is possible to amplify the change in size so that the volume of the sound played by the speaker can be audibly sensed according to the volume of the transaction, and vice versa. will be.

TABLE 7

Table 7 shows the loudness of the note according to the above embodiment. In this case, the loudness according to the trading volume is relative and the louder the trading volume, the louder it sounds. The size of the digital value, which is the sound size data of the corresponding note, may be converted by the system operator into a data format suitable for the MIDI file standard for compatibility or matching with the MIDI file, and if necessary, in proportion to the reference sound corresponding to the transaction volume. You can also set the table of the tone size you set in advance and use it.

By setting the loudness according to the transaction volume as described above, the digital signal representing the loudness is set with the digital signal representing the pitch, and a note having one pitch and the loudness is stored (S3700). The first note in which one pitch and volume are set is the first note converted, which is a note for the transaction information of the time when the transaction of the desired period starts and the first transaction is made. The server 110 stores the note of the first transaction, and then receives the second transaction information and creates a note for the second transaction. This is to repeat steps S3170 to S3800, which is the initial note creation process.

When the second note is determined, the server plays the first note by setting the playing time between the first note and the second note as the transaction interval time period. In other words, the time between the start of the first note and the start of the second note is the gap between the first trading time and the second stock trading time. Therefore, the server 110 performs a step of storing and setting the pitch of the first note and the second note, the size of the note and the play time interval (S3900), and the server over the entire period that the customer wants to convert to a music file By repeating the above-described music file conversion process, a MIDI file having only the height of the sound, the size of the sound, and the playing time interval between the sounds is generated.

By performing the above steps, the transaction information generates the electronic score set according to the pitch of the note corresponding to the transaction price and the loudness of each note corresponding to the corresponding pitch and the fastness according to the interval of the execution time. The server stores the generated music file data of the MIDI format in the storage device of the server or transmits the data to the customer (S4000).

As an embodiment, the customer may set a certain transaction price, a transaction amount, and the like, and set a warning sound when the transaction closing price exceeds the predetermined trading price or the trading amount exceeds the predetermined trading volume.

These warning sounds can be substituted for the sound of the instrument used in stock trading and other instruments such as drums, trumpets, etc., and can also be set as water, firecrackers, etc. The music may be paused and expressed temporarily.

The generated MIDI music file data is stored in the storage unit 360 of the server or transmitted to the customer for playback. In the above process, the transaction information is converted into a music file in order of pitch, loudness, pitch, and tone. However, the present invention may freely select and convert the order as necessary.

The MIDI file conversion data of the transaction information input from the voice synthesizer, that is, the MIDI file reproducing software or the device according to the pitch and volume of the electronic score data generated as described above in the customer terminal, that is, the MIDI format data, is generated in the transaction period. Corresponding to the stock trading item selected by the customer in the player playing the MIDI, that is, the tone to reproduce the MIDI data set by the customer by the MIDI file reproducing unit at the height of the sound according to the predetermined closing price and the volume according to the transaction volume. Transaction information is reproduced as music according to a tone determined by the selection of a musical instrument or the like.

In addition, according to the trading item selected by the customer, the trading time is piano tone, the performance information is violin, and the same day trading information compared to real-time information is the price, and the background music is samba. You can select a different instrument to listen to. This simultaneous listening is possible through the selection and matching of the playback time in the reproduction process, which is a well-known technique in the digital sound reproduction technology for reproducing digital music, and thus the detailed description thereof is omitted.

Next, a case in which the customer, which is the second embodiment of the present invention, wants the arrangement sound and listens to the transaction information of the real time information (REAL DATA) will be described in detail with reference to FIG. 15.

As described above, the target transaction information such as the item is input from the transaction information that you want to listen to from the customer information, and whether the customer wants to listen to the arrangement in real time is checked in steps S3100 to S3160. Table 8 shows the data received in real time from the Korea Securities Computer Network.

Table 8

In the second embodiment, using the real-time information of Table 8, the music file is converted into two quarters of 4/4 beats by converting the data for 8 seconds from 09:02:25 seconds 00 to 09:02:33 seconds 00. Explain the process. In the above-mentioned real-time information in FIG. 12, as the transaction information is input from 09:02:25, 00, the transaction frequency is converted to fast, but the default tempo is MM. \ = 60 and 4/4 beats. The transaction information data representing up to 16th note and up to 1 / 100th of a second is converted into midi data, and is integrated and converted into units of 16th note (0.25 seconds). It is converted to sound, trade volume is converted to loudness, 1 to 200 shares are converted in 8 steps from ppp to fff , and trading stocks are converted to timbre.

First, the server 110 extracts the transaction information that the customer wants to listen to as a music file in real time from the data inputted from the Korea Securities Computerization to confirm the negative speed, and confirms the transaction information start time from the corresponding transaction information. In operation S5000, a reference time determination step of determining a reference time for converting the music file into a music file is performed. In the second embodiment, it is 09:02:25, 00 and 0.01 second in units of 1/100 second time. The server checks whether there is transaction information within 0.25 seconds from the time, that is, until 09:02:25 seconds (S5100). If there is transaction information in the above, the length of the first note of the first note of 4/4 beat, which is the sixteenth note, is determined as the sixteenth note (S5100). The server stores the note of the determined length in a temporary music file (S5120). In this second embodiment, if there is no transaction information within 0.24 seconds, the length of the first note is not determined, and step S5300 is described below. After the storage in step S5120, the server performs a transaction information confirmation step of confirming the presence or absence of transaction information between 0.49 seconds after 0.25 seconds from the reference time, that is, the transaction information confirmation step for confirming the second note length (S5130). If there is no transaction information in step S5130, if the following step S5400 is performed, the length of the second note of the first note of 4/4 beat, which is the sixteenth note, is determined as sixteenth note (S5140), and the length of the second note is determined. The temporary music file is stored (S5150).

After storing the length of the second note, the server performs a transaction information confirmation step of confirming the presence or absence of transaction information between 0.50 seconds and 0.74 seconds from the reference time (S5160). In step S5160, if there is no transaction information, step S5500 to be described below is performed, and if there is transaction information, the length of the third note of the first quarter of 4/4 beat, which is the sixteenth note, is determined as the sixteenth note (S5170), and the third The length of the note is stored in the temporary music file (S5180).

After storing the length of the third note, the server performs a transaction information confirmation step of confirming the presence or absence of transaction information between 0.75 seconds and 0.99 seconds from the reference time, that is, the transaction information confirmation step for determining the fourth note length (S5190). If there is no transaction information in step S5190, the music score appears as a 16-minute comma, but there is no length or height of the note, that is, stored as a music file without sound after the third note. If there is a transaction, the length of the fourth note of the first measure of the fourth quarter, which is the sixteenth note, is determined as the sixteenth note (S5200), and the length of the fourth note is stored in the temporary music file (S5210).

By performing the above steps S5000 to S5210, the transaction frequency for one second from the reference time is converted into the length of the note, and the note length for one second is determined in the temporary music file (S5220). That is, the length of the note corresponding to 1/4 of the note length, that is, one second, within a word of 4/4 beats is determined. In the second embodiment, if there is transaction information within 0.24 seconds, the first sixteenth note becomes four. The length of the note for the note for one second is fixed.

The server performs a process of confirming the presence or absence of transaction information between 1.00 seconds and 1.24 seconds from the reference time after determining the length of the sound by the transaction information for the first 1 second, and starting from the above-described step S5100. Repeat step S5220. After 4 seconds through the above repetition, if the length of the note appearing in 1 bar of 4/4 time is determined, the length of the note is determined as the transaction information is repeatedly inputted, and the frequency of the transaction is converted into the length of the note. do. If the transaction information is displayed within the 0.25 second interval within 4 seconds from the reference time, the first note, that is, the notes within 4 seconds from the reference time, completes the note length of the first 4/4 beat consisting of 16 sixteenth notes.

If there is no transaction information in step S5100, as shown in FIG. 16, the server checks whether there is transaction information between 0.25 seconds and 0.49 seconds from the reference time (S5310), and if there is an eighth note, If the length is determined (S5320), and if the above-described step S5150 is not performed, the step S5150 is performed by determining with 8-minute commas. Here, an eight-minute rest means that no transaction has been made between 0.49 seconds from the reference time, and there is no note, which indicates that the musical score, such as a MIDI file, is represented by a comma, ie, the time signature of the measure. This is to specify the relative length to determine the length of the note, which means that it is virtually silent. The concept of the comma is the same below.

If there is no transaction information in step S5130 as shown in Figure 17, the server checks whether there is transaction information between 0.50 seconds to 0.74 seconds from the reference time (S5410), if there is an eighth note length of the second note of the first word If it is determined that the length (S5420), and if the step S5180 is not performed, the step S5180 is determined by determining the eight-minute comma.

If there is no transaction information in step S5160, as shown in FIG. 18, the server checks whether there is transaction information between 0.75 seconds and 0.99 seconds from the reference time (S5510), and if there is an eighth note the length of the third note of the first node If it is determined that the length of (S5520) and the above step S5210 is not performed, the step S5210 is performed by determining with an eight-minute comma.

In the previous steps from S5000 to S5520, data input in real time from the Korea Securities Computation, etc. shown in Table 8 is reflected in the music file, that is, the length of the sound, which indicates the transaction frequency, for 8 seconds. One example of a converted version that reflects the size and height of the note is the score that shows the length of the note that can be played on the piano in Table 9.

 Table 9

In order to display the transaction performance information in a simple sound, the transaction information is converted into a temporary music file by the same process and method as in steps S3200 and S3400, which is a process of converting the closing price to pitch. In the second embodiment, one of the above-described methods for converting the fastening price to pitch is applied. For example, 105.90 won is converted to F sound and 105.95 won is converted to G sound.

In the second embodiment, the process of converting the transaction volume for 8 seconds from 09:02:25 seconds 00 to 09:02:33 seconds 00 using the real-time information of Table 9 above is negative. In order to display the information in a simple sound, the same process and method as in steps S3500 and S3600, which is a process of converting a transaction volume, are converted into temporary music files.

In the second embodiment, one of the methods for converting the transaction volume into the loudness is applied, and for example, 1 to 200 shares are divided into 8 stages from ppp to fff and converted as shown in FIG.

 From the above transaction information, the transaction frequency is negative, the closing price is high, the transaction volume is negative, and the trading item is converted to the tone. By performing the complete note determination step (S12000) shown in FIG. 13 having the four elements of the note, the speed of the note, the size of the note, the pitch of the note, and the tone, which are the steps of combining the notes represented by the height into data, the transaction information is a music file. After the conversion process is completed, the transaction information for 8 seconds from 09:02:25 seconds to 09:02:33 seconds of the transaction information shown in Table 8 is converted into a music file through the above-described repeated process. It is converted into a music file that can be reproduced with a beat piano sound, and this file is displayed as a score, which is the piano (real time information) score of FIG.

When a specific item is expressed, such as the sheet music played by the piano of Table 9, when such digital data is input to the MIDI file player, transaction information may be reproduced as a 4/4 beat piano performance.

In the present embodiment, the transaction frequency, transaction price, transaction volume, and trade item of the transaction information are converted into the length of the sound, the height of the sound, the size of the sound, and the tone, respectively, and the order is arranged in the order of the length of the sound, the height of the sound, etc. As described above, it is obvious that the present invention may be simultaneously performed according to the performance of a system for selecting or converting as needed, and the transaction frequency, closing price, and transaction volume extracted from one transaction information are negative length and negative height. The conversion of the order is the technical idea within the technical scope of the present invention as long as it can be converted into a MAL file having a size and a size.

It will be described a third embodiment for converting the past data, which is another embodiment of the present invention to the arrangement sound.

In order to explain the third embodiment, the server receives data transmitted in real time from Korea Securities and Computers as shown in Table 10. The difference between the third embodiment and the second embodiment will be mainly described, and the description thereof will be omitted.

Table 10

The server converts the trading frequency of a specific stock trading item from Table 10 above and converts it according to the transaction information inputted by trading time, that is, in units of 1/100 second, in the same process as in the first embodiment to convert the trading frequency to negative speed. When the transaction frequency of the section to be changed to the negative length is a difference between the type of information, that is, real time information or historical data, the process of converting the transaction frequency starting from step S5000 of FIG. 4 to the negative length. Is the same as

According to the needs of the practitioner of the present invention, when information on transaction frequency is provided for each period from the above transaction information, the transaction information from 09:00 to 09:20 shown in Table 10 is reduced to 20 seconds and played as music. In the case of MM ♩ = 60, 4/4 beats can be used to customize the rhythm according to the frequency of transactions.

It demonstrates centering on the conversion process shown in FIG. In Table 10, the transaction frequency of the 09:01 component is extracted (S8100), the note length set by the operator is extracted, and the first note is determined (S8200), and it is stored as a temporary file (S8300). In order to determine the length of the second note by extracting the transaction frequency between 01 and 02 minutes, steps S8200 to S8300 are repeated to determine the length of the note.

After confirming the length of the sound as described above, the transaction price for each time slot is extracted, converted into the height of the sound, and stored as a temporary music file. This is the same process as in the first embodiment. However, if you look at the standard table that converted the information of the transaction price in Table 10 to the pitch is shown in Table 11.

Table 11

In addition, the server extracts the transaction volume per minute, converts it to a loud size, and stores it as a temporary music file. This is the same process as in the first embodiment, so the description is omitted and may be selected according to the criteria of the operator. Table 12 shows the information that is converted to negative information.

Table 12

In the third embodiment, the transaction information for 20 minutes among the transaction performance information shown in Table 10 is arranged in the arrangement sound, and the music file has the same phonemes as the score for playing the piano in Table 13.

In the present invention, when the transaction information is converted into a music file or when the customer wants to listen to the desired conversion result at the same time with different musical instruments, as shown in Table 8 or Table 13, the real-time transaction information is a specific stock. The music file appears as a musical score played on a piano corresponding to the trading item.The music score appears as a music score that can be played on the flute for the previous day, and the transaction information for a custom date is converted into a music file that can be played by a saxophone. You can listen at the same time. Simultaneous listening targets can be converted to be audible at the same time by using not only different trading periods but also different types of instruments.

 Table 13

In the present invention, the specific description is not the same as the conversion process of the real-time information such as piano and the like, and the type of transaction information to be converted at any time is different, and the conversion process is the same and different. Modifications can be made through transformation, so detailed descriptions are omitted.

Therefore, the present invention includes a technical idea that a person skilled in the art converts transaction information into a music file, and it is obvious that an instrument item or a simultaneous, single conversion, etc. are included in the scope of the present invention. For this purpose, it is mainly focused on stock trading information, but it is obvious that it can be applied to all transactions in which important trading information such as trading time information, trading volume information, trading price, trading item, etc. appears.

In the present invention, as described above, a method for converting transaction information into a music file can be applied to a computer-readable recording medium by recording a program for converting the music file into a music file.

As mentioned above, although the invention made by this inventor was demonstrated concretely according to the said Example, this invention is not limited to the said Example and can be variously changed in the range which does not deviate from the summary.

That is, in the above embodiment, a method and system for converting transaction information into a music file and an embodiment of a recording medium storing the method have been described, but the present invention is not limited thereto. It can be provided by text or combined voice, respectively, and can be applied to all transactions such as stock trading, futures trading, and foreign exchange trading.

As described above, according to the method and system for converting transaction information into a music file according to the present invention and a recording medium storing the method, a customer such as a fund manager or the like can exchange the securities information and / or news information with text and / or voice. In the securities information and / or news service method and system that can be watched through the customer, the client can perform other tasks while the client performs the other tasks by auditing the stock trading information in order to understand the stock trading status of the desired item. The effect is that information can be identified and decision making can be made more efficient.

In addition, according to the present invention, when listening to the change pattern of the transaction by music, it is possible to more accurately grasp the transaction change pattern, or to feel the transaction change pattern from a different point of view, and at the same time a plurality of transaction status at the same time with the customer desired sound In addition, it is possible to listen to the music, which can maximize the efficiency of the work by introducing a transactional information to the transaction business that can help customers to conduct high-efficiency transactions in a pleasant atmosphere for a long time.

Claims (11)

In the method of converting the transaction information into an audible music file, Receiving the transaction information at a transaction information site; And converting the transaction information into a music file in a music file converter, The transaction information has a transaction frequency, a transaction price, a transaction volume and a trade item, Converting the transaction information into a music file Converting the elements of the transaction information in correspondence with negative elements; Combining the converted sound elements into a sound; Converting the converted pitch and sound intensity into a note, and converting it into a music file by indicating the time of the transaction; The transaction frequency is a fast sound, the transaction price is the pitch of the sound, the transaction volume is the intensity of the sound, the trading item is a method of converting the transaction information to a music file, characterized in that the sound of the instrument. delete The method of claim 1, The transaction information is a method of converting the transaction information to a music file, characterized in that the real-time transaction information. The method of claim 3, wherein In the step of converting to a music file, the frequency of transactions represented up to 1/100 second is quantized into 32th notes, Converting the transaction price to a negative pitch is based on any one of the average price of the trading period, the previous day's closing price, today's starting price, and hourly starting price, And converting the transaction amount into a negative size by dividing the maximum transaction volume or the minimum transaction volume into eighths or eighths based on the average of the previous day's trading volume. The method of claim 4, wherein The transaction frequency is converted to negative fast Confirmation step of checking whether the transaction information within a certain time from the standard time, A first determining step of determining the length of the first note if there is transaction information in the checking step; A first transaction information confirming step for confirming a second note length for confirming presence or absence of transaction information between a specific time after the first confirming step, A second transaction information confirming step for confirming a third note length for confirming presence or absence of transaction information between a specific time after the first transaction information checking step, And converting the transaction information into a music file after the second transaction information verification step, by performing a third transaction information verification step for determining a fourth note length for confirming the presence or absence of transaction information between specific times. . In the system for converting transaction information into audible music file, Receiving unit for receiving the transaction information in the transaction information site, Transaction information processing unit for processing the input transaction information for extracting the transaction information corresponding to the phoneme of the transaction information received by the receiving unit; Music file conversion unit for converting the processed transaction information into a music file, A storage unit for storing transaction information phoneme conversion data having a change table for converting extracted transaction information into phonemes, customer information, and received transaction information or storing converted music files; Transmission and reception control unit for controlling communication through a wired or wireless communication network with a securities company or a customer or a certification authority or a financial institution, And a control unit of a server for integrally controlling the components of the transmission / reception control unit and the music file conversion unit. The transaction information has a transaction frequency, a transaction price, a transaction volume and a trade item, The transaction frequency is a fast sound, the transaction price is the pitch of the sound, the transaction volume is the intensity of the sound, the trading item is a system for converting the transaction information to a music file, characterized in that converted to the tone of the instrument. A recording medium having recorded thereon a program for converting transaction information into an audible music file, Receiving the transaction information at a transaction information site; And converting the transaction information into a music file in a music file converter, The transaction information has a transaction frequency, a transaction price, a transaction volume and a trade item, Converting the transaction information into a music file Converting the elements of the transaction information in correspondence with negative elements; Combining the converted sound elements into a sound; Converting the converted pitch and sound intensity into a note, and converting it into a music file by indicating the time of the transaction; The computer-readable recording medium having recorded a program for executing the conversion frequency is fast sound, the transaction price is the pitch of the sound, the transaction volume is the sound intensity, the trading item to the tone of the instrument. delete The method of claim 7, wherein The transaction information is a computer-readable recording medium recording a program, characterized in that the real-time transaction information. The method of claim 9, In the step of converting to a music file, the frequency of transactions represented up to 1/100 second is quantized into 32th notes, Converting the transaction price to a negative pitch is based on any one of the average price of the trading period, the previous day's closing price, today's starting price, and hourly starting price, And converting the transaction amount into a negative size by dividing the maximum or minimum transaction volume into eighths or eighths based on the average of the previous day's trading volume. The method of claim 10, The transaction frequency is converted to negative fast Confirmation step of checking whether the transaction information within a certain time from the standard time, A first determining step of determining the length of the first note if there is transaction information in the checking step; A first transaction information confirming step for confirming a second note length for confirming presence or absence of transaction information between a specific time after the first confirming step, A second transaction information confirming step for confirming a third note length for confirming presence or absence of transaction information between a specific time after the first transaction information checking step, And after the second transaction information confirming step, the third transaction information confirming step for confirming the length of the fourth note for confirming the presence or absence of the transaction information between specific times is converted. .

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