JP2008026941A - Brand selection support system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a brand selection support system for easily performing the setting of comparison graphics for brand extraction and the evaluation of extraction brands in a brand selection support system for setting comparison graphics for a moving average stock price, and for extracting the matched brand. <P>SOLUTION: A server is provided with a comparison graphic composition means for creating the composite graphics of comparison graphics in which the rate of rise of the total sum of a current price is within a predetermined range. The display means of an information terminal displays comparison graphics set by the comparison graphic setting means on the normalized moving average stock price chart input by a reference brand input means, or displays the composite graphics of an industrial classification brand chart or the composite graphics from the server on the same chart figure, and displays the normalized moving average stock price chart of the extracted brand on the same chart figure as the comparison graphics. Thus, it is possible to provide a brand selection support system for referring to the trends of an arbitrary brand chart, an arbitrary industrial classification chart or the comparison graphics, and for easily setting the comparison graphics, and for displaying the extracted brand chart on the same chart as the comparison graphics, and for easily evaluating the extracted brand. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention provides a brand selection support system that supports a user's brand search by setting a comparison figure for a moving average stock price and extracting matching brands when purchasing a brand traded in a market such as a stock or a fund. About.

  As an index for evaluating a brand in the market, a fundamental index that emphasizes the performance of the brand and a technical index that emphasizes the transition of price movement are known. Technical indicators include indicators relating to trends that show the flow of the market from several months to weeks, and indicators relating to cycles that show short changes in the market price such as days.

  Fundamental indicators include ROE (return on equity) and PER (price earnings ratio). Fundamental indicators are easy to calculate and average values for each industry are also known. Compared with other companies in the same industry, the current value of the indicator is further discounted or overvalued by taking into account performance forecasts, new products, top management commitments, etc. By selecting an arbitrary fundamental index and using the experience value of the index as an extraction condition, it is also possible to extract cheap and expensive stocks. There are approximate empirical values for fundamental indicators such as ROE and PER, and since it is one value for each indicator, it is easy for users to set conditions, so there is a service that searches for stocks by entering the criteria of the fundamental indicator. , Provided by securities companies and stock information providers.

  The indicators related to the cycle, which is a wave with a shorter period than the trend, determine DMI (Direction Index) that estimates the strength of the trend, psychological lines based on human psychology, and high and low warnings. There are RSI (relative force index) and stochastics for calculating trading signals of bargain bargains. Depending on the current index value, the strength of the trend, the overpriced value, etc. will be judged. Also in the case of a cycle index, the empirical value of the index, such as how to determine the current value of the index, is widely known. By selecting an arbitrary cycle index and using the experience value of the index as an extraction condition, it is possible to extract a brand of a desired cycle. Similar to the fundamental index, there is an experience value of the index, and it is easy for the user to set conditions. Therefore, a service for searching for a brand by inputting the conditions of the cycle index is also provided by a securities company or a stock information providing site.

  With regard to the trend, a trend line is drawn on the moving average stock price chart to clarify the trend pattern and judge the trend. We know empirical patterns such as holding patterns such as “rising flag”, “falling flag”, “box”, “pennant”, and reverse patterns such as “triple top”, “double top”, “V top” However, there is no empirical value as an absolute value in the width, slope, or period of the upper and lower limits of the trend pattern, and it is a rather abstract classification. For example, even if it is desired to extract the brand of “rising flag”, it cannot be extracted unless the upper and lower limits of the trend pattern, the lower limit width, inclination, and period are determined. In addition, since there is no experience value for each, it is difficult to determine the width, slope, and period of the upper and lower limits. Also, stock prices are very different for each brand, so even if you simply set the upper and lower limit to 100,000 yen, it will fit 1 million yen brands, but 10,000 yen brands make sense for searching. Absent.

  As a trend indicator, the upper and lower bands are calculated with a fixed ratio of the simple moving average, such as the golden cross and dead cross, which are the intersection of two moving average stock price charts with different average days of the simple moving average and the weighted moving average. There are channel systems and Bolger bands that calculate the upper and lower limits of a band using standard deviation. In any case, it is necessary to consider not only the status of the latest day but also the temporal transition. In the case of Golden Cross and Dead Cross, not only today but also the issues that occurred yesterday and the day before yesterday are important, and it is also important to shorten the average number of days or to increase the number of days. It is not enough to extract stocks generated in Even in the case of a channel system or a Bollyger band, it is important not only where the band is currently located, but also how the band moves. Even if it is near the same lower limit, if it is rising from the lower limit, it may be at the time of buying due to a trend change, but if it remains at the lower limit, it may be a time when it should not be bought at a strong downward market.

  Trends are more indispensable for trends compared to fundamental and cycle indicators, and there is no empirical value as an absolute value suitable for extraction. It is difficult to set. It is hard to say that even a securities company providing stock search services or a stock information providing site provides a rich trend search based on the shape of a moving average stock chart.

  As a method suitable for extracting stocks based on trend trends, there is a method of viewing a moving average stock price chart of all listed stocks. By setting a moving average number of days that matches the trend you want to know, and by drawing a trend line, you can easily know the trend. By looking at the Bollinger band, you can see if there is a trend or a frustration. By displaying moving average stock charts with different average days, you can also see golden crosses and dead crosses. For those who have plenty of time, this is a very reliable method. However, the number of brands is so large that it is almost impossible in time for ordinary people. For those who place importance on trends, there is a need for some way of narrowing down issues by trend.

  In Japanese Patent Application Laid-Open No. 2003-132214, time series data from a predetermined starting point is classified into one of a plurality of time series patterns by a predetermined pattern classification algorithm for each brand constituting a market price. A market price information display device is shown in which a pattern ratio display unit corresponding to the number of brands and a display unit for displaying the time-series pattern are arranged and expressed in a predetermined layout on a flat screen. Since a time series pattern is displayed and a brand corresponding to the time series pattern is selected, even a beginner can know the trend brand of the displayed time series pattern very easily.

In Japanese Patent Laid-Open No. 2003-132214, the time series pattern is only a pattern determined by the site, and the user can only select from the displayed time series pattern. Since the time series pattern is always constant, it is not possible to increase the number of matched stocks by loosening the conditions or changing some of the conditions. In the first place, the details of the time series pattern are not disclosed to the user, so it is impossible to know even how the time series pattern was matched. Since the brand is displayed by selecting multiple time series patterns, it looks like a search system, but the user cannot set search conditions, so it is a market price information display device as the name of the invention, and is called a search system. hard. Therefore, the market price information display device disclosed in Japanese Patent Application Laid-Open No. 2003-132214 can easily know the brand of the determined trend pattern, but the user cannot set the trend condition. There is a drawback that it is only a display device that displays the brands of the trend pattern.
JP 2003-132214 A

In view of the conventional drawbacks as described above, the present invention
(1) In a brand selection support system that sets a comparison graphic for a moving average stock price and extracts matching brands, a moving average stock price chart for any brand can be referenced, and a comparison graphic for brand extraction can also be set. The main purpose is to provide a brand selection support system that makes it easy to evaluate extracted brands.

(2) In a stock selection support system that sets a comparison graphic for moving average stock prices and extracts matching stocks, it is possible to refer to the trend of the moving average stock price chart of any industry, The main purpose is to provide a brand selection support system that allows easy setting and evaluation of extracted brands.

(3) In the brand selection support system that sets extraction conditions for moving average stock prices and extracts matching brands, it is possible to refer to the trend of comparison figures for extraction set by multiple users. The main purpose is to provide a stock selection support system that allows easy setting of comparative figures and evaluation of extracted stocks.

(4) It is also an object to make it easy to refer to the rising and falling trends of comparative figures by using a composite figure that is a combination of comparative figures with a market capitalization increase rate of a specified range. .

(5) The comparative figure allows not only the setting of the absolute value of the upper and lower limits of the moving average stock price, but also the setting of the relative value that is the difference between the upper and lower limits of the moving average stock price. It is also intended to be done.

(6) Charts can be easily displayed on a plurality of brands on the same chart, and charts can be extracted not only using ordinary moving average stock charts but also using Borgier band charts. The purpose is to be able to.

(7) The user also displays the trend of the comparative graphic set by a plurality of users regarding the comparative graphic indicating the generation period of the golden cross, dead cross, mountain shape, or valley shape of the moving average stock price chart. It is also an object of the present invention to provide a brand selection support system that can be referred to and that allows easy setting of comparative figures for brand extraction and evaluation of extracted brands.

  FIG. 1 shows a schematic diagram focusing on the data flow of the present invention, and FIG. 2 shows a configuration diagram clarifying the main configuration. The present invention is a system in which one information terminal is connected to a stock price providing site via a network as shown in FIG. 1 or a plurality of information terminals 1 and 7 are connected via a network 3 as shown in FIG. 8 and the stock price providing site 4.

The information terminal 1 receives the stock price 12 from the storage means 13 of the stock price providing site 4 and stores it. When the user 5 designates the reference brand 15, the standardized moving average stock price 13, which is a standardized moving average stock price, is calculated based on the reference brand 15 and the stock price 12, and is displayed in the same chart FIG. When the user 5 sets the comparison graphic 10 that specifies the period, the upper limit, and the lower limit of the moving average stock price, the comparison graphic 10 is also displayed on the same chart. The user 5 can set the comparison graphic while referring to the reference brand chart.
The standardized moving average stock price 13 calculated from the stock price 12 extracts the extracted stock 11 that matches the comparison graphic 10, and the stock price of the extracted stock is displayed in the same chart FIG.
By standardizing the moving average stock price, it is possible to display the moving average stock price chart of the extracted stocks in the same chart, and the comparison figure is also displayed at the same time, so the moving average stock price of the expected shape is displayed. It is possible to easily check and evaluate whether the chart brand has been extracted.

  The reference graphic for setting the comparative graphic 10 can be other than the reference brand. The standardized moving average stock price 13 of the stocks included in the industry and the market is calculated based on the stocks 14 in the business sector including a plurality of stock names included in the business types and markets, and the standardized moving average stock price charts are overlapped. Accordingly, a chart composite figure 16 colored or shaded can be created and displayed in the same chart FIG. The comparative figure 10 can be set with reference to the industry / market trend 17 due to coloring or shading of the chart composite figure.

As shown in FIG. 1 as a whole, a system including a server 8 and a plurality of information terminals 7 can be provided. The server 8 collects the comparison graphic 10 from the plurality of information terminals 1 and 7. Based on the comparison graphic 10 and the stock price 23 from the stock price providing site 4, the extracted stock 24 whose standardized moving average stock price matches the comparison graphic 10 is extracted. Based on the extracted stock 24, the stock price, and the number of issued shares 23, the market capitalization increase rate 22 of the extracted stock corresponding to each comparison graphic is calculated. A composite figure 25 colored or shaded according to the condition is created. The composite figure is sent to the information terminal 1 and displayed on the same chart 2 of the information terminal 1.
As the composite graphic 10 is colored or shaded, the trend of increase or decrease in market capitalization is known for the comparative graphic set by many users. Therefore, when setting the comparative graphic 10, the trend of the comparative graphic is referred to. It can be set.

  Although it is generally not easy to set the comparison condition for extracting the stock for the moving average stock price chart, in the present invention, the chart 18 of the reference stock, the trend 17 of the industry / market, or the rise of the comparison figure Since the comparison graphic can be set on the same chart with reference to the composite graphic relating to the downward trend 26, the comparison graphic can be easily set. Since the chart 18 of the extracted brand is also displayed on the same chart as the comparative graphic 10, it can be easily judged whether the extraction result is appropriate. Various data of the information terminal 1, the stock price providing site 4 and the server 8 are stored in the respective storage means 9, 19 and 21. Information terminals 7 other than the information terminal 1 also have the same functions as the information terminal 1.

  FIG. 2 is a main configuration diagram of the present invention. The brand selection support system includes a server and an information terminal, and connects to a stock price providing site that provides stock prices of brands traded in the market via a network. . The information terminal 101 includes a communication unit 105 that communicates with the stock price providing site 103, a reference brand input unit 116 that inputs a brand name, and comparison graphic information that specifies the period of the moving average stock price and the upper and lower limits during the period. The comparison figure setting means 107 for setting 111, the stock price site access means 106 for accessing the stock price providing site to obtain stock price data, the storage means 110 for storing the comparison graphic information 111 and the stock price data 112, and the moving average stock price A stock extraction means 115 for extracting a stock that satisfies the comparison figure, a moving average stock price calculation device 117 for calculating a moving average stock price based on the stock price data of the reference stock or a plurality of extracted stocks, and a moving average stock price by a predetermined method. Chart of moving average stock price standardization means 119 for standardizing and calculating a standardized moving average stock price, and a normalized standardized moving average stock price chart Having a chart plotting means 120 for plotting, and display means 122 for displaying the comparison figure and normalized moving average price chart in the same chart 123 square.

  When a stock is input to the reference stock input means 116, the moving average stock price calculation means 117 calculates a moving average stock price from the stock price data of the input stock, and the moving average stock price standardization means 119 calculates a standardized moving average stock price from the moving average stock price. When the chart drawing means 120 draws a chart of the standardized moving average stock price, and the comparison figure information 111 is set in the comparison figure setting means 107, the comparison figure drawing means 121 draws the comparison figure, and the chart The figure and the comparison graphic are displayed on the same chart 123 of the display means 122. When the brand extraction is performed by the brand extraction unit 115, the moving average stock price calculation unit 117 calculates the moving average stock price from the time series stock price data of the extracted brand, and the moving average stock price normalization unit 119 normalizes from the moving average stock price. The moving average stock price is calculated, and the chart drawing means 120 draws the chart of the standardized moving average stock price and displays it on the same chart diagram 123 as the comparison figure of the display means 122.

  Since the standardized moving average stock price is used, it is possible to compare with all brands with a single comparison graphic. Further, in order to determine the trend of the stock price using the moving average stock price, it is necessary to determine the transition of the moving average stock price during an arbitrary period. In the present invention, the period and the upper and lower limits of the standardized moving average stock price are specified. Since the comparison graphic is used, it is possible to easily extract the brand whose transition is desired.

  Although it is not easy for beginners to set a comparison graphic in the absence of anything, in the present invention, it is possible to set a comparison graphic in a state in which a reference stock is specified and a moving average stock price chart of the reference stock is displayed. Therefore, it is easy to set the comparative figure. When a stock is extracted, a moving average stock price chart of multiple extracted stocks is displayed together with a comparison graphic, so it can be easily judged whether the comparison graphic is as intended, and comparison is performed so that the extracted stock is as intended. It is easy to correct the figure and extract it again.

  The information terminal also has chart combining means for calculating composite figure information 114 colored or shaded according to the degree of overlap of charts of the standardized moving average stock prices of the brands included in the industry brand information, and storage means 110 of the information terminal Also stores industry brand information relating to brand names belonging to various industries and markets, and composite graphic information 114. The moving average stock price calculation means calculates the moving average stock price for the brands included in the business category brand information based on the stock price data, and the display means displays a composite graphic corresponding to the composite graphic information 114. The display means 122 displays the composite graphic in advance on the chart, and when the comparison graphic information 111 is set in the comparison graphic setting means 107, the display means displays the comparison graphic in the same chart as the composite graphic, and the extraction means When the stocks are extracted in, the moving average stock price calculation means calculates the moving average stock prices from the time series stock price data of the extracted stocks, the normalization means calculates the normalized moving average stock prices from the moving average stock prices, and chart drawing The means draws a chart of the standardized moving average stock price, and the display means displays the standardized moving average stock price chart in the same chart as the comparative figure.

  The trend of the moving average stock price chart of an industry can be known from a composite figure colored or shaded according to the overlapping state of charts of standardized moving average stock prices of business brands. Since the comparison figure for extraction can be drawn with reference to the composite figure, the user can easily set the trend extraction condition for the business type he / she is paying attention to.

    Furthermore, the brand selection support system can be configured such that a plurality of information terminals are connected to the server 104 via the network 102. The server 104 includes communication means 132 that communicates with the information terminal 101, and comparison graphic composition means 127 that calculates the combined graphic information 114 that is colored or shaded according to the degree of overlap of the collected comparison figures. The communication means 105 of the information terminal communicates not only with the stock price providing site 103 but also with the server 104. The display means 122 of the information terminal also displays a composite graphic corresponding to the composite graphic information 114 received from the server. When the communication means 105 of the information terminal obtains the composite graphic information 114, the display means displays the composite graphic, and when the comparison graphic information 111 is set in the comparison graphic setting means 107, the display means is on the same chart diagram as the composite graphic. Display a comparison figure. When the brand extraction is performed by the brand extraction unit 115, the moving average stock price calculation unit 117 calculates the moving average stock price from the stock price data of the extracted brand, and the moving average stock price standardization unit 119 calculates the standardized moving average stock price from the moving average stock price. The chart drawing means 120 draws a chart of the standardized moving average stock price, and the display means displays the standardized moving average stock price chart on the same chart as the comparison figure.

Since the composite graphic obtained by combining the comparative graphics collected from the plurality of information terminals is displayed on the information terminal, the user can know the tendency of the comparative graphic used by other users.
Since the comparison graphic can be set on the composite graphic, extraction conditions can be easily set in consideration of the tendency of other users. Knowing the brands selected by other users, it is not possible to obtain brand selection know-how such as the conditions under which other users have selected brands. However, in the present invention, it is possible to obtain the know-how of selecting a brand, because it is possible to know the tendency of the comparative figure used when another user selects a brand by looking at the composite figure. By checking the daily composite graphic, it is possible to know the trend change from the change in the trend of the comparative graphic, and it is possible to set the comparative graphic in consideration of the trend change.

  The server further accesses a stock price providing site to obtain stock price data 131 and issued stock number data 130, a stock price site access means 124, a stock extracting means 126 for extracting a stock whose moving average stock price satisfies a comparative graphic, and a comparative graphic input The market price increase rate calculating means 125 for calculating the market price increase rate of the stock satisfying the comparison graphic from the day to the predetermined date using the stock price data 131 and the issued stock number data 130 is provided. The comparison graphic information 111 having a total increase rate within a predetermined range is synthesized.

  Since the composite graphic is created by synthesizing the comparative graphic in which the rate of increase in the market capitalization of the brand satisfying the comparative graphic is in a predetermined range, it is possible to obtain a more specific combined graphic. In general, there are users who search for stocks whose stock price rises and users who search for stocks whose stock price declines. Therefore, a comparison graphic that searches for stocks whose comparative figure also rises and a comparison graphic that searches for stocks whose stock price falls are entered. Become. It is cumbersome to ask the user to enter whether the company is looking for an upside or downside, but as a result, by combining a comparison figure with a market capitalization increase rate within a specified range, the end result is a stock with a specific trend. It is possible to know the tendency of comparative figures suitable for extraction. It is possible to set a comparative graphic in consideration of the upward / downward trend of the comparative graphic.

  The comparison graphic information 111 set by the comparison graphic setting means 107 includes an absolute value comparison graphic indicating the upper limit value and lower limit value of the standardized moving average stock price at the upper limit and lower limit of the comparison graphic, or the upper limit value of the comparison graphic, respectively. There is a relative value comparison graphic that shows the difference between the upper limit value and the lower limit value of the standardized moving average stock price by the difference in the lower limit value. The comparison figure composition means 127 of the server has absolute value conversion means 128 for converting the relative value comparison figure into the absolute value comparison figure based on the relative value comparison figure and the standardized moving average stock price, and the comparison figure composition means is an absolute value comparison. Synthesize shapes.

  For stocks with large fluctuations in stock price, the difference between the short-term moving average stock price and the long-term moving average stock price becomes large. When standardized on the latest date, the latest date value of the long-term moving average stock price is shifted from the long-term and the short-term moving average stock price. Even in that case, by making the comparison figure for the long-term moving average stock price a relative value comparison figure, it is possible to make a continuous comparison figure regardless of the deviation of the reference date. Thus, although the relative value comparison figure is convenient for extraction, since the absolute value is indefinite, it cannot be synthesized as it is. However, since the absolute value converting means 128 converts the relative value comparison figure into the absolute value comparison figure based on the relative value comparison figure and the standardized moving average stock price, the composition is obtained by combining both the absolute value comparison figure and the relative value comparison figure. A figure can be obtained.

  The standardization means calculates the normalized moving average stock price by dividing the moving average stock price by the moving average stock price on a predetermined day. The stock prices of trading units of brands range from several million yen to 100 yen or less, and if they are matched to several million yen, brands of 100 yen or less can not be distinguished from 0. Since stock prices for brands of several million yen are not displayed, it is not realistic to display them on the same chart as they are. By using the standardized moving average stock price obtained by dividing the moving average stock price by the moving average stock price on a given day, it will be within the range of the stock price fluctuation ratio, and the standardized moving average of multiple issues on one chart The stock price chart can be displayed. When comparing the past stock price movements of multiple stocks, it is better to standardize at a certain point in the past, but in the present invention, since we want to compare the stock price movements to be purchased, Standardized to make it easier to compare recent price movements.

  Alternatively, the standardization means calculates the standardized moving average stock price by dividing the difference between the moving average stock price and the lower limit of the Bolger band by the difference between the upper limit and the lower limit of the Bolger band. A standardized moving average stock price, which is the difference between the moving average stock price and the lower limit of the Bolger band divided by the difference between the upper and lower limits of the Bolger band, is used to create a single Bolger with the same upper and lower limits. A standardized moving average stock price chart of a plurality of brands can be displayed on the band diagram. Thereby, the comparative figure can be displayed on the same chart as the standardized moving average stock price chart.

  The comparison graphic setting means 107 of the information terminal sets comparison graphic information 111 indicating the generation period of the golden cross or dead cross of the moving average stock price or the mountain or valley shape, and the display means 122 of the information terminal is the standardized moving average. A comparison graphic or composite graphic is displayed on the same time axis as the stock price chart. The display unit 122 displays the composite graphic in advance on the chart, and when the comparison graphic is set in the comparison graphic setting unit 107, the display unit 122 displays the composite graphic and the comparison graphic on the same time axis. When the extraction means performs the extraction of the stock, the moving average stock price calculation means calculates the moving average stock price from the time series stock price data of the extracted stock, the normalization means calculates the normalized moving average stock price from the moving average stock price, The chart drawing means draws a chart of the standardized moving average stock price, and the display means 122 displays the comparison figure and the standardized moving average stock price chart on the same time axis.

  It is possible to extract a brand by setting a comparative graphic indicating the generation period of a golden cross, a dead cross, a mountain shape, or a valley shape, which is a characteristic shape of the moving average stock price. Since the composite graphic and the comparative graphic are displayed on a common time axis, it is easy to set the comparative graphic. In addition, since the comparison figure and the standardized moving average stock price chart are displayed on the same time axis, it is easy to determine whether the comparison figure is as intended, and the comparison figure is corrected so that the extracted stock is as intended. Is also easy.

As is clear from the above description, the following effects can be obtained in the present invention.
(1) A moving average stock price calculating means for calculating a moving average stock price based on the stock price data of a reference stock or a plurality of extracted stocks, and a standard for calculating a standardized moving average stock price by standardizing the moving average stock price by a predetermined method Since the standardized moving average stock price is used, the charts of all brands can be displayed on the same chart. Since the charts of all brands are displayed on the same chart diagram, the comparison graphic set by the comparison graphic setting means can also be displayed on the same chart diagram.
Therefore, a comparison figure can be set on the chart diagram displaying the moving average stock price chart of the reference issue, and the moving average stock price charts and comparison figures of a plurality of extracted issues are also displayed on the same chart diagram. Therefore, it is possible to provide a brand selection support system that makes it easy to set a comparison graphic for extraction and to evaluate the extracted brand.

(2) The information terminal has a chart composition means for creating a composite figure colored or shaded according to the overlapping state of charts of standardized moving average stock prices of brands included in the industry brand information, which is the same as the composite figure A comparative figure is displayed in the chart. Further, when the brand is extracted, a comparative graphic is displayed in the standardized moving average stock price chart of the extracted brand.
Therefore, the trend of the moving average stock chart of the industry can be referred to by the composite figure colored or shaded according to the degree of overlap of the chart of the standardized moving average stock price of the industry, and extraction about the industry Therefore, it is possible to provide a brand selection support system that can easily set a comparative figure for use and can easily evaluate an extracted brand.

(3) The brand selection support system can take a configuration in which a plurality of information terminals are connected to a server via a network. The server includes communication means for communicating with the information terminal, and comparison graphic composition means for creating a composite graphic colored or shaded according to the degree of overlap of the collected comparison figures. A moving average stock price calculating means for calculating a moving average stock price based on stock price data of a plurality of extracted brands, and a normalizing means for calculating a standardized moving average stock price by standardizing the moving average stock price by a predetermined method; Since the standardized moving average stock price is used, the charts of all brands can be displayed on the same chart. Since the charts of all brands are displayed on the same chart diagram, the comparison graphic set by the comparison graphic setting means can also be displayed on the same chart diagram. Since the composite figure is a figure obtained by superimposing the comparison figures, the composite figure can be displayed on the same chart.
Accordingly, a comparison figure can be set on the chart diagram on which the composite figure is displayed, and the moving average stock price chart and the comparison figure of the plurality of extracted symbols are also displayed on the same chart diagram. It is possible to provide a brand selection support system in which it is easy to set a comparative pattern for extraction in consideration of the trend and to easily evaluate the extracted brand.

(4) Further, the server accesses the stock price providing site to obtain stock price data and issued stock data, stock price site access means, extraction means for extracting stocks whose moving average stock price satisfies the comparison graphic, and predetermined date from the comparison graphic input date Market price increase rate calculating means for calculating an increase rate of the market capitalization of a brand satisfying the comparison figure until the next day using the stock price data and the number of issued shares data. The comparison figure composition means synthesizes a comparison figure with a market capitalization increase rate within a predetermined range, thereby synthesizing a composite drawing of comparison figures classified based on the actual market capitalization increase rate.
Therefore, it is possible to know the trend of the corresponding comparison figure for the rise or fall of the corresponding market capitalization, that is, the trend of the comparison figure suitable for the extraction of the brands of the rise or fall of the stock price.

(5) The comparison figure is an absolute value comparison figure in which the upper and lower limits of the comparison figure indicate the upper and lower limits of the standardized moving average stock price, respectively, or the difference between the upper and lower limits of the comparison figure is the standardized moving average. It consists of a relative value comparison graphic showing the difference between the upper limit and lower limit of the stock price. The comparison figure composition means of the server has absolute value conversion means for converting the relative value comparison figure into the absolute value comparison figure based on the relative value comparison figure and the standardized moving average stock price. Synthesize.
Therefore, by using a relative value comparison graphic, it is possible to set a plurality of comparison graphic without being aware of the deviation even for a plurality of moving average stock prices having different average periods and different moving average stock prices on the reference day. it can. Furthermore, the server can provide the information terminal with a composite graphic including a relative value comparison graphic.

(6) The normalization means calculates the standardized moving average stock price by dividing the moving average stock price by the moving average stock price on a given day, or calculates the difference between the moving average stock price and the lower limit of the Bolger band The standardized moving average stock price is calculated by dividing by the difference between and the lower limit.
Therefore, a chart can be easily displayed on the same chart for a plurality of brands. In addition to the normal moving average stock price chart, brands can also be extracted using a Bolger band chart.

(7) The comparison graphic setting means of the information terminal sets a comparison graphic indicating the generation period of the golden cross, dead cross, mountain shape, or valley shape of the moving average stock price, and the display means of the information terminal is The comparison graphic or composite graphic is displayed on the same time axis as the standardized moving average stock price chart.
Therefore, it is possible to set comparison figures showing golden cross, dead cross, mountain shape, and valley shape on the same time axis as the chart figure displaying the composite figure, and compare the moving average stock price chart of multiple extracted stocks Since it is displayed on a chart with the same time axis as the graphic, it is possible to provide a brand selection support system that makes it easy to set a comparative graphic for extraction in consideration of the trend and to easily evaluate the extracted brand.

Hereinafter, the best mode for carrying out the present invention will be described in detail.
The main configuration of the present invention is already described with reference to FIG. FIGS. 3 to 5 show comparison graphic setting screens, FIG. 6 shows extracted stock list screens, FIG. 7 shows comparative graphic trend list screens, and FIG. 8 shows industry trend list screens. FIG. 9 shows the relationship between the comparison figure setting table and the corresponding comparison figure, FIG. 10 shows the procedure for converting the relative value comparison figure into the absolute value comparison figure, FIG. 11 shows the procedure for creating the comparison figure, and FIG. 12 shows the industry trend figure. The creation procedure is shown. 13 to 15 show the flow of the information terminal, FIGS. 16 and 17 show the flow of the server, and FIGS. 20 and 21 show the flow common to the information terminal and the server.

  FIG. 3 is a comparison graphic setting screen when the reference brand is displayed. 201 is a site name “DIY brand search”, 202 is a switch button to “extracted brand list screen”, 203 is a switch button to “comparison graphic trend”, and 241 is “business trend list”. A switch button. Specific processing of the “comparison graphic setting screen” is within the frame of 204. A comparison figure selection 205, a comparison table 221, an extraction start button 223, a reference brand setting 225, and a chart diagram 229 are included.

  In comparison graphic selection 205, a comparison graphic is selected, and details are set in the comparison table. The comparison No. in the comparison table is incremented by 1 using the new creation button 217 to create a new comparison figure. When setting only the upper and lower limits of a certain evaluation date for a moving average stock price, 206 straight line figures are selected. When the first evaluation date is fixed and the upper and lower limits of the second evaluation date are set, the absolute value triangle figure of 207 is selected. Since the standard date for standardization of the standardized moving average stock price is the reference value for all stocks, it is suitable for extraction with stock prices near the latest date of the standard date.

  When an upper limit and a lower limit are set on the first evaluation date and the second evaluation date, respectively, an absolute value square figure of 208 is selected. Since the upper and lower limits of the two evaluation dates can be set arbitrarily, shapes such as an upward trend, a downward trend, a box, and a triangle can be set for an arbitrary period and an arbitrary value range. If the average number of days of the moving average stock price of the comparison partner is set to a long period, a long-term trend can be judged, and if a short period is set, a short-term trend can be extracted.

  If the average number of days of the moving average stock price of the comparison partner is changed with a plurality of comparison figures, the moving average stock price of the comparison partner is greatly shifted in the rising or falling phase of the trend. In that case, if the relative value square figure of 209 is selected, it is not necessary to be aware of the deviation. In the relative value square graphic of 209, it is determined that the comparison graphic is matched if the moving average stock price falls within the range of the comparison graphic somewhere by shifting the comparison graphic up and down. It is effective for comparing not only the absolute value of the stock price but also the trend tendency. By setting a plurality of comparison figures 206 to 209, it is possible to set a comparison figure having an arbitrary shape of the moving average stock price.

  210 to 213 are characteristic shapes of the moving average stock price, and 210 is a golden cross in which the short-term moving average stock price exceeds the long-term moving average stock price from the bottom to the top. 211 is a dead cross in which the short-term moving average stock price exceeds the long-term moving average stock price from top to bottom. Reference numeral 212 indicates that the average moving average stock price is higher in the mountain shape between the evaluation dates than the two set evaluation dates. Reference numeral 213 denotes a valley shape in which the average moving average stock price is lower between the evaluation dates than the set two evaluation dates.

  Reference numerals 214 to 216 are comparative figures for the Bollinger band (hereinafter referred to as BB). Standardization B. B. Then, standardize so that the upper band and the lower band are constant. In the case of the standard or moving average stock price, the value on the specified date is the same for all stocks, but the specified date of the moving average stock price on the standardized Bollinger band diagram is not constant for all stocks. . B. B. On the other hand, when setting only the upper and lower limits of a certain evaluation day, 214 linear figures are selected. When setting an upper limit and a lower limit on the first evaluation date and the second evaluation date, respectively, an absolute value square figure of 215 is selected. Since the upper and lower limits of the two evaluation dates can be set arbitrarily, the shape such as the upper price range can be set with an arbitrary value width for an arbitrary period. B. B. When it is desired to extract with the tendency of 216, a 216 relative value rectangle is selected.

  When the absolute value triangle figure 207 is selected, a triangle figure 231 is displayed on the chart 229. The number 1 on the comparison figure is the position No in the comparison table. The shape may be changed by clicking and moving the vertex point of the triangle with the mouse, or the numerical value in the comparison table may be rewritten and changed. When the relative value rectangle 209 is selected, 230 comparative figures are displayed, and the position No. is 2. When the golden cross of 214 is selected, 237 is displayed. Since it is a golden cross, there is no stock price, only the time axis. The period can be changed by clicking 237, or the period can be changed using a comparison table. When 213 is selected, 238 valley shapes are displayed. When 215 is selected, 240 absolute value rectangles are converted into B.R. B. Display on the diagram.

  When the position number clear button 218 is clicked in the state of clicking and inverting the position number on the chart or the comparison table, the data of the corresponding position No in the comparison table and the comparison figure on the chart are cleared. When the “to previous comparison No.” button 219 is clicked, the comparison No. data minus the comparison No. 1 is displayed in the comparison table, and the corresponding comparison graphic is also displayed in the chart diagram. When the “toward subsequent comparison No.” button 220 is clicked, the comparison No. data obtained by adding 1 to the comparison No. is displayed in the comparison table, and the corresponding comparison graphic is also displayed in the chart diagram.

  Although the position number displayed in the comparison table 221 is four, since the position number displayed in 222 can be changed, the number of position numbers can be five or more. it can. Details of the comparison table will be described in the description of FIG.

  Reference numeral 224 denotes a range of brands to be extracted, and is selected with the up and down buttons on the right side. Specify a market such as an emerging market displayed here or a business type. By clicking the 223 extraction button, brand extraction starts. FIG. 4 shows that the extraction is performed and the extracted brand chart is displayed.

  Reference numeral 225 is a reference brand setting field, and a brand name is input at 226. Of the simple, weighted and variable moving average stock prices, the moving average obtained by inputting the average number of days of the moving average stock price to 227 is the moving average of the comparison partner. The simple moving average stock price is a moving average stock price that averages the stock price with the same average number of days and the same weighting. The weighted moving average stock price averages the stock price by increasing the weighting as the average day is constant and the weighting is closer to the latest date. It is a moving average stock price. The variable moving average stock price is a moving average stock price devised in the present invention, and is a moving average stock price that increases the average number of days by an increment of 228 every time the previous day is the previous day. When increasing slowly, set the increment to a decimal number of 1 or less. Near the latest date, it is close to the short-term moving average stock price, and the past is closer to the long-term moving average stock price. Compared with the short-term moving average stock price near the latest date, and even when it is desired to compare with the long-term moving average stock price in the past, it can be compared with one continuous moving average stock price chart.

  In the chart 229, the upper part is a standardized moving average stock price chart, the middle part is a comparative figure of the characteristic shape of the moving average stock price, and the lower part is a standardized Bollinger band diagram. Here, the upper and lower limits of the chart are 180% and 40%, but they may be switched automatically according to the value of the reference brand, the comparative figure, or the extracted brand. Reference numerals 233, 234, 235, and 236 indicate generation periods of a golden cross, a dead cross, a mountain shape, and a valley shape, respectively.

  The standardized Bollinger band diagram at the bottom is a diagram in which the Bollinger band is standardized so that the upper band (UB) of the second deviation is 100% and the lower band (LB) of the second deviation is 0%. is there. The first deviation is 75% and 25%. 239 is a moving average stock price chart on the standardized Bollinger band.

  4 is almost the same as FIG. 3, but on the chart diagram, the comparison figure and the standardized moving average stock price charts 251 and 252 of the extracted brand are displayed. When a comparative graphic that matches the reference issue is set, the reference issue is also displayed as the extracted issue. When a comparative figure that does not match the reference brand is set, the reference brand is not displayed. Since the chart of the extracted brand is displayed on the same chart as the comparative figures 230 and 231, it can be easily confirmed whether or not the brand of the desired trend has been extracted. By finely adjusting the shape of the comparative figure and extracting again, the brands can be narrowed down or increased. By clicking the “extracted stock list” button 202, the screen moves to the extracted stock list screen of FIG.

  In FIG. 6, “extracted brand list” of the name of the screen is displayed at 304, and a plurality of brand display frames 306, 316, 317, 318, 319, 320 extracted at the center are displayed. By clicking the up / down and left / right moving arrows of 305, hidden brands can be displayed. In the brand display frame 306, a brand name 307, a “go to reference graphic” button 308, a “go to detailed information” button 309, and a chart diagram 310 are displayed. On the chart 310, comparative figures 311 and 315, a standardized moving average stock price chart 311 and B.B. B. The above normalized moving average stock price chart 314 is displayed. When a comparison graphic showing the characteristic shape of the moving average stock price is set, it is displayed in the middle 313 of the chart. Since the brands are extracted with the same comparison graphic, the comparison graphics 311 and 314 are the same for all the extracted brands. When the “to reference graphic” button 308 is clicked, the symbol is set as a reference symbol, and the screen moves to FIG. 3 of the comparison graphic setting screen. When a “to detailed information” button 309 is clicked, a site providing stock price information such as a portal site or a securities company is opened, and stock price information, news, etc. of the brand are displayed.

  By clicking the “comparison graphic trend” button 202 in FIG. 3, the comparison graphic in FIG. 7 is displayed, which displays a composite graphic in which the comparative graphic in which the market cap is increased or decreased among the comparative graphics set by many users. Move to the trend screen. In FIG. 3, the comparison graphic is set while displaying the chart of the reference brand. However, by clicking the “go to reference graphic” button in FIG. It becomes possible to set.

  Reference numeral 351 in FIG. 7 denotes a “comparison graphic trend” of the screen name. Reference numeral 352 denotes an evaluation period consisting of a comparative graphic setting date and an evaluation date of the rate of increase in market capitalization. Here, the result of evaluating the comparative graphic set on July 7 by the user on July 10 is displayed. . The period can be changed with the up and down buttons on the right side. Reference numeral 353 indicates that it is a composite figure obtained by synthesizing a comparison figure within the top 10% of the rate of increase in the market capitalization for three days for a brand that matches the comparison figure. The range of the rate of increase can be changed with the up and down buttons on the right side. By selecting a composite figure that is a combination of comparative figures within the lower 10% of the rate of increase, it is possible to select a composite figure whose market capitalization is decreasing. You may enable it to select the synthetic figure which is not narrowed down by the increase rate of market capitalization. If you narrow down by the rate of increase, you can see the rising and falling trends of the comparative graphic, and if you do not narrow down, you can see the input trend of the comparative graphic. When the period is less than 3 days, the change in the market capitalization is not decided, so only the composite figure that is not narrowed down by the market capitalization increase rate is obtained.

  355 is an extraction for all market stocks, 363 is a 1 part 2 market, 364 is an emerging market, 365 is a real estate stock, 366 is an electrical equipment stock, 367 is a composite stock of comparative figures for bank related stocks. is there. A plurality of composite figures can be obtained by creating a composite figure for each market or industry to which the target brand belongs. By clicking the up / down and left / right moving arrows of 354, the hidden composite figure can be displayed.

A market or business name is displayed at 356. Reference numeral 368 denotes the number of synthesized comparison figures.
In the chart 358, the upper part is a standardized moving average stock price chart, the middle part is a comparative figure of the characteristic shape of the moving average stock price, and the lower part is a standardized Bollinger band diagram, and a composite figure 359 of the corresponding comparative figures. 360, 361 are displayed. When a “to detailed information” button 309 is clicked, a site providing stock price information such as a portal site or a securities company is opened, and stock price information, news, etc. relating to the type of business and market are displayed. When the “Go to reference graphic” button 357 is clicked, the screen moves to FIG. 5 of the comparison graphic setting screen in which the composite graphic at the “Go to reference graphic” button is the reference graphic.

In FIG. 5, a composite figure 271 is displayed on the chart diagram instead of the reference brand chart of FIG.
Reference numeral 271 is a composite figure of comparison figures for a normal moving average stock price, 272, 273, 274, and 275 are composite figures of golden cross, dead cross, mountain, and valley type comparison figures, and 276 is a normalized bollinger It is a composite figure of comparison figures for band diagrams. In FIG. 5, the portion where the composite figure overlaps is dark in color, but the color and darkness may be changed. The user can set the comparison graphic while considering the trend of the comparison graphic set by many users by looking at the composite graphic. Of course, if there is a brand to be worried about, the brand may be designated as a reference brand, and the comparison graphic may be set while displaying both the reference brand chart and the composite graphic.

  The darkness of the color of the composite figure shows how many comparative figures there were when the market capitalization increased a predetermined amount in a predetermined market or industry. Since there is a gap for the evaluation period, even if a stock is extracted with a comparative figure similar to the composite figure, the same performance may not always be obtained, but if the overall market trend is stable, With comparative figures, it can be expected that roughly the same performance will be obtained. In the case of a brand ranking that has been generally performed conventionally, only a brand with a high rate of increase in stock price at that time is displayed, and a brand of interest is known, but a trend is not known. Often, stocks that have risen at a stretch with some individual information may be ranked higher, and in that case, the stock may drop immediately at the “three-day ceiling”, and the stocks with the highest brand ranking will continue to rise in the future. It is very dangerous. When the trend is known to some extent by the composite graphic as in the present invention, the brand matching the trend can be extracted by setting the comparative graphic based on the composite graphic. While the trend is stable in the shape of the composite figure, extraction is continued with the same comparison figure every day, and if the shape of the composite figure changes greatly, it is judged that the trend has changed and the comparison figure is changed. You can also.

  FIG. 9A shows a comparison table for performing detailed setting of the comparison figure, and a comparison figure corresponding to b). The figure of the position No1 in the comparison table is 405 of the absolute value linear shape with the shape No. a, and the evaluation date is only one before five days, and the upper limit is 105% and the lower limit is 75%. The figure of the position No. 2 is an absolute value triangle 406 having the shape No. b, the evaluation date 1 is 0 days ago, that is, the latest date, the evaluation date 2 is 3 days ago, the upper limit is 105%, and the lower limit is 75. %. Since it is standardized on the latest day, the standardized moving average stock price is common to the brands of Sebete on the latest day, so an absolute value triangle shape can be used. It is suitable for extracting by the latest price movement. The figure of the position No. 3 is an absolute value quadrangle 404 having a shape No. c, the evaluation date 1 is 8 days ago, the upper limit is 105%, the lower limit is 75%, the evaluation date 2 is 12 days ago, and the upper limit is 105%, the lower limit is 70%. The figure at the position No. 4 is a relative value quadrangle 402 having a shape No. d, the evaluation date 1 is 15 days ago, the upper limit is 140%, the lower limit is 115%, the evaluation date 2 is 19 days ago, and the upper limit is 170%, the lower limit is 145%. Since it is a relative value, even the graphic 415 with the upper and lower limits lowered by 50% is the same relative value graphic. The position 402 corresponding to the standardized moving average stock price chart 403 is easier to understand.

  The figure of the position No. 5 is a golden cross shape 407 with the shape No. e, the evaluation date 1 is 0 days ago, that is, the latest date, the evaluation date 2 is 3 days ago, and the average of the short-term and long-term moving average stock prices The number of days is 3 and 5. The figure of the position No. 6 is a dead cross shape 408 having the shape No. f, the evaluation date 1 is 11 days ago, the evaluation date 2 is 17 days ago, and the average number of short-term and long-term moving average stock prices is 5 days and 10 days. Day. The figure of the position No. 7 is a mountain-shaped 409 having the shape No. g, the evaluation date 1 is 13 days ago, the evaluation date 2 is 19 days ago, and is the 8-day simple moving average stock price. The figure of the position No. 8 is a valley-shaped 410 having the shape No. h, the evaluation date 1 is 7 days ago, the evaluation date 2 is 13 days ago, and is the 8-day simple moving average stock price.

  The figure at position No. 9 has a B. B. The evaluation date is 6 days ago, the upper limit is 50%, and the lower limit is 5%. The figure at position No. 10 has a B. B. The evaluation date 1 is 0 days ago, the upper limit is 50% and the lower limit is 25%, the evaluation date 2 is 3 days ago, the upper limit is 25%, and the lower limit is 0%. The figure at position No. 11 has a B. B. The evaluation value 1 is 13 days ago, the upper limit is 10% and the lower limit is −5%, the evaluation date 2 is 17 days ago, the upper limit is 50%, and the lower limit is 15%. . Since it is a relative value, it is the same relative value figure even if the upper and lower limits are shifted up and down. Here, the position is adjusted to the standardized moving average stock price chart 412.

  FIG. 10 shows a procedure for determining whether the moving average stock price matches the relative value comparison graphic and a procedure for obtaining the absolute value graphic from the relative value graphic. The relative value rectangle at position No. 1 of the comparison table in a) is displayed as a comparison graphic 431 having an upper limit 432 and a lower limit 433 in the chart of b). The moving average stock price chart is 434. As shown in c), 435 is obtained by shifting the upper limit 432 by the minimum value ΔH of the difference in stock price between the upper limit 432 and the chart 434 on each evaluation date. Upper limit −ΔH = 605 ≧ moving average stock price. As shown in d), it is 436 that the lower limit 433 is shifted by the maximum value ΔL of the difference in stock price between the lower limit 433 and the chart 434 on each evaluation date. Moving average stock price ≧ 606 = lower limit−ΔL. Upper limit −ΔH ≧ lower limit −ΔL, that is, upper limit−lower limit ≧ ΔH−ΔL, and in order to hold on any day within the evaluation period, it is necessary that the minimum value of the difference between the upper limit and the lower limit ≧ ΔH−ΔL, If this holds, it can be said that the moving average stock price matches the relative value comparison figure.

  Since the upper limit is moved by the maximum ΔH and the lower limit is moved by the minimum ΔL, the moving average stock price is matched. Therefore, in order to match the upper and lower parts evenly, it is only necessary to move by the average ΔHL of ΔH and ΔL. Therefore, as shown in e), by moving the upper limit 432 and the lower limit 433 of the relative value comparison graphic by ΔHL, respectively, an absolute value comparison graphic 439 in which the upper limit 437 and the lower limit 438 are substantially equal to the moving average stock price is obtained. I can do it. Position No. 2 in the comparison table is an absolute value rectangle obtained by converting the relative value rectangle of position No. 1 into an absolute value. The upper limit and lower limit of evaluation 1 and the upper limit and lower limit of evaluation 2 are 135, 115, 165 and 130, respectively, and ΔHL = 40, it becomes 95, 75, 125, 90.

FIG. 11 shows a procedure for creating a composite figure of comparative figures, using a chart diagram in which the standardized moving average stock price is as small as 60% to 115% in the period from today to 7 days for explanation. The chart is divided into small unit rectangles, and each unit rectangle is made to correspond to an element of a matrix to synthesize a comparative figure. The comparative graphic 501 of a) is represented by 502 as a unit rectangle, and the comparative graphic matrix Q (1, t, y) is represented by a matrix. 1 of Q (1, t, y) is the number of the comparison graphic, t is a value 510 obtained by converting the date, and y is a value 511 obtained by converting the standardized moving average stock price with a resolution of 5%. Similarly, the comparison graphic 503 of b) is represented by 504 as a unit rectangle, and the comparison graphic matrix Q (2, t, y) is represented by a matrix.
505 of c) is a composite figure obtained by synthesizing the comparison figures of a) and b), 506 is represented by a unit rectangle, and a comparison figure matrix Q (t, y) is represented by a matrix. Matrix addition, where there is no overlap, 1 and where there are 2 overlaps. d) is a composite figure with shades corresponding to the overlap, 507 and 509 having no overlap are light colors, and 508 having an overlap is a dark color.

  Since the time axis and stock price range of the actual chart is large, the matrix becomes large accordingly. Since the number of comparison figures also increases, the number of overlapping figures also increases. By making the parts with no comparison figure white, making the part with the largest overlap dark red, and adding the shading that makes the red lighter and the yellow deeper as the overlap decreases, the degree of overlap can be seen at a glance. I can understand. By making the comparison graphic dark blue and the chart light blue, the comparison graphic and chart can be easily distinguished. Other combinations of colors may be used.

  FIG. 12 shows a procedure for creating an industry trend graphic. The chart 521 of a) is represented by 522 as a unit rectangle, and is represented by a matrix as a comparative graphic matrix C (1, t, y). Similarly, the chart 523 of b) is represented by 524 in the unit rectangle, and the comparison graphic matrix C (2, t, y) is represented in the matrix. 525 of c) is a composite figure obtained by synthesizing the comparison figures of a) and b), 526 is represented by a unit rectangle, and the comparison figure matrix C (t, y) is represented by a matrix. Matrix addition, where there is no overlap, 1 and where there are 2 overlaps. d) is an industry trend figure with shading according to the overlap, 527 with no overlap is a light color, and 528 with an overlap is a dark color.

  Similar to FIG. 11, since the time axis and stock price range of the actual chart is large, the matrix also becomes large accordingly. Since the number of charts increases, the number of overlaps also increases. The area where there is no chart is white, the area where the overlap is the largest is dark red, and as the overlap decreases, the lightness of the red becomes lighter and the intensity of darker yellow increases so that the overlap can be seen at a glance. Become so. By making the comparison figure dark blue and the extracted chart light blue, it is possible to easily distinguish between the comparison figure and the chart. Other combinations of colors may be used.

  FIG. 13 shows a main flow of the information terminal according to the present invention, FIG. 14 a) shows a reference brand chart display process, and b) shows a brand chart display process. FIG. 15A) shows a chart matrix calculation process, and FIG. 15B shows a chart figure synthesis process. The processing of the information terminal is easy to update the contents by the server, so the homepage is better in maintenance management. Of course, an application program stored in the information terminal may be used. With the start of the homepage, the main flow of the information terminal in FIG. 13 is executed. The “comparison graphic setting screen” is displayed in S101, and the composite graphic information of the comparative graphic is received from the server in S102. If there is an unreceived stock price in S103, the stock price providing site is accessed to obtain the unreceived stock price. In S133, a standardized moving average stock price chart is created for each industry / market based on the industry brand information. In S134, the charts are combined to calculate combined graphic information.

  If the display screen is switched in S105, the screen is switched to the screen designated in S106. When the reference brand name is input in S107, a chart of the brand is displayed in S108. When the click of the “Create New” button is detected in S109, the comparison table data and the comparison drawing are cleared in S110, the created maximum comparison No. is incremented by 1, and a new comparison No. is set. When the “clear graphic” button is clicked in S111, the graphic at the position No. selected in S112 is cleared from the comparison table and the chart. If it is detected in S113 that the “Go to the previous graphic” button or the “Go to the subsequent graphic” button is clicked, the comparison number is incremented by +1 or −1 in S114, and the corresponding comparison table data and the comparative graphic are displayed. If the comparison table is directly edited in S115, the comparison figure is matched with the comparison table data edited in S116. If the comparison graphic is deformed on the chart in S117, the comparison table data is matched with the comparison graphic deformed in S118. When the “start extraction” button is clicked in S119, the brand is extracted in S120, and the chart of the extracted brand is displayed in S121.

  When the “Up” button, “Down” button, “Left” button, or “Right” button is clicked in S122, the display position is moved according to the button clicked in S123. When the “trend date” button 352 on the comparison graphic trend screen is clicked in S124, the date of the comparison graphic trend is changed in response to the click in S125. When the “trend type” button is clicked in S126, the period for determining the rise in market capitalization is changed in response to the click in S127. When the “click to reference graphic” button is clicked in S128, the brand at the clicked position is set as a reference brand in S129, and the comparison graphic setting screen is displayed. If the “go to detailed information” button is clicked in S130, the information provision page of the stock price providing site is opened and displayed in a separate window with the brand at the click position as an argument in S131. Step S105 is repeated until the homepage is terminated in S132.

  The chart display processing of the reference brand in FIG. 14a) is the details of s121 in FIG. In S201, an undisplayed brand is selected from the extracted brands, and a chart of the brand is displayed in S202. The process between S201 is repeated until all the extracted brands are displayed in S203.

  The brand chart display process of b) is the details of S202 of FIG. 14a) and S108 of FIG. The stock price data of the brand input in S211 is read out. When the designation is the simple moving average stock price in S212, the simple moving average stock price for the number of days designated in S213 is calculated. If the weighted moving average stock price specified in S214 is calculated, the weighted moving average stock price for the number of days specified in S215 is calculated, and if not, the variable moving average stock price specified in S216 and the variable date is calculated. In S216, the moving average stock price is divided by the moving average stock price on the latest day to calculate a normalized moving average stock price, and in S218, a standardized moving average stock price chart is drawn. In S219, the simple moving average stock price for the Bollinger band is calculated, and in S220, the upper band (UB) and the lower band (LB) of the Bollinger band (BB) are calculated. In S221, the standardized moving average stock price for the Bollinger band is calculated as (moving average stock price-LB) × 100 / (UB-LB).

  FIG. 15A) shows a chart matrix calculation process. In S251, all the elements of the chart matrix R (n, t, y) are set to 0, and in S252, the comparison graphic at the unchucked position No is set as the comparison graphic. n is a chart number. In S253, the unchucked date is set as the check date t, and in S254, the normalized moving average stock price on the check date t is multiplied by 100 and the percentage value is set to Y (t). In S255, in order to calculate the position of Y (t) in the unit rectangle, Y (t) is subtracted from 115, 2 is added, and the fractional number is rounded down to 5 to calculate y (t). In S256, the chart position R (n, t, y (t)) of the chart matrix is set to 1. The processing between S253 is performed until the comparison period is checked in S257. In S258, the process between S252 is repeated until all positions No are checked, and the chart matrix R (n, t, y) is calculated.

  b) is a chart graphic synthesis process. In S271, all elements of the chart composition matrix R (t, y) are set to 0, in S272, the unadded chart matrix number is set to j, and in S273, the chart composition matrix R (t, y) is changed to the chart matrix R (j, t, y) is added. Until the target chart matrix is calculated in S274, the process from S272 is repeated to calculate the chart synthesis matrix R (t, y). Since the values of the elements of the matrix vary depending on the number of charts to be added, the elements of the chart synthesis matrix R (t, y) are multiplied by 16 and divided by the maximum value of the elements in S275 and rounded off to 0 to 15. Normalize to value. Repeat until all elements are standardized in S276. When drawing a chart composition figure based on the completed chart composition matrix R (t, y), a color corresponding to a value from 0 to 15 of each element is painted on a unit rectangle on the chart diagram to which each element corresponds. Do it. If 0, white, 1 if yellow, 2 to 14, the yellow component is reduced and the red component is increased. This can be easily realized by preparing table data relating to colors corresponding to 0 to 15.

  FIG. 16A) shows the main flow of the server, FIG. 17B shows a composite graphic calculation process, and FIG. 17 shows a composite graphic calculation process subroutine. When the server is started in FIG. 16a), the stock price providing site is accessed in S301, and unreceived “stock price data” and “issued stock number data” are obtained. In S302, a composite figure calculation process is performed. The processing of S301 and S302 is performed every time 3:00 in S303. When there is an initial access from the information terminal in S304, home page data is transmitted in S305, and comparative graphic trend information is transmitted in S306. When the comparison graphic information is received in S307, the comparison graphic information received in S308 is stored. Steps S303 to S309 are repeated until the server is terminated in S309.

  b) shows a composite figure calculation process. In S321, DT is set as the latest business day of the market, and in S322, dt is set as three business days ago. In step S323, i is set as the market type No in which the composite figure has not been created. In S324, the matching comparison graphic is calculated, and the comparison graphic matching the market i is set in the array P (i, DT). In S325, a composite graphic is created, and the composite graphic of the array P (i, DT) is set to M (i, DT). In S326, the market capitalization increase rate d (i, dt, DT) from dt three days ago to the latest business day DT is calculated.

  In S257, the composite figure M10 (i, dt, DT) having the top 10% of market capitalization increase rate is calculated. By looking at M10 (i, dt, DT), the tendency of comparative figures suitable for extracting stocks with a high rate of increase in stock prices for three days in that market type can be seen. If the stock price trend is stable, it can be said that there is a high possibility that a stock whose price will rise with a similar comparative figure can be extracted. In S258, the composite figure M90 (i, dt, DT) of the lowest market capitalization rate lower 10% is calculated. By looking at M90 (i, dt, DT), the tendency of comparative figures suitable for extracting stocks with a high decline rate (low rise rate) for three days in the market type can be found. If the stock price trend is stable, it can be said that it is highly possible to extract stocks that fall in price with similar comparative figures. In S328, the process between S323 is repeated until the composite graphic is calculated for all the market industries. In the present invention, a composite figure with an increase rate of the upper 10% and the lower 10% is calculated, but a composite figure in another range may be calculated.

  FIG. 17A) shows the matching comparison graphic calculation process. In S401, the array C (i) of stocks belonging to the market industry Noi is set as a candidate stock, all elements of the comparative graphic array P (i, DT) are set to 0 in S402, and all of the extracted stock arrays C (i, DT) are set in S403. Set the element to 0. In S404, an unextracted comparison graphic in the comparison graphic array P (DT) of the date DT is set as a comparison graphic, and a brand extraction process is performed in S405. If the extracted symbol is not 0 in S406, a comparison graphic is added to the comparative graphic array P (i, DT) in S407, and a comparative graphic is added to the extracted graphic array C (i, DT) in S408. Add new brands. If there is no extracted brand, there is no brand that matches the comparison graphic, so nothing is added to the comparison graphic array P (i, DT) and the extracted brand array C (i, DT). By repeating step S404 until all comparison figures in the comparison figure array P (DT) are extracted in S409, the comparison figure array P (i, DT) and the extracted brand array C are related to the brands belonging to the market industry Noi. (I, DT) is calculated. In S410, by counting the number of comparison figures in the comparison figure array P (i, DT), the number N (i, DT) of comparison figures having a matching brand in the market i on the date DT is calculated.

  b) shows the market capitalization rate increase rate calculation process. In S421, the comparison figure of the date dt having a brand matching the market type i is set in the comparison figure array P (i, dt), and in S422, the number of comparison figures in the comparison figure array P (i, dt) is arranged in the array N. Set to (i, dt). In S423, the sum of the market capitalizations of the dates dt of the issues in the extracted issue array C (i, dt) is set in the array Sp (i, dt, dt). In S424, the issues in the extracted issue array C (i, dt) Set the total market capitalization of the date DT in the array Sp (i, dt, DT). In S425, {Sp (i, dt, DT) −Sp (i, dt, dt)} × 100 / Sp (i, dt, dt), between dates dt to DT of the comparative graphic array P (i, dt) Is calculated and set in the array Dp (i, dt, DT).

  c) shows the combined figure calculation process with the highest rate of increase. In S441, the comparison figure of the top 10% of the market capitalization increase rate array Dp (i, dt, DT) is set in the comparison graphic array P10 (i, dt), and in S442, the market capitalization increase rate array Dp (i, dt). , DT) is set to the comparative graphic matching brand array P10 (i, dt). In S443, the comparison graphic array P10 (i, dt) is combined, and the combined graphic is set in the array M10 (i, dt). In S444, the number in the comparison graphic array P10 (i, dt) is set in the array N10 (i, dt). In S445, the sum of the market capitalizations of the dates dt of the issues in the extracted issue array C10 (i, dt) is set in the array Sp10 (i, dt, dt). In S446, the issues in the extracted issue array C10 (i, dt). The total market capitalization of the date DT is set in the array Sp10 (i, dt, DT). In S447, {Sp10 (i, dt, DT) −Sp10 (i, dt, dt)} × 100 / Sp10 (i, dt, dt), between the dates dt to DT of the comparative graphic array P10 (i, dt) Is calculated and set in the array Dp10 (i, dt, DT).

  d) shows the composite figure calculation process of the lower rate of increase. In S451, the lower 10% comparison graphic of the market capitalization increase rate array Dp (i, dt, DT) is set in the comparison graphic array P90 (i, dt). In S452, the market capitalization increase rate array Dp (i, dt). , DT), the lower 10% comparison graphic matching brand is set in the comparative graphic matching brand array P90 (i, dt). In S453, the comparison graphic array P90 (i, dt) is combined, and the combined graphic is set in the array M90 (i, dt). In S454, the numbers in the comparison graphic array P90 (i, dt) are set in the array N90 (i, dt). In S455, the sum of the market capitalization of the date dt of the issues in the extracted issue array C90 (i, dt) is set in the array Sp90 (i, dt, dt). In S456, the issues in the extracted issue array C90 (i, dt) are set. The total market capitalization of the date DT is set in the array Sp90 (i, dt, DT). In S457, {Sp90 (i, dt, DT) −Sp90 (i, dt, dt)} × 100 / Sp90 (i, dt, dt), between the dates dt to DT of the comparative graphic array P90 (i, dt) Is calculated and set in the array Dp90 (i, dt, DT).

  In the same procedure as in c) and d), a composite figure in an arbitrary range other than the upper 10% and lower 10% in the market capitalization rate may be calculated and displayed on the comparative figure trend screen. In the present invention, the composite figure calculation process is performed at 3 o'clock in the middle of the night, but it is performed in parallel with the server distribution process so that it is performed every hour and the latest composite figure is provided promptly. Good.

  FIG. 18 shows the brand extraction process. The position No is set to 1 in S501. If the graphic No at the current position No is a to d in S502, the moving average stock price during the evaluation period is calculated in S503. In step S504, the moving average stock price is divided by the moving average stock price on the latest day to calculate a standardized moving average stock price. In S505, the upper limit and the lower limit of the business days of the market during the evaluation period are calculated. In S506, it is checked whether the moving average stock price is within the upper limit and the lower limit during the set period. If it is out of the range, the out-of-range stock is deleted from the candidate stock in S519. When the graphic No at the current position No is e or f in S507, two short-term and long-term moving average stock prices set in S508 are calculated. In S509, when the graphic No. is e and other than the golden cross (G.K.), and the graphic No. is f and other than the dead cross (DK), the brands outside the range are deleted from the candidate brands. When the graphic No at the current position No is g or h in S510, the two short-term and long-term moving average stock prices set in S511 are calculated. In S512, when the figure No is g and other than the mountain shape, and when the figure No is h and other than the valley shape, the out-of-range brands are deleted from the candidate brands.

  When the graphic No at the current position No is i to k in S513, the simple moving average stock price for the evaluation period is calculated in S514, and the Bollinger band for the evaluation period is calculated in S515. In S516, (simple moving average stock price-LB) × 100 / (UB-LB) B. Calculate the standardized moving average stock price. In S517, upper and lower limits in the middle of the evaluation period are calculated. In S518, whether the upper and lower limits are within the evaluation period is checked. If out of the range, brands outside the range are deleted from the candidate brands in S519. The position No is incremented by 1 at S520, and the process between S502 is repeated until the comparison figures at all the positions No are chucked at S521, and the brands that do not match the comparison figures are deleted from the candidate brands. If all candidate brands are not chucked in S522, the unchecked brand is set as a checked brand in S523, and the process proceeds to S501. If all candidate brands are checked, candidate brands that remain without being deleted in S524 are set as extracted brands.

  FIG. 19 shows a flow for determining the characteristic shape of the moving average stock price. a) is a determination flow of the golden cross. In S601, the short-term moving average stock price on the previous day and the last day of the comparison graphic period is set to Ps (d-1) and Ps (d + u). In S602, the long-term moving average stock price on the previous day and the last day of the comparison graphic period. Are set to Pl (d-1) and Pl (d + u). In S603, when Ps (d-1) <Pl (d-1) and Ps (du)> Pl (du), it is determined that there is a golden cross within the period. G. K. And D. K. Are the same, G. K. It is judged that there is no G. K. D. K. If one occurs more than G. K. It will be judged that there is.

  b) K. This is a determination flow. In S611, the short-term moving average stock price on the previous day and the last day of the comparative graphic period is set to Ps (d-1) and Ps (d + u), and in S612, the long-term moving average stock price on the previous day and the final day of the comparative graphic period. Are set to Pl (d-1) and Pl (d + u). In S613, when Ps (d-1)> Pl (d-1) and Ps (d-u) <Pl (d-u), D.D. K. Judge that there is. D. within the period. K. And G. K. Are the same, D. K. Judging that there is none, K. G. K. If one occurs more than K. It will be judged that there is.

  c) is a mountain type judgment. In S621, the moving average stock price for the comparison graphic period d to d + u is set to P (d) to P (d + u), and in S622, the average of P (d) to P (d + u) is set to Pave. In S623, the moving average stock prices before and after the comparative graphic period are set to P (d-1) and P (d + u + 1). In S624, if Pave> P (d-1) and Pave> P (d + u + 1), it is determined that there is a mountain shape within the period. When there are the same number of peaks and valleys within the period, it is determined that there is no peak, and if one peak occurs more than the valley, it is determined that there is a peak.

  d) is a valley type judgment. In S631, the moving average stock price of the comparative graphic periods d to d + u is set to P (d) to P (d + u), and in S632, the average of P (d) to P (d + u) is set to Pave. In S633, the moving average stock prices before and after the comparative graphic period are set to P (d-1) and P (d + u + 1). In S634, if Pave <P (d-1) and Pave <P (d + u + 1), it is determined that there is a valley type within the period. When there are the same number of valleys and peaks in the period, it is determined that there is no valley, and if one valley occurs more than the peaks, it is determined that there is a valley.

  FIG. 20A shows a flow of relative value comparison graphic match determination processing, and b) shows a flow of relative value graphic absolute value processing. This is a specific process of FIG. In the relative value comparison graphic match determination process of a), in S701, the upper and lower limits during the evaluation period of the relative value comparison graphic are calculated by linear interpolation. In S702, the minimum value of the difference between the upper limit value of each evaluation date and the moving average stock price is set to ΔH. In S703, the maximum value of the difference between the lower limit value of each evaluation date and the moving average stock price is set to ΔL. If the minimum value of (upper limit−lower limit) is larger than ΔH−ΔL in S04, it is determined as a match, and the match flag is set to 1 in S705. Otherwise, the match flag is set to 0 in S706.

  In the absolute value conversion processing of the relative value graphic of b), the relative value comparison graphic match determination processing of a) is performed in S711, and the match flag is determined in S712. If the match flag = 1 and they match, the average value of ΔH and ΔL is set to ΔHL in S713, and ΔHL is subtracted from the upper limit of the relative value comparison graphic in S714 to calculate the upper limit of the absolute value comparison graphic. Then, ΔHL is subtracted from the lower limit of the relative value comparison graphic to calculate the lower limit of the absolute value comparison graphic. If the match flag = 0 in S714, nothing is done because the absolute value comparison graphic is not created.

  Formula 1 shows the formula for calculating the simple moving average stock price. In the case of an n-day simple moving average stock price, it is calculated by dividing the total closing price for n days by n.

数式２に加重移動平均株価の計算式を示す。ｎ日加重移動平均株価の場合、ｎ日間の終値に最新日はｎから１まで係数を掛けた値の合計をｎから１までの合計で割ることで算出する。単純移動平均株価に比べて最新日に近づく程効きが大きくなる。

Formula 2 shows the formula for calculating the weighted moving average stock price. In the case of an n-day weighted moving average stock price, the latest day is calculated by dividing the total price obtained by multiplying the closing price for n days by a coefficient from n to 1 by the sum from n to 1. Compared to the simple moving average stock price, the effect increases as it approaches the latest date.

  Table 1 shows the 3-day simple moving average stock price, 3-day weighted moving average stock price, and 3-day fluctuation 1 / 5-day moving average stock price. The 3-day simple moving average stock price does not have a coefficient for each closing price as shown in Equation 1, and the total for 3 days is divided by 3. The 3-day weighted moving average stock price is as shown in Equation 2, and the coefficient of each closing price is the most recent day, and the total of 3 days is divided by 3.

  The three-day fluctuation 1/5 day moving average stock price is the average of the three days on the latest day k1, but the previous day k2 is the average of the closing prices added 1/5 on the third day. Increase by 1/5 days. k1 is the same as the 3-day simple moving average stock price, but k6 five days ago is the same as the 4-day simple moving average stock price. By changing the average number of days to 3 days and 1/5 of the increment, you can change how the average number of days increases. The comparison partner of the comparison figure uses the moving average stock price of short-term average days near the latest day, and even if you want to use the moving average stock price of long-term average days far from the latest date, The moving average stock price does not have to be discontinuous.

  Formula 3 shows the calculation formula for the Bollinger band. An upper band and a lower band are calculated by adding or subtracting a value obtained by multiplying the N day moving average standard deviation by a coefficient W to the N day moving average stock price. If the coefficient W is 1 and the first standard deviation is set, about 66% of the price movement, and if the coefficient W is 2 and the second standard deviation is set, about 95% of the price movement is within the band. Since almost the whole can be accommodated, the coefficient W is set to 2 in the present invention.

  FIG. 21 a) shows the comparison matrix calculation process. In S801, all elements of the comparison matrix Q (n, t, y) are set to 0, and in S802, the comparison graphic at the unchucked position No is set as a comparison graphic. n is a chart number. In S803, the unchucked date is set as the check date t, and in S804, the comparison figure upper limit of the check date t is subtracted from 115, and the value obtained by dividing by 5 is rounded to H (t). When the upper limit of the chart is larger than 115%, 115 is increased. When the height of the unit rectangle is smaller than 5%, 5 is set to a small value. In S805, a value obtained by subtracting the comparison figure lower limit of the check date t from 115 and dividing by 5 is rounded and set to L (t). In S806, the elements of Q (n, t, L (t)) are changed to 1 from the elements of chuck date t of the comparison matrix to Q (n, t, H (t)). Processing in S803 is performed until the entire comparison period is checked in S807. In S808, the process from S802 is repeated until all positions No are checked, and a comparison matrix Q (n, t, y) is calculated.

  b) is a chart graphic synthesis process. In S821, all elements of the comparison / combination matrix Q (t, y) are set to 0, in S822, the comparison matrix number that has not been added is set to j, and in S823, the comparison / combination matrix Q (t, y) is compared with the comparison matrix Q (j, t, y) is added. Until the target comparison matrix is added in S824, the process between S822 is repeated to calculate the comparison synthesis matrix Q (t, y). Since the values of the matrix elements vary depending on the number of comparison figures to be added, the elements of the comparison composite matrix Q (t, y) are multiplied by 16 and divided by the maximum value of the elements in S825, and rounded off to 0-15. Normalize to the value of. Repeat until all elements are standardized in S826. When drawing a comparison / combination figure based on the completed comparison / combination matrix Q (t, y), the unit rectangle on the chart corresponding to each element is painted with a color corresponding to a value from 0 to 15 of each element. Do it. If 0, white, 1 if yellow, 2 to 14, the yellow component is reduced and the red component is increased. This can be easily realized by facilitating table data relating to colors corresponding to 0 to 15.

In the above embodiment, the stock market is taken as an example, but it can also be used for a commodity trading market. Further, not only domestic but also foreign stock market brands may be extracted. Since the moving average stock price is standardized, domestic and overseas stocks can be displayed on the same chart without being affected by exchange rates.

  It is used in a stock selection support system that sets a comparison figure for a moving average stock price and extracts matching stocks.

It is the schematic which paid its attention to the data of this invention. It is a block diagram of the present invention. It is a comparison figure setting screen at the time of a reference brand display. It is a comparison figure setting screen at the time of matching brand extraction. It is a comparison figure setting screen at the time of synthetic figure display. It is an extraction brand list screen. It is a comparison figure trend list screen. It is an industry trend list screen. a) Comparison graphic chart. b) A comparison graphic corresponding to the comparison graphic table. This is a procedure for converting a relative value comparison graphic into an absolute value comparison graphic. a) Comparison table. b) Relative value comparison graphic. c) Absolute value comparison figure after conversion. d) Match determination processing. e) Match determination processing. This is a procedure for creating a composite figure of a comparative figure. a) Comparison figure and comparison figure matrix. b) Comparison figure and comparison figure matrix. c) A composite figure and a composite comparison figure matrix. d) A composite figure with shading according to the overlap. This is a procedure for creating industry trend figures. a) A chart figure and a chart matrix. b) A chart figure and a chart matrix. c) A chart composition figure and a chart composition matrix. d) Industry trend graphic with shading according to overlap. It is the main flow of an information terminal. a) Chart display processing of extracted brands. b) Chart display processing of brands. a) Chart matrix calculation processing. b) Chart graphic synthesis processing. a) Main flow of the server. b) A composite figure calculation process. a) A process for calculating a matched comparison graphic. b) Market capitalization rate increase rate calculation processing. c) A composite figure calculation process with a higher rate of increase. d) A composite figure calculation process with a lower increase rate. This is a brand extraction process. a) Golden cross determination processing. b) Dead cross determination processing. c) Mountain type determination processing. d) Valley type determination process. a) Relative value comparison figure match determination processing. b) Absolute value comparison processing of relative value comparison figure. a) Comparison matrix calculation processing. b) Comparison graphic composition processing.

Explanation of symbols

1 Information terminal 2 Same chart
3 Network Network 4 Stock Price Providing Site 5 User 6 System Consisting of Information Terminal and Stock Price Providing Site 7 Multiple Information Terminals 8 Server 10 Comparison Figure 11 Extracted Stock 13 Standardized Moving Average Stock Price 14 Business Market Stock 15 Reference Stock 16 Chart Composite Figure 25 Composite figure of comparison figure

Claims (7)

The stock selection support system consists of an information terminal connected to a stock price providing site via a network,
The information terminal comprises a communication means for communicating with a stock price providing site, a reference brand input means for inputting a brand name, and a comparison graphic for setting a comparison graphic for specifying the period of the moving average stock price and the upper and lower limits during the period. A setting means, a stock price site access means for accessing a stock price providing site and obtaining stock price data, an extraction means for extracting a stock whose moving average stock price satisfies a comparison figure, and stock price data of a reference stock or a plurality of extracted stocks. A moving average stock price calculating means for calculating a moving average stock price based on the standard, a normalizing means for calculating a standardized moving average stock price by standardizing the moving average stock price by a predetermined method, and a chart drawing for drawing a chart of the standardized moving average stock price Means, a comparison figure drawing means for drawing a comparison figure, and a display means for displaying the standardized moving average stock price chart and the comparison figure on the same chart.
When the stock is input to the reference stock input means, the moving average stock price calculating means calculates the moving average stock price from the stock price data of the input stock, the normalizing means calculates the normalized moving average stock price from the moving average stock price, and chart drawing The means draws a chart of the standardized moving average stock price,
When the comparison figure is set in the comparison figure setting means, the comparison figure drawing means displays the comparison figure in the standardized moving average stock price chart of the reference stock,
When the extracting means extracts the stock, the moving average stock price calculating means calculates the moving average stock price from the stock price data of the extracted stock, the normalizing means calculates the normalized moving average stock price from the moving average stock price, and the chart drawing means. Draws a chart of the standardized moving average stock price, and the display means displays the chart of the standardized moving average stock price in the same chart diagram as the comparison figure. The stock selection support system consists of an information terminal connected to a stock price providing site via a network,
The information terminal is a communication means for communicating with a stock price providing site, a storage means for storing industry brand information relating to brand names belonging to various industries, and a comparison for specifying the period of the moving average stock price and the upper and lower limits during the period. Comparison figure setting means for setting figures, stock price site access means for accessing stock price providing sites to obtain stock price data, extraction means for extracting stocks whose moving average stock price satisfies the comparison figure, and stocks included in the industry stock information Or, a moving average stock price calculating means for calculating a moving average stock price based on stock price data of a plurality of extracted brands, a normalizing means for standardizing the moving average stock price by a predetermined method and calculating a standardized moving average stock price, and a standard Depending on the degree of overlap between the chart drawing means for drawing the chart of the standardized moving average stock price and the standardized moving average stock price chart of the stock included in the industry stock information And display means for displaying a chart combining means for calculating a composite graphic information on the synthesis figure gave a pale, a synthetic figure corresponding to synthesize graphic information and comparison figure and normalized moving average stock chart
The display means displays the composite figure on the chart diagram in advance, and when the comparison figure is set in the comparison figure setting means, the display means displays the comparison figure in the same chart diagram as the composite figure,
When the extracting means extracts the stock, the moving average stock price calculating means calculates the moving average stock price from the stock price data of the extracted stock, the normalizing means calculates the normalized moving average stock price from the moving average stock price, and the chart drawing means. Draws a chart of the standardized moving average stock price, and the display means displays the standardized moving average stock price chart in the same chart diagram as the comparison figure. The stock selection support system is composed of a plurality of information terminals connected via a network, a server, and a stock price providing site that provides stock prices.
The server has communication means for performing communication with the information terminal, and comparison figure composition means for creating a composite figure colored or shaded according to the degree of overlap of the collected comparison figures,
The information terminal communicates with the server and the stock price providing site, the comparison figure setting means for setting the comparison figure indicating the period, upper limit and lower limit of the moving average stock price, and accesses the stock price providing site to obtain the stock price data. A stock price site access means, an extraction means for extracting a stock whose moving average stock price satisfies a comparison figure, a moving average stock price calculation means for calculating a moving average stock price based on stock price data of a plurality of extracted stocks, and a predetermined method Normalization means for normalizing the moving average stock price to calculate a standardized moving average stock price, chart drawing means for drawing a chart of the standardized moving average stock price, a composite figure, a comparison figure, and a standardized moving average stock price chart Display means for displaying,
When the communication means of the information terminal obtains the composite figure, the display means displays the composite figure, and when the comparison figure is set in the comparison figure setting means, the display means displays the comparison figure on the same chart as the composite figure. ,
When the extracting means extracts the stock, the moving average stock price calculating means calculates the moving average stock price from the stock price data of the extracted stock, the normalizing means calculates the normalized moving average stock price from the moving average stock price, and the chart drawing means. Draws a chart of the standardized moving average stock price, and the display means displays the standardized moving average stock price chart in the same chart as the comparison figure. The server is a stock price site access means for accessing the stock price providing site to obtain stock price data and issued stock data, an extraction means for extracting stocks whose moving average stock price satisfies the comparison graphic, and a comparison from the comparison graphic input date to a predetermined date later A market capitalization increase rate calculating means for calculating an increase rate of a market capitalization of a stock satisfying the figure using the stock price data and the number of shares issued,
4. The brand selection support system according to claim 3, wherein the comparison graphic synthesizing unit synthesizes a comparison graphic having a market capitalization increase rate within a predetermined range.
The comparison graphic information set by the comparison graphic setting means includes an absolute value comparison graphic that specifies the upper and lower limits of the standardized moving average stock price by the upper and lower limits of the comparison graphic, or the upper and lower limits of the comparison graphic, respectively. A relative value comparison figure that identifies the difference between the upper and lower limits of the standardized moving average stock price by the difference in values,
The comparison figure composition means of the server has absolute value conversion means for converting the relative value comparison figure into the absolute value comparison figure based on the relative value comparison figure and the standardized moving average stock price. The brand selection support system according to claim 3 or 4, wherein a composite figure is created by synthesis.   The standardization means calculates the standardized moving average stock price by dividing the moving average stock price by the moving average stock price on a given day, or calculates the difference between the moving average stock price and the lower limit of the Bolger band between the upper and lower limits of the Boliger band. 6. The brand selection support system according to claim 1, wherein the standardized moving average stock price is calculated by dividing by the difference. The comparison figure setting means of the information terminal sets a comparison figure indicating the generation period of the golden cross or dead cross or peak or valley shape of the moving average stock price, and the display means of the information terminal is common with the standardized moving average stock price chart Display the comparison graphic or composite graphic on the time axis of
The display means displays the composite figure in advance on the chart, and when the comparison figure is set in the comparison figure setting means, the display means displays the composite figure and the comparison figure on the same time axis,
When the extraction means performs the extraction of the stock, the moving average stock price calculation means calculates the moving average stock price from the time series stock price data of the extracted stock, the normalization means calculates the normalized moving average stock price from the moving average stock price, The chart drawing means draws a chart of the standardized moving average stock price, and the display means displays the comparison figure and the standardized moving average stock price chart on the same time axis. 5. The brand selection support system according to items 5 and 6.

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