Efficient earthquake forecasting method

Abstract

The invention relates to an effective earthquake prediction method, in particular to a method in which a vibration wave / shock wave sensor or an acceleration sensor, or a sonic or ultrasonic sensor, or a sonic frequency sensor which is provided with a sensor chip and / or a microprocessor is arranged into a metal pipe that is deeply embedded in the inner earth crust, and then the received information of the vibration wave or the shock wave or the sonic wave or the ultrasonic wave or the sonic frequency of a crustal movement is fed back to a corresponding apparatus / an instrument / a computer (a central processing unit) / a display / a network system on the ground surface so as to predict the occurrence of the earthquake. The invention comprises a metal pipe, a steel wire or a steel wire rope or a hybrid material rope, a movable metal alarm hammer with a handle, a vibration wave / shock wave sensor or a acceleration sensor or a sonic or ultrasonic sensor or a sonic frequency sensor which is provided with a sensor chip and / or a microprocessor, a corresponding apparatus or an instrument or a computer (a central processing unit) or a display or a network system; the design of the effective earthquake prediction method is capable of obtaining the early movement information of the earth crust from the depth of the earth crust to the location of each layer of the earth crust, thus achieving the best seismic early warning effect.

Description

technical field [0001] The invention relates to a method for effectively predicting earthquakes, in particular to a method for placing a shock wave / shock wave sensor or an acceleration sensor, a sound wave or an ultrasonic sensor or an audio frequency sensor with a sensor chip and / or a microprocessor deep inside the earth's crust In the metal tube in the center, and the shock wave or shock wave or sound wave or ultrasonic or audio frequency information received by the crustal movement is fed back to the corresponding instrument / meter / computer (central processing unit) / display / network system on the surface to achieve forecasting How earthquakes happen. Background technique [0002] At present, earthquake disasters have caused many deaths and injuries to many people in our country or around the world, destroyed countless happy families instantly, caused heavy losses to a large number of national and private properties in an instant, and turned beautiful homes, cities and villa...

AI Technical Summary

Problems solved by technology

[0002] At present, earthquake disasters have caused many deaths and injuries to many people in our country or around the world, destroyed countless happy families instantly, caused heavy losses to a large number of national and private properties in an instant, and turned beautiful homes, cities and villages into ashes and disappeared from then on. Why is earthquake prediction so difficult that so many fresh lives are unable to escape the disaster and suffer from the mouth of the earthquake devil? The known technologies for earthquake prediction or alarm are all kinds of earthquake prediction instruments / device or equipment, such as Chinese Patent Publication No. 200520134090.X 200510073387.4, or dig a deep hole perpendicular to the horizontal plane on the ground, seal the sealing plug with a thermometer or barometer on the top of the deep hole or place the pressure sensor in the waste oil and gas In the well, the purpose of earthquake prediction is achieved by measuring the temperature and pressure changes in the deep hole, such as Chinese Patent Publication No. 200610037335.6 and 200710169994. Various forecasting instruments will be affected by various factors such as blasting, piling in construction, coal / mine accidents, train vibrations, etc., and the forecasting / alarming instruments or equipment on the surface will have a large impact due to the transmission of the earthquake source to the surface. When responding, it is very close to the earthquake, and the early warning at this time may be meaningless, and if a small reaction occurs, it will cause false alarms, which can hardly achieve the purpose of early warning; while testing the temperature in the well or The forecast of pressure changes will also be affected by various factors, or how high the temperature or pressure should be in order to make an ideal forecast? Will an earthquake be sure to occur if the temperature is high or the pressure is high? Happened there? When will it happen? These are unpredictable and early warnings.

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