基于感震器技术的地震灾情信息系统设计

Design of earthquake disaster information system based on the technology of shock absorber

地震灾害常常困扰我国经济发展和人民财产安全,必须对地震发生进行深入的了解,分析其发生规模、分布空间以及次生灾害的影响等情况,制定有效的救援策略,最大限度的减少地震灾害。除此之外,国家还应该积极研发地震预测技术,从而对地震信息实施分析,并构建灾情支持系统。文中研究的就是一种基于感震器技术的地震灾情信息系统,此系统利用各种先进的科技技术成果,比如计算机数据采集、GPS定位系统、视频采集、无线网络等技术,实现采集系统在待机模式与工作模式两种不同状态下的运行,进行灾情数据实时报告,很好的满足了地震灾情信息的获取,同时降低系统功耗,提高信息获取的准确性。

Seismic Disasters often plague development of China＇s economy and people＇s property, it must earthquake-depth understanding and analysis of the size of its occurrence, distribution space, and the secondary effects of disasters, etc., the development of effective rescue strategies, to minimize earthquake disaster. In addition, the state should also actively developing earthquake prediction techniques to analyze the implementation of the seismic information, and build disaster support system. This paper is based on a sense of shock earthquake information system technology, and this system uses a variety of advanced technology and technological achievements, such as a computer data acquisition, GPS systems, video capture, wireless networking and other technology to achieve collection system in standby operation mode and operating mode in two different states, conduct real-time reporting of data disaster, good to meet the acquiring seismic disaster information, as well as the death of the system power consumption, improve the accuracy of the information obtained.