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    • 5. 发明授权
    • High-definition imaging device, and apparatuses for recording and
playing back high-definition picture information
    • 高分辨率成像装置以及用于记录和再现高分辨率图像信息的装置
    • US5374955A
    • 1994-12-20
    • US160806
    • 1993-12-03
    • Takashi FuruhataNobuo AzumaHiroki MizosoeManabu Katsuki
    • Takashi FuruhataNobuo AzumaHiroki MizosoeManabu Katsuki
    • H04N9/04H04N9/09
    • H04N9/045Y10S358/906
    • Solid-state imaging elements each having a smaller number of pixels are employed to realize an imaging device for taking a high-definition picture which is four or more times larger in the number of pixels than each of the solid-state imaging elements, and also an apparatus for recording/playing back (or transmitting) the high-definition picture. A two-dimensional space which includes, at least, nH spatial sampling points in a horizontal direction and nV spatial sampling points (nV lines) in a vertical direction, totaling (nH.times.nV) spatial sampling points, is imaged under the condition that light is sensed at, at most, 1/2 of the sampling points of the two-dimensional space. Thus, the imaging device delivers as its output a video signal containing effective pixel information items which correspond to the light-sensed sampling points and which are, at most, (nH.times.nV)/2 in terms of the number of pixels.
    • 采用具有较少像素数的固态成像元件来实现用于拍摄高于每个固态成像元件的像素数量的四倍或更多倍的高分辨率图像的成像装置,并且还 用于记录/播放(或发送)高分辨率图像的装置。 至少在水平方向上包括nH个空间采样点和垂直方向上的nV空间采样点(nV线)的二维空间(nHxnV)空间采样点在感测光的条件下被成像 最多在二维空间的采样点的1/2。 因此,成像装置输出视频信号,该视频信号包含对应于光感测采样点的有效像素信息项,并且对于像素数目至多为(nH×nV)/ 2。
    • 6. 发明授权
    • Video signal processing method and apparatus with timebase disturbance
correction and dropout compensation
    • 视频信号处理方法和具有时基干扰校正和丢失补偿的装置
    • US5239421A
    • 1993-08-24
    • US688284
    • 1991-04-22
    • Masakazu HamaguchiTakashi FuruhataHiroaki Takahashi
    • Masakazu HamaguchiTakashi FuruhataHiroaki Takahashi
    • H04N5/7826H04N5/94H04N5/956H04N9/81H04N9/88H04N9/896
    • H04N5/956H04N5/94H04N5/78266H04N9/81H04N9/88H04N9/896
    • A method of reproducing video signals from a magnetic recording medium like a magnetic tape for a VTR to obtain high-quality video pictures even when dropouts occur in the medium, which includes the steps of separating synchronizing information from the video signals reproduced from the magnetic recording medium, detecting a dropout duration from the reproduced video signals, generating complete synchronizing information during a whole period of writing the signals in image information memories by compensating lost synchronizing information during the dropout, generating write address signals on the basis of the generated synchronizing information, writing reproduced video signals the memories on the basis of the generated write address signals while no dropout occurs, and leaving unchanged previously written video signals while a dropout occurs. According to an apparatus implementing the above method, reproduced pictures of high quality are obtained without jitters and skews due to dropouts.
    • 一种从VTR用磁带等磁记录介质再现视频信号的方法,即使在介质中出现缺陷时也能获得高质量的视频图像,其中包括从与磁记录重现的视频信号分离同步信息的步骤 介质,从再现的视频信号中检测出一个压差持续时间,在通过在丢失期间补偿丢失的同步信息的整个写入信号在图像信息存储器中的整个周期期间产生完整的同步信息,根据生成的同步信息产生写入地址信号, 在不产生压降的情况下,根据所生成的写入地址信号对再现的视频信号进行写入,并且在出现发生缺陷的同时留下未改变的先前写入的视频信号。 根据实现上述方法的设备,获得高质量的再现图像,而不会由于丢失而产生抖动和偏差。
    • 7. 发明授权
    • Signal processing method and apparatus
    • 信号处理方法及装置
    • US4967161A
    • 1990-10-30
    • US393958
    • 1989-08-15
    • Takashi FuruhataHiroaki TakahashiManabu Katsuki
    • Takashi FuruhataHiroaki TakahashiManabu Katsuki
    • H04N5/922G11B20/06H03G5/28H03G7/00H03H7/01H04N5/923
    • H03G5/28H04N5/923
    • A signal processing method or apparatus in which an input signal is converted to a signal of a predetermined frequency characteristic and the resulting signal is reconverted to a signal of the original frequency characteristic, comprising: a first signal processing section for processing the input signal and having the first transfer function exp(-msT)/(1+K.multidot.cos(.omega.T) or a function approximating to the former function; a second signal processing section cascaded with the first signal processing section for processing the input signal and having a second transfer function of (1+K.multidot.cos(.omega.T).multidot.exp(-sT)), the first signal processing section having a linear phase characteristic and including an impedance circuit or an admittance circuit, each circuit including a ladder network of a plurality of inductance elements and capacitance elements.
    • 一种信号处理方法或装置,其中输入信号被转换成预定频率特性的信号,并且所得信号被重新转换为原始频率特性的信号,包括:第一信号处理部分,用于处理输入信号并具有 第一传递函数exp(-msT)/(1 + Kxcos(ω-T))或接近前一函数的函数;与第一信号处理部分级联的第二信号处理部分,用于处理输入信号并具有第二传递函数 (1 + Kxcos(ω-T)×exp(-ST)),第一信号处理部分具有线性相位特性并包括阻抗电路或导纳电路,每个电路包括多个电感元件的梯形网络和电容 元素。