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    • 3. 发明授权
    • Underwater sounding apparatus and method capable of calculating fish school information, volume of fish school and backscattering strength of single fish
    • 水下探测仪器和方法,能够计算鱼类学校信息,鱼类学校数量和单鱼背散射强度
    • US07327636B2
    • 2008-02-05
    • US11093301
    • 2005-03-30
    • Yasushi NishimoriShinji IshiharaEmi Okazaki
    • Yasushi NishimoriShinji IshiharaEmi Okazaki
    • G01S15/96
    • G01S15/96
    • An underwater sounding apparatus includes a transducer transmitting an acoustic sounding beam along a plurality of directional surfaces that intersect in three-dimensions and receiving echoes returning from within a fish school using receiving beams. The transducer can form the receiving beams in directions generally along a substantially vertical planar directional surface and in directions generally along a substantially umbrella-shaped directional surface formed around the ship, the umbrella-shaped directional surface intersecting both a horizontal plane and the vertical, planar directional surface. A signal processing section calculates fish quantity information about the fish school by constructing pseudo-three-dimensional data from data obtained by the receiving beam. Also, the signal processing section may binarize the data obtained by the receiving beams and calculates an approximate value of the volume of the fish school by constructing pseudo-three-dimensional data from the binarized data.
    • 一种水下探测装置包括:换能器,其沿着三维相交的多个方向表面传递声学探测光束,并且使用接收光束从鱼类学校内返回的回波。 传感器可以在大致沿着基本上垂直的平面定向表面的方向上形成接收梁,并且在大致沿着形成在船上的基本上为伞形的方向表面的方向上形成接收梁,该伞形方向表面与水平面和垂直平面 定向表面。 信号处理部通过从由接收光束获得的数据构成伪三维数据来计算关于鱼类学校的鱼数量信息。 此外,信号处理部分可以将由接收光束获得的数据二值化,并通过从二值化数据构建伪三维数据来计算鱼类学校的体积的近似值。
    • 4. 发明申请
    • Underwater sounding apparatus and method capable of calculating fish school information, volume of fish school and backscattering strength of single fish
    • 水下探测仪器和方法,能够计算鱼类学校信息,鱼类学校数量和单鱼背散射强度
    • US20060072375A1
    • 2006-04-06
    • US11093301
    • 2005-03-30
    • Yasushi NishimoriShinji IshiharaEmi Okazaki
    • Yasushi NishimoriShinji IshiharaEmi Okazaki
    • G01S15/96
    • G01S15/96
    • An underwater sounding apparatus includes a transducer transmitting an acoustic sounding beam along a plurality of directional surfaces that intersect in three-dimensions and receiving echoes returning from within a fish school using receiving beams. The transducer can form the receiving beams in directions generally along a substantially vertical planar directional surface and in directions generally along a substantially umbrella-shaped directional surface formed around the ship, the umbrella-shaped directional surface intersecting both a horizontal plane and the vertical, planar directional surface. A signal processing section calculates fish quantity information about the fish school by constructing pseudo-three-dimensional data from data obtained by the receiving beam. Also, the signal processing section may binarize the data obtained by the receiving beams and calculates an approximate value of the volume of the fish school by constructing pseudo-three-dimensional data from the binarized data.
    • 一种水下探测装置包括:换能器,其沿着三维相交的多个方向表面传递声学探测光束,并且使用接收光束从鱼类学校内返回的回波。 传感器可以在大致沿着基本上垂直的平面定向表面的方向上形成接收梁,并且在大致沿着形成在船上的基本上为伞形的方向表面的方向上形成接收梁,该伞形方向表面与水平面和垂直平面 定向表面。 信号处理部通过从由接收光束获得的数据构成伪三维数据来计算关于鱼类学校的鱼数量信息。 此外,信号处理部分可以将由接收光束获得的数据二值化,并通过从二值化数据构建伪三维数据来计算鱼类学校的体积的近似值。