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    • 1. 发明授权
    • Digital image signal processing circuits
    • 数字图像信号处理电路
    • US5291277A
    • 1994-03-01
    • US062179
    • 1993-05-17
    • Tokuya FukudaToshitaka SenumaToru Shiono
    • Tokuya FukudaToshitaka SenumaToru Shiono
    • H04N5/765H04N5/77H04N9/79H04N9/804H04N9/808H04N9/64
    • H04N9/7904H04N5/772
    • A digital image signal processing circuit for use in a VTR with camera has a signal input terminal to which an image pickup output signal or a video signal is supplied, an analog to digital converter for producing a digital image pickup output signal based on the image pickup output signal or a digital video signal based on the video signal, a digital signal processing portion including first, second and third digital signal processing circuit blocks, a system controller for conducting the change of operation, the change of circuit configuration or the change of circuit coefficient in each of the first, second and third digital signal processing circuit blocks, and signal output terminals from which recording luminance and carrier chrominance signals produced by the digital signal processing portion are derived. Each of the first, second and third digital signal processing circuit blocks performs efficiently various kinds of digital processing to the digital image pickup output signal or the digital video signal.
    • 用于具有相机的VTR的数字图像信号处理电路具有供给图像拾取输出信号或视频信号的信号输入端子,用于基于图像拾取器产生数字图像拾取输出信号的模数转换器 输出信号或基于视频信号的数字视频信号,包括第一,第二和第三数字信号处理电路块的数字信号处理部分,用于进行操作改变的系统控制器,电路配置的改变或电路的改变 第一,第二和第三数字信号处理电路块中的每一个中的系数,以及由数字信号处理部分产生的记录亮度和载波色度信号的信号输出端。 第一,第二和第三数字信号处理电路块中的每一个对数字图像拾取输出信号或数字视频信号执行各种数字处理。
    • 2. 发明授权
    • Logical comb filter
    • 逻辑梳状滤波器
    • US5264922A
    • 1993-11-23
    • US666604
    • 1991-03-08
    • Toshitaka Senuma
    • Toshitaka Senuma
    • H04N9/78H03H15/00H03H17/06H04N9/64
    • H04N9/78H03H17/06
    • A logical comb filter comprising a logic decision section for making logical decisions on the selection of signals and a signal generating section for generating signals to be selected according to the logical decisions made by the logic decision section. In the signal generating section, a band pass filter extracts from the input of a composite video signal a signal component centering on a color subcarrier frequency, and a first and a second delay line generate three line signals based on an inverted output downstream of the band pass filter. The inverted output is a main signal. The line signals are apart from one another by one horizontal scanning period. The signal generating section further comprises a first mean level calculator for calculating the mean level between the main signal and a first delay signal obtained as the inverted output downstream of the first delay line, and a second mean level calculator for calculating the mean level between the first delay signal and a second delay signal obtained as the inverted output downstream of the second delay line. One of the output signals and the first delay signal is selected by a changeover switch. In the logical decision section, comparisons are made between the three line signals in terms of level and, if the level of the first delay signal falls between the other two signal levels, the changeover switch selects the first delay signal; otherwise the output signal of the first or second mean level calculator is selected in accordance with the level relationship between the three line signals.
    • 3. 发明授权
    • Circuit for converting sampling phase of digital data
    • 用于转换数字数据采样相位的电路
    • US5870038A
    • 1999-02-09
    • US513130
    • 1995-08-09
    • Yoshinori TomitaToshitaka Senuma
    • Yoshinori TomitaToshitaka Senuma
    • H04N9/804G11B20/14H03H17/06H04N9/64H04N9/78H04N9/808H04N9/83H04N9/87H04N9/898H03M7/00
    • H03H17/0628H04N9/87H04N9/83
    • A sampling phase of digital data is converted with having a phase stabilization and a phase alignment. In a converting circuit for converting first digital data synchronized with a fist clock into second digital data synchronized with a second clock not synchronized with the first clock, there are provided; a dividing circuit for dividing 1 (one) time period of the first clock into N time periods ("N" being larger than, or equal to 2); a coefficient setting circuit for setting first and second interpolation coefficients with respect to each of the divided time periods; a data producing circuit for producing the second digital data from data within a certain clock period and data within another clock period subsequent to the certain clock period among the first digital data by using the first and second interpolation coefficients in the divided period where the second clock is located, among the first and second interpolation coefficients set for each of the divided periods.
    • 数字数据的采样相位被转换为具有相位稳定和相位对准。 在用于将与第一时钟同步的第一数字数据转换为与不与第一时钟不同步的第二时钟同步的第二数字数据的转换电路中, 用于将第一时钟的1(1)个时间段分为N个时间段(“N”大于或等于2)的分频电路; 系数设定电路,用于相对于每个所划分的时间周期来设定第一和第二插值系数; 数据产生电路,用于在第一数字数据中的特定时钟周期之后的另一个时钟周期内的另一个时钟周期内,通过在第二时钟周期内使用第一和第二内插系数来产生第二数字数据, 位于为每个分割周期设置的第一和第二插值系数之间。
    • 4. 发明授权
    • Apparatus and method for testing the interconnection between integrated
circuits
    • 用于测试集成电路之间互连的装置和方法
    • US5390191A
    • 1995-02-14
    • US6760
    • 1993-01-21
    • Toru ShionoToshitaka SenumaKatsumi MatsunoTokuya Fukuda
    • Toru ShionoToshitaka SenumaKatsumi MatsunoTokuya Fukuda
    • G01R31/3185G01R31/28
    • G01R31/318558
    • An integrated circuit for boundary scan is achieved to be simple structure. A testing apparatus 6 provides a testing data to a serial input port SI of a integrated circuit IC1 via a external terminal unit 2. The testing data is output to a parallel input port PI of the integrated circuit IC2 from a parallel output port SO of the integrated circuit IC1, then the testing data is output from the serial output port SO. The testing apparatus 6 compares with the testing data outputted to the integrated circuit IC1 and the testing data outputted from the integrated circuit IC2 so that a state of connection is detected between the parallel output port PO of the integrated circuit IC1 and the parallel input port PI of the integrated circuit IC2. The construction of the integrated circuits can be simplified by using both of inputting and outputting of the serial interface SIF.
    • 实现了边界扫描的集成电路,结构简单。 测试装置6经由外部终端单元2向集成电路IC1的串行输入端口SI提供测试数据。测试数据从集成电路IC2的并行输出端口SO输出到集成电路IC2的并行输入端口PI 集成电路IC1,则测试数据从串行输出端口SO输出。 测试装置6与输出到集成电路IC1的测试数据和从集成电路IC2输出的测试数据进行比较,使得在集成电路IC1的并行输出端口PO和并行输入端口PI之间检测到连接状态 的集成电路IC2。 可以通过使用串行接口SIF的输入和输出来简化集成电路的构造。
    • 5. 发明授权
    • Adaptively controlled noise reduction device for producing a continuous
output
    • 用于产生连续输出的自适应控制降噪装置
    • US5325203A
    • 1994-06-28
    • US046578
    • 1993-04-14
    • Satoshi NojimaToshitaka Senuma
    • Satoshi NojimaToshitaka Senuma
    • H04N5/14H04N5/21
    • H04N5/21H04N5/144
    • An adaptively controlled noise reduction device in which an input video signal is supplied to first, second, and third adders and in which an output of the first adder is supplied to the second adder via a memory responsive to a controller whereby the memory provides a controllable delay. An output of the second adder is supplied via a first coefficient multiplication unit having variable attenuation that is controlled by the controller to the first adder as well as via a second coefficient multiplication unit having variable attenuation that is controlled by the controller to the third adder. A change-over switch responsive to the controller outputs either a signal from the third adder or from the memory. Therefore, a signal is output even during the delay period produced by the memory when the signal is delayed between the first and second adders.
    • 一种自适应控制的降噪装置,其中输入视频信号被提供给第一,第二和第三加法器,并且其中第一加法器的输出经由响应于控制器的存储器提供给第二加法器,由此存储器提供可控制的 延迟。 第二加法器的输出经由具有由控制器控制的可变衰减的第一系数乘法单元提供给第一加法器,以及经由具有由控制器控制到第三加法器的可变衰减的第二系数乘法单元提供。 响应于控制器的转换开关输出来自第三加法器或存储器的信号。 因此,当信号在第一和第二加法器之间被延迟时,甚至在由存储器产生的延迟时间期间也输出信号。
    • 8. 发明授权
    • Video signal processing apparatus for controlling exposure, focus, and
white balance for a VTR incorporated in a video camera
    • 视频信号处理装置,用于控制摄像机中并入的VTR的曝光,对焦和白平衡
    • US5291298A
    • 1994-03-01
    • US6774
    • 1993-01-21
    • Toshitaka SenumaKenta TanakaTakashi Kohashi
    • Toshitaka SenumaKenta TanakaTakashi Kohashi
    • H04N5/232H04N5/77H04N9/04H04N9/83H04N9/87H04N9/79H04N9/89
    • H04N9/831H04N9/87H04N5/772Y10S358/906
    • A video signal processing apparatus for a video camera having a video tape recording and reproducing device integrated therewith. The apparatus includes an automatic phase control (APC) circuit for controlling the phase of a color signal component contained in a video signal, a generating circuit having a microcomputer for generating a control signal for controlling the iris, focus and white balance of a video signal supplied from the video camera, and a digital operation circuit which is commonly used by the APC and generating circuits. The digital operation circuit includes an input device for receiving an output signal from the APC circuit and the video signal from the video camera, a processing device for processing the output signal and the video signal received by the input device, a device for supplying respective processed signals from the processing device to the APC and generating circuits, and a control device for controlling the input device, the processing device and the supplying device.
    • 一种用于摄像机的视频信号处理装置,具有与其集成的录像带记录和再现装置。 该装置包括用于控制包含在视频信号中的彩色信号分量的相位的自动相位控制(APC)电路,具有用于产生用于控制视频信号的光圈,聚焦和白平衡的控制信号的微计算机的发生电路 由摄像机提供的数字电路和由APC和发生电路共同使用的数字运算电路。 数字运算电路包括用于接收来自APC电路的输出信号和来自摄像机的视频信号的输入装置,用于处理输出信号和由输入装置接收的视频信号的处理装置, 从处理装置到APC和发电电路的信号,以及用于控制输入装置,处理装置和供给装置的控制装置。