JPH11174946A - Calendar system and unified future prediction system for up-and-down cycle of industry, economy, religion or the like - Google Patents

Abstract

PROBLEM TO BE SOLVED: To assist understanding and memorization and to predict the future by making it easy to rearrange history by constructing a calendar system which is more global than a monthly calendar that we are daily using and then symbolizing the times, and to apply the system for the overall industries, economy, studies (including teaching materials), medical treatments (prediction of the time when operation should be done from body recovery time etc.), software for predicting menstrual cycles of a female, etc. SOLUTION: The influence that the cycles of the dark spots of the sun, the moon, planets, etc., exert on creations is generalized and the respective cycles (e.g. one-Plato year of about 26,000 years) are regarded as plane blocks and solid blocks to structure a unified calendar system. Then the history and natural phenomena are analyzed by making use of the spring tides and neap tides occurring at respectively stages and modeled so that rearrangement such as meaning and memorization and future prediction are easy.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention provides a type of year, month, week, and day, and a day of the week and time in a global era section that is different from a calendar that is used daily. In this way, it is possible to facilitate the sense of time in history and the future, to use it as a learning material, including the use of symbolic ages, or to organize the times as a program for computer software. By introducing the effects of sunspots, moons, planets, and other cycles on all things in the calendar system, predict the rise and fall activities of flora and fauna represented by crop agriculture, and use them to predict the future of industries and economic activities. Technology, so to speak, the sky calendar system.

[0002]

2. Description of the Related Art Conventionally, there is no calendar system at a level higher than that of a daily calendar, and at the very least, the movement of the vernal equinox is merely a kind of specifying the constellation era, and is not at a level that can be called a calendar system at all. Was. Also, even if there is a unique calendar system, it organizes history,
It did not reach the practical level for use as educational materials for learning, or for providing predictions of industry, economy, etc. from everyday life.

According to the conditions of the patent law that the conventional calendar system is applied to industrial technology using natural phenomena,
There is nothing other than the one-year calendar system we use every day, and even if it does exist, it has not reached the level that modern people do not notice it, that is, the technical level that can withstand practicality, symbolically It was only complete enough to suggest.

[0004] Conventionally, there is no solar or sunspot cycle enhanced to a calendar system.
The period of the planets was similar, and there was no calendar system to combine them. At best, the position of a star is represented as a horoscope diagram (not calendar system) in astrology or fortune-telling, but it is hardly an industrial technology according to patent law and has little practical utility in production It was just.

[0005]

Means for Solving the Problems and Forms Thereof
The A type is as follows. [Feature 1] A calendar system that builds a global calendar on the sky, such as setting about 26,000 years of one Plato year as "one year", and setting a separator for month, week, day, etc. [Form 2] In the so-called calendar system, in the astrological method such as (2) that symbolically specifies the age by the position of constellation using the vernal equinox, the month (2) is used as a base, and the month, week, day, etc. Prediction system or future prediction (table) system having a structure for constructing a long sky calendar system (1), or a system or system for organizing phenomena such as the calendar system of the present or past times (table) The system or its calendar system (1) database system or its calendar system (1) calendar system. [Form 3] Specifying the age of constellations in the so-called calendar system (2)
, The future forecasting system or future forecasting (table) system having a structure for dividing the era by combining the sunspot cycle of solar activity and constructing the calendar system on the sky (1) or the phenomena such as the history of the present or past era The organizing system or the organizing (table) system or the database system of the calendar system (1) or the calendar system of the calendar system (1). [Form 4] Specifying the age of constellations in the so-called calendar system (2)
, A future forecasting system or a future forecasting (table) system having a structure for dividing the era by combining the moon periods, which are satellites, and constructing a calendar system (1) on the sky, or a phenomenon such as the history of the present or past eras Or a sorting (table) system or a database system of the calendar (1) or a calendar system of the calendar (1). [Form 5] Specifying the age of constellations in the so-called calendar system (2)
, A future forecasting system or a future forecasting (table) system having a structure for dividing the era by combining the periods of planets including the earth and constructing a calendar system (1) on the sky, or a phenomenon such as the history of the present or past era Or a sorting (table) system or a database system of the calendar (1) or a calendar system of the calendar (1).

[Embodiment 6] In the calendar system on the sky, a future prediction system or a future prediction having a structure in which the number of years of the sky day which is a component thereof is 10 to 80 years (table)
A system or a system for organizing phenomena such as the history of the present or past eras or a system for organizing (table) or a database system of the calendar system (1) or a calendar system of the calendar system (1). [Feature 7] A future prediction system or a future prediction that has a function of constructing an interference cycle such as a spring tide, a medium tide, a neap tide, etc., which affects all things by combining the sunspot cycle of the solar activity and the moon cycle of the satellite (Table). A system, a system for organizing phenomena such as calendar history in the present or past era, or a system for organizing (table), a database system of the calendar system (1), or a calendar system of the calendar system (1). [Feature 8] Future prediction system or future prediction with a structure in which the sunspot cycle and the cycle of planets including the earth are combined to construct an interference cycle such as spring tide, mid tide, and ebb tide that affects all things (Table) A system or a system for organizing phenomena such as the history of the present or past eras or a system for organizing (table) or a database system of the calendar system (1) or a calendar system of the calendar system (1). [Feature 9] Any one of the features 1, 2, 4 to 6 having a structure in which sunspot cycle of solar activity is further combined.
(1) a future prediction system or a future prediction (table) system, a system for organizing phenomena such as the history of the present or past era or a system (table) system, or a database system of the calendar system (1) or a calendar system (1) thereof
Calendar system.

[Embodiment 10] The above-mentioned Embodiments 1-3, 5 and 5 having a structure further combining the moon cycle as a satellite.
9. A future prediction system or a future prediction (table) system according to any one of 9 above, a system for organizing phenomena such as the history of the present or past times, or a system for organizing (table) or a database system of the calendar system (1) or a system thereof Calendar system of calendar system (1). [Claim 11] The future prediction system, the future prediction (table) system, or the present or the past according to any one of the first to fourth embodiments, further having a structure in which the periods of planets including the earth are further combined. An organization system or organization (table) system for phenomena such as the history of the era, a database system of the calendar system (1), or a calendar system of the calendar system (1). [Feature 12] In the calendar method on the sky, any one of features 1 to 5, and 7 to 11 having a feature that the number of years of the sky day which is a component thereof is 10 to 80 years. Future prediction system, or a system for organizing phenomena such as the history of the present or past era, or a database system of its history (1) or its calendar system (1)
Calendar system. [Feature 13] The future prediction system or the future prediction (table) according to any one of features 1 to 12, which further has a feature of combining a sunspot cycle of solar activity and a moon cycle of a satellite. System or arrangement of phenomena such as the history of the present or past times (table)
The system or its calendar system (1) database system or its calendar system (1) calendar system.

The B type of the form is as follows. [Form 1] In the so-called calendar system, a "global era" is used as a base (1), such as one Plato year (approximately 26,000 years) as one year, and the base (1) is used as a month, week, day, etc. A calendar system or future forecasting system that is divided as a symbol and constructed as a symbolic age. [Form 2] In the so-called calendar system, in the astrological method such as using the vernal equinox and symbolically specifying the era by the position of the constellation, the division (2) is used as the basis for dividing the month, week, day, etc. A future forecasting system or a future forecasting (table) system having a structure for constructing a large calendar system (1) on the sky, or a system for organizing phenomena such as the history of the present or past eras or a system for organizing (table) or the like Calendar system (1) database system or calendar system (1)
Calendar system. [Form 3] 27-day cycle of sunspot activity, 11.1
Annual cycle, 22.2 year cycle, 55.5 year cycle, 76 year cycle, 78 year cycle, 80 year cycle, 600 year cycle, 1800
In the annual cycle, the cycle (3) that affects various phenomena such as weather, economic activity, industry, life activity, including psychological ones (social dynamics, etc.) A future prediction system or calendar system having a structure using a period (3) in a range of 10 days or more and 10 billion years or less. [Form 4] Of the sunspot activity cycle, 27.1 days to 11 years, 11.2 years to 22.1 years, 22.3 years to 55 years
4 years, 55.6 years to 75.9 years, 76.1 years to 77 years
9 years, 78.1 years to 79.9 years, 80.1 years to 599 years
In the period of 1 year, 600.1 to 1799.9, 1801 to 10 billion years, the weather, economic activity, industry, life activity, etc. A future forecasting system, an organizing system, a database system, or a calendar system having a structure using a cycle (3) that affects various phenomena. [Form 5] In the lunar cycle such as the age of the moon, the cycle (3) that affects various phenomena such as weather, economic activity, industry, and life activity, including psychological ones (such as social dynamics), is zero in the age of the moon. A future prediction system or arrangement or database having a structure using a period (3) in a range from one lap to 0.9 lap or less, or 1.1 laps to 10 billion years or less including a saros cycle or the like; System or calendar system.

[Form 6] In the cycle of the planet including the earth, the cycle (3) that affects various phenomena such as weather, economic activity, industry, and life activity including psychological ones (such as social dynamics) , 0.1 or more laps of each independent revolution period 0
A future forecasting system or an organizing system (including a database) or a calendar system having a structure using a period (4) that is present in a range of 9 or less laps or 1.1 to 10 billion years or less. [Form 7] 27-day cycle, 11.1 year cycle, 22.2 year cycle, 55.5 year cycle, 76 year cycle of sunspot activity
In the 78-year cycle, the 80-year cycle, the 600-year cycle, and the 1800-year cycle, the cycle (3) that affects various phenomena such as weather, economic activity, industry, and life activity including psychological ones (such as social dynamics) Any one of the aforementioned embodiments 1, 2, 4 to 6, further comprising a structure using a period (5) in a range of 10 days or more and 10 billion years or less in a period located before and after each of the above periods. The future forecasting system or the organizing system or the calendar system described in 1. [Feature 8] Sun sunspot activity 27.1-11 years, 1
1.2 years to 22.1 years, 22.3 years to 55.4 years, 55
6 years to 75.9 years, 76.1 years to 77.9 years, 78 years
1 year to 79.9 years, 80.1 to 599.9 years, 600
・ In the period from 1 year to 1799.9 years, and from 1801 year to 10 billion years, it affects various phenomena such as weather, economic activity, industry, and life activity, including psychological ones (such as social dynamics). 7. The future prediction system, the rearranging system, or the calendar system according to any one of the above aspects 1, 3, 5, and 6, further comprising a structure using a cycle (3) that gives the following. [Mode 9] In the lunar cycle such as the age of the moon, the cycle (3) that affects various phenomena such as weather, economic activity, industry, and life activity, including psychological ones (such as social dynamics), is zero in the age of the moon. -The above-described mode 1, further comprising a structure using a period (4) in a range of one or more rounds of 0.9 or less, or a round of 1.1 to 10 billion years including a saros cycle or the like.
The future forecasting system, the organizing system, or the calendar system according to any one of-4, 6-8. [Mode 10] In the cycle of the planet including the earth, the cycle that affects various phenomena such as weather, economic activity, industry, and life activity including psychological ones (such as social dynamics) (3)
Has a structure using a period (4) in the range of 0.1 or more and 0.9 or less, or 1.1 or more and 10 billion years or less of a single orbital period, respectively. The future forecasting system, the organizing system, or the calendar system according to any one of 1 to 5, 7 to 9.

[Feature 11] In an astrological method such as (2) that symbolically specifies the age by the position of the constellation using the vernal equinox, the division (2) is used as a basis for the month, week, day, etc. Any one of the above-described items 1, 3 to 10, further comprising a structure for providing a partition and constructing a calendar system on a long sky.
The future forecasting system or the organizing system or the calendar system described in (1). [Feature Item 12] In the calendar system on the sky, the block configuration of sections such as year, month, week, day, and hour is 364: 1, 360: 1, 28: 1, 24: 1, 13: 1, and 12 respectively.
One to one, ten to one, seven to one, five to one, four to one, three to one, two
In the case of n-to-1 such as one-to-one, any one of the first to eleventh embodiments further has a structure that is satisfied by substituting a number in the range of 365 to 2 (n = number of 365-2). The described future prediction system or the organizing system or calendar system. [Feature 13] In the calendar system on the sky, the block configuration of the month, week, and day is compared to the “head of the beast” and the “corner” and “eyes” above it, respectively, and the ratio of the number of divided blocks To 4: 7: 7, but another pattern is to consider the millennium belt instead of the moon as the “beast's head” and the “horns” or “eyes” on that head. 13. The future prediction system, the rearranging system, or the calendar system according to any one of the above-described first to twelfth aspects, further having a feature that the ratio with respect to day and day is set to 7: 7: 7. [Feature 14] In the calendar system on the sky, the block unit years serving as the base point, that is, the month and the week, the day and the hour are each 21.
Has a period unit ranging from 1 year to 30,000 years, such as 56 years, 539 years, 77 years or 11 years, or 18 years of the Saros cycle or 54 to 55 years of the cycle, or 3773 years of the millennium Item 1 to Item 13 having a structure further having features.
The future forecasting system or the organizing system or the calendar system according to any one of the above. [Feature 15] In the calendar system on the sky, the basic one-year frame of the sky is applied to a cycle of a different size, and is slid to a mini-year or a mini-mini year, so that the month, the week, the day, and the hour are respectively set. Any one of the above-described items 1 to 14 having a structure in which a block is provided, and the event is read or meaningd in a complex manner, and the understanding and prediction of the future are further facilitated.
The future forecasting system or the organizing system or the calendar system described in (1).

[Feature 16] Of the sunspot cycle of solar activity, 27 days, 11.1 years, 22.2 years, 55.5 years, 7 days
The above-described items 1 to 1, further having a structure using each cycle of 6, 78, 80, 600, and 1800 years.
5. A future forecasting system, an organizing system, or a calendar system according to any one of 5. [Feature 17] The structure according to any one of features 1 to 16, having a feature in which the lunar cycle such as the age of the moon is characterized by further combining the lunar cycles including using one cycle as a unit. Future prediction system or organizing system or calendar system. [Feature 18] The feature of reading events by the position of planets, moons, suns and constellations, or their relative positions (both include fictitious objects) in the celestial calendar (statistics and experimental graphs, unlike astrology) And so on, but also includes a method of sociodynamically predicting a bad result drowned by astrology and utilizing it for industry, economy, etc.). The future forecasting system or the organizing system or the calendar system according to any one of the above. [Feature 19] In the calendar system on the heavens, the features according to the features 1 to 1 having a feature in which the cycle of each planet is further combined, including that the cycle of each planet is one orbit.
The future forecasting system, the organizing system, or the calendar system according to any one of 3, 5 to 18. [Feature 20] In the celestial calendar, the features 1 to 1 having a feature that the main guard star of the 7th day from Saturn to the Sun is further included in each age block from large to small.
9. The future forecasting system, the organizing system, or the calendar system according to any one of 9. [Feature item 21] In the calendar system on the sky, when the main guard stars of Saturn from the Saturn to the Sun are inserted in order from large to small in the famous age block, and further inserted from December to January The place of count zero is set as a base point (6),
From there, including the base point (6), the days of the week for every seven constellations appear side by side, and at the same time, the same pairs appear in blocks from large to small, as if in a slot machine. Since it looks like a pillar that penetrates the heavens and the earth, it is called "the pillar of the sky" or "the pillar of Hercules" (7), and the pillar (7) is turned over, that is, Jewish mystery and alchemy Reconstructed as the "tree of time", like the "tree of life" (Sefiloto) in "Kabbalah", or the method of assembling the world tree Yggdrasil in Scandinavian mythology or the block structure found in Egyptian pyramids. 20. The future prediction system, the organizing system, or the calendar system according to any one of the above items 1 to 19 having a structure further having the following features.

[Feature 22] In the calendar system on the sky,
The boundaries between Pisces and Aquarius are 2063-207 AD
22. The future forecasting system, the organizing system, or the calendar system according to any one of the above items 1 to 21, further having a feature located during 9 years. [Feature 23] The future prediction system according to any one of features 1 to 22, which further has a feature that the natural calendar and the religious calendar coexist in the calendar method in the sky and are combined and combined. Or an organizing system or calendar system. [Feature 24] In the calendar system on the heavens, the feature according to the feature 1, wherein the block size at the name level is compared to the Egyptian calendar, and the size is further doubled.
24. The future forecasting system, the organizing system, or the calendar system according to any one of claims 23 to 23. [Feature 25] In the calendar system on the heavens, a structure that further has the feature that two to fifty types are selected from the world calendar systems that have appeared in history, adjusted and modified so as not to cause inconsistency, and integrated into a single unit. 25. The future prediction system or the calendar system according to any one of the above items 1 to 24. [Feature Item 26] The above feature items 1 to 1 having a structure further having a systematic feature in which calendars in the sky are collectively integrated, a plurality of traces seen in myths, traditions, archeological sites, religions, etc. are taken as flesh-outs. 24. A future forecasting system or an organizing system or calendar system according to any one of the preceding items. [Form 27] In the calendar system on the sky, the configuration (form) of the expression means is drawn by a plan view of a circular system, a linear system such as a scroll, or a plan view of a model system such as a curved system or a polygon. The above aspect 1 having a structure further having two-dimensional features
27. The future forecasting system or the organizing system or the calendar system according to any one of -26. [Feature item 28] In the calendar system on the sky, the configuration (form) of the expression means is a three-dimensional diagram of a circular system, a spherical system, a spiral system (including not only a figure but also an object itself such as a model), a linear system, Any one of the above-described items 1 to 27 having a structure further having a three-dimensional feature such as being able to draw in a three-dimensional diagram of a pattern system such as a curve system and a polygon, and to assemble and rearrange such objects (blocks). The future forecasting system or the organizing system or the calendar system described in 1.

The C type of the form is as follows. [Form 1] Based on the cycle of nature (8), an industrial economic forecasting pattern system for production and catch, etc., which has the feature of predicting the success or failure (9) of the harvest and quality of agriculture, forestry and marine products every year. . [Form 2] Based on the cycle of nature (8), predict the success / failure (9) of the harvest and quality of agricultural, forestry and marine products every year, and predict in advance the production / capture side, distribution side, government, etc. The above-mentioned form which further has a feature of preventing obstacles such as a fall in market prices or a sharp rise due to bad harvest, over-cropping, over-fishing (or willingness to purchase products, etc.) by performing adjustments at various levels such as the management side. Item 2. The production adjustment system according to Item 1 or a prediction system thereof. [Form 3] Based on the cycle of nature (8), predict the annual yield and quality of agricultural, forestry and fishery products (9), and estimate the quality (9) of each product.・
(10) The production adjustment system according to the above-mentioned item 1 or 2, further having a feature of allocating a shipment amount or a shipment plan to the catcher or the worker, or a system for predicting the production amount. [Mode 4] Allocate shipping quantity and shipping plan (10)
Alternatively, the production adjustment system or the prediction system according to the above mode 3, wherein the adjustment is performed with the aid of a subsidy or the like. [Feature 5] The production adjustment system according to any one of features 1 to 4, further having a feature that the natural cycle (8) is caused by changes in geomagnetism, geocurrent, and electromagnetic waves, or the production adjustment system thereof. Forecasting system. [Form 6] The natural cycle (8) is a cycle generated by the movement and position of celestial bodies including that of the earth, and changes in the interaction due to radiation, magnetic force, and gravitational deflection such as electromagnetic waves emitted from them. The above-mentioned form items 1 to 5 which are cycles
The production adjustment system according to any one of the above, or a prediction system thereof.

[Feature 7] The feature according to any one of features 1 to 6, wherein the natural cycle (8) is a change cycle of the influence on the natural environment such as terrestrial magnetism, terrestrial current, and weather due to the movement of the celestial body. Production adjustment system or its forecasting system. [Feature 8] Any one of the features 1 to 7, wherein the natural cycle (13) is a cycle of solar activity including sunspot activity.
The production adjustment system described in any one of the above or the prediction system thereof. [Item 9] The production adjustment system or the prediction system thereof according to any one of Items 1 to 8, wherein the natural cycle (8) is a lunar cycle. [Feature 10] The production adjustment system or the industrial prediction system according to any one of features 1 to 9, wherein the natural cycle (8) is a cycle of a planet. [Item 11] The production adjustment system or the industrial prediction system according to any one of Items 1 to 10, wherein the natural cycle (8) is a cycle of Mars or Jupiter. [Feature 12] The production adjustment system or the industrial prediction system according to any one of features 1 to 11, wherein the natural cycle (8) is the directional cycle of the constellation. [Feature 13] Instead of harvesting and quality of agricultural, forestry and fishery products (9), it had the characteristics of a recession from the primary industry to the service industry, including the fluctuation of stocks, including stock fluctuations. The production adjustment system or the industrial prediction system according to any one of the first to twelfth aspects. [Mode 14] Allocate shipping quantity and shipping plan (1
0) The production adjustment system or the industrial forecasting system according to any one of the first to thirteenth aspects, wherein the production adjustment system or the industrial prediction system has a feature of assigning a production amount or a production plan instead. (Forecasting guidance is available instead of management constraints.) [Form 15] For inflexible systems such as the anti-reduction policy, other crops (or products or Any one of the above-described items 1 to 14, which has a feature of having a switch-like forecasting plan of alternate production / sales with all industries such as capture, distribution, and service industries or between different types thereof, or co-production / co-sales. The production adjustment system or the industrial forecasting system described in (1).

[0015]

BRIEF DESCRIPTION OF THE DRAWINGS FIG.
FIG. 1 schematically shows blocks serving as basic units as components on the sky calendar. This regards the millennium 11 as the “head of the beast” 12, puts a horn 14, which is week 13 on the head 12,
The eye 16 is provided. Here, day 15 and week 13 are each set as seven sets, and millennium 11
7 constitutes one sky year 17. All three from the right for 1-7 days, 1
The 7-week, 1,000-year period will be entered, and all three will also enter the day of the week as Sunday, Monday, Tuesday, Wednesday, Thursday, Friday, and Saturday. The size of one block unit is, for example, a case where day 15 is 77 years, week 13 is 539 years, and millennium 11 is 3773 years.

As another pattern of the basic structure, a beast head 1
In FIG. 2, four corners 14 were used instead of seven corners 14 on two. This regards the head 19 as the month 20, which makes the month, week, and day the same as in our calendar. However, in order to combine this with the configuration pattern described above, the figure is drawn upside down. The size of the block for month 20 is 2156
Year or 2160 years. The day of the week is also entered from the right side, but in the order of Sunday Su, Monday M, Tuesday Tu, Wednesday W, Thursday Th, Friday F, and Saturday Sa.

FIG. 3 shows an entire calendar assembled based on the basic pattern. The central belt belt 22
Corresponding to month 20, week 13, day 15, the belt belt below it is millennium 11, and the top belt belt 23 is 1 Plato year 24 divided by four seasons (four creatures) 25. It is. Each room is a northern room from the left (autumn) 2
6, along with east room (summer) 27, south room (spring) 28, west room (winter) 29, there is a Hercules pillar 7 with a count of zero, where one heavenly year 30 on the natural calendar is It will end for the time being. The present 31 and the era 32 are a little before that, but further to the left is the Milky Way (small) 33, the southern sky pillar 7, then the Milky Way (large) 34, and finally the eastern sky pillar 7. .

A pillar of Hercules with a count of zero (west)
If you refer to things after the natural calendar ending with the 8th millennium,
5 is symbolized by the Mount of Olives and is located as the golden city of the 36th ninth millennium, the mountain east of Mount Jerusalem.
Above is the Milky Way (Large) 34, where the Messiah 37, which comes on the white Milky Way clouds, is also located here. To the right is Hercules 38. Then, in the central belt band 22, there is a combination of wood and gold circled at only three places, but this is because the messiah appears regularly,
It is a golden rule 39 that is a golden combination that marks the beginning, middle, and end of the world. Whereas the natural calendar end is at count zero six, the religious calendar end is at the center 41 portion of the Milky Way, that is, at the count zero 44 location in the Egyptian calendar. Then, another era division under three belt belts,
The belt band of the Mayan calendar 40 is shown.

FIG. 4 shows four seasons (four creatures) 25.
One 51 is regarded as one year, and 12 months are constructed from three constellations as a mini sky year 50. That is, the level is shifted by one, and the original week is applied to the month. The mini-year is 3773 years long. This is referred to as an A type mini sky year 50.

FIG. 5A to FIG. 5Q show the whole sky calendar partially enlarged and including the Egyptian calendar 43 little by little from the beginning. However, the state where week 13 is regarded as the mini sky calendar and substituted from January to December is shown. Of course, this is only an example and there are many other combinations.

For example, as shown in FIG. 6, a millennium 52 (3773 years), which is one of millennia 11, is regarded as one year.
This is called a miniature sky year 53 of the B type.

Also, the double 2000 years (7546 years), which is regarded as one year, is regarded as a C type mini sky year 5
8 and shown in FIG.

On the other hand, FIG. 8 shows not the mini calendar but the original level shown in FIG. 5, but instead of making the year 12 constellations plus a quarter, one year is used.
It is one year (about 28,025 years) using all three constellations.

FIGS. 9 to 11 show the relationship with the sky time 61 and show some examples of patterns constructed therefrom. (A, B, C types in order)

FIG. 12 is a further symbolic drawing of the sky calendar 1 based on FIG. 3, and FIG. 13 is a drawing of the sky calendar 1 in a circular shape, and the positional relationship is symbolically drawn. FIG. 14 shows the result. By the way, FIG.
Leo, Aquarius, Taurus, east, west, south and north of
The Scorpio are all fixed palaces, which in turn support the 12 constellations and symbolize four creatures 25 as representatives.

As another embodiment, there is a method of introducing each period and position of a planet into the sky calendar and adding a framework such as a spring tide, a middle tide, a neap tide and the like. For example, when Saturn, Jupiter, Mars, Venus, Mercury, etc. turn around and approach the Earth, the sunspot activity of the sun intensifies and the life activity of all things on the ground is activated. Therefore, if future movements are calculated from the cycle of the planet, it will be possible to predict future increases and decreases in sunspot activity, and to predict life activities of all things. By the way, if you calculate the period of 6 planets from Mercury to Saturn, it is almost 60 years, that is, 5 years from 54 years.
During nine years, a major cycle occurs, and all planets return to their original positions in nearly 56 years.

Of course, the increase and decrease of the sunspots do not appear at an average cycle. For that, it is necessary to adjust with the movement of the planet. In other words, the sky calendar is suitable for grasping a rough overview, and based on that, it is possible to match the sunspot activity with the actual one from the actual movement of the planet without being caught by the average value in detail, And so on. That is, the advantage of this sky calendar is that the effect is reduced by half even if the part is neglected or the whole is neglected.

In addition, various combinations including changing the size (years) of each block can be considered. Of course, only a part of the sky calendar may be used and applied in combination with another system. In this way, the calendar system organizes the times and at the same time predicts the future of practical natural phenomena.

By the way, the one-year calendar that we have conventionally used has only a system-predicting effect, not more or less.
Rather than simply trying to apply the calendar as a game rule, the basic unit block reflects the laws of nature, and is reprogrammed as a completely new system.

[0030]

By predicting the increase or decrease of the sunspot number in advance, it is possible to foresee the rise and fall of life activity of all things on the ground, and apply it to all products, parts and systems such as industry and learning materials. It is possible to do. For example, in the future it is expected that the history will accumulate year by year and the events that must be remembered will increase, but by using a symbolic living era rather than an inorganic year as in the past, It can be easily worn by infants as an organic history calendar. To do this, it is effective to use a sky calendar that introduces a religious decay cycle to the base of history.

As an industrial effect, it can be applied not only to agriculture, forestry and fisheries, but also to all economic activities including changes in the social activities of human beings, ie, the amount of work such as distribution, and the amount of daily living. Not limited to this, it is also possible to organize the system as a database. Fluctuation forecasting systems in the trading of stocks are no exception. In addition, in predicting a woman's menstrual cycle, the data can be used as a basis for the increase and decrease in the number of sunspots and the cycle of the planet, which are affected by the activation of the body. It is also applied to childbirth planning. This data can also be used to derive a body recovery factor at the appropriate time of surgery. Of course, it is possible to predict the time of death.

In addition, the genre to which the sky calendar and its basic elements are applied may be variously conceived, and are not limited to the above examples.

FIG. 15 is a data table in which the sunspot 11-year cycle is observed. (Created by Miyoshi Suzuki, Taiyo Astronomical Society Solar Section) On the other hand, "Imidas" (published by Shueisha) describes the correlation between it and economic activity as "Hale cycle" as follows. One of the theories that the change in the number of sunspots affects the weather phenomenon on a global scale.One example of a methodology that links the business cycle to external factors is the relationship between weather and the economy. The mechanism that exists between the two is not always clear, but has recently attracted attention due to the drought in the United States. The sunspot theory was originally 187
Published by Frenchman Jebons in 5 years, about 11
It is assumed that the number of sunspots that repeats increase and decrease in the annual cycle coincides with the business cycle. The magnetic polarity of the N and S poles of the sun is 11 on the N pole side.
For 11 years, and then moved to the south pole for 11 years.
It goes around in two years. Hale asserts the business cycle theory of the past 22 years, and it is said that Japan's GNP growth rate, import / export, money supply fluctuation rate, wholesale price index, etc. have similar cycles.

FIG. 16 is a graph showing the correlation between the 55-year cycle of the sunspot and the economic activity cycle. ("Solar Activity and Economy" by Yuji Shimanaka) This is the turning point (spring tide) of the large fluctuations that occur when the circuit goes around the 11-year cycle five times. According to economist Professor Murayama, the sunspot cycle of the last 55 years has been over 200 years. It is in line with the annual economic cycle of industrial and agricultural products. The price of industrial products rises every 55 years, and the cycle of rising crop prices due to poor crops is 55 years. Both are affecting the economy in conjunction with sunspot activity. Of course, it can easily be applied to market trading of stocks and currencies.

Further, it can be seen that when the sunspot activity becomes active, human society becomes active, and the struggle and the conflict between nations become more intense. In particular, if the sunspot activity slumped before that, and food shortages and hibernation of economic activity continued, countries with physical strength are still good (countries where they can expect to save and provide assistance), but those that are not will be driven into other countries. Began to prepare to eat, and as the sunspot rises, the inspiration rises and comes to the surface, and a violent donpachi hits just around the top of the sunspot. Then, not only the munitions industry but also related industries are moistened, and the pattern of this type of business will improve. Large quantities of disaster prevention products will also be needed. This sky calendar can be applied as a system in case it starts, including as a warning system to prevent the war. Please look at FIG. This is the previous sunspot number graph turned upside down and then back (the sunspot graph was drawn upside down because it was inversely proportional to the economic activity graph), but this graph and the historical international scale Comparing with the case, you can see that both are almost directly proportional. The shaded area is the sun's inactive period, which is likely to cause economic collapse, and it will be impossible to recover any losses and debts it suffered in the last rising period. The fire is then scattered.

FIG. 18 is a graph showing the relationship between Halley's comet and the increase / decrease cycle of the sunspot number. Former assistant professor at Kyoto University and a NASA researcher, Dr. Kunitomo Sakurai (Department of Solar Physics, Professor of the University of Maryland) said that the 78-year cycle of climate change on Earth is very close to the 76-year return cycle of Comet Halley. He claims that Comet Halley's approach to the sun and sprinkling water around it would block the sun's rays and cause global climate change. In fact, if you take a statistical graph, Comet Halley comes closest to the sun `` perihelion ''
The temperature on the ground dropped the most just before, and on the other hand, the temperature rose the most at the aphelion 30 years later. However, not exactly the temperature but the increase and decrease of the number of sunspots linked to it,
In Although.

The reason why this happens is still unknown, but it is an undeniable fact that even though the principle is unknown, the existence of such an association law exists. The activity cycle of the sunspot is generally called 80
The claimer claims that it is not exactly the year, but exactly what Professor Sakurai says, 76-78, and just in the middle is the 77-year model. (See Fig. 19: Graph table of the 80-year cycle theory)

Incidentally, there are various theories about the increase / decrease cycle of the number of sunspots, and in general, a cycle of 27 days, 11.1
Annual cycle, 55.5 year cycle, 80 year cycle, 600 year cycle,
The 1800-year cycle is a common myth. However, although the sunspot has a half-lap and looks once, it has the property that the magnetism is reversed at the N and S poles and cannot be fulfilled without two rounds to return to its original state. For an annual cycle, one cycle is essentially 22.2 years.
Similarly, each of the other periods is 2 if the Yin-Yang law is used.
A double value is derived. (3600 if 1800)

By the way, the basic unit or block size which the claimant basically intends to use in the sky calendar system is 11 years in the sky and 7 days in the sky, respectively.
7 years (close to 80 years), week 539 (close to 600 years), millennium 3773 (1800 × 2 = 3600
Almost the same year)
It can be said that this is an unprecedented advanced system using the laws of nature. There has been an 11-year or 55-year cycle theory alone, but the meaning and effect of unifying the whole image organically and giving them practicality are significant. Furthermore, using this basic model, various patterns can be drawn according to fields and industries, fine-tuning based on the cycle of planets, etc., and mini-minimum in units of small years and days including crushing into units of 11 years or less. If you build a sky calendar, the effect will double. Given that the traditional one-year calendar reflects only the changing seasons, it can be built as a completely different system. It can be seen by the unifying fusion of solar activity and lunar cycle. That is where the planetary cycle theory is added.

Incidentally, NASA (Aerospace Agency) recently announced that if Saturn, Jupiter, Mars, etc. are aligned with the earth, electromagnetic waves on the ground will be greatly disturbed. Explosion of the flare phenomenon has occurred on the surface of the sun, and electromagnetic waves have been emitted and the earth's magnetism has been disturbed when it descends to the earth. However, since the brains of living organisms, including humans, work by electromagnetic waves (MRI = The effects of such extraneous electromagnetic waves on us may not be negligible. Even if not so much for each person, the total amount will be enormous if the synergistic effect of stress phenomena in a group or society causes an enormous amount, and if it exceeds a certain critical point, it will explode or collapse. This is clear from the history so far and some of the graph data cited here. However,
Like the so-called astrology, selfish meaningful commercial law that is not based on statistics or natural laws, like other horoscopes,
The system is a white thing that cannot be called, and is not included in this claim because it is merely a game rule.

[Brief description of the drawings]

FIG. 1 is a pattern plan view of an A-type basic configuration block, that is, a 7: 7: 7 beast head, horn, and eyes, respectively.

FIG. 2 shows B type of basic building block, that is, 1
FIG. 4 is a patternon plan view of 3: 4: 7.

FIG. 3 is a plan view as an overall view of a sky calendar.

FIG. 4 is a pattern plan view in which miniature sky years (A type) are constructed by regarding “four creatures” as one year.

5A to 5Q are plan views of a system pattern in which features obtained by combining the features of FIGS. 3 and 4 are further enlarged, and are arranged little by little in order.

[Fig. 6] Considering the millennium as one year, Mini Sky Year (B
It is a pattern top view which constructed type.

FIG. 7 is a plan view of a pattern in which a mini sky year (C type) is constructed by regarding a millennium × 2 as one year.

FIG. 8 is a plan view of a type in which the 7,000-year period is adjusted to 13 months.

FIG. 9 is a basic configuration pattern in the sky (A type)
FIG. 4 is a plan view showing a mini-mini sky moon and a mini-sky sky moon generated therefrom.

FIG. 10 is a plan view of a configuration pattern (B type) in the sky.

FIG. 11 is a plan view of a configuration pattern (C type) in the sky.

FIG. 12 is a pattern plan view symbolically depicting the overall view of FIG. 3;

13 is a plan view of a pattern in which the entire view of FIG. 3 is drawn in a circular shape.

FIG. 14 is a pattern plan view symbolically depicting the circular diagram of FIG. 13;

FIG. 15 is a graph table showing observation records of the sunspot 11-year cycle.

FIG. 16 is a graph showing a correlation between a 55-year cycle of the sunspot and an economic activity cycle.

FIG. 17 is a graph table showing the correlation between the 55-year cycle of sunspots and international events such as war.

FIG. 18 is a graph showing a correlation between a 78-year cycle of sunspots and terrestrial climate change and a 76-year return cycle of Comet Halley.

FIG. 19 is a graph table of the sunspot 80-year cycle.

[Explanation of symbols]

1 Calendar of the sky (sky calendar) 2 Division (identification of the era) 3 Periods that affect 10,000 objects 4 O.1 to 0.9.9 laps, orbits of 1.1 to 10 billion years 5 Between each cycle of solar activity Yes Cycle ranging from 10 days to 10 billion years 6 Origin of count and zero 7 Pillar of Hercules (pillow in the sky) 8 Cycle of nature 9 Harvesting / improper harvesting 10 Allocating shipments etc. 11 Millennium 12 Head of beast (7 types) 13 weeks (sky week) 14 horns (beast horn) 15 days (sky day) 16 eyes (beast eyes) 17 1 sky year 18 7 pieces set 19 beast head (4 types) 20 Moon (heavenly moon) 21 Set of 4 22 Central belt belt (Month / Week / Sun) 23 Top belt belt (4 creatures / seasons) 24 1 Plato year 25 4 seasons (4 creatures) 26 North Room (Autumn) 27 East Room (Summer) 28 South Room (Spring) 29 West Room (Winter) 30 1 Sky Year 31 Present 32 AD 33 Milky Way (Small) 34 Milky Way (Large) 35 Eighth Millennium (Olive Mountain) = White Horse 36 Ninth Millennium (Mount Jerusalem) = Red Horse 37 Messiah 38 Hercules 39 Law of Trees and Gold 40 Belt Belt of the Mayan Calendar 41 Center of the Milky Way 42 Pillar of the Sky in the Egyptian 43 Egyptian 44 Count Zero in the Egyptian Calendar (Galaxy Center) 45 The first seal = white horse 46 The second seal = red horse 47 The third seal = black horse 48 The fourth seal = pale horse 49 The age of Triple Leo (lion, lion, lion) = Giza in this era Pyramid was built 50 Mini sky year (A type) 51 One of the four creatures 52 1000 years 53 Mini sky year (B type) 54 Mini sky moon (B type) 55 Mini sky Week (B type) 56 Mini sky month (A type) 57 Mini sky week (A type) 58 Mini sky year (C type) 59 Mini sky month (C type) 60 Mini sky week (C type) 61 Sky time 62 3 63 each set 63 5 sets each 64 sets 8 each 65 65 Capricorn 66 Capricorn 67 Pillars of the sky (east) 68 Pillars of the sky (south) 69 Pillars of the sky (west) 70 Face ". 71 Scorpio = In ancient times, it was likened to a "flying eagle." 72 20th term 73 Missing period 74 Recent sunspot relative number change chart 75 Sunspot butterfly chart 76 Increase 77 Rise 78 Decrease 79 Industrial goods price 80 Agricultural goods price 81 Average 82 55 years 83 Second Isor war 84 French Revolution 85 First Afghan War 86 First Pan-American Conference 87 Sino-Japanese War 88 Second World War 89 Years of Perihelion Passage 90 Data from 1500 to 1972 91 Average Curve 92 Black Spot Period data (period that did not appear on the sun's surface) 93 Average curve excluding the black-spot period 94 80 years Su Sunday (Sun's main guardian star) Solar age, solar moon, solar week, solar day, sun Time M Monday (Protective Moon of the Moon) Same as above Tu Tuesday (Main Guardian of Mars) Ｗ W Wednesday (Main Guardian of Mercury) 〃 Th Thursday (Main Guardian of Jupiter) Ｆ F Friday (Chief guardian of Venus) 〃 Sa Saturday (Chief guardian of Saturn) 〃

Claims (13)

[Claims] 1. A calendar system or future in which a global heavenly calendar (1) is constructed, such as setting about 26,000 years of one Plato year as "one year", and setting a separator for month, week, day, etc. Forecasting system. 2. In the so-called calendar system, in an astrological method such as (2) which symbolically specifies an era by the position of a constellation using the vernal equinox, the month (2) is used as a basis for the month, week, day, etc. Forecasting system or future forecasting (table) system having a structure for constructing a long sky calendar system (1) or a system for organizing phenomena such as the history of the present or past times (table) A system or a database system of its history (1) or a calendar system of its calendar (1). 3. Specifying the age of the constellation in the so-called calendar system (2)
, The future forecasting system or future forecasting (table) system having a structure for dividing the era by combining the sunspot cycle of solar activity and constructing the calendar system on the sky (1) or the phenomena such as the history of the present or past era The organizing system or the organizing (table) system or the database system of the calendar system (1) or the calendar system of the calendar system (1). 4. Specifying the age of the constellation according to the so-called calendar system (2)
, A future forecasting system or a future forecasting (table) system having a structure for dividing the era by combining the periods of the moons, which are satellites, and constructing a calendar system (1) on the sky, or a phenomenon such as the history of the present or past eras Or a sorting (table) system or a database system of the calendar (1) or a calendar system of the calendar (1). 5. In the so-called calendar system, the age of the constellation is specified (2)
, A future forecasting system or a future forecasting (table) system having a structure that separates the eras by combining the periods of planets including the earth and constructs a calendar system (1) on the sky, or a phenomenon such as the history of the present or past eras Or a sorting (table) system or a database system of the calendar (1) or a calendar system of the calendar (1). 6. A future prediction system or a future prediction (table) system having a structure in which the number of years of the sky day is 10 to 80 years as a constituent element in the calendar system on the sky, the history of the present or past eras, etc. Or a database system of the calendar system (1) or a calendar system of the calendar system (1). 7. A future prediction system or a future prediction having a structure in which an interference cycle such as a spring tide, a medium tide, a neap tide, etc. which affects all things is constructed by combining a sunspot cycle of solar activity and a moon cycle of a satellite (Table). A system or a system for organizing phenomena such as the history of modern or past times or a system for organizing (table) or a database system of the calendar system (1) or a calendar system of the calendar system (1). 8. A future prediction system or a future prediction (table) system having a structure in which an interference cycle such as a spring tide, a middle tide, a neap tide, or the like, which affects all things is constructed by combining a sunspot cycle and a cycle of a planet including the earth. Or a system for organizing phenomena such as the history of the modern or past era or a system for organizing (table), a database system of the calendar system (1), or a calendar system of the calendar system (1). 9. The method according to claim 1, which further comprises a combination of sunspot periods of solar activity.
(1) a future prediction system or a future prediction (table) system, a system for organizing phenomena such as the history of the present or past era or a system (table) system, or a database system of the calendar system (1) or a calendar system (1) thereof
Calendar system. 10. The future prediction system or the future prediction (table) according to any one of claims 1 to 3, wherein the future prediction system or the future prediction (table) has a structure in which a moon cycle as a satellite is further combined.
A system or a system for organizing phenomena such as the history of modern or past times or a system for organizing (table) or a database system of the calendar system (1) or a calendar system of the calendar system (1). 11. The future prediction system, the future prediction (table) system, or the modern or past, according to any one of claims 1 to 4, 6 to 10, having a structure further combining the periods of planets including the earth. An organization system or organization (table) system for phenomena such as the history of the era, a database system of the calendar system (1), or a calendar system of the calendar system (1). 12. The structure according to any one of claims 1 to 5, and 7 to 11, further comprising a feature that, in the calendar system on the sky, the number of years of the sky day which is a component thereof is 10 to 80 years. Future prediction system or future prediction (table)
A system or a system for organizing phenomena such as the history of modern or past times or a system for organizing (table) or a database system of the calendar system (1) or a calendar system of the calendar system (1). 13. The future prediction system or the future prediction (table) according to any one of claims 1 to 12, which further has a feature in which a sunspot cycle of solar activity and a moon cycle of a satellite are combined. System or arrangement of phenomena such as the history of the modern or past era (table)
The system or its calendar system (1) database system or its calendar system (1) calendar system.