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    • 1. 发明授权
    • Figure displaying device
    • 图显示设备
    • US4360884A
    • 1982-11-23
    • US161407
    • 1980-06-20
    • Kunihiro OkadaTakeyuki EndoShigeru YabuuchiTakakazu HunoKazuyuki KodamaYasutaka Shibuya
    • Kunihiro OkadaTakeyuki EndoShigeru YabuuchiTakakazu HunoKazuyuki KodamaYasutaka Shibuya
    • G09G5/20G06T11/20G09G1/00G09G1/16G09G5/36G09G5/42G06F15/20G06F3/153
    • G09G5/42
    • A figure displaying device operates to display a plurality of fundamental figures each defined by a preset number of vectors on a display device of the raster scanning type. The figure displaying device stores the start and end point coordinates of the respective vectors of the respective fundamental figures and the gradient data of the respective vectors of the fundamental figures, and determines whether the respective vectors are located on a horizontal scanning line or not for each fundamental figure prior to the scanning operation of the horizontal scanning line. If the vectors are located on the horizontal scanning line the gradient data corresponding to the vectors on the aforementioned horizontal scanning line is read out and added to the start point coordinates thereby to renew the start point coordinates. A line memory is provided having a capacity corresponding to the number of picture elements in one horizontal scanning line so that preset data can be stored therein at the address corresponding to the added results and a control circuit is provided for consecutively reading the data out of the address in the line memory, which corresponds to the position of the horizontal scanning line being scanned, thereby to effect the display in accordance with the read results.
    • 图形显示装置用于显示由光栅扫描类型的显示装置上的预设数量的矢量定义的多个基本图形。 图形显示装置存储各个基本图形的各个向量的各个矢量的开始和结束点坐标以及基本图形的各个矢量的梯度数据,并且确定各个矢量是否位于水平扫描线上 在水平扫描线的扫描操作之前的基本图形。 如果矢量位于水平扫描线上,则将与上述水平扫描线上的矢量对应的梯度数据读出并加到起点坐标上,从而更新起点坐标。 提供具有对应于一个水平扫描行中的像素数量的容量的行存储器,使得可以在与添加的结果对应的地址处存储预设数据,并且提供控制电路用于连续读取数据 行存储器中的地址,其对应于被扫描的水平扫描线的位置,从而根据读取结果进行显示。
    • 6. 发明授权
    • Method of generating time delay
    • 产生延时的方法
    • US4497035A
    • 1985-01-29
    • US337292
    • 1982-01-05
    • Shigeru YabuuchiTakeyuki EndohKazuyuki KodamaJushi Ide
    • Shigeru YabuuchiTakeyuki EndohKazuyuki KodamaJushi Ide
    • G06F7/64G06F17/13G06F17/17H03H17/00H03H17/02H03H17/08G06F15/32G06J1/02
    • G06F17/13G06F7/64
    • In order to deliver an input signal of each operation cycle after a desired time delay, there are disposed data memory means for storing the input signal, counter means for appointing write addresses of the data memory means, and address memory means for appointing read addresses of the data memory means. The address memory means is divided into partial memory areas equal in number to time delay elements, whereupon while sampling the input signal at a predetermined sampling period and changing the count value of the counter means one by one for each of the desired time delay elements at each sampling point, the variations of the input signal in a sampling interval between the particular sampling point and the adjacent sampling point are successively written into the memory means. Further, while changing the contents of the partial memory areas corresponding to the desired time delay element to the number of the time delay elements in each sampling interval, the variations in a sampling interval preceding a predetermined sampling number to the particular sampling interval are successively read out from the memory means. The input signal of each operation cycle in the preceding sampling interval is presumed by an interpolation operation based on the variation and the sampling period, and the result is used as an output signal of the desired time delay element.
    • 为了在期望的时间延迟之后传送每个操作周期的输入信号,存在用于存储输入信号的数据存储装置,用于指定数据存储装置的写地址的计数器装置,以及用于指定数据存储装置的读地址的地址存储装置 数据存储装置。 地址存储器装置被分成数量等于时间延迟元件的部分存储器区域,然后在预定的采样周期对输入信号进行采样,并且针对每个期望的时间延迟元件逐个改变计数器装置的计数值 每个采样点,特定采样点和相邻采样点之间的采样间隔中的输入信号的变化被连续地写入存储装置。 此外,在将每个采样间隔中的期望时间延迟元件的部分存储器区域的内容改变为时间延迟元件的数量的同时,依次读取预定采样数之前的采样间隔与特定采样间隔的变化 从记忆的方式出来。 在前一采样间隔中的每个操作周期的输入信号由基于变化和采样周期的内插操作推测,并且该结果被用作期望的时间延迟元件的输出信号。
    • 7. 发明授权
    • Data processor and data transfer method
    • 数据处理器和数据传输方式
    • US5522041A
    • 1996-05-28
    • US166079
    • 1993-12-14
    • Tatsuya MurakamiEiichi HadanoKazuyuki KodamaMasaaki FujinawaSunao Iwaki
    • Tatsuya MurakamiEiichi HadanoKazuyuki KodamaMasaaki FujinawaSunao Iwaki
    • G06T1/00H04L29/06G06F15/82
    • H04L65/604G06T1/00H04L29/06H04L65/80H04L29/06027H04L67/42
    • A data processor and a data transfer method for efficiently transferring data between a plurality of information processing devices as in a client server system. In case non-coded data such as image data are transmitted, it is necessary to make the transmission management requirements such as protocol, data structure, coding scheme, and coding default condition coincide between the transmitting side and the receiving side. In order to satisfy this requirement, a data processor lying between a plurality of information processing devices and having a data transfer intermediary function records beforehand transmission management information including identification information concerning a plurality of clients, discriminates a client by using the identification information, and recognizes transmission management information concerning the discriminated client. In addition, the data processor analyzes transmission data supplied from the server, on the basis of the transmission management information, and converts it to transmission data conformed to the client.
    • 一种数据处理器和数据传输方法,用于在客户服务器系统中的多个信息处理装置之间高效地传送数据。 在发送诸如图像数据的非编码数据的情况下,需要使发送侧和接收侧之间的协议,数据结构,编码方案和编码默认条件等传输管理要求一致。 为了满足该要求,位于多个信息处理装置之间并且具有数据传送中介功能的数据处理器预先记录包括关于多个客户端的识别信息的传输管理信息,通过使用识别信息来识别客户端,并识别 关于被鉴别客户端的传输管理信息。 此外,数据处理器基于传输管理信息分析从服务器提供的传输数据,并将其转换为符合客户端的传输数据。
    • 8. 发明申请
    • Disk apparatus
    • 磁盘设备
    • US20070283376A1
    • 2007-12-06
    • US11698443
    • 2007-01-26
    • Takao NaitoKazuyuki KodamaAkinori ShiozawaHisataka Sugiyama
    • Takao NaitoKazuyuki KodamaAkinori ShiozawaHisataka Sugiyama
    • G11B17/028G11B19/20
    • G11B17/0282
    • There is provided an optical disk apparatus that can inhibit, during recording or reproduction of data on or from an optical disk, a side runout that may occur in the optical disk in its circumferential direction as a result of Coriolis force when a disk rotating shift is subjected to procession movement, thereby allowing recording and reproducing quality to be stabilized and a reduced size of the apparatus. The disk apparatus provided has pressure pawls arranged at intervals smaller than those in the prior art, each of which is provided with a plurality of pressing points arranged at intervals larger than those in the prior art. Particularly, an interval between the pressure pawls is an acute angle in terms of the center angle of the disk. An interval between the pressing points is an angle of 35° or larger.
    • 提供了一种光盘装置,其可以在光盘上或从光盘上记录或再现数据时抑制在光盘旋转移位时作为科里奥利力的结果可能在其圆周方向上出现的侧面跳动 进行游行移动,从而允许记录和再现质量稳定并减小设备的尺寸。 所提供的盘装置具有比现有技术中间隔小的间隔设置的压力爪,每一压力爪设置有多个按现有技术的间隔排列的按压点。 特别地,按照盘的中心角度,压爪之间的间隔是锐角。 按压点之间的间隔为35°以上的角度。