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    • 3. 发明授权
    • Polishing composition and method for forming wiring structure using the same
    • 抛光组合物及其形成方法
    • US07189684B2
    • 2007-03-13
    • US10476717
    • 2003-03-04
    • Koji OhnoChiyo HorikawaKenji SakaiKazusei TamaiKatsuyoshi Ina
    • Koji OhnoChiyo HorikawaKenji SakaiKazusei TamaiKatsuyoshi Ina
    • C09K13/00
    • H01L21/3212C09G1/02C09K3/1463
    • A polishing composition capable of satisfactorily polishing a semiconductor. The first polishing composition of the present invention includes silicon dioxide, at least one component selected from periodic acids and salts thereof, at least one component selected from tetraalkyl ammonium hydroxides and tetraalkyl ammonium chlorides, hydrochloric acid, and water, and contains substantially no iron. The second polishing composition of the present invention includes a predetermined amount of fumed silica, a predetermined amount of at least one component selected from periodic acids and salts thereof, a tetraalkyl ammonium salt represented by the following general formula (1), at least one component selected from ethylene glycol and propylene glycol, and water. The pH of the second polishing composition is greater than or equal to 1.8 and is less than 4.0.
    • 能够令人满意地研磨半导体的抛光组合物。 本发明的第一种抛光组合物包括二氧化硅,选自周期酸及其盐中的至少一种组分,至少一种选自四烷基氢氧化铵和四烷基氯化铵的组分,盐酸和水,并且基本上不含铁。 本发明的第二抛光组合物包含预定量的热解法二氧化硅,预定量的选自周期酸及其盐中的至少一种组分,由以下通式(1)表示的四烷基铵盐,至少一种组分 选自乙二醇和丙二醇,和水。 第二抛光组合物的pH值大于或等于1.8,小于4.0。
    • 5. 发明授权
    • Video game processing method, video game processing apparatus and computer readable recording medium storing video game program
    • 视频游戏处理方法,视频游戏处理装置和存储视频游戏程序的计算机可读记录介质
    • US07522166B2
    • 2009-04-21
    • US10306158
    • 2002-11-29
    • Koji Ohno
    • Koji Ohno
    • G06T15/40G06T15/00
    • A63F13/52A63F13/10G06T13/40
    • A simple model for an object to be processed is obtained, and Z-values and display coordinates of vertexes of the simple model from a predetermined viewpoint are calculated. A rectangular Z-area associated with the calculated display coordinates is detected, and an area of a predetermined size is generated based upon the detected Z-area while keeping a feature of the detected Z-area. A minimum value Z1MIN of the simple model is extracted. The minimum value Z1MIN of the simple model is compared with all of the Z-values within the generated area, which are stored in a Z-buffer at that time. If it is determined that the minimum value Z1MIN of the simple model is larger than the maximum value Z2MAX within the generated area, subsequent steps are skipped. Thus, processing of a real model can be avoided, which reduces the processing.
    • 获得待处理对象的简单模型,并计算出从预定视点的简单模型的顶点的Z值和显示坐标。 检测与所计算的显示坐标相关联的矩形Z区域,并且基于检测到的Z区域生成预定大小的区域,同时保持检测到的Z区域的特征。 提取简单模型的最小值Z1MIN。 将简单模型的最小值Z1MIN与存储在该时间的Z缓冲器中的生成区域内的所有Z值进行比较。 如果确定简单模型的最小值Z1MIN大于生成区域内的最大值Z2MAX,则跳过后续步骤。 因此,可以避免真实模型的处理,这减少了处理。
    • 8. 发明授权
    • Coherent detector and a coherent detection method for a digital
communication receiver
    • 相干检测器和数字通信接收机的相干检测方法
    • US5692015A
    • 1997-11-25
    • US553464
    • 1995-11-28
    • Akihiro HigashiFumiyuki AdachiKoji OhnoMamoru Sawahashi
    • Akihiro HigashiFumiyuki AdachiKoji OhnoMamoru Sawahashi
    • H04L7/08H04L25/02H03D1/00H04L27/06
    • H04L25/0236H04L25/0212H04L25/0232H04L7/08
    • A coherent detection method including a step of estimating a transfer function of a propagation path using pseudo-pilot signals which consist of some information symbols adjacent to pilot signals. The information symbols in the pseudo-pilot signals are assumed to be known. The method includes the steps of estimating the transfer functions using the pilot signals, carrying out interpolation coherent detection of the information symbols using the estimated transfer functions, storing the detection results as the pseudo-pilot signals, reestimating the transfer functions associated with the information symbols corresponding to the pseudo-pilot signals by using the pseudo-pilot signals and the corresponding received signal under the assumption that the pseudo-pilot signals have a known correct pattern, and carrying out the interpolation coherent detection of the individual information symbols by using the transfer functions obtained by the reestimation. This makes it possible to estimate the transfer function at high accuracy with a small number of symbols per pilot signal, thereby improving the detection characteristics.
    • PCT No.PCT / JP95 / 01229 Sec。 371日期:1995年11月28日 102(e)1995年11月28日日期PCT 1995年6月21日PCT PCT。 公开号WO95 / 35615 日期1995年12月28日一种相干检测方法,包括使用由与导频信号相邻的一些信息符号组成的伪导频信号来估计传播路径的传递函数的步骤。 伪导频信号中的信息符号被认为是已知的。 该方法包括以下步骤:使用导频信号估计传递函数,使用估计的传递函数执行信息符号的内插相关检测,将检测结果存储为伪导频信号,重新估计与信息符号相关联的传递函数 在伪导频信号具有已知正确模式的假设下,通过使用伪导频信号和相应的接收信号对应于伪导频信号,并且通过使用传输来执行个体信息符号的内插相关检测 通过重新获得的功能。 这使得可以以每个导频信号的少量符号高精度地估计传递函数,从而提高检测特性。
    • 9. 发明授权
    • Method for strengthening dental restorative material
    • 加强牙科修复材料的方法
    • US4550030A
    • 1985-10-29
    • US650544
    • 1984-09-14
    • Nobukazu OhiKoji OhnoHiroshi Kamohara
    • Nobukazu OhiKoji OhnoHiroshi Kamohara
    • A61C5/10A61C5/08A61C13/083A61K6/06A01N1/02C09K3/00
    • A61K6/0017A61K6/026A61K6/04
    • A method for strengthening dental restorative material is disclosed, which comprises depositing one or more inorganic salts of metals selected from rubidium, cesium, and potassium on the surface of a coated material of a dental restorative material obtained by coating and firing a dental porcelain fused to metal material. The dental restorative material is containing leucite and sodium on the surface of a dental alloy substrate, and heat treating the coated material at temperatures of 380.degree. C. or higher but lower than the melting point of the inorganic salt and the strain temperature of the coated material. According to the method of this invention, the coated material can be strengthened with ease while maintaining its translucency and color tone, without using any special device.
    • 公开了一种用于加强牙科修复材料的方法,其包括将选自铷,铯和钾的金属的一种或多种无机盐沉积在通过涂覆和烧制融合的牙瓷所获得的牙科修复材料的涂覆材料的表面上 金属材料。 牙科修复材料在牙科合金基材的表面上含有白云石和钠,并且在380℃以上但低于无机盐的熔点和涂层的应变温度的温度下对涂覆材料进行热处理 材料。 根据本发明的方法,可以在不使用任何特殊装置的情况下容易地加强涂覆材料,同时保持其半透明度和色调。