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    • 31. 发明申请
    • AV PROCESSOR AND PROGRAM
    • 视频处理器和程序
    • US20090303389A1
    • 2009-12-10
    • US12282260
    • 2007-02-26
    • Yoshitaka NojimaKazuo IshikawaToru Ebata
    • Yoshitaka NojimaKazuo IshikawaToru Ebata
    • H04N5/268H04N5/265
    • H04N5/265G11B27/038H04S2400/11H04S2400/15
    • The present invention is directed to provide an AV processing device and the like that allow mixing three or more AV signals through easy operation. According to the invention, an AV processing device 30 includes an input unit 310 inputting three or more AV signals that are audio signals or video signals, a coordinate point assigning unit 322 assigning a given coordinate point in a predetermined two-dimensional region in which a coordinate axis for each input AV signal indicating its mixing rate from minimum to maximum is virtually assigned, a mixing rate calculator 331 calculating the mixing rate of each AV signal based on the coordinate axis for the AV signal and the assigned coordinate point, a mixed AV signal generator 332 generating mixed AV signals based on the calculated mixing rate of each AV signal, and an output unit 350 outputting the generated mixed AV signals.
    • 本发明旨在提供一种AV处理装置等,其能够通过简单的操作来混合三个以上的AV信号。 根据本发明,AV处理装置30包括输入作为音频信号或视频信号的三个或更多AV信号的输入单元310,坐标点分配单元322将预定二维区域中的给定坐标点分配给其中 虚拟地分配指示其从最小到最大的混合速率的每个输入AV信号的坐标轴,混合速率计算器331基于AV信号和所分配的坐标点的坐标轴计算每个AV信号的混合速率,混合AV 信号发生器332基于计算出的每个AV信号的混合速率产生混合AV信号,以及输出单元350输出所生成的混合AV信号。
    • 32. 发明申请
    • DEVICE AND METHOD FOR MEMORY CONTROL AND STORAGE DEVICE
    • 用于存储器控制和存储设备的设备和方法
    • US20080270734A1
    • 2008-10-30
    • US12108985
    • 2008-04-24
    • Shinji KAWANOKazuo Ishikawa
    • Shinji KAWANOKazuo Ishikawa
    • G06F12/00
    • G06F12/0246G06F2212/1016G06F2212/7202G06F2212/7207
    • A memory control device according to an example of the invention comprises an allocation section allocating a plurality of memory regions of a memory module, an available space storage section storing data in available space of a first memory region that is one of the plurality of memory regions and, when no more space becomes available in the first memory region, store data in available space of a following second memory region, and a copying section copying a plurality of items of to-be-copied data that is stored in the first memory region but not in the second memory region to the second memory region after no more space becomes available in the first memory region in such a manner that a copying operation is divided into a plurality of times.
    • 根据本发明的示例的存储器控​​制装置包括分配存储器模块的多个存储区域的分配部分,存储在作为多个存储区域之一的第一存储器区域的可用空间中的数据的可用空间存储部分 并且当在第一存储器区域中没有更多的空间可用时,将数据存储在随后的第二存储器区域的可用空间中,以及复制部分复制存储在第一存储区域中的多个要复制数据项 但是在复制操作被分成多次的方式之后,在第一存储器区域中没有更多的空间变得可用之后,不在第二存储器区域中。
    • 33. 发明授权
    • Saddle tap
    • 鞍式龙头
    • US07302965B2
    • 2007-12-04
    • US11593225
    • 2006-11-06
    • Kazuo IshikawaTakashi Terada
    • Kazuo IshikawaTakashi Terada
    • F16L55/18
    • F16L47/345Y10T137/6123Y10T408/6793
    • A saddle tap to be mounted on a resin pipe, includes a saddle, a branching barrel including a straight piping portion having an internally threaded hole longitudinally extending therealong, and a branch portion extended from the middle of the straight piping portion, the straight piping portion standing at one end thereof on the saddle, a hole-drilling cutter with a rotating tool detachably connected thereto, and having, at one end thereof, a cutting edge integrally formed therewith, the hole-drilling cutter having an externally threaded barrel portion and being screwed into the internally threaded hole of the straight piping portion so that the hole-drilling cutter is longitudinally movable, and a cap detachably mounted on the other end of the straight piping portion of the branching barrel for closing the internally threaded hole.
    • 安装在树脂管上的鞍形龙头包括鞍座,分支筒,包括具有沿其纵向延伸的内螺纹孔的直管道部分和从直管部分的中部延伸的分支部分,直管道部分 其一端位于鞍座上,具有可拆卸地连接到其上的旋转工具的钻孔刀具,并且在其一端具有与其一体形成的切削刃,该钻孔刀具具有外螺纹筒部分,并且是 旋入直管道部分的内螺纹孔,使得钻孔刀具可纵向移动,以及可拆卸地安装在分支筒的直管部分的另一端上的盖,用于封闭内螺纹孔。
    • 34. 发明申请
    • Anticorrosion sleeve
    • 防腐套管
    • US20050287327A1
    • 2005-12-29
    • US11169485
    • 2005-06-29
    • Kazuo IshikawaYuji Tsuda
    • Kazuo IshikawaYuji Tsuda
    • B32B1/08F16L25/02F16L41/04F16L41/16
    • F16L41/16F16L25/028F16L41/04Y10T428/139Y10T428/1393
    • An anticorrosion sleeve including a resin sleeve and a metal sleeve tightly received in the resin sleeve. The metal sleeve has a gradually expanding outer diameter thereof toward one circular edge thereof in a tapered shape in cross section so that the metal sleeve expands the resin sleeve in diameter when the metal sleeve is inserted into the resin sleeve. The resin sleeve includes a large-diameter portion and a small-diameter portion. The metal sleeve includes an engagement end portion, an intermediate portion, and a tapered end portion in that order. The outer circumference of the engagement end portion of the metal sleeve is engaged beforehand with a step between the inner circumferences of the large-diameter portion and the small-diameter portion of the resin sleeve.
    • 包括树脂套筒和紧密地容纳在树脂套筒中的金属套筒的防腐套筒。 金属套筒的一个圆形边缘朝向其一个圆形边缘的横截面为锥形,从而当金属套筒插入到树脂套筒中时,金属套筒直径使树脂套筒膨胀。 树脂套筒包括大直径部分和小直径部分。 金属套筒依次包括接合端部,中间部和锥形端部。 金属套筒的接合端部的外周预先与大直径部分的内周和树脂套筒的小直径部分之间的台阶相接合。