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    • 17. 发明授权
    • Superimposing apparatus and method for broadcasting three-dimensional computer graphics image
    • 用于广播三维计算机图形图像的叠加装置和方法
    • US07394462B2
    • 2008-07-01
    • US10207982
    • 2002-07-31
    • Kozo Murakami
    • Kozo Murakami
    • G06T15/00
    • G06T1/20
    • A superimposing apparatus and method for broadcasting a 3DCG image can calculate and superimpose additional information such as characters and figures expressed by a 3DCG image on a TV frame in real time by combining a general three-dimensional graphics accelerator board and a conventional TV broadcasting hardware and devising a software processing. The superimposing apparatus performs a rendering process for rendering a 3DCG image datum by a three-dimensional graphics accelerator and a mixing process for mixing a 3DCG image and an input TV signal by a superimposer. The rendering process is carried out concurrently with the mixing process. A frame to be mixed is a previous frame advanced by one frame from a frame to be concurrently rendered. A system memory to be read out is changed to even frames and odd frames in accordance with an input TV signal so as to avoid an interference of rendering and superimposing.
    • 用于广播3DCG图像的叠加装置和方法可以通过组合一般的三维图形加速器板和传统的电视广播硬件来实时地计算和叠加由3DCG图像表示的诸如字符和图形的附加信息在TV帧上, 设计软件处理。 叠加装置执行用于通过三维图形加速器渲染3DCG图像数据的渲染处理和用于通过叠加器混合3DCG图像和输入TV信号的混合处理。 渲染过程与混合过程同时进行。 要混合的帧是从要同时渲染的帧提前一帧的先前帧。 要读出的系统存储器根据输入的TV信号改变为偶数帧和奇数帧,以避免渲染和叠加的干扰。
    • 18. 发明授权
    • Electronic component and electronic equipment using the same
    • 电子元件和电子设备使用相同
    • US06680528B2
    • 2004-01-20
    • US09897423
    • 2001-07-03
    • Satoshi MatsuoKunihiro FujiiTakafumi KogaKozo Murakami
    • Satoshi MatsuoKunihiro FujiiTakafumi KogaKozo Murakami
    • H01L2312
    • H01L23/49805H01L23/13H01L2224/48227
    • An electronic component having recesses on side faces of its package for housing an electric element therein. A metal layer that does not reach the bottom end of the package is formed on the surface of the recess. The metal layer has excellent wettability to a brazing material and helps extra material flow into the recess easily. In addition, the interface between the top end face of the recess and the side face is curved to make the brazing material flow into the recess easily. When the opening of the package is sealed with a lid using the brazing material, the extra brazing material flows into the recess. This prevents the brazing material from protruding outside of the package and thus improves dimensional accuracy of the electronic component. Therefore, mounting accuracy of the electronic component can be improved and short circuit can be prevented.
    • 一种电子部件,其在其封装的侧面上具有凹部,用于在其中容纳电气元件。 在凹部的表面上形成没有到达封装的底端的金属层。 金属层对钎焊材料具有优异的润湿性,并且有助于额外的材料容易地流入凹部。 此外,凹部的顶端面与侧面之间的界面是弯曲的,以使钎焊材料容易地流入凹部。 当使用钎焊材料用盖子密封包装的开口时,额外的钎焊材料流入凹部。 这防止钎焊材料突出到包装外部,从而提高电子部件的尺寸精度。 因此,能够提高电子部件的安装精度,能够防止短路。