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    • 1. 发明授权
    • 멀티빔 음향측심기 구조물을 장착한 해양지형조사선
    • 海上观察船观察ECHO SOUNDER
    • KR101033111B1
    • 2011-05-13
    • KR1020100113650
    • 2010-11-16
    • 지오션(주)
    • 박기룡홍정수
    • B63C11/49B63B35/00G01S15/00
    • B63C11/48G01S15/003G01V1/38
    • PURPOSE: An underwater topography research vessel with a multi-beam echo sounder structure is provided to protect an echo sounder from external impact. CONSTITUTION: An opening is formed on a lower side of the hull of an underwater topography research vessel. A multi-beam echo sounder(210) of a column shape is installed in an echo sounder accommodation space. A first mounting member(220) and a second mounting member(230) are coupled together and fixed to the opening. The first mounting member is formed with a first mounting member flange(222) along the end circumference thereof and the second mounting member has a column shape hollowed to receive the first mounting member. The bottom(105) of the hull where the first mounting member, the second mounting member, and the multi-beam echo sounder are coupled is formed in a shape of protruding downward as the radius gradually decreases.
    • 目的:提供一种具有多光束回波测深仪结构的水下地形研究船,以保护回声测深仪免受外界冲击。 构成:在水下地形研究船的船体的下侧形成一个开口。 在回波探测器容纳空间中安装有柱形的多光束回波探测器(210)。 第一安装构件(220)和第二安装构件(230)联接在一起并固定在开口上。 第一安装构件沿其端部圆周形成有第一安装构件凸缘(222),并且第二安装构件具有中空的柱形状以容纳第一安装构件。 第一安装构件,第二安装构件和多光束回波发声器的船体的底部(105)形成为随着半径逐渐减小而向下突出的形状。
    • 7. 发明公开
    • 고속 다선체 선박용 장애물 회피 장치
    • 避免障碍物用于高速多用水的装置
    • KR1020060135715A
    • 2006-12-29
    • KR1020067014537
    • 2004-11-05
    • 탈레스
    • 까로프알렝
    • G01S15/60
    • G01S15/60G01S15/003G01S15/876G01S15/93
    • The invention relates to a device for a watercraft that makes it possible to avoid obstacles, in particular, obstacles submerged at a shallow depth. While effecting an early detection of echoes coming from objects situated along the course of the watercraft, the device makes it possible, in particular, for the crew of the watercraft to take measures for changing the course in order to avoid these objects. According to a preferred embodiment, the inventive device comprises at least: two interspaced acoustic wave transmitters (23, 25) that transmit distinct frequency waves or different forms of waves; an acoustic receiver (29) of which the receive band is adapted to the transmission frequencies of the transmitter, and; means for processing the received signals, these means making it possible to measure, across the received echoes, the difference in propagation times of waves transmitted by each of the transmitters as well as to measure the Doppler effect that affects each of the transmitted waves, these processing means thereby determining the position of an object (27) having returned an echo. The inventive device is provided, in particular, for multi-hulled watercraft and especially for high-speed multi-hulled watercraft.
    • 本发明涉及一种用于船舶的装置,其可以避免障碍物,特别是淹没在较浅深度的障碍物。 在早期发现来自位于沿着船只航行过程中的物体的回波的同时,该装置特别使船员能够采取改变航向的措施以避免这些物体。 根据优选实施例,本发明的装置至少包括:两个间隔的声波发射器(23,25),其传输不同的频率波或不同形式的波; 接收频带适用于发射机的发射频率的声接收机(29); 用于处理接收到的信号的装置,这些装置使得有可能在接收到的回波中测量由每个发射机发射的波的传播时间差,并且测量影响每个发射波的多普勒效应 处理装置从而确定已经返回回波的物体(27)的位置。 本发明的装置尤其适用于多层船舶,尤其是用于高速多船体的船舶。
    • 8. 发明授权
    • 해저 탐사장치 및 탐사방법
    • 用于海底探测的装置和方法
    • KR101048528B1
    • 2011-07-12
    • KR1020110012179
    • 2011-02-11
    • 한국지질자원연구원
    • 천종화김학주류병재박장준
    • B63C11/48G01V1/00G01S15/88G05D1/10
    • G05D1/10B63G8/001G01S5/26G01S15/003G01V1/3852
    • PURPOSE: A seabed exploring device and method are provided to accurately recognize the location of an unmanned submarine because the transponder of an acoustic positioning system and the finger of a precise water depth measuring system are installed in the unmanned submarine. CONSTITUTION: A seabed exploring device comprises an unmanned submarine(10), a transponder(30) of an acoustic positioning system, a finger(40), a measuring unit, and a deposit collecting unit(110). The unmanned submarine is connected to a ship through a tracking cable. The transponder of the acoustic positioning system is installed in the unmanned submarine. The finger is installed in the unmanned submarine and outputs a signal which can be received by a receiver of a precise water depth measuring system installed in the ship. The measuring unit installed in the unmanned submarine to detect or measure various information on the seabed where the unmanned submarine is located. The deposit collecting unit collects deposits from the seabed when the unmanned submarine is landed on the seabed.
    • 目的:提供海底探测装置和方法,以准确识别无人潜艇的位置,因为声学定位系统的应答器和精确水深测量系统的手指安装在无人潜艇中。 构成:海底探测装置包括无人潜艇(10),声学定位系统的转发器(30),手指(40),测量单元和沉积物收集单元(110)。 无人潜艇通过跟踪电缆连接到船舶。 声学定位系统的应答器安装在无人潜艇中。 手指安装在无人潜艇中,并输出可由船上安装的精确水深测量系统的接收器接收的信号。 安装在无人潜艇上的测量单元,用于检测或测量无人潜艇所在海床上的各种信息。 当无人潜艇降落在海底时,存款收集单位从海底收取存款。