Monitoring device with multiple iron anchors for tsunami monitoring

Abstract

The invention discloses a monitoring device with multiple iron anchors for tsunami monitoring. The monitoring device comprises a first circular ring, a rope is fixedly connected to the top portion ofthe first circular ring, and first handles are fixedly connected to the left and right sides of the upper side of the outer wall of threaded barrels; and the threaded barrels are internally provided with threaded rods, the threaded rods are connected to the threaded barrels in a threaded mode, third circular rings are arranged below the threaded barrels, and the inner walls of the third circular rings and the outer walls of the threaded rods are fixedly connected. According to the monitoring device with the iron anchors for the tsunami monitoring, monitoring data is more representative, therefore the monitoring device for the tsunami monitoring is conveniently installed, released into the sea and recycled, and accidental damage of the monitoring device is avoided, so that the monitoring device for the tsunami monitoring can fully meet the needs of people today for the monitoring device which is convenient to release and recycle and easy to operate, and the monitoring device can avoid being damaged by marine benthos and seabed environment.

Description

technical field [0001] The invention relates to the technical field of tsunami monitoring, in particular to a multiple iron anchor monitoring device for tsunami monitoring. Background technique [0002] A tsunami is a destructive wave produced by a submarine earthquake, volcanic eruption, submarine landslide or meteorological change. The wave speed of a tsunami is extremely high, and it can cross the ocean within a few hours; its wavelength can reach hundreds of kilometers, and its energy can travel thousands of kilometers. The loss is very small, and it often brings devastating disasters to coastal cities. The tsunami is mainly controlled by the submarine topography, coastline geometry and wave characteristics. The roaring wave ice wall repeats every few minutes or tens of minutes, destroying the embankment , submerge the land, take away lives and properties, and have great destructive power. With the development of science and technology, people have been able to monitor t...

AI Technical Summary

Problems solved by technology

[0002] A tsunami is a destructive wave produced by a submarine earthquake, volcanic eruption, submarine landslide or meteorological change. The wave speed of a tsunami is extremely high, and it can cross the ocean within a few hours; its wavelength can reach hundreds of kilometers, and its energy can travel thousands of kilometers. The loss is very small, and it often brings devastating disasters to coastal cities. The tsunami is mainly controlled by the submarine topography, coastline geometry and wave characteristics. The roaring wave ice wall repeats every few minutes or tens of minutes, destroying the embankment , submerge the land, take away lives and properties, and have great destructive power. With the development of science and technology, people have been able to monitor the occurrence of some tsunamis, and can play an early warning role for land personnel before the tsunami occurs. For example, the existing However, the existing tsunami monitoring devices need to spend a lot of time to install before use, and when the monitoring devices go deep into the seabed, they are easily damaged by seabed organisms, causing economic losses and affecting the quality of the monitoring devices. Normal work is not conducive to people's monitoring of tsunami, so the existing technology cannot meet the needs of people today for a multiple iron anchor monitoring device that is convenient for release and recovery, easy to operate, and avoids being damaged by seabed organisms and seabed environment

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