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    • 5. 发明授权
    • Underwater detection apparatus
    • 水下检测仪
    • US06418080B2
    • 2002-07-09
    • US09775490
    • 2001-02-02
    • Mitsuhiro Inouchi
    • Mitsuhiro Inouchi
    • G01S386
    • G01S15/96G01S15/107Y10S367/903Y10S367/908
    • An underwater detection apparatus comprises a transducer, a transmitter capable of generating transmitting signals of a plurality of respective frequencies and for generating a transmitting signal, a broadband trap circuit for transferring the transmitting signal fed from the transmitter to the transducer and for passing an echo signal fed from the transducer, a preamplifier for amplifying the echo signal fed from the broadband trap circuit, a mixer for converting an output of the preamplifier into a signal of a specific frequency, a filter for selectively passing the signal of only the specific frequency-band output from the mixer, a main amplifier for amplifying an output of the filter, an A/D converter for converting an output of the main amplifier into a digital form, and a display circuit for displaying the digitized output of the A/D converter on a monitor, wherein the preamplifier is of a low-gain type.
    • 一种水下检测装置,包括:换能器,能够产生多个相应频率的发射信号并用于产生发射信号的发射机;宽带陷波电路,用于将从发射机馈送的发射信号传送到换能器,并传送回波信号 从换能器馈送的前置放大器,用于放大从宽带陷波电路馈送的回波信号;混频器,用于将前置放大器的输出转换成特定频率的信号;滤波器,用于选择性地仅通过特定频带的信号 从混频器输出,用于放大滤波器输出的主放大器,用于将主放大器的输出转换为数字形式的A / D转换器,以及用于将A / D转换器的数字化输出显示在显示电路上的显示电路 监视器,其中前置放大器是低增益型。
    • 6. 发明授权
    • Fishfinder
    • 钓鱼者
    • US07663974B2
    • 2010-02-16
    • US11542425
    • 2006-10-02
    • Mitsuhiro InouchiToshiyuki ShimizuMasahiko MushiakeMasaki OgataYoshito Okubo
    • Mitsuhiro InouchiToshiyuki ShimizuMasahiko MushiakeMasaki OgataYoshito Okubo
    • G01S15/04G01S15/96
    • G01S15/96G01S7/539G01S7/62G01S7/6263G01S15/108
    • A fishfinder is provided for identifying with high precision a single fish under the ship and for measuring the length of the fish precisely. An operator of the fishfinder is assisted to grasp the depth and the length of the fish. A fishfinder transmits an ultrasound pulse having a high carrier frequency and an ultrasound pulse having a low carrier frequency by means of a pulse transmission and reception device at predetermined time intervals. A single fish echo is determined and tracked for a plurality of transmission intervals of ultrasound pulses emitted into the water. A target strength of single fish is measured based on the signal strength of a low carrier frequency echo signal from the single fish. The length of the fish is measured based on the target strength. A fish mark is displayed on the screen of an indicator, with the size of the fish mark depending on the fish length.
    • 提供了一种钓鱼器,用于高精度识别船下的单鱼,并精确测量鱼的长度。 帮助捕鱼者的操作者抓住鱼的深度和长度。 钓鱼器以预定的时间间隔通过脉冲发送和接收装置发送具有高载波频率的超声脉冲和具有低载波频率的超声脉冲。 确定并跟踪发射到水中的超声脉冲的多个传播间隔的单个鱼回声。 基于来自单个鱼的低载波频率回波信号的信号强度来测量单个鱼的目标强度。 基于目标强度测量鱼的长度。 鱼标记显示在指示器的屏幕上,鱼标的大小取决于鱼的长度。
    • 9. 发明授权
    • Underwater sounding method and apparatus
    • 水下探测方法及仪器
    • US07773459B2
    • 2010-08-10
    • US11652004
    • 2007-01-11
    • Mitsuhiro InouchiOsamu KubotaToshiyuki ShimizuShintaro Oda
    • Mitsuhiro InouchiOsamu KubotaToshiyuki ShimizuShintaro Oda
    • H04B11/00
    • H04B11/00
    • Methods and apparatuses process signals. The method according to one aspect of the present invention receives a first signal; obtains a second signal and a third signal from the first signal, wherein a gain of the second signal is smaller than a gain of the third signal; detects saturation in the third signal; and generates a composite signal from the second signal and the third signal, the step of generating a composite signal including selecting a part of the second signal for the composite signal, when the detecting step detects saturation in the third signal, and selecting a part of the third signal for the composite signal, when the detecting step does not detect saturation in the third signal.
    • 方法和装置处理信号。 根据本发明的一个方面的方法接收第一信号; 从所述第一信号获得第二信号和第三信号,其中所述第二信号的增益小于所述第三信号的增益; 检测第三信号中的饱和度; 并且从第二信号和第三信号产生复合信号,当检测步骤检测到第三信号中的饱和时,产生复合信号的步骤包括选择合成信号的第二信号的一部分,并选择一部分 当检测步骤在第三信号中没有检测到饱和时,复合信号的第三信号。