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    • 9. 发明授权
    • Video signal transmitting/receiving system
    • 视频信号发射/接收系统
    • US07321403B2
    • 2008-01-22
    • US11020046
    • 2004-12-23
    • Ryogo YanagisawaTadahiro YoshidaSatoshi Takahashi
    • Ryogo YanagisawaTadahiro YoshidaSatoshi Takahashi
    • H04N5/38H04N5/04
    • H04N5/073H04N11/04H04N11/20
    • In a transmitting section for a video signal transmitting/receiving system for transmitting digital video signals using a plurality of transmission channels, video guard band signals are inserted into video signals associated with the transmission channels immediately before transition from a blanking region to an effective video region. In a receiving section for the system, the inserted video guard band signals are detected for the respective transmission channels. A skew among the transmission channels is detected based on the detection result. To synchronize the video guard band signals among all the transmission channels, with reference to one of the video signals associated with a transmission channel with the longest delay (i.e., delayed by one clock cycle 1T), a delay of 1T is given to the other video signals. As a result, even if a skew occurs among the transmission channels, correct pixel data is displayed.
    • 在用于使用多个发送信道发送数字视频信号的视频信号发送/接收系统的发送部分中,在从消隐区域到有效视频区域的转换之前,将视频保护带信号插入到与传输信道相关联的视频信号中 。 在系统的接收部分中,针对各个传输信道检测插入的视频保护频带信号。 基于检测结果检测传输信道之间的偏移。 为了使所有传输信道中的视频保护频带信号同步,参考与具有最长延迟(即,延迟一个时钟周期1T)的传输信道相关联的视频信号之一,将1T的延迟给予 其他视频信号。 结果,即使在发送信道之间发生偏斜,也显示正确的像素数据。
    • 10. 发明申请
    • Video signal transmitting/receiving system
    • 视频信号发射/接收系统
    • US20050104876A1
    • 2005-05-19
    • US11020046
    • 2004-12-23
    • Ryogo YanagisawaTadahiro YoshidaSatoshi Takahashi
    • Ryogo YanagisawaTadahiro YoshidaSatoshi Takahashi
    • H04N5/04G09G5/00H04J3/00H04N5/073H04N11/04H04N11/20
    • H04N5/073H04N11/04H04N11/20
    • In a transmitting section for a video signal transmitting/receiving system for transmitting digital video signals using a plurality of transmission channels, video guard band signals are inserted into video signals associated with the transmission channels immediately before transition from a blanking region to an effective video region. In a receiving section for the system, the inserted video guard band signals are detected for the respective transmission channels. A skew among the transmission channels is detected based on the detection result. To synchronize the video guard band signals among all the transmission channels, with reference to one of the video signals associated with a transmission channel with the longest delay (i.e., delayed by one clock cycle 1T), a delay of 1T is given to the other video signals. As a result, even if a skew occurs among the transmission channels, correct pixel data is displayed.
    • 在用于使用多个发送信道发送数字视频信号的视频信号发送/接收系统的发送部分中,在从消隐区域到有效视频区域的转换之前,将视频保护带信号插入到与传输信道相关联的视频信号中 。 在系统的接收部分中,针对各个传输信道检测插入的视频保护频带信号。 基于检测结果检测传输信道之间的偏移。 为了使所有传输信道中的视频保护频带信号同步,参考与具有最长延迟(即,延迟一个时钟周期1T)的传输信道相关联的视频信号之一,将1T的延迟给予 其他视频信号。 结果,即使在发送信道之间发生偏斜,也显示正确的像素数据。