Beidou-based net cage sea area tidal bore early warning device and early warning method
A technology of early warning device and cage, which is applied in measurement devices, instruments, fluid velocity measurement, etc., can solve problems such as severe natural disaster prevention situation, and achieve the effect of alleviating shaking
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Embodiment 1
[0034] Beidou-based tidal surge early warning devices in cage sea areas, including:
[0035] Breeding area 200, the breeding area 200 is located in the breeding waters, and the breeding area 200 is provided with a breeding net cage 40.
[0036] Monitoring component 10, the monitoring component 10 is arranged in the aquaculture water area and is located at the front section of the upstream direction of the aquaculture area 200, the monitoring components 10 are staggeredly distributed on both sides of the aquaculture water area, and the monitoring component 10 is used to feed back the monitored water flow parameters to the satellite 100, the satellite 100 For receiving and sending signals, the satellite 100 can send control signals to control the culture net cage 40 to float in the water;
[0037] Wherein, the monitoring assembly 10 includes a first floating block 12 floating on the water surface, a protective cage 13 is suspended from the bottom of the first floating block 12, ...
Embodiment 2
[0047] The early warning method of the Beidou-based tidal surge early warning device in the cage sea area consists of the following steps:
[0048] - The monitoring component 10 obtains water flow parameters in the water area and feeds back to the satellite 100;
[0049] - The satellite 100 feeds back the obtained water flow parameters to the land-based console or the mobile data terminal, and the land-based console or the mobile data terminal sends control commands to the satellite 100 according to the obtained water flow parameters, and the satellite 100 sends the control commands to the control component 30;
[0050] - The control component 30 controls the culture net cage 40 to float in the water according to the control instruction.
[0051] In the present invention, by installing the monitoring component 10 in the front water area of the breeding area 200, the water body flow rate is obtained and the water body flow rate is sent to the land-based or mobile client throu...
Embodiment 3
[0053]The further optimization plan of this embodiment on the basis of Embodiment 1 is: the bottom of the side of the culture net cage 40 is connected to a rectangular frame-shaped first counterweight frame 42, and the surface of the first counterweight frame 42 is respectively provided with first through holes 44 , the first through hole 44 is connected to the first counterweight 41 by winding the rope body, the first counterweight 41 is placed on the bottom of the aquaculture waters, and the bottom surface of the first counterweight frame 42 is provided with raised flow guide strips 45, the first The design of the counterweight frame 42 is used to improve the contact area between the bottom of the water area and the culture cage 40 after the culture cage 40 sinks to the bottom, which is conducive to reducing the possibility of the culture cage 40 moving under the impact of the tide. A through hole 44 is used to provide the connecting hole body, is convenient to be connected w...
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