Tsunami warning device of wind power generation system for supplying power to image sensor

Abstract

The invention relates to a tsunami warning device of a wind power generation system for supplying power to an image sensor, belonging to the technical field of new energy resource internet of things. The wind power generation system and the tsunami warning device are installed on a hollow buoy of the tsunami warning device floating on sea; a heavy object voltage-stabilizing bin is installed at the lower part of the hollow buoy; and a lithium-ion energy storage cell used as a voltage-stabilizing heavy object is arranged in the hollow buoy. Wind blows a wind power generation motor to generate current, the current is input to a controller for regulation through a conductive wire penetrating through a wind power hollow pillar, and then is supplied to the image sensor and a wireless transmitting device which are arranged on an electric rotary disk through conductive wires penetrating an image transmission hollow pillar, the image sensor acquires a seascape image on the sea surface and converts the optical seascape image into a digital signal to be transmitted to a wireless emitting device, an electric signal is transmitted to the tsunami warning device through a wireless transmitting antenna and information is processed by a tsunami early warning center so that tsunami warning is issued. The current can be input to a lithium ion accumulation battery which can perform charge and discharge according to demands.

Description

technical field [0001] The invention relates to a tsunami alarm device for supplying power to an image sensor by a wind power generation system, and belongs to the technical field of new energy Internet of Things. Background technique [0002] At 14:46 on March 11, 2011, the Miyagi Earthquake, the highest magnitude earthquake in the history of earthquake observation in Japan, occurred in Japan, with a magnitude of 9.0 on the Richter scale. Because the earthquake was caused by the vertical movement between the plates rather than the horizontal movement, a large tsunami was triggered, and the waves of the tsunami hit the coast of Japan, causing a large number of casualties and economic losses. [0003] Since seismic waves travel faster along the earth's crust than tsunami waves in the ocean, countries around the world have achieved some results in forecasting tsunamis by monitoring seismic waves, but the speed of issuing tsunami warnings is not fast enough, and tsunamis still ...

AI Technical Summary

Problems solved by technology

Because the earthquake was caused by the vertical movement between the plates rather than the horizontal movement, a large tsunami was triggered, and the waves of the tsunami hit the coast of Japan, causing a large number of casualties and economic losses

[0003] Since seismic waves travel faster along the earth's crust than tsunami waves in the ocean, countries around the world have achieved some results in forecasting tsunamis by monitoring seismic waves, but the speed of issuing tsunami warnings is not fast enough, and tsunamis still cause damage to people and property. loss

[0004] At the same time, there are few alarm devices for monitoring tsunami installed by humans on the sea surface, and the equipment is not advanced enough, which affects the timely and effective alarm of tsunami.

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