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    • 1. 发明授权
    • Video signal receiver with level limited output
    • 具有电平有限输出的视频信号接收器
    • US06483549B2
    • 2002-11-19
    • US10040199
    • 2001-10-23
    • Hideki MiyasakaHiroshi OhtsuruTetsuya Yasui
    • Hideki MiyasakaHiroshi OhtsuruTetsuya Yasui
    • H04N514
    • H04N5/21H04N5/20H04N9/646
    • A video signal processing apparatus includes a receiver receiving an incoming video signal and producing an output video signal in response thereto, a limit setup unit setting up at least one of an upper limit value and a lower limit value for the output video signal, and a limiter supplied with the output video signal from the receiver and further with at least one of the upper limit value and the lower limit value from the limit setup unit, wherein the limiter limits a level of the output video signal produced by the receiver, by comparing the level of the output video signal according to any of the upper limit value and the lower limit value.
    • 视频信号处理装置包括接收输入视频信号并响应于此产生输出视频信号的接收机,设置输出视频信号的上限值和下限值中的至少一个的限制设置单元,以及 限幅器提供来自接收器的输出视频信号,并且进一步具有来自限制设置单元的上限值和下限值中的至少一个,其中限幅器通过比较来限制由接收器产生的输出视频信号的电平 根据任何上限值和下限值的输出视频信号的电平。
    • 2. 发明授权
    • Video signal receiver with level limited output
    • 具有电平有限输出的视频信号接收器
    • US06317163B1
    • 2001-11-13
    • US09183372
    • 1998-10-30
    • Hideki MiyasakaHiroshi OhtsuruTetsuya Yasui
    • Hideki MiyasakaHiroshi OhtsuruTetsuya Yasui
    • H04N514
    • H04N5/21H04N5/20H04N9/646
    • A video signal processing apparatus includes a receiver receiving an incoming video signal and producing an output video signal in response thereto, a limit setup unit setting up at least one of an upper limit value and a lower limit value for the output video signal, and a limiter supplied with the output video signal from the receiver and further with at least one of the upper limit value and the lower limit value from the limit setup unit, wherein the limiter limits a level of the output video signal produced by the receiver, by comparing the level of the output video signal according to any of the upper limit value and the lower limit value.
    • 视频信号处理装置包括接收输入视频信号并响应于此产生输出视频信号的接收机,设置输出视频信号的上限值和下限值中的至少一个的限制设置单元,以及 限幅器提供来自接收器的输出视频信号,并且进一步具有来自限制设置单元的上限值和下限值中的至少一个,其中限幅器通过比较来限制由接收器产生的输出视频信号的电平 根据任何上限值和下限值的输出视频信号的电平。
    • 4. 发明授权
    • Digital phase-looked loop circuit
    • 数字相位环路电路
    • US5572157A
    • 1996-11-05
    • US21854
    • 1993-02-24
    • Terumi TakashiKazunori IwabuchiMinoru KosugeHiromi MatsushigeHideki Miyasaka
    • Terumi TakashiKazunori IwabuchiMinoru KosugeHiromi MatsushigeHideki Miyasaka
    • H03K5/00H03L7/06H03L7/08H03L7/093H03L7/10H03L7/085
    • H03L7/10H03L7/093
    • Count pulses CTP from a counter 15 are supplied to a phase detector 3 through a two-frequency-divider 17 to produce measurement data N.sub.1 representing a difference in phase from a synchronized peak pulses PK. In a subtractor 4, the measurement data N.sub.1 is compensated with error data Ne from a register 13 in order to reduce the number of steady-state phase errors. An internal phase error .DELTA.N produced by the subtractor 4 is supplied to an LPF 5, undergoing compensation processing in a digital filter 7 thereof. The LPF 5 also includes a phase compensator 6 and a period compensator 8 for compensating a control delay experience by the internal phase error .DELTA.N in the digital filter 7. An integer part OPD1 of counter oscillation period data OPD output by the LPF 5 is used for determining an oscillation period of a counter 15 whereas a fraction part OPD2 thereof is accumulated in a register 12 through an adder 11. An error accumulated in a register 12 is transferred to a register 13 and stored therein as error data Ne. Accordingly, the acquisition time is shortened and the number of steady-state errors is also reduced as well.
    • 来自计数器15的计数脉冲CTP通过双分频器17被提供给相位检测器3,以产生表示与同步峰值脉冲PK相位相差的测量数据N1。 在减法器4中,为了减少稳态相位误差的数量,从寄存器13补偿测量数据N1的误差数据Ne。 由减法器4产生的内部相位误差DELTA N被提供给在其数字滤波器7中进行补偿处理的LPF5。 LPF5还包括相位补偿器6和周期补偿器8,用于通过数字滤波器7中的内相位误差DELTA N补偿控制延迟体验。使用由LPF 5输出的计数器振荡周期数据OPD的整数部分OPD1 用于确定计数器15的振荡周期,而其分数部分OPD2通过加法器11积累在寄存器12中。寄存器12中累积的误差被传送到寄存器13并作为误差数据Ne存储。 因此,采集时间缩短,稳态误差的数量也减少。
    • 6. 发明授权
    • Digital phase-locked loop circuit
    • 数字锁相环电路
    • US5841303A
    • 1998-11-24
    • US742678
    • 1996-10-31
    • Terumi TakashiKazunori IwabuchiMinoru KosugeHiromi MatsushigeHideki Miyasaka
    • Terumi TakashiKazunori IwabuchiMinoru KosugeHiromi MatsushigeHideki Miyasaka
    • H03K5/00H03L7/06H03L7/08H03L7/093H03L7/10H03L7/085
    • H03L7/10H03L7/093
    • Count pulses CTP from a counter 15 are supplied to a phase detector 3 through a two-frequency-divider 17 to produce measurement data N.sub.1 representing a difference in phase from a synchronized peak pulses PK. In a subtractor 4, the measurement data N.sub.1 is compensated with error data Ne from a register 13 in order to reduce the number of steady-state phase errors. An internal phase error .DELTA.N produced by the subtractor 4 is supplied to an LPF 5, undergoing compensation processing in a digital filter 7 thereof. The LPF 5 also includes a phase compensator 6 and a period compensator for compensating a control delay experience by the internal phase error .DELTA.N in the digital filter 7. An integer part OPD1 of counter oscillation period data OPD output by the LPF 5 is used for determining an oscillation period of a counter 15 whereas a fraction part OPD2 thereof is accumulated in a register 12 through an adder 11. An error accumulated in a register 12 is transferred to a register 13 and stored therein as error data Ne. Accordingly, the acquisition time is shortened and the number of steady-state errors is also reduced as well.
    • 来自计数器15的计数脉冲CTP通过双分频器17被提供给相位检测器3,以产生表示与同步峰值脉冲PK相位相差的测量数据N1。 在减法器4中,为了减少稳态相位误差的数量,从寄存器13补偿测量数据N1的误差数据Ne。 由减法器4产生的内部相位误差DELTA N被提供给在其数字滤波器7中进行补偿处理的LPF 5。 LPF5还包括相位补偿器6和周期补偿器,用于通过数字滤波器7中的内部相位误差DELTA N来补偿控制延迟体验。由LPF 5输出的计数器振荡周期数据OPD的整数部分OPD1用于 确定计数器15的振荡周期,而其分数部分OPD2通过加法器11积累在寄存器12中。寄存器12中累积的误差被传送到寄存器13并存储在其中作为误差数据Ne。 因此,采集时间缩短,稳态误差的数量也减少。
    • 8. 发明授权
    • Block transformation coding and decoding system with offset block
division
    • 具有偏移块分段的块变换编码和解码系统
    • US5177797A
    • 1993-01-05
    • US496006
    • 1990-03-20
    • Yuji TakenakaYoshitsugu NishizawaTakahiro HosokawaYuji MoriHideki Miyasaka
    • Yuji TakenakaYoshitsugu NishizawaTakahiro HosokawaYuji MoriHideki Miyasaka
    • H04N1/19G06T9/00H04N1/40H04N1/41H04N1/415
    • H04N19/60H04N19/30
    • An image data coding system, wherein an image data in a bit map form is divided into first and second groups, pixels in each group of which are distributed over the whole area of the image data in the bit map form. First and second coders respectively code the first and second groups of image data into first and second groups of coded image data. The first and second groups of image data in the original image data are respectively input into first and second memories, respectively. Blocks of the first group of image data are supplied to the first coder at first times, respectively, and blocks of the second group of image data are supplied to the second coder at second times, respectively. Boundaries of the blocks in the first group of image data are located in different positions from boundaries of the blocks in the second group of image data, and the first times are different from the second times. In the receiver side, first and second decoders respectively decode the above first and second groups of coded image data into first and second groups of decoded image data. By composing the first and second groups of decoded image data, the original image data in the bit map form is restored.
    • 一种图像数据编码系统,其中位图形式的图像数据被划分为第一组和第二组,每组中的像素以位图形式分布在图像数据的整个区域上。 第一和第二编码器分别将第一和第二组图像数据编码为第一组和第二组编码图像数据。 分别将原始图像数据中的第一组图像数据和第二组图像数据分别输入到第一和第二存储器中。 第一组图像数据的块分别在第一次被提供给第一编码器,并且第二组图像数据的块分别在第二次被提供给第二编码器。 第一组图像数据中的块的边界位于与第二组图像数据中的块的边界不同的位置,并且第一次与第二次不同。 在接收机侧,第一和第二解码器分别将上述第一组和第二组编码图像数据解码为第一组和第二组解码图像数据。 通过构成第一组和第二组解码图像数据,恢复位图形式中的原始图像数据。