Device for recording the physical parameters of the process prior EARTHQUAKE

摘要

The solution relates to seismology and can be used for the prediction of earthquakes.; The object of the proposed technical solutions is to increase the reliability of the seismic data, simplification of hardware-measuring device.; Technical results are: the use for recording and prediction of physical parameters of the processes preceding the earthquake, the least affected by various external influences - electromagnetic wave (EW) initiated by mechanical shifts in the lithosphere and, therefore, more reliable, both qualitatively and quantitatively. In an apparatus for recording the physical parameters of the processes preceding the earthquake, comprising a glass tube filled with a liquid solution, equipped with measuring node coupled to the recording unit equipped with a potentiometer, one end of the pipe is rigidly sealingly secured in the cavity of the flange of the neck stub which bottom is provided with a hermetically closable feed opening the other end of the tube is sealed tightly in one of the cavities of double-sided flange neck stub, wherein the bottom vmon th e working body measuring portion comprising two pipe flanges, one of which is mounted in a recess of the bottom two-sided flange neck stub and connected with the cavity of the glass tube, filled with liquid-crystal mixture within another set rod movably coupled to the load cell rod displacement, thus, between the nozzles installed membrane of elastic material, the flange of the second pipe is fixed in a recess of the bottom plate through the recess under the flange of threaded fasteners, kro e, the glass tube cavity is filled with brine, and both flange Collar plugs at the ends connected with clearances with caps, one of which is provided with a nozzle for free movement of the rod sensor.; The inventive device is simple enough in design and manufacture, efficient in use, can be widely applied for monitoring seismic conditions and warnings of seismic danger.; 5 ZP f-ly 1 Fig.