基于GNSS/传感器高铁沿线地震早期预警系统的设计

The Early Earthquake Warning System Of High Speed Railway Design Based On GNSS/Sensor

高铁沿线地震早期预警系统融合了GNSS、传感器、软件开发、网络传输、计算机、地震监测等先进技术。土耳其地处北安纳托利亚断层带,地质构造不稳定,地震是土耳其最频繁的自然灾害之一。在土耳其铁路的头号敌人就是地震,由于地震导致铁轨偏移、下沉,都给高铁的运行带来了极大的隐患。根据土耳其实际地质情况,建设高铁沿线地震预警系统,维护高铁安全运行,符合了土耳其希望加强自身三大洲枢纽地位的发展方向。同时,该设计为实现土耳其高铁沿线地表监测信息采集内外业一体化提供了理论与技术基础。

The early earthquake warning system of high speed railway along the line is integrated with GNSS,sensors,software development,network transmission,computer,earthquake monitoring and other advanced technologies.Turkey is located in the North Anatolian Fault Zone,geologic structure is not stable,the earthquake is one of Turkey's most frequent natural disasters.The earthquake caused the railway to offset,sink,and brought a great hidden danger to the highspeed rail way operation.According to the actual geological conditions in Turkey,constructing the earthquake warning system of high speed railway along the line which keeps safety operation of high-speed rail arrive at the Turkey hopes to strengthen its three continents and suit the development direction of the hub.At the same time,the design provides a theoretical basis for the realization of Turkey's high-speed rail along the surface monitoring information collection Inside and outside integration.