KR940008708B1 - Bio-rythme display method of electronic watch - Google Patents

Abstract

The bio-rythm display apparatus watch consists of a CPU memory, a key convert circuit, a time display and a bio-rhythm display which present the cycle of user bio-rhythm. The bio-rhythm display has the first or third emergency display which present the low-period, high-period, emergency and semi-emergency day, the first or third reference display which present the emergency and semi-emergency day of bio-rhythm, the first or third high and low period display which present the high and low period of bio-rhythm against hours on the upper and lower side of the above the first or third reference display respectively.

Description

1 is an overall block diagram of a biorhythm display device according to the present invention.

2 is a diagram showing the general state of body (P), emotion (S), and intelligence (I)

3 is a flowchart of a display selection switch switching circuit according to the present invention.

4 is a front view of the biorhythm display according to the present invention

Figure 5 is a (a) (b) is a diagram showing the danger state of the biorhythm cycle of the present invention

6 is an exemplary view showing a state of an embodiment in which a biorhythm state is displayed on an electronic clock according to the present invention.

7 is a flowchart showing a method for displaying a biorhythm periodic state according to the present invention.

* Explanation of symbols for main parts of the drawings

1: oscillation circuit 2: frequency division circuit

3: central processing unit 4: memory unit

5: Reset circuit 9: Reference tire

10: Stop position tire 12: Display selection switch key conversion circuit

13 segment driving unit 14 buzzer circuit

15 lamp circuit 16 biorhythm display unit

17: time display section 18: power supply control circuit

Detailed description of the invention

The present invention relates to the display of the biorhythm of the electronic clock, in particular the state of the body (P), sensitivity (S), intelligence (I) of the biological rhythm to inform the low and high periods, dangerous days, quasi-hazard days, and corresponds to the time zone The method of displaying the biorhythm of the electronic clock that divides the body, emotion and intelligence biorhythms and the number of days of survival into the cycles of body, emotion and intelligence and displays the rest of the values numerically. It is about.

In general, biological rhythm is expressed in the body (PHYSICAL: P), sensitivity (SENSITIVEIS: S), intelligence (INTELLIGEMCE: I), these PSI are each cycle (P: 23 days, S: 28 days, I: 33 days) ) Has high, low, dangerous days, semi-hazard days, etc., and indicates the state of mind and body of the individual, which is repeated in each of three cycles from the date of birth.

Conventional biorhythm display devices for displaying such biorhythms have a method of using a manual electronic counter circuit and a PSI cycle display method based on a gear structure, but the display method has been difficult to display with a wrist watch, and more than one day of biorhythm. The display of information was difficult and inconvenient to use.

Therefore, conventionally, as shown in FIG. 1, an apparatus for displaying a biorhythm using a digital electronic circuit is limited. That is, (1) is an oscillation circuit for generating a predetermined reference oscillation frequency, (2) is a division circuit for generating a signal for 1 second by dividing the reference oscillation signal from the oscillation circuit (1), and (3) Is a central processing unit (3) equipped with a time counting circuit that counts, calculates, and controls the 1 second signal input from the frequency division circuit (2) to obtain time, minute, and second information and to output clock information.

(4) is a memory unit storing a biorhythm control program, a calendar data processing and an LCD display data processing control program, (5) is a reset circuit for initializing the whole, (6) is an input port, (7) ) Is an input / output port, (8) is an output port, (9) is a reference timer, and (10) is a stop position timer.

And (11) is a specific output port, and the buzzer circuit (14) and the lamp circuit (15) are configured, and (12) is a display selection switch key conversion circuit, and a data setting switch, a mode conversion switch, and an execution switch. It is configured to switch to the biorhythm mode, automatic calendar mode, stop position mode timer mode, respectively, the data is modified in each mode by the switch key conversion circuit 12, the data bus 20 And through the segment driver 13 to display the digital rhythm display unit 16 with the digital time display unit 17, and the biorhythm display unit 16 and the digital time display unit 17 are clocks, calendars, and stopwatches. , Timer information display and biorhythm information display screen.

In addition, the time mode (digital clock display) 20 enters the calendar mode 29, the biorhythm mode 22, the timer mode 23, and the stopwatch mode 24 by the switching signal of the length mode conversion switch in FIG. 3. The alarm clock mode 25 and the signal mode 26 are repeatedly switched.

In the conventional electronic clock biorhythm display device, the oscillation circuit 1 generates a predetermined reference oscillation frequency while the electronic clock is powered on, and the generated oscillation frequency is applied to the frequency division circuit 2. The signal is divided into one second to generate a signal for input into the central processing unit 3, and the driving control is performed by the signal for one second. At this time, the display selection switch key conversion circuit 12 is shown in FIG. As described above, the mode is converted to the biorhythm mode 22 by the key input. Then, when the date of birth of the individual is input and the generation key is pressed, the signal of the date of birth is centrally processed through the input port 6 and the data 20. It is to be input to the device (3).

Therefore, the central processing unit 3 counts the input signal, performs arithmetic control processing, and compares and calibrates the calendar information (year, month, day) of the day with the input date of birth by the arithmetic processing stored in the memory 4. Survival days of the person whose birth date is entered are calculated, and the remaining values obtained by dividing the survival days by the cycles of body (P = 23), emotion (S = 28), and intelligence (I = 33), respectively (P) and emotion As a cycle of (S) and intelligence (I), a PSI periodic state as shown in FIG. 2 and a specific cycle date corresponding to low, high, dangerous, and semi-risk are obtained.

In the conventional biorhythm display device, the display rhythm on the biorhythm display unit displays the body (P), emotion (S), and intelligence (I) only on the same day, and thus it is not possible to check the biorhythm during the day or the future. In addition, the biorhythm can be displayed only as a numerical value or waveform, so that the user cannot check his or her specific biorhythm by danger date, quasi-risk date, high and low periods, and time period, thereby fully functioning as a biorhythm display method. You will not be able to perform it.

In order to solve the problems described above, the present invention only inputs the date of birth of an individual, so that the biorhythm of the present state, namely, the body (P), the emotional (S), the intelligence (I) state is low and high, dangerous day, quasi-dangerous day. It displays the high and low periods by time zone, and divides the biorhythm and the number of days of survival into the period of body, emotion, and intelligence to display the rest of the values numerically, and also displays the biorhythm by year, month, and day. SUMMARY OF THE INVENTION An object of the present invention is to provide a method for displaying a biorhythm of an electronic clock, which can grasp an apparent own biorhythm.

The present invention for achieving the above object, in the biorhythm display device of the electronic clock comprising a memory unit of the central processing unit, a key conversion circuit, a time display unit, and a biorhythm display unit for displaying the period of the user's biorhythm In an embodiment, the biorhythm display unit may include first to third dangerous state display units displaying low and high periods, a dangerous date, and a quasi-hazard day, and a first to third dangerous days of the biorhythm. 3 reference display unit, the first to the third harmonic display unit for displaying the height of the biological rhythm by the time zone based on the first to third reference display unit, the lower side of the biorhythm on the basis of the first to third reference display unit The first to the third low-ear display unit for displaying the low tide by time zone, the first to the third reference display unit and the high and low display unit, disposed inside the low and low display unit to generate a living days It is one provided with a first to third numeric display for displaying a numerical value by dividing a remainder of the rhythm to display the biorhythm.

Hereinafter, described in detail by the accompanying drawings as follows.

4 is a front view of the biological rhythm display unit according to the present invention, (a) (b) (c) is a low (low) and high, a dangerous day for the body (P) state, emotional (S) state, intelligence (I) state For example, the first to third danger status indicators indicate the quasi-hazard day.

In addition, the body (P) and emotions are located on the upper side of the first to third reference display units (P7), (P3), (S4), (S9), (I9), and (I4), which indicate the risk date and the quasi-hazard date. (S), intelligence (I) The first to third elevation display (d), (ㅁ), (ㅂ) to display the height of each of the time zones, and the lower body (P), emotion (S), intelligence (I) The first to third low light indicators ㄹ -1, (ㅁ -1) and (ㅂ -1) for displaying each low light for each time zone are disposed, which are segments that are turned on when the power is applied. Is done.

In addition, the first to the third reference display unit, the high-rise display unit, the low-rise display unit, the first to third numeric display unit (S) (ㅇ) (ㅇ), which displays the remaining values by dividing the number of survival days into body, emotion and intelligence cycles ) Is arranged.

FIG. 5 (a) (b) shows a state in which the biorhythm PSI risk cycle state of the present invention is displayed on the first to third dangerous state indicators (a) (b) (c), and the diodes D1 to D6) is connected to the electrode to indicate the respective cycle state, the display of the diode (D1) (D3) (D5) indicates the quasi-hazard day, the display of the diode (D2) (D4) (D6) If a dangerous date is displayed and the diodes D1 to D6 are not displayed, a high or low tide is displayed.

6 is an exemplary view showing an embodiment in which a biorhythm state is displayed on an electronic clock according to the present invention, and according to the information of the central processing unit 3, the body (P), emotion (S), intelligence (I) The low, high, dangerous days and quasi-hazard days of each of the first to third reference display units, the high and low display units, and the low and low display segments (P1 to P7), (S1 to S10) and (I1 to I10) are turned on. Display.

7 is a flowchart illustrating a display method for a biorhythm periodic state according to the present invention.

Referring to the present invention made as described above in detail as follows.

First of all, if the date of birth of the person who wants to check the physical rhythm is born on May 10, 1960, this person calculates the number of survival days until the present day, that is, the date of the person who wants to check the biorhythm. Dividing by (23), if the remaining value divided by 1 is 1, the number "1" is displayed on the first number display part (G) of FIG. 6, and the number 1 is the PSI periodic table of FIG. In the P period table of FIG. 2, 1 corresponds to P = 1, and 1 is a dangerous day, and becomes a semi-hazardous day as the afternoon goes. As shown in FIG. 7, the segment of the first reference mark of FIG. P7) is turned on, and the diodes D1 and D2 of the first danger state display part a are all turned on to indicate that it is a dangerous day. Semi-hazard by lighting only diode (D1) in danger status display part (a) Since only the work is displayed, as shown in FIG.

Then, the emotional (S) rhythm divides the survival days by the emotional (S) cycle 28, and when the remaining value is 14, the number "14" is displayed on the second numeric display part (o) of FIG. In the periodic table of FIG. 2 and S = 14, 15 in FIG. 7 (b), it becomes a dangerous date in the emotional (S) periodic table of FIG. S3) is turned on to indicate the state of the upsurge, and at the same time, the diodes D3 (D4) of the second dangerous state display part (b) of FIG. 4 are turned on to indicate that it is a dangerous date. By flashing S4) it is indicated that the emotional (S) state is a dangerous state as shown in FIG.

On the other hand, the intelligence (I) rhythm divides the number of days of survival by the intelligence (I) cycle 33, if the remaining value is 9, and displays the number "9" in the third numeric display unit (ㅈ) of FIG. In Fig. 2, the period table and Fig. 7 (c) correspond to I = S to 11, so it becomes an air in the I table in Fig. 2 and the segment I9 and the third height display part of the 3rd reference mark in Fig. Lighting the segments I10, I1, and I2 to indicate the state of the upsurge, and at the same time turn off all the diodes D5 and D6 of the third danger state display part (c) of FIG. As shown in FIG. 6, the state is an elevation.

When the biorhythm is set as described above, the body (P), emotion (S), and intelligence (I) are used as the periodic signals of one day while counting the duration of time as time passes by the time counting circuit of the central processing unit (3). Each cycle becomes (T1), and the biorhythm cycle of the day continues to check the biorhythm before correcting again. When one or more biorhythm states are checked, the first biometric rhythm of the checked person is stored in the memory unit (4). ), You can continue to check the state of the biorhythms as described above.

As described above, the present invention, by inputting only the date of birth informs the present state of the physiological rhythm, namely body (P), emotional (S), intelligence (I) low and high periods, dangerous days, quasi-hazard days, time zone It displays the high and low periods by each period, and divides the biorhythm and the number of days of survival into the periods of the body and the emotional intelligence to display the rest of the values numerically, as well as displaying the biorhythm by year, month and day. By being able to grasp the rhythm, the individual himself can adjust his or her biorhythm, that is, his condition, so that he can provide more vitality in his daily life.

How to display biorhythm of electronic clock

Claims (1)

A biorhythm display of an electronic clock having a central processing unit, a memory unit, a key converting circuit, a time display unit, and a biorhythm display unit displaying biorhythm cycles of a user's body (P), emotion (S), and intelligence (I). In the device, the biorhythm display unit, the first to third dangerous state display unit for displaying the low and high, dangerous days of dangerous days for the body (P), emotional (S), intelligence (I) state ) (B) (c), the first to third reference marks (P7, P3), (S9, S4), which indicate the dangerous and quasi-hazard days of the body (P), emotion (S), intelligence (I), (I9, I4), the first to third height display (D) for displaying the height of the body (P), emotion (S), intelligence (I) by time zone on the basis of the first to third reference display section (d) (ㅁ) (ㅂ), the first to third low-light display unit for displaying the low to low periods of the body (P), emotion (S), intelligence (I) by time zone based on the first to third reference display ( R-1) (ㅁ -1) (ㅂ -1) (1) to 3rd numeric display unit (s) disposed within the first to third reference display units, the upsurge display unit, and the low up display unit to divide the number of survival days into body, emotion, and intelligence cycles to display the remaining values by aberration. The biorhythm display method according to claim 1, wherein the rhythm is continuously displayed on a daily basis.