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    • 1. 发明授权
    • Data receiving apparatus, a method of regenerating a source clock to be used for this, and a computer product
    • 数据接收装置,再生要使用的源时钟的方法以及计算机产品
    • US06675314B1
    • 2004-01-06
    • US09702834
    • 2000-11-01
    • Hirotoshi YamadaKoichi NakashimaKentaro Tanaka
    • Hirotoshi YamadaKoichi NakashimaKentaro Tanaka
    • G06F104
    • H04L12/5601H04J3/0632H04L2012/5615H04L2012/5653H04L2012/5674
    • A source clock regenerating section (10) comprises an operating section (2) for taking a weighted average value of a plurality of buffer remaining volumes H that have been sequentially detected, multiplying a predetermined sensitivity coefficient A to this weighted average value, and further adding a predetermined offset value, thereby to obtain a control value U for regenerating the source clock; and an operation control section (5) for setting a local clock (14) to a manipulated variable to be used for calculating the control value capable of converging to the source clock at a high speed during a period from when a source clock regeneration operation has started till when the local clock (14) as a regeneration source clock satisfies a predetermined condition for coming closer to a source clock frequency, and for setting the local clock to the manipulated variable capable of stably regenerating the source clock after this predetermined condition has been satisfied.
    • 源时钟再生部(10)包括:操作部(2),用于获取已经顺序检测的多个缓冲器剩余容量H的加权平均值,将预定灵敏度系数A与该加权平均值相乘,并进一步添加 预定的偏移值,从而获得用于再生源时钟的控制值U; 以及操作控制部分(5),用于将本地时钟(14)设置为在从源时钟再生操作具有的时间段期间用于计算能够高速地收敛到源时钟的控制值的操作变量 开始直到当作为再生源时钟的本地时钟(14)满足用于接近源时钟频率的预定条件时,并且用于将本地时钟设置为能够在该预定条件之后稳定地再生源时钟的操作变量 满意。
    • 4. 发明授权
    • Articulated robot
    • 铰接式机器人
    • US07814811B2
    • 2010-10-19
    • US11661197
    • 2005-08-22
    • Kentaro TanakaSatoshi SueyoshiEiji TanakaKouji Tsukuda
    • Kentaro TanakaSatoshi SueyoshiEiji TanakaKouji Tsukuda
    • B25J18/00
    • B25J9/107B25J9/042B25J9/1065Y10T74/20305
    • An articulated robot having a low lowest posture, a long up-down stroke, and such rigidity that the predetermined positional accuracy can be secured is provided.It includes a first arm (42) which is rotatable about a first horizontal axis (43), a second arm (44) which is rotatable about a second horizontal axis (45) at the other end of the first arm (42), a third arm (46) which is rotatable about a third horizontal axis (47) at the other end of the second arm (44), an up-down table (48) which is rotatable about a fourth horizontal axis (49) at the other end of the third arm (46), a fourth arm which is rotatable about the first horizontal axis (43) and rotatable about the second horizontal axis (45) at its other end, a first parallel link mechanism (53), a second parallel link mechanism (56), and a third parallel link mechanism (58).
    • 提供具有低最低姿态,长上行程以及可以确保预定位置精度的刚性的关节式机器人。 它包括可围绕第一水平轴线(43)旋转的第一臂(42),在第一臂(42)的另一端围绕第二水平轴线(45)旋转的第二臂(44), 第三臂(46),其可在第二臂(44)的另一端围绕第三水平轴线(47)旋转,一个可以在第二臂(44)的另一端围绕第四水平轴线(49)旋转的上下工作台 第三臂(46)的端部,第四臂,其可围绕第一水平轴线(43)旋转并且在其另一端围绕第二水平轴线(45)旋转;第一平行连杆机构(53),第二平行 连杆机构(56)和第三平行连杆机构(58)。
    • 6. 发明授权
    • Method and device for acquiring information for compensating color drift and medium with program for the same recorded thereon
    • 用于获取用于补偿颜色漂移的信息的方法和装置,以及其上记录有相同程序的介质
    • US07576897B2
    • 2009-08-18
    • US11182053
    • 2005-07-15
    • Kentaro Tanaka
    • Kentaro Tanaka
    • H04N1/60H04N1/407H04N1/409G06T5/00G03F3/08
    • H04N1/6055
    • Patches (standard images) are printed on a printing medium with a standard ink recording quantity with a printer (printing device) 20 filled with alternative ink different from corresponding inks. The printed patches are subjected to colorimetry in the Lab color space (predetermined color space) to acquire alternative colorimetry data. The acquired alternative colorimetry data is converted into predictive colorimetry data obtained when patches are printed on a printing medium with the standard ink recording quantity with the printer 20 filled with the corresponding inks and subjected to colorimetry in the Lab color space. ID (error information) that represents the result of correlation between the predictive colorimetry data obtained by the conversion and predetermined reference colorimetry data is acquired.
    • 补片(标准图像)用打印机(打印装置)20打印在具有标准墨水记录数量的打印介质上,填充有与相应墨水不同的替代墨水。 在Lab颜色空间(预定的颜色空间)中对印刷的贴片进行比色法以获得替代的色度数据。 所获得的替代色度数据被转换为当打印介质上的印迹以标准油墨记录量与打印机20填充相应油墨并在Lab色彩空间中进行比色法打印时所获得的预测色度数据。 获取表示通过转换获得的预测色度数据与预定参考比色数据之间的相关结果的ID(误差信息)。
    • 8. 发明授权
    • Editing apparatus and data editing method
    • 编辑装置和数据编辑方法
    • US07224889B2
    • 2007-05-29
    • US11078041
    • 2005-03-11
    • Nobuyuki TakasuTsuyoshi OdaMasao SasakiToshiaki SetogawaKentaro TanakaAyato Nakagawa
    • Nobuyuki TakasuTsuyoshi OdaMasao SasakiToshiaki SetogawaKentaro TanakaAyato Nakagawa
    • H04N5/91
    • G11B27/034G11B27/032G11B2220/213G11B2220/2545G11B2220/2562G11B2220/90H04N5/85H04N9/8042
    • In an editing apparatus, the work efficiency can be improved comparing to a conventional apparatus. Storage means (14) having a plurality of input ports and at least one output port; and control means (16) for controlling the recording areas of the storage means, in which the different recording area is respectively assigned to each of a plurality of encoding means (11 to 13) as a recording area in which the encoded data is stored, the recording area in which the encoded data has been stored is assigned to the multiplexing unit (15), and the recording area which is different from that of the encoded data is assigned as the recording area in which the multiplexed data is stored are provided, so that the storage means can be commonly used both in the encoding means and the multiplexing means. Thereby, the data transfer between encoding means and the multiplexing means does not performed. Therefore, the editing apparatus (10) which improves the work efficiency comparing to the convention apparatus can be realized.
    • 在编辑装置中,与传统装置相比,可以提高工作效率。 具有多个输入端口和至少一个输出端口的存储装置(14) 以及用于控制存储装置的记录区域的控制装置,其中不同的记录区域分别被分配给多个编码装置(11至13)中的每一个作为存储编码数据的记录区域, 已经将编码数据存储在其中的记录区域被分配给多路复用单元(15),并且将与编码数据不同的记录区域指定为存储复用数据的记录区域, 使得存储装置可以在编码装置和多路复用装置中共同使用。 因此,不执行编码装置与多路复用装置之间的数据传送。 因此,可以实现与常规装置相比提高工作效率的编辑装置(10)。
    • 10. 发明申请
    • Color correcting method, color correcting device, printing control device, printing control method and program recording medium
    • 色彩校正方法,色彩校正装置,打印控制装置,打印控制方法和程序记录介质
    • US20050190389A1
    • 2005-09-01
    • US11058303
    • 2005-02-14
    • Kentaro Tanaka
    • Kentaro Tanaka
    • H04N1/60
    • H04N1/6033
    • The objective printer is controlled to print on printing paper patches (standard image) P3 for correcting the colors of the dot recording rate (ink recording amount) with the maximum variation in calorimetric data due to a variation in the amount of ink adhering on the printing paper (the printing medium) occurring in each printer (printing device) for the ink, the colors of the patches P3 for correcting the colors of the dot recording rate having the maximum variation printed on the printing paper in the color space Lab (specified color space) are measured to acquire the calorimetric data of the patches P3 for correcting the colors, said calorimetric data and the calorimetric data serving as the reference are compared and the comparison result acquired thereby serve as the basis for correcting the dot amount data (printing data) and for compensating the color drift in the printer used to print the patches P3 for correcting colors. And for correcting the dot amount data (printing data) D3-D5, the result of comparing only color component amounts with the maximum variation in relation to the variation of dot recording rates from among a plurality of color component amounts L, a, and b are used to correct the dot amount data.
    • 控制目标打印机在打印纸贴纸(标准图像)P 3上打印,用于校正由于粘附在墨盒上的墨水量的变化而导致的量热数据的最大变化的点记录速率(墨水记录量)的颜色 在用于墨水的每个打印机(打印装置)中出现的打印纸(打印介质),用于校正在色彩空间Lab中打印在打印纸上的具有最大变化的点记录速率的颜色的色块P 3 测定用于校正颜色的贴片P 3的量热数据,比较所述量热数据和作为基准的量热数据,从而获得的比较结果用作校正点量数据的基础 (打印数据),并用于补偿用于打印补丁P 3用于校正颜色的打印机中的色彩漂移。 并且为了校正点量数据(打印数据)D 3 -D 5,从多个颜色成分量L,a,...之中仅比较颜色成分量与相对于点记录速率的变化的最大变化的结果, b用于校正点量数据。