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    • 3. 发明授权
    • Scanning line interpolating device
    • 扫描线内插装置
    • US06801221B2
    • 2004-10-05
    • US10169753
    • 2002-07-18
    • Hideaki KawamuraMitsuhiro KasaharaTomoaki Daigi
    • Hideaki KawamuraMitsuhiro KasaharaTomoaki Daigi
    • G09G500
    • G06T3/4007H04N7/012H04N7/0135
    • A vertical interpolation circuit interpolates an interpolated pixel with pixels located on upper and lower vertical positions, and outputs a vertical interpolated value. An oblique averaging part averages pixels obliquely located with respect to the interpolated pixel on the basis of an oblique edge angle signal, and outputs the result of calculation as an oblique average. An oblique difference absolute value operation part calculates the absolute value of the difference between the values of the pixels obliquely located with respect to the interpolated pixel on the basis of the oblique edge angle signal, and outputs the result of calculation as an oblique difference absolute value. A mixing part outputs the vertical interpolated value, the oblique average or a mixed value thereof as an interpolated pixel value on the basis of the oblique difference absolute value.
    • 垂直内插电路对位于上下垂直位置的像素内插内插像素,并输出垂直内插值。 倾斜平均部分基于斜边角度信号对相对于内插像素倾斜定位的像素进行平均,并将计算结果作为倾斜平均值输出。 斜差绝对值运算部根据斜边角度信号,计算出倾斜位置相对于内插像素的像素的差值的绝对值,将其计算结果输出为斜差绝对值 。 混合部分基于斜差绝对值将垂直内插值,斜平均值或其混合值作为内插像素值输出。
    • 4. 发明授权
    • Image conversion device and image conversion method
    • 图像转换装置和图像转换方法
    • US07446815B2
    • 2008-11-04
    • US10509677
    • 2003-04-14
    • Mitsuhiro KasaharaTomoaki DaigiHideaki KawamuraHideto NakahigashiTomoko Morita
    • Mitsuhiro KasaharaTomoaki DaigiHideaki KawamuraHideto NakahigashiTomoko Morita
    • H04N7/01H04N11/20
    • H04N7/012H04N5/144H04N7/0137
    • A first video signal generation circuit newly generates pixels between pixels in a first progressive video field signal outputted by a first progressive video generation circuit, and outputs a third progressive video field signal. A second video signal generation circuit newly generates pixels between pixels in a second progressive video field signal outputted by a second progressive video generation circuit, and outputs a fourth progressive video field signal. A comparison circuit compares the third progressive video field signal and the fourth progressive video field signal, and outputs the result of the comparison as motion amount information. An output circuit synthesizes an intra-field interpolation signal and a frame interfiled interpolation signal on the basis of the motion amount information, and outputs a composite signal as a progressive video signal.
    • 第一视频信号产生电路新产生由第一逐行视频发生电路输出的第一逐行视频信号中的像素之间的像素,并输出第三逐行视频场信号。 第二视频信号产生电路新产生由第二逐行视频发生电路输出的第二逐行视频信号中的像素之间的像素,并输出第四逐行视频场信号。 比较电路比较第三逐行视频场信号和第四逐行视频场信号,并将比较结果作为运动量信息输出。 输出电路根据运动量信息合成场内插补信号和帧间插补信号,并输出合成信号作为逐行视频信号。
    • 10. 发明授权
    • Video display monitor
    • 视频显示器
    • US06243073B1
    • 2001-06-05
    • US08986504
    • 1997-12-08
    • Hideaki KawamuraMitsuhiro KasaharaKazuo OhiraTakehisa HiranoKatsuhiro Nakai
    • Hideaki KawamuraMitsuhiro KasaharaKazuo OhiraTakehisa HiranoKatsuhiro Nakai
    • G09G510
    • G09G3/2022G09G3/282G09G2310/0205G09G2310/0216G09G2320/0247
    • A video display monitor, such as a plasma monitor, which uses a subfield method which overlaps weighted multiple binary video images in a time base for display. The stable driving of a plasma display panel may be assured and display in the 256 grey-level may be maintained although vertical synchronizing frequency of the input video signal changes. A vertical synchronizing measurement unit measures the vertical synchronizing frequency of the video signal, and a subfield number adjustment unit adjusts the number of subfields in accordance with a measured vertical synchronizing frequency. The stable driving of the plasma display panel and display in grey levels may be assured by selecting a ROM table with an output bit width equivalent to the number of subfields to be output from multiple ROM tables used for converting the number of bits in the input signal.
    • 诸如等离子体监视器的视频显示监视器,其使用在时基中重叠加权的多个二进制视频图像以进行显示的子场方法。 可以确保等离子体显示面板的稳定驱动,并且即使输入视频信号的垂直同步频率发生变化,也可以维持256灰度级的显示。 垂直同步测量单元测量视频信号的垂直同步频率,子场数调整单元根据所测量的垂直同步频率来调整子场数。 等离子体显示面板的稳定驱动和灰度级显示可以通过选择具有等于从用于转换输入信号中的位数的多个ROM表中输出的子场数量的ROM表来确保 。