JPH0618682A - Logic timepiece without error - Google Patents

Abstract

PURPOSE:To serve for the clarification of natural phenomenon while enabling automatic correction of errors of a timepiece to be conducted by applying a specified formula pertaining to time determined from the revolution of the earth. CONSTITUTION:A formula is determined from a relationship between the radius of a revolution orbit and a revolution speed of a planet of the solar system to be applied to a timepiece. In a timepiece indicating time, a microcomputer having an existing timepiece function and then, a quartz oscillator of 32.768kHz for generating a reference of an existing timepiece and the quartz oscillator of 1 MHz are used to calculate time by a calculation of multiple digits and errors of the existing time piece are calculated and corrected. A period during which there is no error is determined by the selection of the number of figures in the multiple digits. In the timepiece or a timer displaying no time. the quartz oscillator with a frequency of 32.768kHz is used and second is calculated to apply. Thus, since the definition of the time is established to derive a calculation formula, the time piece thus obtained can be used effectively even for that for clarifying natural phenomenon or a timer used for industrial products.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION The present invention is most suitable for a timepiece used for elucidating a natural phenomenon. Also, it can be used for timers used in industrial products, general clocks, and general products using other clock functions.

[0002]

2. Description of the Related Art Conventionally, there has been no clear formula for time. There was only Kepler's third law formula,
Since the variables of the formula include the mass of the sun, accurate calculation results could not be obtained. In addition, in a clock, humans were responsible for adjusting the leap second. The leap year adjustment was automatically corrected using the formula for adjustment in 4 years and 100 years, but the error could not be detected.

[0003]

When analyzing a natural phenomenon, if a value of 1 second has an error, a problem occurs. Therefore, there is a need for a unit of time that has no error and can be logically calculated. For example, in the case of analyzing the essence of the gravitational acceleration g, if there is an error in the unit of 1 second, the analysis will be difficult. The present invention solves these problems and enables automation of error correction with respect to the conventional timepiece.

[0004]

[Means for solving the problem] The relationship between the orbital radius of the solar system planet and the orbital speed is obtained from the "Science chronology" published by Tokyo Observatory in 1982, and Equation 1, Equation 2, Equation 3, Equation 4, and Equation 5 are obtained. discovered. These equations are different from Kepler's equation. The orbital radius r and the orbital period t in Table 1 are used to obtain the orbital speed by v = 2πr / t, and the orbital radius is calculated from Equation 4, and Table 1 shows the result. The result of this calculation agrees well with the published value, is highly accurate, and the error regarding the earth can be ignored.

[Table 1] Further, the unit t by which the planet revolves around the sun is calculated by the equation 2 from the distance r between the sun and the planet. The distance (astronomical unit) r from the sun to the earth is r = 1
[A] = 1.49597870 × 10 ¹¹ [m], and when t is calculated from this, t = 1 [A ^3/2 ] = 5.
It becomes 78612943 × 10 ¹⁶ [m ^3/2 ]. 1 cycle of the earth revolution t = 5.786129043 × 10 ¹⁶
When [m ^3/2 ] is divided in units of one year converted to seconds,
The value s of 1 second can be obtained. This value is the currently used value of 1 second. There are many errors in this value, so it is necessary to adjust the leap second and leap year. This is equivalent to replacing the currently used 1 second with 0.9979176234 seconds. Use this value to find the value s for 1 second. The result of this calculation is the same value as × 10 ^{−5 in} astronomical units. From this result, the solar system 1 second and the solar system 1 year become as follows, and the error disappears. Can be created. Time is a value obtained by dividing one revolution of the earth's revolution, and the unit is the same as meters. However, the calculation becomes complicated because the fraction 3/2 is added to the order. Each point of one revolution of the earth's revolution represents time, and the distance (distance) between each point represents time. And, one revolution of the earth's revolution was set as one year. Time is a unit defined by humans in this way. The movement of the planet has existed before the concept of time was created, and even without the concept of time, it can be analyzed if it is based on one revolution of the revolution. The physical quantity in this case is as follows. Distance rm Time ^{tm 3/2} = s Speed v m ^-1/2 = m / s Acceleration α m ^-2 = m / s ²

[0005]

[Operation] It is clear that there is an error in the current time,
Changing the unit of time causes confusion. For this reason, the invention has been applied in a field where there is no confusion. In a timepiece that displays the time, by using the mechanism of the present invention in combination with the mechanism of the conventional timepiece, the time error can be calculated, and the leap second and leap year can be automatically corrected from the error. The mechanism of the timepiece according to the present invention can be applied as it is to a timepiece for measuring a natural phenomenon, a timepiece for industrial products and the like that uses a time interval in which time is not displayed. The accuracy of the timepiece itself is affected by the error of the crystal oscillator and the error of the capacitor of the oscillation circuit, but the error can be prevented by adjusting. Further, the frequency of the crystal oscillator can be set to an arbitrary value, and a clock can be created by calculation.
In this case, the precision of the timepiece can be dramatically improved by increasing the number of digits.

[0006]

BEST MODE FOR CARRYING OUT THE INVENTION For a time display timepiece, a microcomputer having an existing timepiece function shown in FIG. 1 of the drawing is used, and a 32.768 [KHz] crystal oscillator for making a reference for the existing timepiece and 1. Using a crystal oscillator of 00000 [MHz], the time was calculated by calculation of many digits, and the error of the existing clock was calculated and corrected. An error-free period is obtained by selecting the number of digits. For a clock that does not display time, or for a timer, the crystal oscillator shown in FIG. 2 of the drawing having a frequency of 32.768 [KHz] was used, and the seconds were calculated and implemented. The results were in line with theoretical values.

[0007]

As described above, the definition of time is established, the formula for calculating time is discovered, and it is applied to the timepiece. Besides this, it will make a great contribution to the elucidation of natural phenomena that have not been understood until now.

[Brief description of drawings]

FIG. 1 is a diagram showing a case where an unadjusted timepiece is made by applying the timepiece to a timepiece.

[FIG. 2] When applied to a clock that does not display time.

Claims (2)

[Claims] 1. Current clocks require adjustment by leap seconds, leap years. This is because an error occurs between the revolution of the earth and the time determined from the rotation of the earth. In order to eliminate this error, I discovered the formula of time obtained from the revolution of the earth and applied it to a clock. Clocks and timers that use this technology, as well as devices and parts that perform clock functions and timer functions. 2. A method and an equation for calculating the time obtained from the revolution of the earth.