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Method for accurately predicting earthquake through adoption of earthquake cloud

An accurate and seismic technology, applied to alarms, instruments, etc., can solve problems such as inability to predict accurately in advance

Inactive Publication Date: 2017-02-22
陈永明
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Human beings have only reached the level of early warning (using the characteristic that the transmission of seismic waves is slower than that of radio waves, and telling areas outside the epicenter to temporarily evade after the earthquake), they are still passive prevention, and cannot accurately predict in advance

Method used

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  • Method for accurately predicting earthquake through adoption of earthquake cloud
  • Method for accurately predicting earthquake through adoption of earthquake cloud
  • Method for accurately predicting earthquake through adoption of earthquake cloud

Examples

Experimental program
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Effect test

Embodiment 1

[0045] Earthquakes are a process of gradual energy accumulation and energy release. When the energy accumulation reaches the extreme value of breaking the crust, it will develop into a surface earthquake. During this period, an earthquake cloud will be generated for people to see.

[0046] Earthquakes don't burst out of the earth's crust all of a sudden. It has an energy gathering process, and the length of energy gathering depends on the size of the bulging space of the inner crust on the surface, the hardness and thickness of the crust, and the healing of the fault zone in the past. Diffusion, and finally the formation of surface earthquakes. During this process, high-pressure gas will be released into the air through the fault zone and the weak zone on the surface, and gradually integrate into the seismic cloud that can be seen clearly by people. Clouds of small earthquakes of magnitude 2 to 4 are usually seen 5 to 10 minutes before a surface earthquake[ figure 1 ]; 1 da...

Embodiment 2

[0048] For an earthquake of magnitude 2 to 4, people can feel and see the rapid rise of dark brown fog (earthquake cloud) covering the low-altitude surface of the epicenter 5 minutes before the earthquake, and people feel uncomfortable breathing. The shock cloud disappears about 5 minutes after the earthquake [such as Figure 14 ]; earthquakes of magnitude 4 to 6, earthquake clouds often appear around or near the hollow sun at 10 to 15 o'clock and 8,000 meters, and the duration does not exceed 30 minutes. Generally, this can be seen 1 to 5 days before the earthquake hits the surface Seismic clouds of magnitude [eg Figure 15 ]; earthquakes of magnitude 6 to 7, earthquake clouds often appear at 12 to 14 o'clock on sunny days when the sun is stronger at noon, the cloud system is small but relatively white and high (about 20,000 meters by visual inspection), and lasts for about 20 to 40 minutes The deformation disappears, and this kind of tremor cloud is usually seen 5 to 7 days ...

Embodiment 3

[0051] The deeper the epicenter, the greater the amplitude, the greater the magnitude, and the smaller the intensity; the more rounded and larger the earthquake cloud, the deeper the epicenter, the greater the amplitude, and the flatter the surface of the area to be earthquaked (plain, city) [such as Figure 18 ]; the clouds are broken and uneven in thickness, and the area to be shaken is hilly or mountainous [such as Figure 19 ]; earthquake clouds are like a mountain range, a row of several lines spaced in the same direction, side by side and not connected to each other, showing that they will shake the bottom of the sea to the island at high altitudes [such as Figure 20 ], multiple rows of such shocking clouds will shake the islands [such as Figure 21 ]; If the shaking cloud is a very complete piece or there are blurred ripples in one or more places on the edge, it will shake a large lake or wetland [such as Figure 22 ].

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Abstract

A method for accurately predicting earthquake through adoption of an earthquake cloud provided by the invention is a method for predicting the time, the epicenter, the earthquake direction, the earthquake amplitude, the earthquake magnitude and the focal depth of the occurrence of the earthquake according to the shape, the size, the color and the height of the earthquake cloud in the sky and the time and orientation of the occurrence of the earthquake cloud through visual inspection. The principle of determining whether there is an earthquake cloud or not is that: the earthquake cloud has the earth's surface or ripple cloud, the earthquake cloud has the characteristics of following of the sun, fast shift, fast dissipation and fast disappearing which are the basic characteristics different from other clouds, the earthquake cloud is not merged with, not interlaced with or not travelled together with the meteorological cloud, and the earthquake cloud is higher than the meteorological cloud in the gas density, has the water vapor and mineral substances, is higher than the surface in temperature, and has a magnetic field of being higher than the surface magnetic field. The principle of determining whether there is an earthquake or not is that: if there is an earthquake, there must be cloud, if the cloud is seen, the earthquake has happened, the cloud is disappeared after the earthquake happens, big earthquake cloud is highly displayed, the medium earthquake cloud occupied the half of the sky, and the small earthquake cloud is dissipated.

Description

technical field [0001] The invention relates to a method for earthquake prediction and forecasting, in particular to a method for accurately forecasting earthquakes by using seismic clouds. Background technique [0002] Earthquakes are one of the biggest natural disasters that threaten the survival and development of human beings. Large earthquakes and strong earthquakes instantly destroy the creatures on the surface and destroy constructions, especially in plains or cities, causing extremely heavy casualties. Human beings have only reached the level of early warning (using the characteristics of seismic wave transmission slower than radio waves, and telling areas outside the epicenter to take temporary shelter after the earthquake), which is still passive prevention and cannot be accurately predicted in advance. [0003] my country is located on the edge of the circum-Pacific seismic belt, affected by the eastern and western seismic belts, small earthquakes are frequent, mo...

Claims

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Application Information

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IPC IPC(8): G08B21/10
CPCG08B21/10
Inventor 陈永明
Owner 陈永明