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    • 1. 发明授权
    • Imaging device
    • 成像设备
    • US07663668B2
    • 2010-02-16
    • US11547069
    • 2005-01-14
    • Tetsuya KunoHiroaki SugiuraTakashi ItowKoichi YamashitaKatsutoshi Sugiyama
    • Tetsuya KunoHiroaki SugiuraTakashi ItowKoichi YamashitaKatsutoshi Sugiyama
    • H04N5/238H04N9/68H04N3/14
    • H04N5/332H04N9/045
    • An imaging device has color signal generating means (20) for outputting first color signals (R5, G5, B5) corresponding to incident light, and matrix operation means (67) for performing a matrix calculation including multiplication of the first color signals, color signals obtained by raising the first color signals to a power with a first constant (i) as an exponent, color signals obtained by raising the first color signals to a power with a second constant (j) as an exponent, and corresponding matrix coefficients to obtain second color signals (R6, G6, B6). The first and second constants and the matrix coefficients are determined so that the total characteristics of the color signal generating means and the spectral sensitivity characteristic correction means (6) approximate human chromatic curves or spectral sensitivity curves obtained by a linear transformation thereof. Good color reproducibility can be obtained without the use of an infrared cut filter for chromatic correction in the imaging device, and high-sensitivity imaging can be performed under dark conditions.
    • 一种成像装置具有用于输出与入射光相对应的第一颜色信号(R5,G5,B5)的彩色信号发生装置(20)和用于执行矩阵运算的矩阵运算装置(67),该矩阵运算包括第一颜色信号,彩色信号 通过以第一常数(i)作为指数将第一颜色信号提高为功率,通过以第二常数(j)作为指数将第一颜色信号提高为功率而获得的颜色信号和相应的矩阵系数获得 第二颜色信号(R6,G6,B6)。 确定第一和第二常数和矩阵系数,使得颜色信号发生装置和光谱灵敏度特性校正装置(6)的总特性近似通过其线性变换获得的人类色彩曲线或光谱灵敏度曲线。 可以在成像装置中不使用用于色彩校正的红外截止滤光片而获得良好的色彩再现性,并且可以在黑暗条件下执行高灵敏度成像。
    • 2. 发明申请
    • Imaging Device
    • 成像设备
    • US20080278592A1
    • 2008-11-13
    • US11547069
    • 2005-01-14
    • Tetsuya KunoHiroaki SugiuraTakashi ItowKoichi YamashitaKatsutoshi Sugiyama
    • Tetsuya KunoHiroaki SugiuraTakashi ItowKoichi YamashitaKatsutoshi Sugiyama
    • H04N5/228
    • H04N5/332H04N9/045
    • An imaging device has color signal generating means (20) for outputting first color signals (R5, G5, B5) corresponding to incident light, and matrix operation means (67) for performing a matrix calculation including multiplication of the first color signals, color signals obtained by raising the first color signals to a power with a first constant (i) as an exponent, color signals obtained by raising the first color signals to a power with a second constant (j) as an exponent, and corresponding matrix coefficients to obtain second color signals (R6, G6, B6). The first and second constants and the matrix coefficients are determined so that the total characteristics of the color signal generating means and the spectral sensitivity characteristic correction means (6) approximate human chromatic curves or spectral sensitivity curves obtained by a linear transformation thereof. Good color reproducibility can be obtained without the use of an infrared cut filter for chromatic correction in the imaging device, and high-sensitivity imaging can be performed under dark conditions.
    • 一种成像装置具有用于输出与入射光对应的第一颜色信号(R 5,G 5,B 5)的彩色信号发生装置(20)和用于执行矩阵运算的矩阵运算装置(67),该矩阵运算包括第一颜色信号 通过以第一常数(i)为指数将第一颜色信号提高到功率而获得的颜色信号,通过以第二常数(j)作为指数将第一颜色信号提高到功率而获得的颜色信号和相应的矩阵 系数以获得第二颜色信号(R 6,G 6,B 6)。 确定第一和第二常数和矩阵系数,使得颜色信号发生装置和光谱灵敏度特性校正装置(6)的总特性近似通过其线性变换获得的人类色彩曲线或光谱灵敏度曲线。 可以在成像装置中不使用用于色彩校正的红外截止滤光片而获得良好的色彩再现性,并且可以在黑暗条件下执行高灵敏度成像。
    • 4. 发明授权
    • Intermittent driving type imaging device for portable terminal
    • 便携式终端的间歇式驱动型成像装置
    • US07324147B2
    • 2008-01-29
    • US10259452
    • 2002-09-30
    • Kozo IshidaTetsuya KunoKoichi YamashitaHiroaki SugiuraTakashi Itow
    • Kozo IshidaTetsuya KunoKoichi YamashitaHiroaki SugiuraTakashi Itow
    • H04N3/14H04N5/335
    • H04N5/2353H04N1/00307H04N5/217H04N5/2351
    • An imaging system controller (5) outputs a control signal (VC). The control signal (VC) gives a command to output driving clocks (φVn, φHm) of an imaging element (1) in a signal transmission period, and a command to suspend output of the clocks (φVn, φHm) in an idle period subsequent to the signal transmission period. The length of the idle period is a multiple of the length of the signal transmission period by a natural number. The imaging system controller (5) periodically repeats output of the control signal (VC) giving these commands a number of times corresponding to the number of horizontal lines of the imaging element (1). In response to the commands of the control signal (VC), a timing generator (2) generates and outputs the clocks (φVn, φHm), and suspends generation and output of the same. An imaging device (10) thereby intermittently drives the imaging element (1), to generate and output a picked-up image signal (V2).
    • 成像系统控制器(5)输出控制信号(VC)。 控制信号(VC)给出了在信号发送期间输出摄像元件(1)的驱动时钟(phiVn,phiHm)的命令,以及在空闲时段中暂停时钟(phiVn,phiHm)的输出的命令 到信号传输周期。 空闲周期的长度是信号传输周期的长度乘以自然数的倍数。 成像系统控制器(5)周期性地重复控制信号(VC)的输出,给出这些命令与成像元件(1)的水平线数相对应的次数。 响应于控制信号(VC)的命令,定时发生器(2)产生并输出时钟(phiVn,phiHm),并暂停其产生和输出。 成像装置(10)由此间歇地驱动成像元件(1),以产生并输出拾取图像信号(V 2)。
    • 9. 发明授权
    • Power source circuit
    • 电源电路
    • US6014300A
    • 2000-01-11
    • US93877
    • 1998-06-09
    • Koichi YamashitaHiroaki SugiuraTetsuya KunoNarihiro Matoba
    • Koichi YamashitaHiroaki SugiuraTetsuya KunoNarihiro Matoba
    • H02J1/00H02H9/00H02M3/155H02H3/00
    • H02M1/36H02H9/001
    • A power source circuit includes switch for connecting and disconnecting a power source to and from a circuit proper; stabilizing means for suppressing a variation of an input voltage to stabilize the input voltage; voltage increasing means for increasing the input voltage in amplitude; switching means for controlling a voltage increasing operation; rectifying means for rectifying a switching waveform; smoothing means for smoothing a rectified waveform; and control means for controlling an output voltage to be constant in amplitude. In the power source circuit, the start of operating the power source circuit is delayed behind the start of supplying electric power. Therefore, it is prevent a power source circuit from failing to operate under the condition that a power source of a large internal resistance is coupled thereto, and the rush current, for example, causes the power source voltage drop.
    • 电源电路包括用于将电源与电路本体连接和断开的开关; 用于抑制输入电压的变化以稳定输入电压的稳定装置; 电压增加装置,用于增加输入电压的振幅; 用于控制升压操作的开关装置; 整流装置,用于整流开关波形; 用于平滑整流波形的平滑装置; 以及用于控制输出电压在振幅上恒定的控制装置。 在电源电路中,电源电路的运行开始在供电开始后延迟。 因此,能够防止电源电路在内部电阻大的电源与其连接的情况下不工作,并且冲击电流例如导致电源电压下降。
    • 10. 发明授权
    • Image pickup apparatus
    • 摄像设备
    • US06421086B1
    • 2002-07-16
    • US09088896
    • 1998-06-02
    • Tetsuya KunoHiroaki SugiuraKoichi YamashitaNarihiro Matoba
    • Tetsuya KunoHiroaki SugiuraKoichi YamashitaNarihiro Matoba
    • H04N5335
    • H04N5/2352H04N5/2351
    • A first LUT composed of table values of brightness of N subjects determined in such a manner that the integrated value is made to be constant and a second LUT composed of table values of N charge storage time periods corresponding to the table values of the brightness of the N subjects are provided. When an image has been picked up with charge storage time at an n-th address in the second LUT, integrated value &Sgr; obtained by the calculating means 6 is divided by the n-th charge storage time S so that the brightness L of the subject is calculated. The charge storage time S corresponding to the calculated brightness L of the subject is selected from the first and second LUT so that exposure is controlled.
    • 第一LUT由以下方式确定的N个被摄体的亮度的表值组成:积分值被设定为恒定,以及第二LUT,其由与N个像素的亮度的表值相对应的N个电荷存储时间段的表值组成 提供N科目。 当在第二LUT中的第n个地址处的电荷存储时间拍摄图像时,由计算装置6获得的积分值SIGMA除以第n个电荷存储时间S,使得被摄体的亮度L 被计算。 从第一和第二LUT中选择与所计算的被摄体亮度L对应的电荷存储时间S,从而控制曝光。