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    • 42. 发明授权
    • Method of superimposing color images and color image processing apparatus
    • 叠加彩色图像和彩色图像处理装置的方法
    • US5109272A
    • 1992-04-28
    • US627817
    • 1990-12-14
    • Kazunori KinoshitaHidefumi MasuzakiTsugio TakahashiTatsuya SakamotoTatsuya MurakamiYasuo Kurosu
    • Kazunori KinoshitaHidefumi MasuzakiTsugio TakahashiTatsuya SakamotoTatsuya MurakamiYasuo Kurosu
    • B41J2/525G06K15/00G06T1/00G06T11/60G09G5/02H04N1/46H04N9/75
    • H04N9/75G06K15/00G09G5/02
    • A method of superimposing and displaying a color image expressed by color code data and a color image expressed by three primary color dot data comprises the steps of converting the color code data into three primary color density data while converting the three primary color dot data into density data which are in the same form as the three primary color density data, and selectively displaying one of the two density data for each pixel on a display screen. Thus, two types of color image data, i.e., color code data and three primary color dot data are allowed to be handled in the same way and to be superimposed on a color display. This is useful in a color image filing system based on a workstation. In transferring the two types of color image data to a printer, the two image data are combined in memories and transferred to the printer as dot data through the existing printer interface. At the printer, the combined image data is divided into the previous two types of image data and printed in the same manner as in the display action.
    • 叠加和显示由三原色数据表示的彩色码数据和彩色图像表示的彩色图像的方法包括以下步骤:将三色原色色彩数据转换成密度 数据与三原色浓度数据具有相同的形式,并且在显示屏上选择性地显示每个像素的两个浓度数据之一。 因此,允许以相同的方式处理两种类型的彩色图像数据,即颜色代码数据和三个原色点数据,并将其叠加在彩色显示器上。 这在基于工作站的彩色图像文件系统中非常有用。 在将两种类型的彩色图像数据传送到打印机时,两个图像数据被组合在存储器中并通过现有打印机接口作为点数据传送到打印机。 在打印机中,组合的图像数据被划分为先前两种类型的图像数据并以与显示动作相同的方式打印。
    • 44. 发明授权
    • Data transmission
    • 数据传输
    • US08656259B2
    • 2014-02-18
    • US13317782
    • 2011-10-28
    • Tsugio Takahashi
    • Tsugio Takahashi
    • H03M13/00
    • H04L25/4915H03M13/05H04L1/0045H04L1/0057
    • If the number of bits at which 64-bit width data has changed at the same time has exceeded a threshold, the data is outputted, with the polarity of each bit inverted. Otherwise, the data is outputted. A 7-bit width error correcting code is given to the outputted data and the inversion instruction signal indicating whether the number of the changed bits has exceeded the threshold. Error code correction is performed for the data and the inversion instruction signal with the use of the transmitted error correcting code. If the inversion instruction signal for which the error code correction has been performed indicates that the number of the changed bits has exceeded the threshold, the data for which the error code correction has been performed is outputted, with the polarity of each bit inverted. Otherwise, the data for which the error code correction has been performed is outputted.
    • 如果64位宽度数据同时变化的位数超过阈值,则以每个位的极性反转的方式输出数据。 否则,输出数据。 对输出的数据和反转指示信号给出7位宽度的纠错码,该指示信号指示改变的位的数目是否已超过阈值。 使用发送的纠错码对数据和反转指令信号执行错误代码校正。 如果已经执行了错误代码校正的反转指令信号指示改变的位的数量已经超过阈值,则输出已执行错误代码校正的数据,每个位的极性反转。 否则,输出执行了错误代码校正的数据。
    • 49. 发明授权
    • Signal transmission/reception circuit
    • 信号发送/接收电路
    • US08943389B2
    • 2015-01-27
    • US13599490
    • 2012-08-30
    • Tsugio Takahashi
    • Tsugio Takahashi
    • H03M13/00H03M13/05H03M13/27H03M13/19
    • H03M13/05H03M13/19H03M13/2703
    • A data buffer section stores input words, and outputs them to a first signal line group in order. An error checking and correcting code is generated that has the same number of bits as the words. Some bits are not to be output at the same time within the range of the first and second signal line groups or within the range of a partial signal line group included in the first and second signal line groups. A code transmission section outputs the error checking and correcting code to different signal lines of the second signal line group respectively, such that a plurality of bits in a code word are not output at the same time within the range of the first and second signal line groups or within the range of a partial signal line group included in the first and second signal line groups.
    • 数据缓冲器部分存储输入字,并且按顺序将它们输出到第一信号线组。 生成与字相同位数的错误检查和校正码。 在第一和第二信号线组的范围内或在包括在第一和第二信号线组中的部分信号线组的范围内,一部分位不能同时输出。 代码发送部分分别将错误校验和校正代码输出到第二信号线组的不同信号线,使得码字中的多个比特在第一和第二信号线的范围内不被同时输出 组或包括在第一和第二信号线组中的部分信号线组的范围内。
    • 50. 发明申请
    • PLI N-BIT CORRECTION CIRCUIT, GFP LAYER 2 SYNCHRONIZATION CIRCUIT AND GFP FRAME TRANSFER DEVICE USING IT
    • PLI N-BIT校正电路,GFP层2同步电路和GFP帧传输器件
    • US20120011417A1
    • 2012-01-12
    • US13138644
    • 2010-03-18
    • Tsugio Takahashi
    • Tsugio Takahashi
    • H03M13/05G06F11/10
    • H04L1/0072H04L1/0091H04L1/20
    • A PLI n-bit correction circuit extracts a core header (PLI) from a GFP frame with a fixed payload length; compares it with a predetermined expectation value for each bit; calculates the number of inconsistent bits therebetween; and outputs the predetermined expectation value, instead of the core header, when the number of inconsistent bits is equal to or less than n (n is a natural number); or directly outputs the core header when the number of inconsistent bits is greater than n. A decision on establishment of GFP Layer 2 synchronization is made based on the output of the PLI n-bit correction circuit, wherein predetermined processing is executed on a payload of a GFP frame dropping its core header when GFP Layer 2 synchronization is established, whilst the payload is not subjected to predetermined processing and discarded in the event of GFP Layer 2 desynchronization.
    • PLI n位校正电路从具有固定有效载荷长度的GFP帧中提取核心报头(PLI); 将其与每个位的预定期望值进行比较; 计算其间不一致位数; 并且当不一致比特的数目等于或小于n(n是自然数)时,输出预定的期望值而不是核心头部; 或者当不一致比特数大于n时,直接输出核心头。 基于PLI n位校正电路的输出进行GFP层2同步的建立决定,其中,当建立GFP层2同步时,对GFP帧丢弃其核心头的有效载荷执行预定处理,而 有效载荷不受预定处理的影响,并在GFP第2层失步的情况下丢弃。