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    • 21. 发明授权
    • Image signal processing apparatus, image signal processing method and camera using the image signal processing apparatus
    • 图像信号处理装置,图像信号处理方法和使用图像信号处理装置的相机
    • US07750955B2
    • 2010-07-06
    • US11212636
    • 2005-08-29
    • Takahiro ShiraiDaisuke Yoshida
    • Takahiro ShiraiDaisuke Yoshida
    • H04N9/64
    • H04N5/3658
    • When clamping a signal from a solid state image sensor, float of an optical black pixel output due to incoming of infrared light avoids a malfunction of a clamp from occurring. When clamping a signal from the solid state image sensor, the difference between the optical black pixel output and a clamp target level is output as a difference output, the difference output is compared with a comparison level to integrate the number of times larger than the comparison level every horizontal line. When the number of times is equal to or more than a certain rate (⅔) from the number of optical black pixels on the horizontal line, an optical black float state is determined and clamping operation is performed in accordance with a held value immediately before.
    • 当夹持来自固态图像传感器的信号时,由于红外光的入射而导致的光学黑色像素的浮动避免了夹具的故障发生。 当从固态图像传感器夹紧信号时,输出光学黑色像素输出和钳位目标电平之间的差作为差分输出,将差分输出与比较电平进行比较,以将比较大于比较的次数 水平每一行。 当从水平线上的光学黑色像素的数量等于或大于一定速率(⅔)时,确定光学黑色浮动状态,并且根据紧接着的保持值执行夹紧操作。
    • 24. 发明授权
    • Coin-shaped battery
    • 硬币型电池
    • US06761995B2
    • 2004-07-13
    • US10333389
    • 2003-01-17
    • Takao UyamaDaisuke YoshidaToshihiko IzumikawaYasushi HirakawaSusumu Yamanaka
    • Takao UyamaDaisuke YoshidaToshihiko IzumikawaYasushi HirakawaSusumu Yamanaka
    • H01M202
    • H01M2/08H01M2/0222H01M2/0404H01M2/0413H01M10/052H01M10/4228
    • A coin-shaped battery includes a cathode case (1) having a crimp portion (14) in the periphery of a bottom face (1a), and an anode cap (2) having a flange (6) with an extended portion (7) and a turn-up portion (8). Openings of cathode case (1) and the anode cap (2) are sealed by crimping with a gasket (3) interposed therebetween, so that the gasket (3) is compressed between the crimp portion (14) having a U-shaped cross section, the flange (6), the extended portion (7) and the turn-up portion (8) to effect reliable sealing. Thus, it is possible to disperse a deformation pressure, which is generated by bulge of the cathode case (1) and the anode cap (2) caused with a rise in internal pressure of the battery under severe working conditions such as use under a high temperature. As a result, the coin-shaped battery having improved liquid leakage resistance in the crimped portion is provided.
    • 硬币型电池包括在底面(1a)的周边具有压接部(14)的阴极壳(1)和具有延伸部(7)的凸缘(6)的阳极盖(2) 和折返部(8)。 阴极壳(1)和阳极盖(2)的开口通过夹在其间的垫圈(3)进行卷边而被密封,使得垫圈(3)在具有U形截面的压接部分(14)之间被压缩 ,凸缘(6),延伸部分(7)和折返部分(8),以实现可靠的密封。 因此,可以分散在恶劣工作条件下使用时在电池内部压力升高下引起的阴极壳(1)和阳极盖(2)的膨胀产生的变形压力 温度。 结果,提供了在压接部分具有改善的耐液体渗漏性的硬币形电池。
    • 25. 发明授权
    • Electronic circuit and liquid crystal display apparatus including same
    • 电子电路及其液晶显示装置
    • US06670938B1
    • 2003-12-30
    • US09505194
    • 2000-02-16
    • Daisuke Yoshida
    • Daisuke Yoshida
    • G09G336
    • G09G3/3688G09G3/3614G09G3/3648G09G2300/0823G09G2310/027G09G2320/0233
    • An electronic circuit including a plurality of D/A converters is operated to provide uniform outputs from the D/A converters even if the D/A converters have different levels of offset values by providing each D/A converter with a memory for offset correction digital data and an adder for adding the offset correction digital data to a digital input signal to the D/A converter. The uniformized outputs from the A/D converters may be used for providing a uniform display on a liquid crystal display apparatus. The liquid crystal apparatus may be provided with a pair of common signal lines for separately supplying positive polarity-picture signals and negative-polarity picture signals to an active matrix substrate for driving the liquid crystal.
    • 操作包括多个D / A转换器的电子电路,以便通过为每个D / A转换器提供用于偏移校正数字的存储器,即使D / A转换器具有不同的偏移值水平,从而提供来自D / A转换器的均匀输出 数据和加法器,用于将偏移校正数字数据与数字输入信号相加到D / A转换器。 来自A / D转换器的均匀化输出可以用于在液晶显示装置上提供均匀的显示。 液晶装置可以设置有用于将正极性图像信号和负极性图像信号分别提供给用于驱动液晶的有源矩阵基板的一对公共信号线。
    • 29. 发明授权
    • Inductive load driving device and driving method
    • 感应负载驱动装置及驱动方法
    • US06209513B1
    • 2001-04-03
    • US09214236
    • 1998-12-31
    • Takashi SakasaiJiro AkagiDaisuke Yoshida
    • Takashi SakasaiJiro AkagiDaisuke Yoshida
    • F02B310
    • F02D41/20F02D41/3005F02D2041/2013F02D2041/2017H01F7/1816H02P8/10
    • An inductive load driving device in which the rise of load current at an initial stage of driving can be executed at high speed includes a plurality of step-up circuits (21, 31), for alternately applying a high voltage to the same inductive load within a predetermined period of time, to thereby allow each load current to rise at a high speed; a holding current output circuit (43), for applying a predetermined voltage to the same inductive load after the load current has risen, to thereby hold the load current at a predetermined value; a plurality of switching means (46, 47), adapted to be switched in such a manner that the respective outputs of the plurality of step-up circuits (21, 31) and the holding current output circuit (43) can be alternately connected to the same inductive load; and a control logic circuit (44), for switching the plurality of switching means (46, 47) in a predetermined sequence.
    • 一种感应负载驱动装置,其中可以高速执行在初始阶段的负载电流的上升,包括多个升压电路(21,31),用于交替地向相同的电感负载施加高电压 预定时间段,从而允许每个负载电流以高速上升; 保持电流输出电路(43),用于在负载电流上升之后向相同的感性负载施加预定电压,从而将负载电流保持在预定值; 多个开关装置(46,47),其适于以这样的方式进行切换,使得多个升压电路(21,31)和保持电流输出电路(43)的各个输出可以交替地连接到 相同的感性负载; 以及控制逻辑电路(44),用于按预定顺序切换多个切换装置(46,47)。