주식회사 실러캔스;서정욱;SEO, JUNG WOOK;주식회사 실러캔스;COELACANTH;서정욱
发明人:
서정욱,SEO, JUNG WOOK,SEO, JUNG WOOKKR
申请号：
KR1020180083844
公开号：
KR1020200009450A
申请日:
2018.07.19
申请国别(地区):
KR
年份:
2020
代理人:
摘要：
The present invention attaches an identifier equipped with a GPS module and a predetermined sensor to a buoy, and then uses a terminal of a remote location (land, etc.) to identify or confirm the location of the buoy or the situation of the sea in real time. Positioning method and prediction method of red tide spread using this buoy. The position of the fishing net monitoring buoy which is the technical idea of this invention, and the spread prediction method of red tide using this buoy, A first sensor for sensing seawater temperature, a second sensor for sensing the amount of dissolved oxygen in the seawater, a third sensor for detecting the flow rate of the sea algae where the buoy is located, and a third axis acceleration sensor for detecting the vibration of the buoy Attaching an identifier including a sensor, a GPS module, a wireless communication module, and a control unit to one side of a buoy having a predetermined shape； Transmitting sea water temperature information, dissolved oxygen amount information, algae flow rate information, and GPS location information detected by the first to third sensors to a terminal on land through wireless communication； In the terminal, the position of the buoy is displayed using the GPS position information, the seawater temperature information and the dissolved oxygen amount information are displayed, the seawater temperature and the dissolved oxygen amount information are collected, and red tide information is displayed. And predicting and displaying diffusion information of the red tide using bird flow velocity information. The first sensor to the third sensor included in the identifier is installed on the side of the buoy to at least contact with the sea surface, The third sensor is composed of a plurality of pressure sensors attached to the spherical shape of the sphere characterized in that it detects the pressure of the bird. In the present invention, the acceleration information detected by the fourth sensor is tran
