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    • 72. 发明申请
    • MAGNESIUM METAL-AIR BATTERY
    • MAGNESIUM金属空气电池
    • US20130209899A1
    • 2013-08-15
    • US13878027
    • 2012-07-30
    • Susumu Suzuki
    • Susumu Suzuki
    • H01M4/90
    • H01M4/9041H01M4/9008H01M4/9016H01M4/9083H01M12/06
    • Disclosed is a magnesium metal-air battery in which capacity of a negative electrode made of magnesium or its alloy is sufficiently utilized for battery performance and which has a positive electrode material which is capable of coping with the capacity of the negative electrode. The magnesium metal-air battery includes at least one unit battery cell. The cell comprises a negative electrode made of magnesium or its alloy; a positive electrode-side catalyst layer including, as positive active material, activated carbon for absorbing oxygen in air, anhydrous poly-carboxylate, manganese and metal powder; a positive current collector which is made of conductive material and which is laminated on the positive electrode-side catalyst layer; and a separator which allows passing of ions between the negative electrode and the positive electrode-side catalyst layer while it separates therebetween. The positive electrode-side catalyst layer may further include carbon black, metal chloride and graphite. In use, where water or metal chloride solution is supplied to at least the positive electrode-side catalyst layer, an electromotive force is generated between the negative electrode and the positive current collector. In the case where a plurality of unit battery cells are connected in series, an insulator is provided therebetween.
    • 公开了一种镁合金空气电池,其中由镁或其合金制成的负极的电容充分地用于电池性能,并且具有能够应付负极容量的正极材料。 镁金属空气电池包括至少一个单元电池单元。 电池包括由镁或其合金制成的负极; 正极侧催化剂层,其包含作为正极活性物质的用于吸收空气中的氧的活性炭,无水多羧酸盐,锰和金属粉末; 正极集电体,其由导电材料制成,层叠在正极侧催化剂层上; 以及允许在负极和正极侧催化剂层之间分离时离子通过的隔板。 正极侧催化剂层还可以包括炭黑,金属氯化物和石墨。 在使用中,在至少将正极侧催化剂层供给水或金属氯化物溶液的场合,在负极和正极集电体之间产生电动势。 在多个单元电池单元串联连接的情况下,在其间设置有绝缘体。
    • 75. 发明授权
    • Contour emphasizing circuit
    • 轮廓强调电路
    • US06433836B1
    • 2002-08-13
    • US09402028
    • 1999-09-24
    • Susumu SuzukiMasanori Kurita
    • Susumu SuzukiMasanori Kurita
    • H04N5208
    • H04N9/646H04N5/142
    • A contour emphasizing circuit is provided with a number-of-pixels changing circuit (37) which changes the numbers of pixels of digital R, G, and B signals, a gamma correction circuit (39) which performs gamma correction on the output of the circuit (37), a Y-signal generating circuit (36) which generates luminance signals from the output of the circuit (37), an contour extracting circuit (38) which extracts contour components from the output of the circuit (36), a coefficient multiplying circuit (42) which outputs contour components for R, G, and B by multiplying the extracted contour components by coefficients Kr, Kg and kb contour adding circuit (34r), (34g), and (34b) which respectively add the outputs of the circuit (39 and 42). Thus, the contour emphasizing circuit performs contour emphasis on the digital R, G, and B signals.
    • 轮廓强调电路设置有数字像素改变电路(37),其改变数字R,G和B信号的像素数量;伽马校正电路(39),其对 电路(37),从电路(37)的输出生成亮度信号的Y信号发生电路(36),从电路(36)的输出中提取轮廓成分的轮廓提取电路(38), 系数乘法电路(42),其通过将提取的轮廓分量乘以分别加上输出的系数Kr,Kg和kb轮廓加法电路(34r),(34g)和(34b)来输出R,G和B的轮廓分量 的电路(39和42)。 因此,轮廓强调电路对数字R,G和B信号执行轮廓强调。
    • 76. 发明授权
    • Contour emphasizing circuit
    • 轮廓强调电路
    • US06320625B1
    • 2001-11-20
    • US09402025
    • 1999-09-24
    • Susumu SuzukiMasanori Kurita
    • Susumu SuzukiMasanori Kurita
    • H04N5208
    • H04N9/646H04N5/142
    • Since A/D conversion circuits 30r, 30g and 30b to convert for output analog R, G and B signals to digital signals, a phase adjustment circuit 31 to output by delaying in the portion of 1 linc output signals of these A/D conversion circuits 30r, 30g and 30b, a first signal generation circuit 35 to generate Y signals from output signals of A/D conversion circuits 30r, 30g and 30b, a second Y signal generation circuit 37 to generate a Y signal from an output signal of the phase adjustment circuit 31, a contour extracting circuit 39 to extract a vertical contour component and a horizontal contour component from Y signals generated by first and second Y signal generation circuits, and contour adders 34r, 34g and 34b to output signals contour-emphasized adding a vertical contour component and a horizontal contour component extracted by this contour extracting circuit 39 to output signals of the phase adjustment circuit are provided, and since it has been designed that the contour extracting 39 extracts a vertical contour component and a horizontal contour component from Y signals generated by first and second Y signal generation circuits 35 and 37 , provided the line memory ncccssary for the contour extracting circuit 39 is made as 1 piccc, the power consumption can be made smaller, as well the cost can be loared.
    • 由于将输出模拟R,G和B信号转换为数字信号的A / D转换电路30r,30g和30b,相位调节电路31通过延迟这些A / D转换电路的1linc输出信号的部分而输出 30r,30g和30b,用于从A / D转换电路30r,30g和30b的输出信号产生Y信号的第一信号发生电路35,第二Y信号发生电路37,用于从相位的输出信号产生Y信号 调整电路31,轮廓提取电路39,用于从由第一和第二Y信号发生电路产生的Y信号和轮廓加法器34r,34g和34b中提取垂直轮廓分量和水平轮廓分量,以输出轮廓强调的垂直方向 提供由该轮廓提取电路39提取的轮廓分量和水平轮廓分量以输出相位调整电路的信号,并且由于已经设计出轮廓提取 39提供了由第一和第二Y信号发生电路35和37产生的Y信号的垂直轮廓分量和水平轮廓分量,只要轮廓提取电路39的行存储器被设为1皮克,就可以进行功耗 较小,成本也可以很好。
    • 77. 发明授权
    • Contour emphasizing circuit
    • 轮廓强调电路
    • US06297854B1
    • 2001-10-02
    • US09402027
    • 1999-09-24
    • Susumu SuzukiMasanori Kurita
    • Susumu SuzukiMasanori Kurita
    • H04N5208
    • H04N9/646H04N5/208
    • A contour emphasizing circuit is provided with a Y-signal generating circuit (36) which generates luminance signals from digital R, G, and B signals, a contour extracting circuit (38) which extracts contour components from the generated Y-signal, a coefficient multiplying circuit (42) which outputs contour components for R, G, and B by multiplying the extracted contour components by coefficients Kr, Kg, and Kb, addition circuits (34r, 34g, and 34b), and a contour emphasis enabling circuit (39) which controls the period for which contour components extracted by the extracting circuit (38) arc supplied. Therefore, the contour emphasizing circuit prevents process errors in the peripheral portion of the screen of a display.
    • 轮廓强调电路设置有从数字R,G和B信号产生亮度信号的Y信号发生电路(36),从生成的Y信号中提取轮廓分量的轮廓提取电路(38),系数 乘法电路(42),其通过将提取的轮廓分量乘以系数Kr,Kg和Kb,加法电路(34r,34g和34b)和轮廓强调使能电路(39)输出R,G和B的轮廓分量 ),其控制提取电路(38)提取的轮廓成分的周期。 因此,轮廓强调电路防止显示器的屏幕的周边部分的处理错误。