30 results about "Earthquake forecasting" patented technology

The invention provides a resonance packet wave spectrum monitoring data-based earthquake prediction method. The method includes the following steps that: monitoring precursor stations are established globally; resonance packet monitoring data generated by the monitoring precursor stations for regions where the monitoring precursor stations are located are acquired continuously; acquired resonance waves are aggregated and drawn into a resonance packet wave spectrum by using the waveform characteristics of resonance waves, and at the same time, the time difference of a time when fast waves arrive at the monitoring precursor stations and a time when slow waves arrive at the monitoring precursor stations in the resonance waves is recorded; the scale of an earthquake is predicted through calculating the periods of the resonance waves in a resonance packet, and an earthquake generating time is predicted through the growth waveforms of the resonance waves, and epicentral distances are determined through the time difference of the fast waves and the slow waves in the resonance waves; and the epicentral distances determined by the monitoring precursor stations are drawn into corresponding straight lines, and the intersections of the straight lines are the centers of earthquake regions where earthquakes are predicted to occur, and therefore, early warning notices can be emitted timely. The resonance packet wave spectrum monitoring data-based earthquake prediction method has the advantages of wide applicability and universality. With the method adopted, a long-awaited new era of earthquake prediction will come.

The monitoring data processing method used for earthquake prediction relates to the field of disaster early warning. By arranging earthquake monitoring points in the earthquake monitoring area, various physical and chemical quantities of the earthquake monitoring points are monitored, and the multi-component data of the first preset time period are obtained in real time. monitoring data, and predict the multi-component prediction data of the second preset time period in the future according to the multi-component monitoring data of the first preset time period, and then combine the multi-component prediction data of the second preset time period with the historical earthquake monitoring points The multi-component monitoring data of the third preset time period monitored during the occurrence of earthquakes are compared, so as to perform earthquake prediction and early warning for the earthquake monitoring area based on the comparison results.

The invention relates to an earthquake forecasting and monitoring device, which comprises a monitoring device body buried underground and a monitoring device positioned on the ground; an earthquake forecasting monitor is arranged in the monitoring device body; the earthquake forecasting monitor consists of a multicontact double engaged switch for monitoring transverse and longitudinal waves and alarm equipment consisting of a resistor and a digital direct-current ammeter, and the bottom in a rectangular body of the earthquake forecasting monitor is provided with a magnet; a large ball is placed on the magnet, and small balls are suspended on two sides above the magnet respectively; the upper part in the rectangular body is provided with a high-speed illumination camera; the lower end outside the rectangular body is provided with the multicontact double engaged switch of a longitudinal wave electronic predictor perpendicular to the earth center; and a pre-shock ball is placed on the lower part of the multicontact double engaged switch. The earthquake forecasting and monitoring device can monitor crustal change in multiple directions, can monitor the change of earthquake transverse waves in the horizontal direction of 360 degrees, and forecast the direction from which the earthquake transverse waves comes, has sensitive action and high accuracy, and can forecast the central position of the earthquake focus.

A monitoring data processing method for earthquake prediction, an earthquake prediction method and a system, relates to the field of disaster early warning. By arranging earthquake monitoring points in a pre-monitoring area, various physical quantities and chemical quantities of the earthquake monitoring points are monitored, and multi-component monitoring data is acquired. The multi-component monitoring data is associated with change characteristics of physical and chemical fields at the earthquake monitoring points caused by underground activities. The multi-component monitoring data is processed to obtain characteristic changes of the multi-component monitoring data. The characteristic changes are then input into a tree model, and an earthquake risk index of the earthquake monitoring point or the pre-monitoring area is output. The multi-component monitoring data of the earthquake monitoring points in the pre-monitoring area is processed by innovative proposing the tree model application, so that all-weather monitoring and real-time updating of the data of the earthquake is realized, and early warning can be timely issued on the danger of earthquake occurrence by analyzing the data.

The invention, which belongs to the earthquake prediction field, provides a geometric-graphic-method-based method for predicting an earthquake position and range with underwater temperature alarm points. The method comprises: many underwater temperature monitoring points (1) are marked on a corresponding regional map to form a network distribution graph (2) for earthquake prediction; when an earthquake will occur at a certain place, all alarm points (3) are marked correspondingly on the distribution graph, four low-temperature alarm points (4 and 5) and high-temperature alarm points (6 and 7) in different directions are selected, straight lines (8 and 9) in intersection and extending lines (10 and 11) are drawn on the four alarm points on the distribution graph (2); straight line centering points (23 and 35) of all straight lines are searched by using geometric graphic methods of an isosceles triangle and the like, so that prediction information of a central zone (45) position, a seismic wave, and a range (46) of an incoming earthquake can be obtained. Therefore, a prediction and prevention effect for an earthquake is realized; and thus losses caused by the earthquake disaster for human beings can be maximized.