WO2017018857A1

WO2017018857A1 - Vector system showing supply and demand of financial investment products, and method for same

Info

Publication number: WO2017018857A1
Application number: PCT/KR2016/008384
Authority: WO
Inventors: 백인성
Original assignee: 백인성
Priority date: 2015-07-30
Filing date: 2016-07-29
Publication date: 2017-02-02
Also published as: KR101643764B1

Abstract

Provided are a vector system showing the supply and demand for financial investment products, and a financial investment information provision method using same. An information communication terminal receives, from a financial information and computer centre, market price data of financial product items, and, from among these, outputs an index of holdings that are factors that enable the measurement of the change in the supply and demand of independently identifiable transaction agents, thereby generating a microeconomic character that can identify economic properties, such as resilience, of the supply and demand for each transaction agent, and a three-dimensional vector, comprising price, variation in supply and demand, and time, can be provided in a chart form on a Cartesian plane, thereby providing market price information. Thus, agent-specific transaction information is compared on a microeconomic graph, providing a chart and interface that assist in enabling decision making on the basis of an economic analysis model.

Description

Vector system and method for indicating demand and supply of financial investment products

The present invention provides a method and system for visually providing financial investment product information through an information and communication medium. The present invention distinguishes characters that can be independently identified based on the cumulative holding amount of trading agents for financial products, and compares and controls them with demand and supply cycles. Micro-economic finance that analyzes each character by applying microeconomic market theory to securities analysis by creating an interface that facilitates micro-economic analysis by comparing three characters The present invention relates to a vector system for displaying demand and supply of investment products and a method for providing financial investment information using the same.

In securities analysis, Wallace's equilibrium model and stock quote analysis seem to have nothing to do with it. The microeconomic theory can be used as one of technical analysis because it can be measured by representing the market as a graph. However, unlike macroeconomics that explain macro variables or quantitative analysis that uses financial indicators, it is not used in the securities analysis field at all.

On the other hand, as a technical analysis tool, it provides charts combining price and volume in various ways such as candle charts, bar charts, lenco charts, and even curves provided by most securities information services. Doing.

The reason why the field of financial investment analysis is treated separately from microeconomics lies in the characteristics of the volume display and the volume data in the candle chart most commonly used in the field.

In the most common technical analysis framework, prices are displayed as candle charts, and volume is created as a separate time view by providing a separate view of the histogram to provide a reference through an auxiliary view.

The supplementary curve, which complements this, is a chart showing the relationship between the market price and the volume of trading in the direction of the boundary system. Since it moves in the opposite direction of the clock (left turn curve), it is also called the curve, based on two theoretical backgrounds: the large correlation between the stock price and the trading volume, and that the trading volume precedes the stock price.

However, the curve still uses trading volume as an indicator, so it does not independently identify the trading entity as a buyer or supplier, and treats one stock as the target.

The biggest problem with trading volume that aggregates the daily trading volume in the stock market is that it does not identify the source of supply and demand. Another problem with the volume of trading data is that traders with the same daily (or specific period) volume trade with the same trader. Increasing turnover alone can greatly distort supply and demand.

Therefore, the volume of trading represented by the histogram on the existing candle chart or on the horizontal axis in the curve is an indicator that cannot measure the supply and demand independently.

On the other hand, as a conventional invention for displaying securities information in a three-dimensional chart, Japanese Laid Open Patent JP2003187078A marks each item on one three-dimensional coordinate system screen in order to compare a plurality of items with each other on an indicator designated by a user. It is used to mark, compare, and group similar items.

In Korea, Korean Utility Model Publication No. 20-2010-0007704 enables users to display complex charts on a single chart through a three-dimensional three-dimensional chart, allowing users to check chart information divided on multiple monitors on a single chart. The purpose is to facilitate information collection, analysis and judgment.

However, the above documents use three-dimensional graphs for the analysis of financial assets, but are simply used as a means of displaying a plurality of stocks or a plurality of charts, for the purpose of "simple display convenience" that facilitates information collection and analysis. In addition, there are limitations in not being able to incorporate or expand technical ideas, such as explaining specific economic models.

On the other hand, in the analysis of derivatives including options and ELWs, in order to explain the price fluctuations of options or ELWs according to the remaining period or volatility based on the Black Shoulders model, the asset analysis is carried out through a three-dimensional vector expressed as a formula in price analysis Sensitivity is displayed on the surface and used throughout the industry for stock and portfolio analysis.

However, financial investment products such as stocks, ETFs, and indices in general are composed of 3D screens as a means of simply displaying a plurality of information on one screen, and based on a specific theoretical basis such as derivatives, It is not possible to present a consolidation structure that can be used to specify the subject of display or to apply a micro-market balance model.

Based on a theory of microeconomics, a Wallace's stable situation or a theory based on the theory shown in Figure 12, problem consciousness that utilizes elasticity as a variable for explaining market prices is generally not suggested or applied in the field. I'm doing it.

Even in the Financial Investment Association's fund manager or analyst qualification exam, microeconomics is not included in the scope. In other words, there is no awareness of charts or interfaces to which microeconomic theory can be applied.

An object of the present invention is to provide a vector correction interface suitable for the analysis and a chart that can incorporate the theory explaining the market equilibrium price and the volume of trading and balance stability provided by the market analysis theory of microeconomics. A system and method are provided.

The volume of microeconomics is the quantity that indicates supply / demand at that price. In the field of securities analysis, trading volume is usually an indicator of the number of transactions in histogram. It is spelled "volume" like economics, but in a different sense. In the US, it can be divided into "Volume" and "Quantity."

The definition of volume used in securities analysis is the aggregate of the number of trades concluded in a given stock for a certain period of time.

first. Pooling and counting all closings in the target stock without identifying the trading entity.

second. The fact that the number of revolving trades generated by the same person for the same item is counted does not indicate the actual supply / demand intention.

Therefore, it is desirable to use data as an indicator that can identify trading entities independently and offset the trading. As a representative example, as shown in FIG. 4, in the individual items displayed together with the trading volume, vector data may be configured based on the change amount information of the trading subject.

Furthermore, the transaction results of the identifiable independent trading subjects should be divided into one or more characters, and it is necessary to configure them to compare / contrast changes of each character in the microeconomic dimension.

To this end, it is necessary to generate a three-dimensional vector with a reserve amount indicator that defines an appropriate quantity index for changing the price over time, and to configure the variable to compare the variables.

The most important mathematical conditions derived from this construction are:

In microeconomics, this is called the price elasticity of demand, and the detailed theory is developed based on this indicator. In addition, the elasticity variable is preferably displayed for each character in the chart so that it can be intuitively compared.

An important objective that can be achieved by constructing one or more characters to represent and compare / contrast three-dimensional vectors includes the balance of wallace or marshall through a chart based on the theory of comparison of the mathematical variables as shown in FIG. It is possible to indicate whether or not the mathematical condition for evaluating the stability of the micromarket is applicable.

On the other hand, since it is dynamic that the vector can change from time to time, it is desirable to provide an interface for changing the vector so that the user can specify the point of intersection at an arbitrary index.

Through such a combination means, the user can provide a display method through a three-dimensional vector so that the user can evaluate whether the corresponding item is regulated through Marshall or Wallace, and provides a combination means for distinguishing and displaying characters. The problem to be solved by the present invention is to provide a means for generating a synergy effect that can be applied to the field of microeconomics based on the securities analysis.

The configuration of the present invention for solving the above technical problem, in the system 10 for displaying the supply and demand of financial investment product information through the information communication medium, the financial information DB (database) 30 connected to the network 20 An information acquisition unit 11 for receiving information including price information of the financial instrument item and information on the amount of data of an independently identifiable transaction entity; and a character label to the transaction entity to identify supply and demand changes based on the amount of data. Character management unit 12 for generating a character; And a vector manager 13 for generating one or more vectors for each character continuously displayed on the user screen as a three-dimensional vector of price indicators, holding amount indicators, and time in a coordinate space. In the case of displaying, the cycle of supply and demand is displayed; through the correction management unit 14 for correcting the vector value so that the display is superimposed on at least one or more time points so as to enable contrast display between characters.

The information on the financial investment product item is for at least one investment financial product item among stocks, derivatives including futures options or index index, and the demand and supply characteristics indicated by one or more characters are the price P and supply of the item. Through Q data, elasticity of supply and demand,

It is a property defined by, characterized in that the data that can be visualized by the slope of the property.

In the present invention, an independently identifiable trading entity is supplied Q data having a property of measuring a change in holding amount, and is a trading unit unit (D1) or a program quantity (D2) including foreigners, individuals, and institutions, and each member company. The amount (D3) or the derivatives of each window is characterized in that the amount of data held by each trader in the form of at least one of the remaining balance.

In the present invention, in order to selectively display a transaction entity that can be independently identified on the user screen, an interface for displaying (F1) the name of one or more identifiable characters and whether to display the vector (F2) of the character on the screen It is characterized by including (F3).

In this case, when two or more characters are contrasted and displayed as in the graph of microeconomics, the correction of the vector is an adjustment of a three-dimensional vector whose variable amounts of information of characters having different scales are displayed to overlap each other at one or more points on the retention axis. In addition, the user interface U1 may be further configured to designate an index that is a reference point for matching the retention amount indicator with respect to a specific time point.

In addition, an interface F5 for adjusting the period range of the vector to be displayed on the screen, an index adjustment interface U1 serving as a reference point for correction for contrast display, an interface for adjusting the range and the reference index of the period displayed on the screen ( It is preferable that the display time and period can be set through F4) at least one of the selected interface units.

Here, the three-dimensional vector is a formula for correcting the deviation and scale of the scale between the axes is normalized by a unit vector.

Normalized using standard deviation,

By comparing the relative ratios based on the maximum and minimum values,

In addition, the vector is a formula or script using a mathematical, statistical, or financial engineering method by the user redefining the correction rule for the deviation or ratio correction or scale of the axis scale through the formula or script editing (L1) By generating additional indexes through the character can be configured to add / auxiliary vector of the character.

In the present invention, the three-dimensional vector is displayed as a continuous curve or figure in the Cartesian coordinate system, wherein each vector value is a chart in which the variance is displayed through the coordinate value or the size or color. When displayed in the three-dimensional coordinate system, it is characterized in that it can include a geometric calculation processing of rotation or zoom.

In addition, the financial investment information providing method for achieving the above object of the present invention is a method for providing financial investment product information through an information communication medium, price information and financial product items from the financial information DB (database) connected to the network; Receiving (P01) information including data on the amount of data of an independently identifiable trading entity; and assigning a character label to the trading entity to generate a character for identifying supply and demand changes based on the amount of data (P02); And generating (P03) one or more vectors for each character continuously displayed on the user screen in a three-dimensional vector format of price index, reserve amount index, and time in one or more characters in a coordinate space. In the case of displaying the jaw (P04), correcting the vector values so as to overlap each other at least one or more time points so as to enable contrast display between the characters (P05); and provides a chart that can measure the supply and demand through It is done.

In the present invention, the information communication medium is applied to a device including a PC, a web, a mobile or a dedicated terminal to display a micro-economic graph indicating the demand and supply cycle on the screen, and through the character information of the investment subject It is characterized by being able to evaluate the derived variables and characteristics by dividing them into the supply and demand subjects.

Advantages that can be obtained through the financial investment information system according to the method of the present invention

Each character can be identified by identifying them independently by simultaneously displaying three-dimensional vectors of one or more trading entities trading the corresponding item on a graph. By displaying three-dimensional vectors of one or more subjects on the graph, character differences can be compared and analyzed based on the microeconomic analysis framework.

When comparing two or more characters, select a foreigner as one subject, aggregate the corresponding supply and demand data, construct a three-dimensional vector, select another individual as a subject, and compare the characters based on the retention data for a certain period of time. It is possible to intuitively analyze whether asset price fluctuations meet the stability requirements of the microeconomic equilibrium, including Wallace or Marshall equilibrium.

In addition, in the case of displaying only one character according to the method of the present invention, it is possible to analyze the price by applying the circular model on the honeycomb theory or the Dow Theory, and separately display the character by character to display the Dow theoretical cycle step for the corresponding item. Can be evaluated.

1 is a block diagram showing the configuration of the financial investment product information system of the present invention.

2 is a flowchart illustrating a processing method of the financial investment product information system of the present invention.

3 is a screen displaying a candle chart displayed by an existing financial information system.

4 is a screen in which the existing financial information system displays the amount of information held by the trading entity.

5 to 11 are screens showing an embodiment of the information display of the three-dimensional vector implemented in the mobile according to the setting of the financial product information system of the present invention.

FIG. 12 is a schematic diagram illustrating Wallace equilibrium conditions in microeconomic theory.

13 is a screen showing an embodiment of the information display of the three-dimensional vector generated according to the setting of the financial product information system of the present invention.

14 is a screen illustrating an embodiment in which the financial product information system of the present invention manages a vector value.

15 is a screen showing an embodiment in which the financial product information system of the present invention receives a user formula.

FIG. 16 is a screen illustrating an embodiment of information display of a 3D vector implemented in a mobile device by using an interface E for adjusting a period range of a vector to be displayed on a screen in the financial product information system of the present invention.

17 and 18 are screens showing the rotation of the information display of the three-dimensional vector implemented in the mobile according to FIG.

19 is a vector management unit for generating one or more vectors for each character in the financial product information system of the present invention continuously displaying one or more characters in the coordinate space in the user screen as a three-dimensional vector of price index, reserve amount indicator, time ( Screen showing an embodiment of the information display of the three-dimensional vector implemented in the mobile by using B).

FIG. 20 illustrates an embodiment of information display of a 3D vector implemented in a mobile device by using an interface E for adjusting a period range of a vector to be displayed on a screen according to the setting of the financial product information system of the present invention according to FIG. 19. This screen is displayed.

FIG. 21 is a screen illustrating an exemplary embodiment used for information prediction by comparing slopes using information display of a three-dimensional vector which is rotated according to the setting of the financial product information system of the present invention according to FIG. 20.

In the system for displaying the supply and demand of financial investment product information through an information communication medium, an information acquisition unit that receives information including price information of the financial product item and data of holdings of the independently identifiable trading entity from a financial information database connected to the network. ; Character management unit for generating a character to identify the supply and demand change amount based on the amount of reserve data by assigning a character label to the transaction subject; And a vector manager for generating one or more vectors for each character that is displayed continuously on the user screen as a three-dimensional vector of price index, reserve amount index, and time in one or more characters in a coordinate space. In this case, the vector and the demand and demand of the financial investment product characterized in that it displays the characteristics and cycles of the supply and demand through a correction management unit for correcting the vector value to be displayed superimposed on each other at least one or more time points to enable the contrast display between the characters Provide a vector system for displaying supplies.

Hereinafter, with reference to the drawings will be described the logic and tricks, and the components and coupling method according to the advantages of the present invention and how comparing the characters through the configuration of the invention constitutes microeconomic thought.

FIG. 1 summarizes the overall configuration related to the supply and demand display system 10 of a financial product investment, which includes a securities item, an index index or a derivative selected by a user from a financial information data server 30 connected to a network 20. It is a system that displays demand and supply consisting of transaction information acquisition unit 11, character management unit 12, vector management unit 13, and correction management unit 14 of financial product items. Or it shows a system configuration for outputting a three-dimensional vector through an information communication medium including a dedicated terminal.

The system performs a process of generating a character chart according to the flowchart of FIG. 2. Obtain information on supply / demand changes according to the price of a transaction of a financial investment product through an information and communication media, including information on price of financial product items and data on holdings of independently identifiable trading entities from a financial information database (database) connected to the network. (P01) Receiving the amount of retention data through the step of receiving.

Existing securities chart providing method as shown in Figure 3 is represented by a histogram separate from the volume (volume), but is not displayed or used directly in the chart of the present invention is different from the existing invention or prior literature.

In the present invention, the quantity is based on the data displayed by distinguishing the recipients of the other transaction information as shown in FIG. 4. As illustrated in FIG. 4, an individual item or an index index is generally provided with information on the trading volume of individual, institutional, and foreigner D1 in the same trading unit, and data about the program D2 quantity is also displayed. .

In the art, too, there are no other combinations except for a table or a time series display method. In addition, independently identifiable trading subjects can be used as supply and demand data corresponding to economic volume, and can be classified into the following characteristics.

1. The trading entity unit (D1) including foreigners, individuals and institutions,

2. Program Quantity (D2)

3. Quantity of each member company window (D3) or

4. Derivatives are measured from accumulated results by providing data on the amount of stock held by each trader in the form of outstanding balances. Based on this data, each subject can be identified and represented on a chart by character.

The character becomes an object capable of evaluating the economic characteristics according to the following expression, which is an index derived therefrom as well as a vector of the index t and the price P and the transaction volume Q.

Through the step of generating a character to identify the supply and demand change based on the reserve data as described above (P02) to display the characters of individuals and institutions in the coordinate space continuously on the user screen in the form of price indicators, reserve indicators, time 3D vector Generating (P03) one or more vectors for each character.

In addition, in the case of displaying two or more character characters (P04), the vector is overlapped with each other at at least one point of view so as to allow contrast display between characters along with normalization between axes, so that a graph of microeconomics can be represented. By including the function of correcting the vector value of the two characters, it is possible to represent the character of supply and demand.

The logic in which the vector according to the chart system of the present invention can represent economic supply and demand is as follows.

In economics, demand refers to the desire or plan for economic agents to buy the goods in the context of their ability to purchase a good. Demand can be expressed as a relationship between price and demand on a graph, which is called a demand curve.

By using the cumulative data of the amount of stock, which is a characteristic component of the present invention, the historical demand curve of the quantity of purchase / sale of the corresponding product for a certain period of time is recorded.

In general, the direction of the downward downward demand curve is not actually or theoretically determined. An exception to the downward demand curve, which shows the inverse relationship between price and demand, is Kippen material, which demands upwards.

For example, demand for bandwagon or hoarding has increased due to rising prices. Likewise, the stock market's investment objectives may also have the property of Gifpen from time to time.

In addition, in the chart according to the method of the present invention, the increase in reserve may be displayed on the right or left side depending on whether the index t order is displayed in ascending or descending order as the camera viewpoint changes, so the direction of the supply or demand curve may be different. Can be. In other words, the supply / demand character is assumed to vary depending on whether the buyer's (buy) position or the supplier's (sell) position is changed.

In short, the concept of demand and supply curves in economics is a circular curve in the Cartesian plane that expresses a change in needs or plans as a market participant compares the holding utility and the opportunity cost in terms of a consumer and a supplier. to be. Charles Dow divided it into six phases in Dow Theory.

According to the present invention, such a sales agent is displayed as a character as a supplier demander, and a method of using a 20-day average value for economic analysis and additionally calculating noise to display a smooth supply and demand through additional calculations can be easily identified. Can be.

Based on this theory, in order to apply to financial investment analysis, the concept of economic transaction volume can be identified and identified, and it can be used as economic transaction volume data. You need to combine them so that you can.

The chart displayed according to the combination method is displayed in a form similar to that of the microeconomic coordinate plane of FIG. 12 which shows the market of the microeconomic price and trading volume axis as shown in FIG. 5.

As shown in FIG. 5, the present invention can use the indicators conceptually the same as the microeconomic coordinate plane based on the components and the method of combining, and analyze the corresponding concepts. In particular, the data of two or more trading agents are represented as a three-dimensional object (F2) to enable a microeconomic approach to compare supply and demand curves.

A trading entity called individuals and institutions shown in F1 of FIG. Show signs of increased or decreased reserves over time. Institutions can reduce the amount of stock held and individuals can increase the amount of stock.

The data for displaying FIG. 5 may be given in the form as shown in FIG. 4, and in this case, the retention amount should be reprocessed as a cumulative index separately. In addition, as shown in Figure 4, when combining discrete variables of each trading subject to be treated separately into a three-dimensional vector, the scale and the sign to be analyzed are different, so the method of combining them so that they can be contrasted while maintaining the character when scaling them. This is necessary.

It should also be provided for comparison by crossing at least one point. There is a need for a function that provides and manages correction equations for this purpose. A detailed three-dimensional vector normalization method can be represented using various mathematical normalization methods.

For example, you can normalize with a unit vector.

Normalized using standard deviation,

By comparing the relative ratios based on the maximum and minimum values,

In this case, the 3D vector may not only normalize the original data but also may remove unnecessary noise, display additional indices, or readjust the vector for comparison / contrast so that FIG. 7 may be displayed as shown in FIG. 6. It is desirable to include a management function.

Therefore, in the additional screen as shown in FIG. 15, the user may redefine the correction rule for the deviation or ratio correction or scale of the scale between axes through the equation or script editing (L1), or use the mathematical, statistical, or financial engineering method based on the basis vector. It is desirable to add the ability to construct additional / secondary vectors of characters by creating additional indicators through equations or scripts.

This generated vector can be seen what is more efficient when comparing Fig. 6 and Fig. Auxiliary scripts that smooth out irregular daily fluctuations can help pinpoint more accurate trends.

The vectors displayed through this method are shown in FIG. 5 to FIG. 11 in a form in which the corresponding characters can be contrasted so as to overlap at least one or more viewpoints as shown in one embodiment of the present invention.

Referring to the screen of FIG. 5, a character label is assigned to the transaction subject based on the reserve data (F1), and a name is displayed to identify the character vector F2 on the chart through color.

In addition, it provides a user interface (F3) for selectively setting whether to display on the screen among the displayable trading subjects to help select a trading subject.

In this case, when two or more characters are contrasted and displayed, it is preferable that the correction of the vector is displayed so as to overlap each other at one or more time points on the retention amount axis. Therefore, there is a need for a function of re-adjusting a three-dimensional vector having a variable amount of information of characters having different scales in advance.

The reference point that can match the reserve indicators based on a specific point of time is basically determined from the average level of the corresponding vector during the calibration process, but if the user wants to specify a point that is arbitrarily matched, the user interface (F4) that designates the index is selected. It is desirable to be able to include more.

If the user wants to narrow the analysis target period displayed on the screen or specify a range, it is desirable to provide a function of designating / adjusting the time range of the vector to be displayed. Although F4 of FIG. 5 is a user interface visible on the screen for simultaneously setting a range of dates and a coincidence index, it is possible to operate through a touch interface or scroll or gesture.

As shown in the chart shown in FIG. 6, it is preferable that all the traders corresponding to the equal personality are displayed unless otherwise selected as the initial setting. However, the user can select an independently identifiable trading entity to be displayed on the user screen so that the user can identify and compare one or more specific trading entities. Thus, it is preferable to include the function of displaying the names of one or more identifiable characters (F1) and selecting whether to display the vector (F2) of the character on the screen.

6 shown above represents only the auxiliary vector of the 20-day average line of the vector. As shown in FIG. 7, the actual data regarding the price and the amount of holding are irregularly changed like noise. Therefore, by applying the 20-day moving average to the cumulative reserves as well as the price, the data can be smoothly compared to the mathematical conditions (characteristic characteristics) of microeconomics.

The advantage of using three-dimensional graphics is that it is possible to observe prices at various angles through rotation or zooming, as shown in Figures 9-10. Depending on the perspective, the same demand curve can be expressed downward or upward.

Basically, as shown in the candle chart of FIG. 3 representing the price in time series, the price may be displayed in time series through the rotation of the view. In addition, even in a situation where the foreigners and the characters of the individual increased the amount of possession (demand), it is possible to compare who raised the amount of possession in FIG.

At this time, for the microeconomic analysis, the user may determine whether it is a marshallic or a wallaceous balance by looking at the difference in FIGS. 10 to 11.

In microeconomics, one of the analytical models through comparison of elasticity is the theory that explains the market stability and price change in the event of market imbalance. Representatively, the content of the Wallaceian adjustment process of the French economist Wallace is a theory explaining whether or not the balance condition and the return process (adjustment process) accordingly, as shown in FIG. This equilibrium condition is closely related to elasticity.

The following equation is a formula representing the price elasticity of demand in microeconomics and is a characteristic displayed by the character-specific vector of the present invention.

In other words, the mathematical (geometrical) condition of FIG. 12 is different from the elasticity of the supply side when the demand side is less than the elasticity of the supply side, and this is a wall-wise stability condition, thereby temporarily oversold oversupply or oversold. In other words, when excess demand occurs, the price adjustment process can be explained through the Wallaceal equilibrium path stabilized through the price adjustment process.

The financial product information system of the present invention checks the supply and demand information of a corresponding item by placing it on a three-dimensional screen, and utilizes an interface (E) for adjusting the period range of the vector to be displayed on the screen. By displaying only a part of the screen, the user can observe the initial price of the corresponding period through the screen of FIG.

When identifying a three-dimensional vector from a new angle through rotation, various securities analysis theories can be applied to analyze and predict prices. Therefore, the user can observe the three-dimensional vector through the rotation and predict and infer the change later. 16 shows the increase in the price after the reference date through the information display of the 3D vector implemented in the mobile through the display period setting of the interface for adjusting the period range of the vector to be displayed on the screen.

This three-dimensional vector can display the following price information as in the case of time series display.

In addition, this vector can be redefined by a user by redefining the correction rules for the deviation or ratio correction or scale of the scale between axes by editing a formula or script, or by a mathematical or statistical or financial engineering method based on an existing vector. The 3D vector may be visualized as a moving average line by generating additional indexes and constructing additional or auxiliary vectors D of the character.

As shown in FIG. 20, it may be simply displayed in time series, but in this case, it is a limitation of a general candle chart analysis method that a line is drawn on a candle chart and it is predicted to rebound by "forming support" as an arrow.

FIG. 21 is a screen illustrating an exemplary embodiment used for information prediction by comparing slopes using information display of a three-dimensional vector which is rotated according to the setting of the financial product information system of the present invention according to FIG. 20. Through the interface for adjusting the period range of the vector to be displayed on the screen, the index adjustment interface as the reference point for correction for the contrast display, and the interface E for adjusting the range and the reference index of the period, the retention amount is matched to a specific starting point. By constructing the screen, each vector can be divided into demand and supplier according to the change of reserves, so that the slope can be compared and the slope can be observed by contrasting the slope in the form of demand curve and supply curve. By displaying the screen, the space for microeconomic analysis can be identified to predict asset price changes based on price elasticity (εP).

In order to achieve this purpose, when the paths of change in retention amount of two beneficiaries are represented by two curves according to the method of the present invention, the slopes of the two subjects can be compared as shown in the above data.

Comparing the two characters displayed on the chart displayed according to the method of the present invention is to compare the mathematical conditions of the microeconomics by having the elements and functions capable of comparing and indicating the slope for estimating the price elasticity of demand Since it can be given meaning, new effects of combining securities analysis with microeconomics will be created.

The detailed description for carrying out the above is an exemplary implementation of the present invention. The actual implementation is not only a PC program according to the embodiment of FIGS. 13 to 21 described above, but also various information communication such as a web browser, a mobile application including a smartphone or a tablet. Applied to a medium and a terminal, it may be variously implemented according to a system specification or environment.

It will be understood by those skilled in the art that various modifications and changes can be made without departing from the spirit and scope of the present invention.

It can be used as an interface to apply the theory of microeconomics in the financial and software service industries that provide HTS, websites, applications or systems for analyzing financial assets through information and communication media. By displaying a vector representing a character determined by combining functions according to the method of the present invention, it is possible to provide a means for interpreting the chart based on Dow analysis and Wallace and Marshall's theory of microeconomics.

Claims

In the system for displaying the supply and demand of financial investment product information through the information and communication media,

An information acquisition unit which receives information from the financial information database connected to the network, the price information of the financial product item and the amount of data of the independently identifiable trading entity;

Character management unit for generating a character to identify the supply and demand change amount based on the amount of reserve data by assigning a character label to the transaction subject; And

And a vector manager for generating one or more vectors for each character continuously displayed on the user screen as a three-dimensional vector of price index, holding amount index, and time in a coordinate space.

When displaying two or more characters, the vector displays the characteristics and cycles of supply and demand through a correction management unit that corrects the vector values so that they are displayed superimposed on at least one point in time so as to enable contrast display between characters. Vector system for displaying demand and supply of financial investment instruments.
The method of claim 1,

Information on financial investment instruments is for at least one investment instrument of stocks, derivatives, including futures options, or index indices, and the demand and supply characteristics indicated by one or more of the characters are price P and supply Q A vector system for displaying the demand and supply of financial investment products, characterized in that the data can visualize the price elasticity (εP) of the supply and demand through the slope of the vector.
The method of claim 1,

Independently identifiable traders are supplied Q data that can measure changes in reserves.

First data of the trading entity unit, including foreigners, individuals and institutions,

2nd data of quantity per each member company window,

Third data of the program quantity,

Derivatives include at least one of the fourth data of the outstanding balance,

The supply and demand Q data is a vector system for displaying the supply and demand of financial investment products, characterized in that the amount of data held by each trading entity.
The method of claim 1,

In order to selectively display a transaction entity that can be independently identified on the user screen, the financial investment product further comprises an interface for displaying the name of one or more identifiable characters and whether or not to display a vector of the character on the screen System for displaying demand and supply of goods.
The method of claim 1,

In the case of contrast display of two or more characters, the correction of the vector is an adjustment of a three-dimensional vector whose storage amount information of characters with different scales is a variable so that they are displayed overlapping each other at one or more viewpoints on the retention amount axis, and the retention amount is based on a specific viewpoint. A vector system for displaying the demand and supply of a financial investment product, further comprising a user interface for designating an index that is a reference point for matching the indicators.
The method of claim 1,

The display point and time period can be determined by at least one of an interface for adjusting the period range of the vector to be displayed on the screen, an index adjustment interface that is a reference point for correction for contrast display, and an interface for adjusting the range of the period and the reference index. A vector system for displaying the supply and demand of financial investment products, characterized in that further configured interface unit that can be set.
The method of claim 1,

The three-dimensional vector is a method of normalizing the scale between axes to a unit vector to correct deviations and scales, normalizing using standard deviations, comparing relative ratios based on maximum minimum values, or editing of a user's equation. A vector system for displaying the demand and supply of financial investment products, characterized in that the user to set the rules to be displayed on a fixed scale in the coordinate system space by using at least one method of setting the rules.
The method of claim 1,

The 3D vector can be redefined by the user by redefining the rule or the correction of the deviation or ratio of the scale between axes by editing an equation or a script, or by using an equation or a script using a mathematical, statistical or financial engineering method based on an existing vector. Vector system for displaying the supply and demand of the financial investment product, characterized in that to create an additional / auxiliary vector of the character by generating a.
The method of claim 1,

The three-dimensional vector is displayed as a continuous curve or figure in the Cartesian coordinate system, and each vector value represents a demand and supply of a financial investment product, characterized in that the chart displays a variable value through coordinate values, sizes, or colors. Vector system.
The method of claim 1,

When the three-dimensional vector is displayed in a three-dimensional coordinate system, the vector system for displaying the supply and demand of the financial investment product, characterized in that it further comprises a geometric calculation processing of the rotation or zoom.
In the method for providing financial investment product information through the information and communication media,

Receiving information (P01) including price information of a financial product item and data of holding amount of an independently identifiable trading entity from a financial information DB (database) connected to a network;

Assigning a character label to the transaction entity, generating a character identifying a supply and demand change amount based on the amount of data held (P02); And

Generating (P03) one or more vectors for each character continuously displayed on the user screen in a three-dimensional vector format of price index, holding amount index, and time in a coordinate space.

In the case of displaying two or more character characters (P04), correcting the vector values so that the vectors are superimposed on each other at least one or more time points to enable contrast display between characters (P05). Financial investment information providing method using a vector system to display the supply and demand of financial investment products, characterized in that providing a chart.
The method of claim 11,

Information and communication media is applied to devices including PCs, web, mobile or dedicated terminals and displayed on the screen as microeconomic graphs showing demand and supply cycles, and subjects of supply and demand through character information recognition of the investment subjects. A financial investment information providing method using a vector system that displays the demand and supply of financial investment products, characterized in that the variables and characteristics derived by dividing by.