KR101298663B1 - Method for matching the 1st year of the sexagenary cycle and Gregorian calendar and disease prediction apparatus and method by the matching method - Google Patents

Abstract

The present invention relates to a sixty-sixth generation and Gregorian force matching method, and a disease prediction apparatus and method using the matching method. The device for predicting a user's disease based on the user's slip sheet according to the present invention is arranged by circularly circumferentially circumferentially aligning each date point so that each date point of the Gregorian calendar year is arranged in a constant azimuth interval. Gregory force layout generating module for generating a Gregory force layout; A 24-season layout generating module for generating a 24-season layout by arranging each season point around the circle in the predetermined direction so that each season point representing the 24 seasons is arranged in order at intervals of 15 °; A total of six sets of 60 interleaving points are arranged in order in the azimuth order from the first set of 60 interleaving points to the sixth set of interlining points in the predetermined direction so as to be arranged in the order of azimuth 1 ° from the center of the circle. A 60 sudden layout diagram generation module for arranging and generating a 60 sudden layout diagram by giving an azimuth range to each interleave point; A layout matching unit that matches the Gregory force layout and the 60 sudden layout using the equinox points and winter solstice points of the 24 seasons layout map; Receiving unit for receiving the date of birth from the user; A storage unit for storing predictive disease information for each liver; Kanji to determine the user's kanji by confirming the azimuth angle of the date point corresponding to the received date of birth in the matched Gregorian force layout, and identifying the kanji point having an azimuth range that includes the azimuth in the matched 60-pack layout Identification unit; And an information providing unit configured to extract predictive disease information corresponding to the identified user's slip and provide the same to the storage unit.

Description

Method for matching the 1st year of the sexagenary cycle and Gregorian calendar and disease prediction apparatus and method by the matching method}

The present invention relates to a technique for identifying a user's kanji, and more particularly, to a method for matching sixty-eighteen and Gregory history, and a disease prediction apparatus and method using the matching method.

The keys are statistically predicted by the date of birth of the person, and the users use their keys at the beginning of the year to see the new year's fortune. In addition, users can predict their weak body parts and diseases that are well-induced through four weeks, and also predict when disaster or transportation will arrive.

These keys are identified with 60 packs and almanac, and the kanji corresponding to the date of birth of the user is used mainly as the almanac. Today's long-term power matches one by one based on the Gregorian power, and uses the matched information to identify the user's slip.

However, this long lived power is ambiguous in terms of matching Gregorian almanac (that is, Gregory power) with 60 packs, and there is a problem in that the result is completely different according to the interpreter's arbitrary interpretation.

The present invention has been proposed to solve such a problem, and an object of the present invention is to provide a sixty-fourth order and a Gregory-force matching method that matches the Gregory force and the 60th order on the basis of the 24 season layout.

Another object of the present invention is to provide a disease prediction apparatus and a method for identifying a user's slip using the matched information and providing the user with predictive disease information corresponding to the slip.

Other objects and advantages of the present invention can be understood by the following description, and will be more clearly understood by the embodiments of the present invention. It will also be readily apparent that the objects and advantages of the invention may be realized and attained by means of the instrumentalities and combinations particularly pointed out in the appended claims.

A device for predicting a disease of a user based on the user's slip sheet according to the first aspect of the present invention for achieving the above object, each date point of the Gregorian calendar so that each date point is arranged in order at a constant azimuth interval, Gregory force layout generating module for generating a Gregory force layout by circularly circumferentially arranged in a certain direction in the order of the date; A 24-season layout generating module for generating a 24-season layout by arranging each season point around the circle in the predetermined direction so that each season point representing the 24 seasons is arranged in order at intervals of 15 °; A total of six sets of 60 interleaving points are arranged in order in the azimuth order from the first set of 60 interleaving points to the sixth set of interlining points in the predetermined direction so as to be arranged in the order of azimuth 1 ° from the center of the circle. A 60 sudden layout diagram generation module for arranging and generating a 60 sudden layout diagram by giving an azimuth range to each interleave point; A layout matching unit that matches the Gregory force layout and the 60 sudden layout using the equinox points and winter solstice points of the 24 seasons layout map; Receiving unit for receiving the date of birth from the user; A storage unit for storing predictive disease information for each liver; Kanji to determine the user's kanji by confirming the azimuth angle of the date point corresponding to the received date of birth in the matched Gregorian force layout, and identifying the kanji point having an azimuth range that includes the azimuth in the matched 60-pack layout Identification unit; And an information providing unit extracting the predicted disease information corresponding to the identified user's slip and providing the same to the storage unit.

In the disease prediction apparatus according to the second aspect of the present invention for achieving the above object, a method of predicting a disease based on the user's liver paper, each so that each date point of the Gregorian calendar year are arranged in order at a constant azimuth interval, Generating a Gregorian force layout by circularly arranging date points in a circumferential direction in a chronological order in a date order; Generating a 24 season layout by arranging each season point around the circle in the predetermined direction such that each season point representing the 24 seasons is arranged in order at intervals of 15 °; A total of six sets of 60 interleaver points are arranged in order from the first set of 60 interleave points to the sixth set of 60 interleave points so that they are arranged in the order of azimuth 1 ° from the center of the circle. A 60 sudden layout diagram generation step of generating a 60 sudden layout diagram by assigning an azimuth range to each interleave point; A matching step of matching the Gregorian force map and the 60 sudden layout using the equinox points and the winter solstice points of the 24 seasons map; A receiving step of receiving a birth date from the user; Checking an azimuth angle of a date point corresponding to the received date of birth in the matched Gregorian force layout; A slip sheet checking step of checking a slip sheet having an azimuth range including the checked azimuth angle in the matched 60-pump layout, and identifying identification information of the checked slip sheet as the slip sheet of the user; And providing information to the user by extracting predictive disease information corresponding to the identified user's slip sheet.

In the sixty-sixth order of matching device according to the third aspect of the present invention for achieving the above object, the method of matching the sixty-fourth and Gregory force, each date point so that each date point of each year of the Gregorian force is arranged in order at a constant azimuth interval, Generating a gregory force layout by circulating the circumference in a circumferential direction in a chronological order to generate a gregory force layout; Generating a 24 season layout by arranging each season point around the circle in the predetermined direction such that each season point representing the 24 seasons is arranged in order at intervals of 15 °; A total of six sets of 60 interleaver points are arranged in order from the first set of 60 interleave points to the sixth set of 60 interleave points so that they are arranged in the order of azimuth 1 ° from the center of the circle. A 60 sudden layout diagram generation step of generating a 60 sudden layout diagram by assigning an azimuth range to each interleave point; And a matching step of matching the Gregory force layout and the 60 sudden layout using the vernal equinox points and the winter solstice points of the 24 seasons layout.

According to the present invention, by matching the Gregorian calendar with 60 packs based on the vernal equinox and winter solstice points of the 24 seasons, not only clearly presenting the Gregorian calendar with 60 packs of matching criteria, but also allow other users to interpret the same form. There is an advantage.

In addition, the present invention has an advantage of more accurately confirming the user's slips by applying the actual revolution period of the earth for each year to the matching technique.

In addition, the present invention has an advantage of improving the health of the user by confirming the user's liver on the basis of the date of birth and providing the user with a predictive disease of the user and a blood pressure and acupressure method for treating the disease based on the liver. .

BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are incorporated in and constitute a part of the specification, illustrate exemplary embodiments of the invention and, together with the description, serve to explain the principles of the invention. And shall not be construed as limited to such matters.
1 is a view showing the configuration of a 60 sudden matching device according to an embodiment of the present invention.
FIG. 2 is a flowchart illustrating a method of matching a Gregorian force map and a 24 season map in a 60 sudden matching device according to an embodiment of the present invention.
3 is a diagram illustrating a Gregory force layout according to an embodiment of the present invention.
4 is a view showing a layout of 24 seasons according to an embodiment of the present invention.
5 is a diagram showing a 60-stack arrangement diagram, according to an embodiment of the present invention.
FIG. 6 is a diagram illustrating a state where a Gregory arrangement diagram and a 60 sudden arrangement diagram are matched according to an embodiment of the present invention. FIG.
7 is a diagram showing the configuration of a disease prediction device according to another embodiment of the present invention.
8 is a flowchart illustrating a method of predicting a disease of a user in a disease predicting apparatus according to another embodiment of the present invention.
FIG. 9 is a diagram illustrating a matched Gregory force layout and a 60-stack layout according to another embodiment of the present invention. FIG.

The foregoing and other objects, features and advantages of the present invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings, in which: There will be. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail.

Prior to describing the present invention, the terms to be described below are summarized.

A point is a display point arranged in a circle. Each point has a certain azimuth and is divided into a date point, a season point, and a kanji point.

The date points correspond to the year-by-year dates of the Gregorian calendar (from January 1, 325 to December 31 of the year), and are circulated around the circles, and each date point has an azimuth angle.

The season point is information indicating 24 seasons such as winter solstice, lower season, vernal equinox, and autumn equinox, and each season point has a unique azimuth angle.

Kanji (干支) is information formed by combining ten livers and twelve branches, and constitutes 60 packs. That is, the kanji means sudden, livestock, sickness, sowing, and the like.

60 Sudoku means 60 kanji formed by combining 10 kanji and 12 kanji.

Kanji points are information displayed on the circumference of the kanji, such as suddenly, axillary, etiology, dexterity, etc., each kanji point has a unique azimuth angle.

Azimuth refers to the angle at which a specific point is located with respect to the circle center point, and its value is determined within the range of 0 ° to 360 °, and the azimuth of the point located north-north relative to the center point is 0 ° or 360 °. The azimuths of the points located on the east, south, and west sides are 90 °, 180 ° and 270 °.

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing the configuration of a 60 sudden matching device according to an embodiment of the present invention.

As shown in FIG. 1, the 60 sudden matching device 100 according to a preferred embodiment of the present invention includes a storage unit 110, a layout generating unit 120, and a layout matching unit 130.

The storage unit 110 stores the Gregory layout, the 24 seasons layout, and the 60 sudden layouts generated by the layout creation unit 120.

The layout generating unit 120 generates a layout and stores the layout in the storage unit 110. The Gregory force layout generating module 121, the 24 season layout generating module 122, and 60 suddenly are generated to generate the layout. It includes a layout generating module 123.

The Gregory force layout generating module 121 generates a Gregory force layout (see FIG. 3) by circulating the circumference so that the date points generated by the Gregorian force by the year are spaced at a predetermined angle with respect to the center point of the circle. The season layout is stored in the storage unit 110. The Gregorian calendar is the solar calendar created by Pope Gregory XIII in 1582 by a modification of the conventional Julian calendar, and the vernal equinox is March 21.

The 24-season layout creation module 122 generates a 24-season layout by arranging each season (eg, autumn, winter solstice, vernal equinox, lower limbs, etc.) at a circumference such that the points are spaced 15 degrees from the center of the circle. The generated 24 seasons layout is stored in the storage unit 110.

In addition, the 60 sudden arrangement map generating module 123 is arranged in a circumference so that a total of six sets of 60 sheets of paper spaced 60 degrees apart by a 1 ° angle to the center of the circle to generate a 60 sudden layout, and then the 60 sudden layout to the storage unit 110 Save it.

With reference to Figs. 2 to 6, a method of matching 60 sudden and Gregory forces will be described in more detail.

FIG. 2 is a flowchart illustrating a method of matching a Gregorian force map and a 24 season map in a 60 sudden matching device according to an embodiment of the present invention.

Referring to FIG. 2, the Gregory force layout map generation module 121 of the 60 sudden matching device 100 checks an actual revolution period for each year (S201). At this time, the Gregory force layout map generation module 121 confirms the actual revolution cycle from 325 to this year. At this time, if the Gregorian force layout map generation module 121 does not observe the actual idle cycle of the year is completely observed, the actual idle cycle of the year is announced by the annual idle prediction cycle published by an authorized external organization (for example, NASA: NASA) To be considered.

Subsequently, the Gregory force layout generation module 121 calculates the date separation angle for each year by substituting Equation 1 as the actual revolution period for each identified year (S203). The separation angle means an azimuth to be spaced apart from the date point.

For example, the Gregorian force layout creation module 121 may set the date separation angle of 325 years to 1.014485 degrees when the actual idling period of 325 is 365.2425 days, and the date of 2002 apart when the actual idling period of 2002 is 365.2422 days. You can set the angle to 1.014562 degrees.

The Gregorian calendar layout generation module 121, which sets the date separation angle for each year, is so that the date points for each year of the Gregorian calendar are separated by the date separation angle of the corresponding year, based on the date points of the previous day and the center of the circle. The points are circulated in a circumferential order in a circumferential order to generate a Gregory force layout, and the Gregory force layout is stored in the storage unit 110 (S205). Preferably, the Gregorian force arrangement map generation module 121 starts the arrangement of the yearly date points of the Gregorian calendar by arranging the date points of January 1, 325 at this starting point with the azimuth 0 ° as the starting point. In addition, the Gregory force layout map generation module 121 maps the identification information of the date point and the azimuth angle where the date point is disposed, and stores the mapped information in the storage unit 110 as the Gregory force layout 30.

The placement of the date points proceeds in a constant direction of the circumference (eg counterclockwise or clockwise). In other words, when the arrangement of the date points for a specific year is completed, the Gregorian calendar layout module 121 sequentially spaces the date points of the next year by the corresponding date separation angles based on the date points of the previous day and the circle center point. When the placement of the date points of the year is completed, the circle to which the date points are assigned is stored in the storage unit 110 as the Gregorian calendar 30.

For example, when the Gregorian force layout generation module 121 has a separation angle of 144 years of 1.014485 °, the date points from March 1 to December 31 of 325 are based on the center of the date points and circles of the previous day. Each date point is arranged in a circle circumferentially in the counterclockwise direction of the circle, so as to be spaced by 1.014485 °. And the Gregorian calendar map generation module 121 performs a date point arrangement for the next year (ie, 326 years) in succession when the arrangement for the date point in 325 is completed, but when the date point arrangement of the year is completed, from 325 By this year, the identification information of the date point (for example, the date of the month date) and the azimuth of the date point are mapped, and the mapped information is stored in the storage unit 110 as the Gregorian force layout 30.

FIG. 3 is a diagram illustrating a Gregory force layout according to an embodiment of the present invention. Referring to FIG. 3, date points of 325 are spaced at intervals by a predetermined azimuth angle θ, and are disposed at circumferences. For reference, in FIG. 3, only a part of the date points of the year 325 are arranged around the circumference, but this is illustrated for convenience of explanation, and the date points up to the year of the date of the year 325 are actually spaced apart by the corresponding separation angle. It is circulated around the circumference in the direction and arranged according to the date order. In other words, the circumference is arranged in a circular circle around the date points from 325 to this year according to the date order. When the arrangement of the date points in the circumference is completed in this way, the Gregorian force arrangement map generation module 121 maps the identification information of each date point and the azimuth of the point where the date point is disposed, and stores the mapped information in the storage unit 110. Stored as Gregorian force layout 30. For example, when March 21, 325 is disposed on the west side, the Gregorian force map generation module 121 maps the point identification information and the azimuth angle 270 ° of the March 21, 325 date.

In addition, the 24 season arrangement map generation module 122, each season so that the season point (for example, winter solstice point, the bottom point, etc.) is spaced apart by 15 ° from the previous season point and the center of the circle in the order of the 24 seasons, After the points are arranged around the circle in the counterclockwise direction to generate the 24 seasons layout map 40, the 24 seasons layout map 40 is stored in the storage unit 110 (S207). Preferably, the 24-season arrangement chart generation module 121 starts the season point arrangement by arranging the winter solstice point at this starting point with the azimuth angle 0 °. In addition, the 24 season arrangement map generation module 122 maps the identification information of each season point and the azimuth angle where the corresponding season point is disposed, and stores the mapped information in the storage unit 110 as the 24 season arrangement diagram 40.

4 is a diagram illustrating a 24 seasons arrangement diagram according to an embodiment of the present invention. As shown in FIG. 4, each season point (the vernal equinox, the lower limbs, the autumn equinox, winter solstice, etc.) is disposed on the circumference, and each Season points are spaced 15 ° apart from adjacent season points and the circle center point. In addition, the 24 season arrangement map generation module 122 maps the identification information of each season point and the azimuth angle at which the season point is disposed, and stores the mapped information in the storage unit 110 as the 24 season arrangement diagram 40. For example, the 24-season arrangement map generation module 122 maps the winter solstice point and the azimuth angle 0 °, and maps the small point and azimuth 345 ° and stores it in the storage unit 110 as the 24-season layout 40.

Next, the 60 sudden arrangement map generation module 123 has a total of 60 sets of 60 points (that is, 360 total points) in the order of 60 sudden, so as to be spaced 1 degree away from the previous point between the previous center with respect to the center of gravity Each interlude point is arranged in a circumference to generate a 60 sudden arrangement diagram 50, and then stored in the storage unit 110 (S209). That is, the 60 sudden arrangement chart generation module 123 arranges the first set of 60 points in a circumference such that each point of the first set of 60 points is spaced by 1 ° based on the immediately preceding point and the center point. However, when the point arrangement for the first set of 60 sheets is completed, the points for the second set of 60 sheets to the points for the sixth set of 60 sheets are sequentially arranged around the circle in this manner. Preferably, the 60 sudden arrangement diagram generation module 123 starts a total of six sets of 60 intervals by arranging a first set of sudden points at this starting point with an azimuth angle of 0 °.

Meanwhile, the 60 sudden arrangement map generation module 123 maps the identification information of each 60 sudden points and the azimuth angle and azimuth range in which the corresponding interstitial points are arranged, and stores the mapped information as the 60 sudden layout 50. ). Here, the azimuth range represents a range of azimuth angles assigned to each interleave point, and a single interleave point has an azimuth range of 1 °. Here, the azimuth range of the interstitial point is set to a range from the azimuth of a specific interleave point to before the azimuth of another interleave point in the next order. For example, if the first set of 'suddenly' points are disposed at azimuth 360 °, the first set of 'ulk axis' is disposed at 359 ° azimuth, and the second set of 'etiology' is disposed at 358 ° Suddenly, the bearing range is set to an angle of 360 ° or less from an angle exceeding 359 °, and the azimuth range of the first set of axes is set to an angle of 359 ° or less at an angle exceeding 358 °. .

On the other hand, since six sets of the same interleaver points are arranged in the 60-array layout 50, a group of the same interleaver points results in a 6 ° azimuth range.

5 is a diagram showing a 60 sudden arrangement according to an embodiment of the present invention. As shown in FIG. 5, the 60 sudden arrangement diagram generating module 123 counterclocks a total of six sets of kanji points in a sudden order. In order in the circumference. For reference, in FIG. 5, only suddenly, strangely, oddly, and base oil points of the 60 packs are displayed on the circumference, but this is for convenience of explanation, and in fact, six sets of 60 Kanji points (ie, 360 points) are the center of gravity. It is placed around the circumference by 1 ° from the base.

In addition, the 60 sudden arrangement map generation module 123 maps the identification information of each of the kanji points, the azimuth angle in which the corresponding kanji points are disposed, and the azimuth range of the kanji points, and stores the mapped information as a 60 sudden arrangement map 50. Save to 110. For example, the 60 sudden arrangement diagram generation module 122 maps sudden points and azimuths 0 °, 60 °, 120 °, 180 °, 240 °, and 300 °, and strange points and azimuths 15 °, 75 °, 135 °, and 195. Map °, 255 °, 315 °.

When the generation of the Gregory force layout 30, the 24 season layout 40, and the 60 sudden layout 50 by the layout creation unit 120 is completed, the layout matching unit 130 stores each layout in the storage unit 110. ), The Gregorian force arrangement map 30 and the 60 sudden arrangement map 50 are matched using the vernal equinox points and the winter solstice points of the 24 season arrangement map 40 (S211).

Specifically, the layout matching unit 130 rotates the Gregory force layout 30 so that the vernal equinox point of the 24 season layout 40 and the March 21, 325 point of the Gregory force layout are located at the same azimuth angle. For example, when the vernal equinox point is located at the west side in the 24 season layout diagram 40 (that is, when the azimuth angle of the equinox point is 270 °), the planarity matching unit 130 of March 21, 325 of the Gregory force layout 30 Rotate the Gregorian force layout 30 such that the date point is located on the west side (ie 270 °). The layout matching unit 130 adds or subtracts an azimuth for each date point of the Gregory force layout 30 by the angle at which the Gregory force layout 30 is rotated to update the Gregory force layout of the storage unit 110. For example, when the Gregory force layout 30 is rotated by + 15 °, the layout matching unit 130 adds 15 ° to each of the date point azimuths of the Gregory force layout 30 to update the Gregory force layout of the storage 110. do.

Next, the layout matching unit 130 matches the azimuth angle of one of the six sudden points of the 60 sudden layout 50 and the azimuth of the comrade point of the 24 season layout 40, so that the 60 sudden layout 50 matches. Rotate For example, the layout matching unit 130 is any one of six sudden points arranged in the 60 sudden layout 50 when the winter solstice point is located in the north north (that is, having an azimuth angle of 360 °) in the 24 season layout. Is selected as the reference point, and the 60 sudden arrangement diagram 50 is rotated so that the sudden point selected based on the reference is located at the north-north side (ie, 360 °).

The arranged matching unit 130 adds or subtracts the azimuth angle of each interleave point of the 60 sudden arrangement diagram 50 by the angle of rotation of the 60 sudden arrangement diagram 50, and thus the 60 sudden arrangement diagram 50 of the storage unit 110. ). For example, when the 60 sudden layout 50 is rotated by -3 °, the layout matching unit 130 is subtracted 3 ° to each of the intermittent point azimuth of the 60 sudden layout 50, and the 60 sudden layout of the storage 110 is Update 50.

When the Gregory force layout 30 and the 60 sudden layout 50 are rotated based on the 24 season layout 40, the Gregory layout 30 and the 60 sudden layout 50 are based on the 24 season layout 40. Matches. That is, the layout matching unit 130 matches the Gregory layout 30 and the 60 sudden layout 50 using the vernal equinox points and the winter solstice points of the 24 seasons layout 40.

FIG. 6 is a diagram illustrating a state where a Gregory arrangement diagram and a 60 sudden arrangement diagram are matched according to an embodiment of the present invention. FIG.

As shown in FIG. 6, the planarity matching unit 130 includes the Gregorian force layout 30 so that the date point of March 21, 325 of the Gregorian force layout 30 and the vernal equinox point of the 24-season layout 40 have the same azimuth angle. Rotate). In addition, the layout matching unit 130 rotates the Gregory force layout 30 such that any one of the six sudden points of the 60 sudden layout 50 and the coincident point of the 24 season layout 40 have the same azimuth angle. Accordingly, the Gregory force layout 30 and the 60 sudden layout 50 are matched based on the 24 seasons layout 40.

Hereinafter, a disease prediction apparatus and a method for predicting a user's disease will be described using the matched Gregory force layout 30 and the 60 sudden layout 50.

7 is a diagram showing the configuration of a disease prediction device according to another embodiment of the present invention.

Among the components of the disease predicting apparatus 700 of FIG. 7, the storage unit 110, the layout generating unit 120, and the components having the same reference numerals as those of the 60 sudden matching apparatus 100 of FIG. 1. Since the layout matching unit 130 performs the same function as that described with reference to FIGS. 1 to 6, a detailed description thereof will be omitted, and only the function will be described when the function is added.

As shown in FIG. 7, the disease prediction apparatus 700 according to another exemplary embodiment of the present invention may include a receiver 710, a storage 110, a layout plan generator 120, a layout matcher 130, and a ticker sheet. The unit 720 and the information providing unit 730 is included.

The receiving unit 710 performs a function of receiving birth date information from the user. In this case, the receiving unit 710 may include an input means such as a keypad, and may receive birth date information from the user through the input means. Alternatively, the receiver 710 may communicate with a client terminal (eg, a smartphone, a computer, etc.) of the user through a network, and receive the date of birth of the user from the client terminal.

The storage unit 110 stores a Gregory layout, a 24 seasons layout, and a 60 sudden layout. In particular, the storage unit 110 stores acupoints, acupressure information, and food information, which are good for the treatment of the sixty-fourth predictive disease and the disease. For example, the storage unit 110 may store liver disease information as a predictive disease for 'suddenly' liver, and as acupuncture information, 'right gate', 'liver oil', 'moisture' acupuncture information and acupressure information of each acupuncture point. And, it can store 'tomato', 'ogapi' as food information.

When the receipt checker 720 receives the user's date of birth from the receiver 710, the storage unit 110 extracts the Gregory force layout 30 and the 60 sudden layout 50 based on the 24 season layout 40. do. In addition, the kanji confirmation unit 720 confirms the date point corresponding to the date of birth of the user, and confirms the azimuth angle of the date point in the Gregorian calendar. In addition, the kanji confirmation unit 720 confirms the kanji point having the azimuth range to which the identified azimuth angle belongs in the 60 sudden arrangement diagram 50, and transmits the identification information of the kanji point to the information providing unit 730.

The information providing unit 730 extracts the predictive disease corresponding to the user's liver paper received from the liver paper checking unit 720, acupuncture information, acupressure method, and food information which are helpful in treating the disease, from the storage unit 110. Then, the extracted information is provided to the user. In this case, the information providing unit 730 outputs the extracted information to the screen when the disease prediction apparatus 700 is integrated and mounted in the terminal. Alternatively, when the disease prediction apparatus 700 is implemented in an independent server form, the information providing unit 730 transmits the extracted information to the client terminal that transmitted the date of birth.

8 is a flowchart illustrating a method of predicting a disease of a user in a disease predicting apparatus according to another embodiment of the present invention.

Referring to FIG. 8, the receiver 710 receives birth date information from a user (S801). In this case, when the disease prediction apparatus 700 is integrated with the terminal and implemented, the birth date information is received from the user through this input means such as a keypad. Alternatively, when the disease prediction apparatus 700 is implemented in an independent server form, the receiver 710 receives birth date information from a client terminal (eg, a smartphone, a computer, etc.) of the user through a network.

Next, the slip sheet checking unit 720 extracts the Gregory force layout 30 and the 60 sudden layout 50 from the storage unit 110 based on the 24 seasons layout 40. Subsequently, the slip sheet confirming unit 720 checks the date point in which the date and the year of the user coincide with the Gregorian calendar map 30, and confirms the azimuth of the date point in the Gregory calendar map 30. Then, the slip sheet checking unit 720 confirms the slip sheet having the azimuth range to which the identified azimuth angle belongs in the 60 sudden arrangement diagram 50, and then transfers identification information of the slip sheet to the information providing unit 730 (S805). .

FIG. 9 is a diagram illustrating a matched Gregory force layout and a 60-stack layout according to another embodiment of the present invention. FIG.

For example, referring to FIG. 9, a method for checking a user's slip sheet, the slip sheet confirming unit 720 determines the azimuth angle with respect to a date point corresponding to January 1, 1978, which is the birth date of the user, the Gregory calendar layout 30. Check in In addition, when the identified azimuth angle is 194.53211 °, the slip sheet confirming unit 720 confirms that the slip sheet having an azimuth range to which the azimuth angle of 194.53211 ° belongs is 'base oil' in the 60 sudden arrangement diagram 50. Here, the bearing range of the base oil sheet is an angle of more than 194 ° and less than 195 °. Subsequently, the slip check unit 720 transmits the checked 'base oil' to the information providing unit 730 as the slip information of the user.

The information providing unit 730, which has received the seizure information from the seizure confirming unit 720, extracts the predicted disease corresponding to the seizure of the user from the storage 110 (S805). Next, the information providing unit 730 extracts acupuncture information that is good for the predictive disease, acupressure method for each acupuncture, and food information from the storage unit 110 (S807). The information providing unit 730 provides the extracted predicted disease information, acupuncture information, acupressure method information, and food information to the user (S809). In this case, the information providing unit 730 outputs the extracted information to the screen when the disease prediction apparatus 700 is integrated and mounted in the terminal. Alternatively, when the disease prediction apparatus 700 is implemented in an independent server form, the information providing unit 730 transmits the extracted information to the client terminal that transmitted the date of birth.

On the other hand, in the above-described embodiment was described as predicting the user's disease by using the sixty-sixth order and Gregorian force matching method, the present invention is not limited to this, astronomy geography (eg, feng shui, sun, planet, moon, etc.), greetings (E.g., keys, womb, agility, caring, simmering, etc.), and affinity, etc.

While the specification contains many features, such features should not be construed as limiting the scope of the invention or the scope of the claims. In addition, the features described in the individual embodiments herein may be combined and implemented in a single embodiment. Conversely, various features described in the singular < Desc / Clms Page number 5 > embodiments herein may be implemented in various embodiments individually or in combination as appropriate.

Although the operations have been described in a particular order in the figures, it should be understood that such operations are performed in a particular order as shown, or that all described operations are performed to obtain a sequence of sequential orders, or a desired result . In certain circumstances, multitasking and parallel processing may be advantageous. It should also be understood that the division of various system components in the above embodiments does not require such distinction in all embodiments. The above-described program components and systems can generally be implemented as a single software product or as a package in multiple software products.

The method of the present invention as described above can be implemented by a program and stored in a computer-readable recording medium (CD-ROM, RAM, ROM, floppy disk, hard disk, magneto optical disk, etc.). Such a process can be easily carried out by those skilled in the art and will not be described in detail.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. The present invention is not limited to the drawings.

100: 60 sudden matching device 110: storage unit
120: layout generating unit 121: Gregory force layout generation module
122: 24-season layout generation module 123: 60 sudden layout generation module
130: layout matching unit 700: disease prediction device
710: receiver 720: slip sheet checker
730: information provider

Claims (11)

A device for predicting a user's disease based on the user's liver,
A Gregorian force layout generation module for generating a Gregorian force layout by circularly arranging each date point in a circumferential order in a chronological order so that each date point for each year of the Gregorian calendar is sequentially arranged at regular azimuth intervals;
A 24-season layout generating module for generating a 24-season layout by arranging each season point around the circle in the predetermined direction so that each season point representing the 24 seasons is arranged in order at intervals of 15 °;
A total of six sets of 60 interleaving points are arranged in order in the azimuth order from the first set of 60 interleaving points to the sixth set of interlining points in the predetermined direction so as to be arranged in the order of azimuth 1 ° from the center of the circle. A 60 sudden layout diagram generation module for arranging and generating a 60 sudden layout diagram by giving an azimuth range to each interleave point;
A layout matching unit that matches the Gregory force layout and the 60 sudden layout using the equinox points and winter solstice points of the 24 seasons layout map;
Receiving unit for receiving the date of birth from the user;
A storage unit for storing predictive disease information for each liver;
Kanji to determine the user's kanji by confirming the azimuth angle of the date point corresponding to the received date of birth in the matched Gregorian force layout, and identifying the kanji point having an azimuth range that includes the azimuth in the matched 60-pack layout Identification unit; And
And an information providing unit configured to extract predictive disease information corresponding to the identified user's slip sheet and provide the extracted disease information to the storage unit.
The layout matching unit,
The Gregorian force layout is rotated so that the vernal equinox azimuth point of the 24 seasons layout map and the azimuth angle of the March 21, 325 date of the Gregorian force layout map are rotated, and any one of six sudden points arranged in the 60 sudden layout map And rotating the 60 sudden arrangement to match the azimuth angle and the azimuth angle of the winter solstice points of the 24 seasons arrangement diagram, thereby matching the Gregory force arrangement and the 60 arrangement arrangement. delete The method of claim 1,
The Gregory force layout generating module,
Substituting the actual orbital period by year into Equation 2 below, calculating the date separation angle for each year, and circulating the circumference around the circle at regular azimuth intervals based on the calculated date separation angle for each year. Characterized in disease prediction device.
(2)

The method according to claim 1 or 3,
The storage unit stores acupuncture information, acupuncture method information or recommended food information for each predicted disease,
And the information providing unit extracts acupuncture information, acupuncture method information, or recommended food information corresponding to the predicted disease of the user from the storage unit and provides the extracted information to the user. In the disease prediction device, as a method of predicting a disease based on the user's liver,
Generating a gregory force layout by circularly arranging each date point in a circumferential order in a chronological order so that each date point for each year of the gregory calendar is sequentially arranged at regular azimuth intervals;
Generating a 24 season layout by arranging each season point around the circle in the predetermined direction such that each season point representing the 24 seasons is arranged in order at intervals of 15 °;
A total of six sets of 60 interleaver points are arranged in order from the first set of 60 interleave points to the sixth set of 60 interleave points so that they are arranged in the order of azimuth 1 ° from the center of the circle. A 60 sudden layout diagram generation step of generating a 60 sudden layout diagram by assigning an azimuth range to each interleave point;
A matching step of matching the Gregorian force map and the 60 sudden layout using the equinox points and the winter solstice points of the 24 seasons map;
A receiving step of receiving a birth date from the user;
Checking an azimuth angle of a date point corresponding to the received date of birth in the matched Gregorian force layout;
A slip sheet checking step of checking a slip sheet having an azimuth range including the checked azimuth angle in the matched 60-pump layout, and identifying identification information of the checked slip sheet as the slip sheet of the user; And
And providing information to the user by extracting predictive disease information corresponding to the identified user's liver note.
The matching step,
Rotating the Gregorian force layout so that the vernal point azimuth of the 24 seasons layout coincides with the azimuth of the date point of March 21, 325 of the Gregorian calendar; And
Matching the Gregory force layout and the 60 sudden layout by rotating the 60 sudden layout so that the azimuth of any one of the six sudden points arranged in the 60 sudden layout map coincides with the azimuth angle of the coincident point of the 24 season layout; Disease prediction method comprising a. delete The method of claim 5, wherein
The Gregorian force layout generation step,
Calculating a date separation angle for each year by substituting the actual revolution period for each year into Equation 3 below; And
And circulating each date point for each year in a circumferential interval at regular azimuth intervals based on the calculated yearly spaced angle of the year.
(3)

The method according to claim 5 or 7,
The information providing step may include:
And at least one of acupuncture information, acupuncture method information, and recommended food information corresponding to the predicted disease of the user is provided to the user. As a method of matching sixty-fourths and Gregory forces in a sixty-sixth order matching device,
Generating a gregory force layout by circulating and arranging each date point in a circumferential order in a chronological order so that each date point for each year of the Gregorian calendar is sequentially arranged at regular azimuth intervals;
Generating a 24 season layout by arranging each season point around the circle in the predetermined direction such that each season point representing the 24 seasons is arranged in order at intervals of 15 °;
A total of six sets of 60 interleaver points are arranged in order from the first set of 60 interleave points to the sixth set of 60 interleave points so that they are arranged in the order of azimuth 1 ° from the center of the circle. A 60 sudden layout diagram generation step of generating a 60 sudden layout diagram by assigning an azimuth range to each interleave point; And
And a matching step of matching the Gregorian force map and the 60 sudden layout using the vernal equinox points and the winter solstice points of the 24 seasons map.
The matching step,
Rotating the Gregorian force layout so that the vernal point azimuth of the 24 seasons layout coincides with the azimuth of the date point of March 21, 325 of the Gregorian calendar; And
Matching the Gregory force layout and the 60 sudden layout by rotating the 60 sudden layout so that the azimuth of any one of the six sudden points arranged in the 60 sudden layout map coincides with the azimuth angle of the coincident point of the 24 season layout; Sixties and Gregory force matching method comprising a. delete The method of claim 9,
The Gregorian force layout generation step,
Calculating a date separation angle for each year by substituting the actual revolution period for each year into Equation 4 below; And
And circulating each date point for each year in a circumferential interval at regular azimuth intervals based on the calculated year separation angle for each year.
(4)

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