Earthquake damage prediction and antilocking system and method thereof
Earthquake damage prediction and antilocking system and method thereof
 CN 102,132,305 B
 Filed: 07/28/2009
 Issued: 02/10/2016
 Est. Priority Date: 08/21/2008
 Status: Active Grant
First Claim
1. one kind for determining earthquake damage prediction and the antilocking system (1) of the earthquake pair impact that the object be associated with diverse geographic location (A, B, C, D) causes or damage, described system comprises central location, described central location has the filter module of earthquake related data and the Network Interface Module for being accessed network element described at least one by described filter module for selecting and collect multiple network element, it is characterized in that:
 Described system comprises early warning device, wherein said early warning device is disperseed location, thus set up the network of controlled earthquake inspection center, and wherein said geographic position (A, B, C, D) determines based on the transmission signal of described early warning device;
Described system comprises for storing the device that at least one impacts ratiometer (151), and described impact ratiometer (151) comprises the first data structure for the geography and/or terrain data coordinate storing described diverse geographic location (A, B, C, D);
Described system comprises Strength computation module (104), and described Strength computation module (104) has for generation of described geographic position (A, B, C, D) the coordinate processor with the geometric distance in focus/earthquake centre (2);
Described Strength computation module (104) comprises propagation computing unit, described propagation computing unit arranges for the parametrization stored comprising Changeable weight parameter based on produced described geometric distance and given seismic amplitude, utilization and produces local intensity values, and the described geometric distance produced being assigned to corresponding geographic position (A, B, C, D) utilizes the second data structure of described impact ratiometer (151) to store;
Described system (1) comprises user interface (111), described user interface (111) for receive from multiple user following at least one;
described Changeable weight parameter and/or represent at least one image parameter of earthquake exposed structure that at least one of different earthquake strength level of the impact that earthquake causes described object or damage is impacted ratio and/or defined described object;
Described system (1) comprises index computing module (105), described index computing module (105) determines corresponding geographic position (A according to described impact ratiometer (151) in each case for passing through, B, C, D) the impact ratio of local strength of place, and will in each case by distributing to corresponding geographic position (A, B, C, the impact ratio of weight factor weighting D) is added and produces described geographic position (A, B, C, D) Impact Index, and described index computing module (105) comprises for based on the described Changeable weight parameter received by described multiple user and/or the impact ratio produced and/or the image parameter device to described Changeable weight parameter and/or the impact ratio produced and/or image parameter weighting, andDescribed system comprises for generation of concurrent power transmission boost pulse to activate the warning device of automatic alarm system and/or damage intervention apparatu, wherein said system dynamically carries out the weighting of described Changeable weight parameter and/or the impact ratio produced and/or image parameter based on the parameter received by described multiple user, and wherein said activation is bound in the following way with the definable threshold value of described system;
perform described activation by means of the more described Impact Index of Trigger Function and definable threshold value when described Impact Index exceedes described threshold value.
Chinese PRB Reexamination
Abstract
Propose a kind of for determining earthquake damage prediction and the antilocking system (1) of the earthquake pair impact that the object be associated with diverse geographic location (A, B, C, D) causes or damage.The central location with filter module is selected and collects the earthquake related data of multiple network element.Store at least one and impact ratiometer (151), impact ratiometer (151) has the first data structure for the geography and/or terrain data coordinate storing diverse geographic location (A, B, C, D).Geographic position (A, B, C, D) is produced by the Strength computation module (104) with coordinate processor with the geometric distance in focus/earthquake centre (2).The propagation computing unit of Strength computation module (104) based on produced geometric distance and given seismic amplitude, utilize the parametrization stored comprising Changeable weight parameter to arrange to produce local intensity values, and the geometric distance produced being assigned to corresponding geographic position (A, B, C, D) utilizes second data structure of impacting ratiometer (151) to store.From multiple user receive following at least one: Changeable weight parameter and/or represent that at least one of different earthquake strength level of the impact that earthquake causes object or damage impacts at least one image parameter of the earthquake exposed structure of ratio and/or defining objects.Index computing module (105) is by determining the impact ratio of local strength of corresponding geographic position (A, B, C, D) place according to impacting ratiometer (151) and will be added by the impact ratio of the weight factor weighting distributing to corresponding geographic position (A, B, C, D) Impact Index producing geographic position (A, B, C, D) in each case in each case.
11 Claims

1. one kind for determining earthquake damage prediction and the antilocking system (1) of the earthquake pair impact that the object be associated with diverse geographic location (A, B, C, D) causes or damage, described system comprises central location, described central location has the filter module of earthquake related data and the Network Interface Module for being accessed network element described at least one by described filter module for selecting and collect multiple network element, it is characterized in that:

Described system comprises early warning device, wherein said early warning device is disperseed location, thus set up the network of controlled earthquake inspection center, and wherein said geographic position (A, B, C, D) determines based on the transmission signal of described early warning device; Described system comprises for storing the device that at least one impacts ratiometer (151), and described impact ratiometer (151) comprises the first data structure for the geography and/or terrain data coordinate storing described diverse geographic location (A, B, C, D); Described system comprises Strength computation module (104), and described Strength computation module (104) has for generation of described geographic position (A, B, C, D) the coordinate processor with the geometric distance in focus/earthquake centre (2); Described Strength computation module (104) comprises propagation computing unit, described propagation computing unit arranges for the parametrization stored comprising Changeable weight parameter based on produced described geometric distance and given seismic amplitude, utilization and produces local intensity values, and the described geometric distance produced being assigned to corresponding geographic position (A, B, C, D) utilizes the second data structure of described impact ratiometer (151) to store; Described system (1) comprises user interface (111), described user interface (111) for receive from multiple user following at least one;
described Changeable weight parameter and/or represent at least one image parameter of earthquake exposed structure that at least one of different earthquake strength level of the impact that earthquake causes described object or damage is impacted ratio and/or defined described object;Described system (1) comprises index computing module (105), described index computing module (105) determines corresponding geographic position (A according to described impact ratiometer (151) in each case for passing through, B, C, D) the impact ratio of local strength of place, and will in each case by distributing to corresponding geographic position (A, B, C, the impact ratio of weight factor weighting D) is added and produces described geographic position (A, B, C, D) Impact Index, and described index computing module (105) comprises for based on the described Changeable weight parameter received by described multiple user and/or the impact ratio produced and/or the image parameter device to described Changeable weight parameter and/or the impact ratio produced and/or image parameter weighting, and Described system comprises for generation of concurrent power transmission boost pulse to activate the warning device of automatic alarm system and/or damage intervention apparatu, wherein said system dynamically carries out the weighting of described Changeable weight parameter and/or the impact ratio produced and/or image parameter based on the parameter received by described multiple user, and wherein said activation is bound in the following way with the definable threshold value of described system;
perform described activation by means of the more described Impact Index of Trigger Function and definable threshold value when described Impact Index exceedes described threshold value.


2. system according to claim 1 (1), the described central location of wherein said system (1) is by the network interface access that allows the state of described automatic alarm system and shift and activate described automatic alarm system.

3. system according to claim 1 and 2 (1), the definable threshold value of wherein said activation and described system is bound, and described threshold value for described automatic alarm system and/or damage jamming equipment with high electric stimulation pulse rate variation.

4. system according to claim 1 (1), wherein said early warning device comprise for detect sensor that radon launches and/or insert underground with detect the conducting metal rod of earthquake electric signal telemetry network and/or for the foreshock of measuring earthquake seismic sensor and/or comprise the history module of historical data of earthquake more by a small margin, described historical data takes on input value and the initial parameter of described propagation computing unit, and described propagation computing unit produces the local intensity values of earthquake by a relatively large margin based on described earthquake more by a small margin.

5. system according to claim 1 (1), wherein said weight factor based on described geographic position (A, B, C, D) nominal value be associated, geographic position (A is represented in each case by the described impact ratio of described weight factor weighting, B, C, D) place nominal loss and/or described Impact Index represent that total nominal event is lost, and described index computing module (105) also comprises as lower device:
 it is for generation of event loss factor, namely, exceed the loss of minimum total nominal event but the event loss the being no more than maximum total nominal event loss difference of losing divided by described maximum total nominal event loss and described minimum total nominal event and the ratio that obtains.

6. system according to claim 5 (1), wherein said system comprises data splitting storer (152), described data splitting storer (152) comprises the sum of insurance of object or object composition, and described system (1) also comprises for producing the expenditure module (102) of amount paid by described event loss factor being multiplied with described sum of insurance.

7. system according to claim 1 (1), wherein said user interface (111) also comprise for receive from described multiple user following in the device of at least one:
 the described impact ratio of different earthquake strength level, distribute to described geographic position (A, B, C, D) described weight factor and for the parameter that defines equation and mathematical operation.

8. one kind for determining earthquake damage prediction and the prevention method of the Impact Index of impact or the damage representing that the combination of the earthquake pair value be associated with diverse geographic location (A, B, C, D) or object causes, the central location of earthquake damage prediction system (1) utilizes filter module to select and collects the earthquake related data of multiple network element, and utilize Network Interface Module to access network element described at least one by described filter module, the feature of described method is:

Utilize the network being set up controlled earthquake inspection center by the early warning device of dispersion location, and wherein determine described geographic position (A, B, C, D) based on the transmission signal of described early warning device, The given seismic amplitude being stored as earthquake described in the given Distance geometry based on geographic position (A, B, C, D) and earthquake source (2) calculates local earthquake'"'"'s intensity in described geographic position (A, B, C, D) and the equation (S22) that defines; For described geographic position (A, B, C, D) stores one or more impact ratiometer (151) (S23), described impact ratiometer (151) defines the impact ratio of different earthquake strength level in each case; Store data splitting (S1), described data splitting comprises geographic position (A, B, C, D) and distributes to each weight factor in described geographic position (A, B, C, D); Calculate the geometric distance (S41) of the focus (2) of described geographic position (A, B, C, D) and seismic events; The local intensity values (S42) of described geographic position (A, B, C, D) is calculated with the described geometric distance of described focus (2) by the amplitude and corresponding geographic position (A, B, C, D) that in each case described equation are applied to described seismic events; By determining the impact ratio (S51) of local strength of corresponding geographic position (A, B, C, D) place according to described impact ratiometer (151) in each case and being added by the impact ratio of the weight factor weighting distributing to corresponding geographic position (A, B, C, D) Impact Index (S5) calculating described geographic position (A, B, C, D) in each case;
AndConcurrent power transmission boost pulse is produced to activate automatic alarm system and/or to damage intervention apparatu by means of warning device, wherein dynamically carry out the weighting of Changeable weight parameter and/or the impact ratio produced and/or image parameter based on the parameter received by described multiple user, and wherein said activation is bound in the following way with the definable threshold value of described system;
perform described activation by means of the more described Impact Index of Trigger Function and definable threshold value when described Impact Index exceedes described threshold value.


9. method according to claim 8, wherein said weight factor represents and the nominal value that described geographic position (A, B, C, D) is associated in each case, represent that the nominal in geographic position (A, B, C, D) is lost in each case by the described impact ratio of described weight factor weighting, described Impact Index represents that total nominal event is lost;
 And described method also comprises for combination stores minimum total nominal event loss and maximum total nominal event loss (S13), and calculate event loss factor (S54), that is, described minimum total nominal event loss is exceeded but the event loss the being no more than described maximum total nominal event loss difference of losing divided by described maximum total nominal event loss and described minimum total nominal event and the ratio that obtains.

10. method according to claim 9, wherein said method also comprises for the combination store insurance amount of money (S14), and calculates amount paid (S55) by described event loss factor being multiplied with described sum of insurance.

11.
The method described in one in 11. according to Claim 8 to 10, wherein said method also comprise by user interface from user receive following at least one:  the described impact ratio of different earthquake strength level, distribute to described geographic position (A, B, C, D) described weight factor and for the parameter that defines described equation and mathematical operation.
Specification(s)