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    • 21. 发明授权
    • Linear matrix circuit
    • 线性矩阵电路
    • US06753908B1
    • 2004-06-22
    • US09360391
    • 1999-07-23
    • Hitoshi NakamuraKeiichi Ito
    • Hitoshi NakamuraKeiichi Ito
    • H04N973
    • H04N9/67
    • The invention provides a linear matrix circuit which can control linear conversion of color reproduction with a comparatively small number of parameters, which conform with a feeling of a human being, by means of a circuit of a comparatively small scale using a comparatively simple method. The linear matrix circuit performs linear conversion of color reproduction for use with an image processing apparatus which separates a video signal into three primary color components of red, green and blue, and includes a coefficient conversion section for introducing six coefficients required for the linear conversion of color reproduction from two control parameters.
    • 本发明提供一种线性矩阵电路,其可以使用比较简单的方法利用比较小规模的电路,以相对较少数量的参数来控制颜色再现的线性转换,其符合人的感觉。 线性矩阵电路对与将视频信号分离为红色,绿色和蓝色的三原色成分的图像处理装置一起使用的色彩再现进行线性转换,并且包括系数转换部分,用于将线性转换所需的六个系数 从两个控制参数的颜色再现。
    • 26. 发明授权
    • Turning zigzag embroidery machine
    • 转动锯齿绣机
    • US5438942A
    • 1995-08-08
    • US133143
    • 1993-10-20
    • Akira OkunoTakashi IsobeKeiichi Ito
    • Akira OkunoTakashi IsobeKeiichi Ito
    • D05B19/12D05B19/14D05B19/16D05B21/00D05C5/06D05C9/06
    • D05B19/12D05B19/14D05B19/16D05B21/00
    • Disclosed herein is a turning zigzag embroidery machine adapted to read in from outside needle center data N, which permits scaling up or down or alteration of an embroidery pattern, and to convert the needle center data into frame center data C to reproduce an embroidery pattern in an improved form. Of externally read-in needle center data N (.DELTA.X, .DELTA.Y, .theta., W) and the data of needle center N on X-Y axes, this turning zigzag embroidery machine transforms, for example, data Nk (Xk, Yk, .theta.k, Wk) of needle center Nk into data Ck (xk, yk, .theta.k, Wk) of frame center Ck on x-y axes by arithmetic conversion. Then, in order to advance an embroidering needle 10 to the needle center Nk, a rotatable frame is shifted in the directions of x- and y-axes and at the same time it is turned through a given rotational angle .theta.=.theta.k in the direction of arrow E. At each of the advanced needle center positions, the embroidering needle is imparted with a rocking motion across a rocking width Wk to make a stitch at a given stitch point Sk, thereby reproducing an embroidery pattern on a cloth.
    • 这里公开了一种转向锯齿绣花机,其适用于从针头中心数据N读入,其允许按比例增加或减少或改变刺绣图案,并将针头中心数据转换成框架中心数据C以再现刺绣图案 一个改进的形式。 对于外部读入针头数据N(DELTA X,DELTA Y,θ,W)和XY轴上的针头中心N的数据,该转弯锯齿绣花机将例如数据Nk(Xk,Yk,θk ,Wk)通过算术转换在xy轴上的帧中心Ck的数据Ck(xk,yk,θk,wk)中。 然后,为了将刺绣针10推进到针中心Nk,可旋转的框架沿x轴和y轴的方向移动,并且同时通过给定的旋转角θ=θk转动 在每个先进的针中心位置,刺绣针在摆动宽度Wk上施加摇摆运动,以在给定针迹点Sk处形成针迹,从而在布上再现刺绣图案。
    • 29. 发明授权
    • Image processing apparatus, image forming apparatus, and computer readable medium storing program
    • 图像处理装置,图像形成装置和计算机可读介质存储程序
    • US08427660B2
    • 2013-04-23
    • US12876605
    • 2010-09-07
    • Keiichi Ito
    • Keiichi Ito
    • G06F3/12G06F11/00
    • G06F3/1284G06F3/121G06F3/1215G06F3/1235G06F3/124G06K15/022G06K15/1856G06K15/408
    • An image processing apparatus includes a first dynamic reconfigurable processor, a second dynamic reconfigurable processor, and a controller. The first dynamic reconfigurable processor is assigned to a first group of image processing operations that are executed regardless of whether or not correction data from a printer is used. The second dynamic reconfigurable processor is assigned to a second group of image processing operations that are executed using correction data from the printer. The controller performs control to execute the first group of image processing operations during interruption of operation of the printer by changing an image processing setting so as to cause the second dynamic reconfigurable processor assigned to the second group of image processing operations to execute the first group of image processing operations.
    • 图像处理装置包括第一动态可重构处理器,第二动态可重构处理器和控制器。 第一动态可重配置处理器被分配给执行的第一组图像处理操作,而不管使用来自打印机的校正数据是否被使用。 第二动态可重构处理器被分配给使用来自打印机的校正数据执行的第二组图像处理操作。 控制器执行控制以通过改变图像处理设置来执行打印机操作中断期间的第一组图像处理操作,从而使分配给第二组图像处理操作的第二动态可重配置处理器执行第一组 图像处理操作。
    • 30. 发明申请
    • COMPOUND SEMICONDUCTOR DEPOSITION METHOD AND APPARATUS
    • 化合物半导体沉积方法和装置
    • US20120058627A1
    • 2012-03-08
    • US13266337
    • 2010-04-28
    • Motoichi OhtsuTadashi KawazoeShunsuke YamazakiKoichi KajiyamaMichinobu MizumuraKeiichi Ito
    • Motoichi OhtsuTadashi KawazoeShunsuke YamazakiKoichi KajiyamaMichinobu MizumuraKeiichi Ito
    • H01L21/20B05C9/08
    • C23C16/481C23C14/548C23C16/303C23C16/52C30B25/00C30B29/403H01L21/0237H01L21/0242H01L21/0254H01L21/0262H01L33/0062
    • Provided is a compound semiconductor deposition method of adjusting the luminous wavelength of a compound semiconductor of a ternary or higher system in a nanometer order in depositing the compound semiconductor on a substrate. In the compound semiconductor deposition method of depositing a compound semiconductor of a ternary or higher system on a substrate, propagation light of a smaller energy than a desired ideal excitation energy for the compound semiconductor is irradiated onto the substrate 13 while depositing the compound semiconductor on the substrate 13, near-field light is generated based on the irradiated propagation light from fine particles of the compound semiconductor deposited on the substrate 13, new vibrational levels for the compound semiconductor are formed in multiple stages based on the generated near-field light, and a component in the compound semiconductor corresponding to the excitation energy is excited with the propagation light through a vibrational level, among the new vibrational levels, which has an excitation energy equal to or smaller than the energy of the propagation light is excited to desorb the component.
    • 提供一种在将化合物半导体沉积在基板上时以纳米级调节三元或更高系统的化合物半导体的发光波长的化合物半导体沉积方法。 在将三元或更高系统的化合物半导体沉积在衬底上的化合物半导体沉积方法中,将化合物半导体所需的理想激发能的能量较小的传播光照射到衬底13上,同时将化合物半导体沉积在 基板13,基于沉积在基板13上的化合物半导体的微粒的照射的传播光产生近场光,基于产生的近场光,以多个阶段形成化合物半导体的新的振动电平,以及 对应于激发能的化合物半导体中的成分被传播光激发,通过振动水平,激发能量等于或小于传播光的能量的新的振动水平被激发,从而解吸部件 。