JPH0337590A

JPH0337590A - Measuring apparatus for frequency of earth vibration

Info

Publication number: JPH0337590A
Application number: JP1171585A
Authority: JP
Inventors: Isao Suganuma; 勇雄菅沼
Original assignee: Individual
Current assignee: Individual
Priority date: 1989-07-03
Filing date: 1989-07-03
Publication date: 1991-02-18

Abstract

PURPOSE:To measure frequency of the earth vibration encircling the sun by measuring the cycle of a pendulum (weight) in which an angle of oscillation varies by the Foucault's theory. CONSTITUTION:This measuring apparatus comprises a mounting section (ceiling) 1, a cord 2, a weight 3, a reference line 4 and a graduation plate 5. The graduation plate 5 serves as yardstick when a pendulum is oscillated and an angle of oscillation thereof varies by the Foucault's theory. Therefore, it is very important to keep a ball from turning when the pendulum is oscillated. If the ball should spin, the pendulum is kept oscillating for a while and it returns to the normal condition. A line put on an steel ball turns to the right or to the left and when the motion becomes stable in cycle, frequency can be learned by counting a time length of the cycle or rotation of the cycle for a certain fixed time.

Description

【発明の詳細な説明】（イ）産業上の利用分野この発明は、地球の振動数に関する。[Detailed description of the invention] (b) Industrial application fields This invention relates to the frequency of the earth.

（ロ）従来の技術従来は測定されていない。(b) Conventional technology Not previously measured.

（ハ）発明か解決しようとする問題点科学技術の発展を目的とする。(c) The problem that the invention is trying to solve The purpose is the development of science and technology.

（１）（ニ）問題を解決する手段この発明を実施例を図面に基いて説明すれば次のとうり
である。（１）は天井でこの振子をしっかりと取付けで
ある。（２）はひもてこの場合はピアノ線を使用してい
る。（３）はおもりてこの場合鉄球を使用している。（
４）は鉄球に付けられた線でこれが基準線となる。（５
）はめもつ板で振子を振らすときは目安となりフーコー
の原理により振れる角度が変化していくのがわかる。(1) (d) Means for Solving the Problems The present invention will be described below with reference to the drawings. (1) is to firmly mount this pendulum on the ceiling. In the case of (2), piano wire is used for the string lever. In (3), an iron ball is used as a weight. (
4) is a line attached to the iron ball, which serves as the reference line. (5
) Use this as a guide when swinging a pendulum on a board, and you can see that the angle at which it swings changes according to Foucault's principle.

（ホ）作用従って振らすときは球が回らないように振らすことが大
切である。球が回るような場合はしばらく振らしておく
と正常に戻る。そして鉄球に付られた線が右に左にと回
りその運動が安定した周期になったときその周期の時間
、またはある一定時間の間に周期の回数を数えれば振動
数がわかる。(e) Effect Therefore, when swinging, it is important to swing the ball so that it does not spin. If the ball spins, shake it for a while and it will return to normal. Then, when the line attached to the iron ball rotates from left to right and its motion reaches a stable period, the frequency of vibration can be determined by counting the time of that period, or by counting the number of periods during a certain period of time.

（２）（へ）発明の効果この発明は以上説明Ｌ・たように太陽の周りを回ってい
る地球の振動数を計測できる新しい装置といえる。(2) (f) Effects of the invention As explained above, this invention can be said to be a new device that can measure the frequency of the earth as it revolves around the sun.

[Brief explanation of drawings]

第一図はこの発明の見取図である。ｌ、・・・天井２、・・・線３、・・・おもり（鉄球）４、・・・目印の線５、・・・めもり板 Figure 1 is a sketch of this invention. l...ceiling 2,... line 3. Weight (iron ball) 4. Mark line 5,...Memori board

Claims

[Claims]

(1) When a weight (ball) suspended from a high place is swung like a pendulum, the angle at which the pendulum swings changes according to Foucault's principle. At that time, the weight rotates a little and then returns to its original position, rotating in the opposite direction. By measuring the period of this weight, we can determine the frequency of the Earth's vibration as it revolves around the sun.

(2) Can be used even on the moon.