Predict and forecast system device for earthquake precursors

Abstract

The invention relates to the geophysical apparatus technology, in particular to an earthquake precursor predicting and forecasting system device which is composed of a deep hole, an infrared thermometer, a computer, a photography instrument, a conducting wire, a pendant cord, a clock, a bracket and a sealing-plug, wherein, the computer, the photography instrument and the conducting wire are mutually matched for composing a photography monitoring system, and carrying out real-time monitor to the temperature value of the infrared thermometer and the clock; the photography instrument mutually corresponds to the infrared thermometer, and is correspondingly matched with the infrared thermometer; the infrared thermometer, the clock and the photography instrument are fixed on the bracket in a mutual matching manner, and are connected with an electric wire; the bracket is connected with the pendant cord; the clock can be an electric clock; the electric wire provides power for the infrared thermometer and the clock; and the pendant cord has the functions of positioning the bracket, the infrared thermometer, the clock and the photography instrument at the lower end and the bottom part of the deep hole from the upper end of the deep hole, and pulling the bracket to the ground from the bottom part of the deep hole. Another embodiment is composed of a deep hole, a barometer, a computer, a photography instrument, a conducting wire, a clock and a sealing-plug, wherein, the clock, the photography instrument, and the barometer are fixed on a bracket in a matching manner; and the bracket is fixed on the outer surface of the sealing-plug in a matching manner. The invention is applicable to the predication and the forecast of 5-8 grade earthquakes.

Description

Technical field: [0001] The invention relates to geophysical instrument technology, in particular to an earthquake precursor prediction and prediction system device. Background technique: [0002] From ancient times to the present, people's understanding of earthquakes is insufficient; although they have done a lot of inventive and creative work on their research, and tried to predict earthquakes accurately, such as the "armillary seismograph" invented by Zhang Heng, a great inventor in the Ming Dynasty; People often use weather and animal abnormalities to try to predict earthquakes, such as a sudden rise in water level or drying up of a well, or some animals in a certain place migrating in large numbers in panic, etc.; modern times, a large number of modern physical methods have also been used Advanced, precise, and cutting-edge electronic technology is used to predict earthquakes, such as monitoring static indicators of rock formations to try to predict earthquakes, as wel...

AI Technical Summary

Problems solved by technology

[0017] It can be seen that the theory that "earth plate collision" or "fault zone" is the cause of earthquakes is not realistic.

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