Earthquake damage prediction and anti-locking system and method thereof

Earthquake damage prediction and anti-locking 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
Patent Images

1. one kind for determining earthquake damage prediction and the anti-locking 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 co-mputation module (104), and described Strength co-mputation 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 co-mputation 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.

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