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    • 1. 发明授权
    • Battery pack, a charger, and a method of detecting the remaining
capacity of secondary cells
    • 电池组,充电器以及检测二次电池剩余容量的方法
    • US5736835A
    • 1998-04-07
    • US697200
    • 1996-08-21
    • Hideki NakajoTakeshi MiuraMinoru Doura
    • Hideki NakajoTakeshi MiuraMinoru Doura
    • H01M10/48H02J7/00H02J7/10
    • H01M10/48H02J7/0021
    • A battery pack has a current detector, a voltage detector, a temperature sensor, and a CPU. The current detector detects a current flowing in secondary cells. When the current flows in the secondary cells, the voltage detector detects the voltage of the secondary cells, and the temperature sensor detects the temperature of the secondary cells. The CPU calculates the extent of deterioration of the secondary cells. The CPU calculates the remaining capacity of the secondary cells, based on the open voltage of the secondary cells, OCV, obtained by the equation: OCV=DV+K.times.DI.times.T.times.F where DV represents the voltage of said secondary cells when used; DI, a current flowing in said secondary cells; T, the temperature of said secondary cells; F, the extent of deterioration of said secondary cells; and K, a predetermined proportional constant.
    • 电池组具有电流检测器,电压检测器,温度传感器和CPU。 电流检测器检测在二次电池中流动的电流。 当电流在二次电池中流动时,电压检测器检测二次电池的电压,温度传感器检测二次电池的温度。 CPU计算二次电池的劣化程度。 CPU基于通过以下等式获得的二次电池的开路电压OCV计算二次电池的剩余容量:OCV = DV + KxDIxTxF其中DV表示当使用时所述二次电池的电压; DI,在所述二次电池中流动的电流; T,所述二次电池的温度; F,所述二次电池的劣化程度; 和K,一个预定的比例常数。
    • 3. 发明授权
    • Image identification device, image identification method, and recording medium
    • 图像识别装置,图像识别方法和记录介质
    • US08855368B2
    • 2014-10-07
    • US13477612
    • 2012-05-22
    • Yasushi TanaseTakeshi MiuraYasuhiro TodorokiToshiki ShiinoKensuke Habuka
    • Yasushi TanaseTakeshi MiuraYasuhiro TodorokiToshiki ShiinoKensuke Habuka
    • G06K9/00G06K9/46
    • G06K9/4642G06K9/00684
    • The invention provides an image identification device that classifies block images obtained by dividing a target image into predetermined categories, using a separating plane learning of which has been completed in advance for each of the categories. The image identification device includes a target image input unit inputs the target image, a block image generation unit divides the target image into blocks to generate the block images, a feature quantity computing unit computes feature quantities of the block images, and a category determination unit determines whether the block images are classified into one of the categories or not, using the separating plane and coordinate positions corresponding to magnitudes of feature quantities of the block images in a feature quantity space, wherein the feature quantity computing unit uses, as a feature quantity of a given target block image, local feature quantities and a global feature quantity.
    • 本发明提供了一种图像识别装置,其将通过将目标图像划分为预定类别而获得的块图像,其中已经为每个类别预先完成了分离平面学习。 图像识别装置包括目标图像输入单元输入目标图像,块图像生成单元将目标图像划分为块以生成块图像,特征量计算单元计算块图像的特征量,以及类别确定单元 使用与特征量空间中的块图像的特征量的大小对应的分离平面和坐标位置来确定块图像是否被分类为其中一个类别,其中特征量计算单元使用特征量计算单元 给定的目标块图像,局部特征量和全局特征量。
    • 4. 发明申请
    • IMAGE IDENTIFICATION DEVICE, IMAGE IDENTIFICATION METHOD, AND RECORDING MEDIUM
    • 图像识别装置,图像识别方法和记录介质
    • US20120300982A1
    • 2012-11-29
    • US13477612
    • 2012-05-22
    • Yasushi TANASETakeshi MiuraYasuhiro TodorokiToshiki ShiinoKensuke Habuka
    • Yasushi TANASETakeshi MiuraYasuhiro TodorokiToshiki ShiinoKensuke Habuka
    • G06K9/62
    • G06K9/4642G06K9/00684
    • The invention provides an image identification device that classifies block images obtained by dividing a target image into predetermined categories, using a separating plane learning of which has been completed in advance for each of the categories. The image identification device includes a target image input unit inputs the target image, a block image generation unit divides the target image into blocks to generate the block images, a feature quantity computing unit computes feature quantities of the block images, and a category determination unit determines whether the block images are classified into one of the categories or not, using the separating plane and coordinate positions corresponding to magnitudes of feature quantities of the block images in a feature quantity space, wherein the feature quantity computing unit uses, as a feature quantity of a given target block image, local feature quantities and a global feature quantity.
    • 本发明提供了一种图像识别装置,其将通过将目标图像划分为预定类别而获得的块图像,其中已经为每个类别预先完成了分离平面学习。 图像识别装置包括目标图像输入单元输入目标图像,块图像生成单元将目标图像划分为块以生成块图像,特征量计算单元计算块图像的特征量,以及类别确定单元 使用与特征量空间中的块图像的特征量的大小对应的分离平面和坐标位置来确定块图像是否被分类为其中一个类别,其中特征量计算单元使用特征量计算单元 给定的目标块图像,局部特征量和全局特征量。
    • 5. 发明申请
    • Ink-feeding device and pressure-generating method
    • 给墨装置和压力生成方法
    • US20060132554A1
    • 2006-06-22
    • US11281927
    • 2005-11-16
    • Noritaka OtaYuichi TakahashiDaisuke NakamuraTakeshi MiuraKazuo Haida
    • Noritaka OtaYuichi TakahashiDaisuke NakamuraTakeshi MiuraKazuo Haida
    • B41J2/175
    • B41J2/17556
    • An ink-feeding device is provided in which the pressure applied to the ink in the printing head can be adjusted arbitrarily irrespective of the relative positions of the ink container and the printing head. Inside the sub-tank 80, a pressure-adjusting pump 82 is installed for applying a suitable pressure to many nozzles 22Kn of the printing head 22K. This pressure-adjusting pump 82 is placed a little above the bottom face of the sub-tank 80 at a prescribed distance from the bottom face. Thereby the pressure-adjusting pump 82 is immersed in the ink held in the sub-tank 80. A drive unit 83 for driving the pressure-adjusting pump 82 is placed above the sub-tank 80. On the upper wall of the sub-tank 80, an air-vent valve 84 is fixed to bring the inside pressure in the sub-tank 80 to an atmospheric pressure. The inside pressure in the sub-tank 80 is made equal to the atmospheric pressure by opening the air-vent valve 84.
    • 提供了一种供墨装置,其中施加到打印头中的墨的压力可以任意调节,而与墨盒和打印头的相对位置无关。 在副容器80内部,设置有压力调节泵82,用于向打印头22K的许多喷嘴22 Kn施加适当的压力。该压力调节泵82位于副罐80的下表面之上。 在距离底面规定距离处的罐80。 由此,压力调节泵82浸入保持在副罐80中的油墨中。 用于驱动压力调节泵82的驱动单元83设置在副罐80的上方。 在副罐80的上壁上,固定有排气阀84,使副罐80内的内压达到大气压。 通过打开排气阀84使副罐80中的内部压力等于大气压。
    • 6. 发明授权
    • Internet telephone system and terminal device
    • 互联网电话系统和终端设备
    • US06754315B1
    • 2004-06-22
    • US09598315
    • 2000-06-21
    • Takeshi MiuraNobuo UeeMitsuru Nishitsuka
    • Takeshi MiuraNobuo UeeMitsuru Nishitsuka
    • H04M1100
    • H04M7/0069H04M7/006H04M2203/2066
    • A CATV station 1 for broadcasting a television program is connected to an internet network B. The CATV station 1 is connected to a terminal device 2. The terminal device includes a tuner section T for receiving a broadcasting signal for the television program transmitted from the CATV station, an interface section S for making transmission/reception of a telephone signal for the internet network B and a switching circuit 5 which is connected to the interface section, a telephone set 3 and a public switched phone network C. The switching circuit 5 selectively connects the telephone set 3 to the interface section S or the public switched phone network. In this configuration, the internet telephone can be used without doing troublesome operations, and the public switched phone network or internet network can be selected according to the facility of the internet terminal device on the side of a called party so that telephone call can be executed easily.
    • 用于广播电视节目的CATV站1连接到因特网网络B. CATV站1连接到终端设备2.终端设备包括用于接收从CATV发送的电视节目的广播信号的调谐器部分T 站,用于进行因特网网络B的电话信号的发送/接收的接口部分S和连接到接口部分的切换电路5,电话机3和公共交换电话网络C.切换电路5选择性地 将电话机3连接到接口部分S或公共交换电话网络。 在这种配置中,可以使用互联网电话而不做麻烦的操作,并且可以根据被叫方侧的因特网终端设备的设施选择公共交换电话网络或因特网,以便可以执行电话呼叫 容易。