TH22580U - Buoy to survey the aquatic environment - Google Patents

Abstract

The marine environment survey buoy consists of a first buoy (1), made of high-density polyethylene (HDPE) plastic, cylindrical in shape with a large diameter, acting as a water carrier. The inner wall of the first buoy (1) has a number of fins (3) surrounding the inner wall of the first buoy (1) to create a central, narrow area for the installation of a second buoy (2). The lower wall, located at the narrow central area for the installation of the second buoy (2), serves as an opening that supports a portion of the second buoy (2) to be lower than the first buoy (1). The second buoy (2), made of high-density polyethylene (HDPE), is a small-diameter cylindrical tube. It is to be installed in the narrow central portion of the first buoy (1) with a portion of the second buoy (2) positioned lower than the first buoy (1). The portion of the second buoy (2) positioned lower than the first buoy (1) is to be used to install the echo sounder (6) to obtain the sea depth information. The second buoy (2) shall have at least one dividing wall (30) to serve to create at least one chamber from the second buoy (2) to the top.

Claims (5)

1. The aquatic environment buoy consists of a first buoy (1) made of HDPE plastic. It is a large diameter cylindrical tube that acts as a guide for the water current. It has a special characteristic that the inner wall of the first buoy (1) has a number of fins (3) surrounding the inner wall of the first buoy (1) to create a narrow central area for the installation of the second buoy (2). The lower wall at the position of the narrow central area for the installation of the second buoy (2) will be an opening that serves to support a part of the second buoy (2) in a lower position than the first buoy (1). The second buoy (2) made of HDPE plastic is a small diameter cylindrical tube that serves to be installed at the narrow central area of A first buoy (1) having a portion of a second buoy (2) positioned lower than the first buoy (1), with a portion of a second setback buoy (2) positioned lower than the first buoy (1), shall be equipped with an echo sounder (6) to obtain information about the sea depth. The second buoy (2) shall have at least one partition wall (30) to serve to create at least one chamber from the bottom of the second buoy (2) to the top. 2. The aquatic environment survey buoy of claim 1, wherein the second buoy (2) has a partition wall (30) to serve to create a chamber consisting of a first chamber (31), a second chamber (32), and a third chamber (33), respectively, being sealed chambers. 3. The aquatic environment survey buoy according to claim 1, wherein the echo sounder (6) for obtaining sea level depth information is mounted in a first chamber (31), and next to the first chamber (31) above a second chamber (32) and a third chamber (33), respectively, being sealed to prevent water from entering the second chamber (32) and third chamber (33). 4. The marine environment buoy according to claim 1, wherein the second chamber (32) and the third chamber (33) are equipped with, at least, an optional echo sounder (8) connected to a processing unit to control the operation and transmit data to a computer for the user on shore, the echo sounder (8) connected to the echo sounder (6) to receive water depth data, the NIRPMODEM (9) connected to the processing unit to control the operation and transmit data to a computer for the user on shore, the solar charge controller (10) connected to a solar panel (40) to control the charging of the battery (20) to store electricity to power the overall operation equipment, the satellite receiver (7) connected to the NIRIP MODEN (9) connected to the processing unit to control the operation and transmit position coordinates to the computer for the user on shore in real time for Explore the water environment without drivers. Inside the internet transmitter (NIRIP MODEN) (9), there is a SIM card and an antenna. The first pole is for internet signal (13). The second pole is a Wi-Fi signal (WIF) to jointly transmit data to computers for users on shore using internet signals as a medium for transmitting data in real time. The battery (20) is connected to the solar panel (40) which consists of a solar charge controller (10). The GNSS RECEIVER (5) is a tall pole formed higher than the buoy frame (3). It receives the GNSS signal and determines the coordinates by fixing the position from the master station and sending the coordinates to the satellite receiver (7) which is connected to the GNSS RECEIVER (5). 5. The marine environment survey buoy according to claim 1, wherein at a position outside the first floating buoy (1) is equipped with at least one functional component, selectable from the NTRIP MODEN (13), connected to the NRIP MODEN (9), at least one solar panel (40) providing a broad surface to receive light for the energy source, according to the invention there are four panels comprising a first solar panel (41), a second solar panel (42), a third solar panel (43), and a fourth solar panel (44) providing a broad surface, at least one surveillance camera (4) capable of capturing still and motion images in at least one direction, connected to a processing unit to control the operation.