JPH06775U - Two-stage wave table of stock prices - Google Patents

Abstract

(57) [Summary] [Purpose] It is an object of the present invention to provide a two-stage wave table of stock prices that enables anyone to easily and accurately predict the "ceiling price" and "bottom price". [Structure] The first to fourth rate change points (a), (b),
In addition to providing a turning point price entry field for describing the stock price in (c) and (d), the stock price at the first market turning point (a) and the stock price at the second market turning point (b) By setting a wave entry column to describe the magnitude of the “first wave”, which is the difference between the two, and writing the corresponding value in each of these fields, the third market turning point (c)
When the market comes, it is possible to calculate the fourth market turning point (d) and predict the "ceiling price" or "bottom price" of the stock price.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 INDUSTRIAL APPLICABILITY The present invention relates to a two-stage wave table for stock prices, and is particularly suitable for use in accurately predicting the ceiling price and bottom price of stock prices that fluctuate up and down.

[0002]

[Prior art]

 As is well known, when investing in stocks, many investors use charts that record past stock prices as guidelines for their investments. If you look closely at the chart above, small, medium, and even large waves are intermingled, causing a rhythmical ups and downs in stock prices.

Looking at such a stock price transition, perhaps most of the people would buy this low price, sell at this high price, and even if the so-called "Doden net selling" is done, buy back at the next low price. I sigh that I could get the profit of "○○ yen". In that case, the answer is "No" in most cases.

[0004]

[Problems to be solved by the device]

 This is because it is difficult for the conventional stock price chart to accurately predict the “ceiling price” during the rising stock price and the “bottom price” when the stock price is falling. In other words, in stock investment, it is extremely difficult that only a handful of people who can accurately predict that the stock price will probably move in this way can succeed and have success. is there.

The present invention has been made in view of the above problems, and an object of the present invention is to provide a two-stage wave table of stock prices that enables anyone to easily and accurately predict a “ceiling price” or a “bottom price”. And

[0006]

[Means for Solving the Problems]

 In order to achieve the above-mentioned object, the two-stage wave table of the stock price of the present invention is for describing the stock price at the first to fourth rate change points (a), (b), (c) and (d). Turning point Share price entry field, and for describing the size of the "first wave", which is the difference between the stock price at the first market turning point (a) and the stock price at the second market turning point (b) This is a two-stage wave table for stock prices, characterized by having a wave entry column.

Another object of the present invention is to enter a stock price for describing the stock prices at the first to fourth market price change points (a), (b), (c) and (d). Column, and the first wave entry column for describing the magnitude of the “first wave”, which is the difference between the stock price at the first market turnover point (a) and the stock price at the second market turnover point (b). And the second wave entry column for describing the magnitude of the “second wave”, which is the difference between the stock price at the third market turn point (C) and the stock price at the second market turn point (D). This is a two-stage wave table for stock prices, which is characterized by having and.

[0008]

[Action]

 Since it consists of the above technical means, when the market price changes, enter the stock price at that time in the conversion point stock price entry column. In the above-mentioned conversion point stock price entry column, there are four of the first to fourth market price conversion points (a), (b), (c) and (d), but the first market conversion point (a) and At the time of entering the second market turnover point (b), calculate the difference between the stock price at the first market turnover point and the stock price at the second market turnover point and enter it in the first wave entry column.

That is, since the two-stage wave table of the stock price of the present invention is based on the idea that the size of the “first wave” and the size of the “second wave” are substantially equal, the size of the “first wave” is large. If you calculate the value and enter it in the first wave entry column, at the time when you grasp the third market turning point and enter it in the above market turning point entry column (c), the “ceiling price” or “bottom price” Can be predicted by calculation.

[0010]

[Embodiment] Next, an embodiment of the two-stage wave table of the stock price of the present invention will be described in detail with reference to the accompanying drawings. FIG. 1 shows an example of the two-step wave table of the stock price of the present invention.

As is apparent from FIG. 1, the stock price two-stage wave table of the present embodiment has the “brand”, “first price turning point (a)”, “second price turning point (Ro ) ”,“ Third rate change point (c) ”,“ fourth rate change point (d) ”,“ first wave entry column ”,“ second wave entry column ”, etc. are provided in order. As shown, these characters are marked by printing or the like. It goes without saying that each of these entry fields may be provided along the vertical direction. The columns that describe the 1st to 4th market turnover points (a) are the stock prices when the stock price turned down in the “up market” or the stock price rises in the “down market”. It is for describing the stock price when it turned into.

[0012] The "first wave entry field" is the difference between the stock price at the first market turning point (a) and the stock price at the second market turning point (b), that is, (a)-(ro It is provided to describe the size of). Then, the "second wave entry column" is the difference between the stock price at the third market turning point (C) and the stock price at the second market turning point (D), that is, the size of (C)-(D). It is provided to describe the information.

Next, a method for analyzing / predicting the stock price by actually using the two-stage wave table of the stock price of the present embodiment configured as described above will be specifically described. As mentioned above, it is necessary to accurately grasp the next turning point in order to enter the category of the successful group in equity investment. In order to explore this turning point, the following points can be said by first analyzing and pursuing the fluctuation conditions on the chart.

That is, the simplest original form in the rising market is an N-shaped small wave. Also, in the case of a down market, the N-shaped inside out pattern is the smallest wave. Considering the prototype of this smallest wave motion, the following can be said for both the up and down markets. That is, in the explanatory view of the “eye wave” of FIG. 2, if A · B = a (Equation 1) C · D = b (Equation 2), then a = b (Equation 3) .

In FIG. 2, (a) is the first market turning point, (b) is the second market turning point, (c) is the third market turning point, and (d) is the fourth market turning point. Is shown. The "immediate wave" in Fig. 2 shows the most basic form, and is an example in which the stock price conversion point and the market price conversion point coincide.

The heights a and b in this case are “width of stock price”. Speaking of this in the Elliot style, it means that it consists of three waves, AB, BC, and CD. However, here, the Japanese style is called "two-step up" and "two-step down", and the noun "wave" is added to it to call it "two-step wave". The following is the result of verifying how this smallest unit, “two-stage wave,” develops in an actual chart.

That is, first, the basic type of “two-stage wave” in a rising market is classified into the following five types. Toe wave (see Fig. 2) The minimum simple N-shaped wave described above is the basis of "two-step raising". This phenomenon is frequently demonstrated on the daily and weekly charts for candlesticks.

Small wave (see FIG. 3) This is regarded as the “first step wave” of the “two-step raising” of the N-shaped tip wave, and is regarded as the “first step” at the bottom of the pushing point of the first wave. It means that the next wave is represented by a "double-stage" of the same price range.

The characteristic of this wave is that it is more flexible and more fluid than the conventional morphological fixed view. The principle of this small wave is the basis of "two-step wave". Morphologically, there are three mountains, but the three mountains are three mountains. Here, rather than trying to call it the two mountains, the basic idea is to consider the first two mountains as the "first stage," and this is the principle of the two-stage wave theory.

Middle wave (see FIGS. 4 and 5) This is based on the small wave, and the small wave is regarded as the “first step”, and the bottom of the push has the same width as that. The idea is that there will be a "double-stage" wave. However, the first wave of the "second step" of this center wave always has a landing, that is, a push as shown by c and d in the figure in the middle. In other words, the "double up" wave is composed of another small "double up" wave. This will play an extremely important role in forecasting the stock price in the mid-wave.

Large wave (see FIGS. 6 and 7) This also means that the medium wave is regarded as the “first step” and the next “second step” wave is shown at the bottom of the push. In this case, the landings c and d are always formed in the middle of the "double-stage" wave. In other words, the "second stage" is also composed of "first stage" and "second stage", and the "first stage" and "second stage" also have a small landing c in the middle. , D are common.

In such a phenomenon, many morphological peaks are generated. For example, even if 4 or 8 mountains appear, it does not matter. All of them are “concepts of thinking” that develop into the next “two-stage rise” with a large scale by pulling one or two, and the heterogeneous idea is the principle of the two-stage wave.

However, this does not mean that this “idea of thinking” is infinitely expanded and developed, and there is a certain limit. It causes a big landing, that is, a big massage in the middle, when you see a large two-stage wave once every five to ten years. The subsequent large "double-stage" wave is the next global wave.

Global wave (see FIGS. 8 and 9) This is extremely infrequent, but the above-mentioned large wave is regarded as the “first stage”, and the next larger “second stage” wave is assumed. That is a strange idea. With the appearance of this wave, this wave becomes the final wave, which hits the large ceiling and turns negative. In this case as well, as in the case of large waves, a landing is formed in the middle of the "one step up" wave.

Next, the basic type of the two-step wave in the down market will be described. In the case of a down market, it is the opposite of that in the above case. That is, the tip wave (see FIG. 10) and the N-shaped inside-out type is the minimum two-step lowering.

Small wave (see FIG. 11) This is regarded as a tip wave and a “first step”, and there is a “second step” having the same range as that.

Middle wave (see FIG. 12 and FIG. 13) This is a small wave and is regarded as the “first step”, and the next “downward” wave comes. This "second stage" wave also has landings c and d in the middle, and is formed by a small "first stage" and "second stage".

Major wave (see FIGS. 14 and 15) This regards the medium wave as the "first step", and the next "second step" of the same value range comes. Similarly to the above, this "second stage" also has landings c and d in the middle, and is composed of "first stage" and "second stage".

Global Waves (see FIGS. 16 and 17) This is very infrequent, similar to the up market. The idea is that many waves are regarded as the "first step" and there is the next "downward step" wave.

Next, the price range and the daily pattern will be described. As is well known, when the stock price rises above the low price, it suddenly rises to the ceiling immediately above. So, after taking a break (after autonomous adjustment), it has reached relatively high in a relatively short time up to the next step, and to the next ceiling immediately ahead.

In this case, the relationship between the price range of “one-step increase” and “two-step increase” and the daily pattern is as follows. That is, first, the relationship between price ranges is that the price ranges of “one step up” and “two steps up” are almost the same.

On the other hand, the relationship between the price range of the autonomous adjustment push after “one step up”, the price range of the autonomous adjustment push after “two step up”, and the price range of the autonomous adjustment after “two step up” is The former is shallower and the latter is deeper. Also, regarding the relationship of patterns, the former pattern is short and the latter pattern is long.

Next, the down market will be described. In the case of a down market, the price ranges of "one step up" and "two steps up" are almost the same as those of the up market. Regarding the relationship between the return of "one step lower" and the return after "two step lower", the return price range of "one step lower" is smaller and the return price range of "two step lower" is larger. On the other hand, the result is that the return pattern for "one step down" is short and the return pattern for "two down" is long.

From the above, it is assumed that the price ranges of the “first tier” and the “second tier” are substantially the same for both the up and down markets. Based on this hypothesis, it is possible to assume the price range of the "second step" as the next ideal figure after the completion of the "first step". Based on this hypothesis, it is possible to predict stock price increases and decreases.

The basic pattern diagram of the above-mentioned “two-stage wave” is a diagram showing the essence, and is usually seen by daily, weekly, monthly and yearly candlesticks. The period naturally varies depending on the perspective and way of thinking of the near-term wave, the small wave, the medium wave, the large wave, and the global wave.

For example, even if it is said to be a tip vibration, there is a considerable difference between the daily and weekly eye tips. For example, the first wave of the weekly bar is equivalent to two small waves when viewed daily. Therefore, when considering daily and weekly, weekly and monthly, and monthly and yearly, inevitable differences will occur.

In short, even if there is only one basic type diagram, the chart of daily, weekly, and monthly charts have different ways of understanding the period, so when you look at the chart, be sure to see the daily and weekly charts, or Using both weekly and monthly rates is a sure way to find the next turning point. In particular, when looking at a small number of charters and a middle figure from a single chart, it may be better to use the weekly chart.

Next, a specific example of the present invention will be shown as an example applied to “T marine insurance” in FIG. In this case, I decided to look at the moon view with the intention of seeing the whole view. Note that FIG. 18 is a simplified version of the well-known monthly chart. In Fig. 18, 1,960 yen, which is located in the middle of the quoted market, has a ceiling on September 29, 1986 on the chart. Considering this lunar bar, we calculate what the next big ceiling prediction will be due to the global wave.

The low price in FIG. 18, 400 yen on August 17, 1982, and 460 yen on August 11, 1983, were used as starting points for calculation. 1,960 yen-400 yen = 1,560 yen (Equation 4) 1,960 yen-460 yen = 1,500 Yen (Equation 5)

The following is a calculation of these two differences (measures) based on the low price of 1,290 yen on October 23, 1986 and the next push of 1,450 yen. 1,560 yen + 1,290 yen = 2,850 yen (6 formulas) 1,560 yen + 1,450 yen = 3,010 yen (7 formulas) 1,500 yen + 1,290 yen = 2,790 yen ... (Equation 8) 1,500 Yen + 1,459 Yen = 2,950 Yen (Equation 9)

The highest value among the answers of these four expressions is called the upper limit, and the lowest price is called the lower limit. In other words, a turning point with a large ceiling arrives in the zone between the upper limit of 3,010 yen and the lower limit of 2,790 yen. In addition, the landing point in the middle between 2,940 yen and 1,290 yen is the middle hidden line, which is an example in which two two-stage waves are shown in the second stage of the global wave.

Next, the conversion prediction method in the prediction zone will be described. The drawback of making a "two-stage wave" forecast is that stock price forecasts are relatively possible as mentioned above, but daily pattern forecasts do not appear. In order to supplement this, the results obtained by the conventional calculation method were extremely effective.

The method is a method of calculating with a candlestick, and it is carried out by daily, weekly, monthly or yearly bar. When making stock price forecasts, the upper and lower mustaches of the candlestick are used as the basis for the high and low prices, but in the calculation of the day pattern, the upper and lower beards of the candlestick are excluded, and the body line (closed, closed). ).

In other words, the daily, weekly, monthly, and yearly bars are above or below the white frame when the sun is closed, and above or below the black frame when the sun is closed. There is a method of counting both the number of witnesses and the total number of witnesses. This is usually always desirable for daily use.

In addition, in the case of weekly bar, it is usually easier to understand by calculating with a new price bar. Normally, it is converted to an odd number, that is, 3, 5, 7, 9, 11, 13, 13, 15, 17, 19, 21, 23, ..., but in rare cases, an even number of 8 is used for conversion. There is also.

As a specific example, with the price range of the “first tier” used as the ruler for both the up and down markets, the new price of the physical line is used in the zone of the upper limit price and the lower limit price to predict the next “second tier”. The problem is how many moves (how many), for example, if the new price is the ninth, and the number of witnesses is the thirteenth, or the fifteenth, which is a so-called odd number. It is not a problem that is close to the upper limit or near the lower limit, and it is always the case that there is almost certainly a certain number of changes.

[0047]

[Effect of device]

 As described above, the present invention, as described above, includes a conversion point stock price entry column for describing the stock prices at the first to fourth market price conversion points (a), (b), (c), and (d), and the first Since there is a wave entry column for describing the magnitude of the “first wave”, which is the difference between the stock price at the market turning point (a) and the stock price at the second market turning point (b), When the market changes, enter the stock price at that time in the conversion point stock price entry field, and at the time when the first market conversion point (a) and the second market conversion point (b) are described, the first market conversion The magnitude of the "first wave" can be known by calculating the difference between the stock price at the point and the stock price at the second market turning point and entering it in the first wave entry field. This makes it possible to predict the stock price at the fourth market turning point (d) when the third market turning point (c) comes.

[Brief description of drawings]

FIG. 1 is a diagram showing an embodiment of a two-stage wave table of stock prices of the present invention.

FIG. 2 is a chart showing an example of near-end waves in a rising market.

FIG. 3 is a chart showing an example of a small wave in a rising market.

FIG. 4 is a chart showing an example of a medium wave in a rising market.

FIG. 5 is a chart showing an example of a medium wave in a rising market.

FIG. 6 is a chart showing an example of large waves in a rising market.

FIG. 7 is a chart showing an example of large waves in a rising market.

FIG. 8 is a chart showing an example of global waves in a rising market.

FIG. 9 is a chart showing an example of global waves in a rising market.

FIG. 10 is a chart showing an example of an eye wave at a down market.

FIG. 11 is a chart showing an example of a small wave in a down market.

FIG. 12 is a chart showing an example of a medium wave in a down market.

FIG. 13 is a chart showing an example of a medium wave in a down market.

FIG. 14 is a chart showing an example of large waves in a down market.

FIG. 15 is a chart showing an example of large waves in a down market.

FIG. 16 is a chart showing an example of global waves in a down market.

FIG. 17 is a chart showing an example of global waves in a down market.

FIG. 18 is a view for explaining a specific example of the use of the two-stage wave table of stock prices of the present invention, which is a simplified chart of the monthly chart.

FIG. 19 is a chart showing an example of M-shaped two-stage lifting.

FIG. 20 is a chart showing an example of a W-shaped two-step lowering.

[Explanation of symbols]

 (A) The first market turning point (b) The second market turning point (c) The third market turning point (d) The fourth market turning point a The magnitude of the first wave b The magnitude of the second wave

Claims (7)

[Scope of utility model registration request] 1. The first to fourth market price turning points (a),
(B), (c), (d) a conversion point stock price entry field for describing the stock price, and the first market conversion point (a)
A two-step wave of the stock price, characterized in that a wave entry column is provided to describe the magnitude of the "first wave", which is the difference between the stock price in the market price and the stock price in the second market turning point (b). table. 2. The first to fourth market price turning points (a),
(B), (c), and (d) stock price entry fields for describing the stock price, and the difference between the stock price at the first market change point (a) and the stock price at the second market change point (b). And the difference between the stock price at the third market turning point (C) and the stock price at the second market turning point (D). A two-stage wave table for stock prices, which is provided with a second wave entry field for describing the magnitude of a certain "second wave". 3. The “first wave” represented by the difference between the stock price at the first market turning point (a) and the stock price at the second market turning point (b) is formed by one mountain, and
The "second wave" represented by the difference between the stock price at the third market turnover point (c) and the stock price at the fourth market turnover point (d) is approximately the same size as the "first wave" above. A two-stage wave table for stock prices, characterized in that it is designed to describe "waves". 4. The “first wave” represented by the difference between the stock price at the first market turnover point (a) and the stock price at the second market turnover point (b) is the “two-step fluctuation” in the near-end wave. Is regarded as one of the major fluctuations and is regarded as the "first step". It is expressed by the difference between the stock price at the third market turning point (C) and the stock price at the fourth market turning point (D). The "second wave", that is, the "second wave" is a "small wave" having substantially the same size as the "first wave" described above. table. 5. The “small wave” is regarded as a “first step” and is referred to as a “first wave”, and a “second step” having a value width substantially the same as that of the “small wave” from the bottom of the pushing edge. A two-stage wave table of stock prices, characterized in that it is designed to describe the "central wave" that appears. 6. The “middle force wave” is regarded as a “first step” and is referred to as a “first wave”, and a “second step” having a value width substantially the same as that of the “middle wave” from the bottom of the pushing edge. A two-stage wave table of stock prices, characterized in that it is designed to describe "mass waves" that appears. 7. The "mass wave" is regarded as the "first step" and is referred to as the "first wave", and the "second step" having substantially the same value range as the "mass wave" appears from the bottom of the push. A two-stage wave table of stock prices, characterized in that it is designed to describe the "global wave".