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    • 1. 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。
    • 2. 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。
    • 6. 发明授权
    • Pixel signal processor and pixel signal processing method
    • 像素信号处理器和像素信号处理方法
    • US07554583B2
    • 2009-06-30
    • US10582501
    • 2005-07-22
    • Tetsuya KunoJunko MakitaHiroaki SugiuraNarihiro MatobaMasashi Tamura
    • Tetsuya KunoJunko MakitaHiroaki SugiuraNarihiro MatobaMasashi Tamura
    • H04N9/07H04N9/083
    • H04N9/045
    • A pixel signal having a k-th spectral characteristic at a pixel interpolation position occupied by a pixel signal having an h-th spectral characteristic is generated from a set of pixel signals arrayed in a two-dimensional plane, each having one of a plurality of spectral characteristics, by calculating a difference between low-frequency components, corresponding to a degree of correlation between pixel signals having the k-th and h-th spectral characteristics in a neighborhood of the pixel interpolation position (8r, 8g, 8b, 24k, 24h, 26), calculating a non-correlation value corresponding to a degree of non-correlation between the pixel signals having the k-th and h-th spectral characteristics in the neighborhood of the pixel interpolation position (7r, 7g, 7b, 23k, 23h, 25), and obtaining the pixel signal having the k-th spectral characteristic at the pixel interpolation position by using the calculated difference and the non-correlation value (27, 28, 29). Accurate interpolation can be performed despite various different correlation relationships between color component values.
    • 在由二维平面中排列的像素信号的集合中生成具有由具有第h个光谱特性的像素信号占据的像素插值位置处的第k个光谱特性的像素信号,每个像素信号具有多个 频谱特性,通过计算与像素内插位置(8r,8g,8b,24k,...)相邻的具有第k和第h个光谱特性的像素信号之间的相关度相对应的低频分量之间的差, 24h,26),计算与像素内插位置(7r,7g,7b,23k)附近的第k和第h光谱特性的像素信号之间的非相关程度对应的非相关值 ,23h,25),并且通过使用所计算的差异和非相关值(27,28,29)来获得在像素插值位置处具有第k个光谱特性的像素信号。 尽管颜色分量值之间存在各种不同的相关关系,仍可进行准确的插值。
    • 7. 发明授权
    • Image pickup apparatus with reduced flicker and automatic level adjusting method of the same
    • 降低闪烁的图像拾取装置及其自动电平调整方法
    • US07034870B2
    • 2006-04-25
    • US09921875
    • 2001-08-06
    • Hidetada NagaokaNarihiro MatobaTakeo FujitaHiroaki SugiuraTetsuya Kuno
    • Hidetada NagaokaNarihiro MatobaTakeo FujitaHiroaki SugiuraTetsuya Kuno
    • H04N9/73H04N11/20H04N5/222H01L27/00
    • H04N5/2357H04N5/235H04N5/2353H04N5/243
    • An image pickup apparatus includes a solid-state imaging device, an accumulating section, first and second imaging parameter setting sections, a calculating section, a flicker detecting section, and a switching section. The accumulating section calculates a projection output value of a predetermined line in a frame. The calculating section calculates inter-frame variations of the projection output values, and calculates a flicker index from the variations of a predetermined number of frames. The flicker detecting section detects the flicker from the index, and controls the switching section in response to the detection result of the flicker, so that the switching section selects either the setting signals from the first imaging parameter setting section or the setting signals from the second imaging parameter setting section. Thus, the charge storage time of the solid-state imaging device is set at either an integer multiple of 1/100 second or an integer multiple of 1/120 second in response to the frequency (50 Hz or 60 Hz) of a power supply of the fluorescent lighting. The image pickup apparatus can solve a problem of a conventional apparatus in that it is difficult for the conventional apparatus to suppress the flicker in regions where the frequency of the power supply differ from each other.
    • 图像拾取装置包括固态成像装置,累积部分,第一和第二成像参数设置部分,计算部分,闪烁检测部分和切换部分。 累积部分计算帧中的预定行的投影输出值。 计算部分计算投影输出值的帧间变化,并根据预定帧数的变化计算闪烁指数。 闪烁检测部分根据指标检测闪烁,并且响应于闪烁的检测结果来控制切换部分,使得切换部分选择来自第一成像参数设置部分的设置信号或来自第二成像参数设置部分的设置信号 成像参数设置部分。 因此,根据电源的频率(50Hz或60Hz),将固态成像装置的电荷存储时间设定为1/100秒的整数倍或1/120秒的整数倍 的荧光灯。 图像拾取装置可以解决常规装置的问题,因为传统装置难以抑制电源频率彼此不同的区域中的闪烁。
    • 10. 发明授权
    • Image display device
    • 图像显示装置
    • US07075554B2
    • 2006-07-11
    • US09731739
    • 2000-12-08
    • Shuichi KagawaHiroaki SugiuraMariko TakahashiNarihiro Matoba
    • Shuichi KagawaHiroaki SugiuraMariko TakahashiNarihiro Matoba
    • G09G5/02
    • G09G1/285G09G2320/0606G09G2320/0666H04N1/6011
    • In an image display device for receiving and displaying image data, color converter converts the image data on the basis of conversion characteristics data stored in a conversion characteristics storage. The conversion characteristics designation means including means for designating the chroma of the colors outputs the conversion characteristics designation data, and conversion characteristics setting means calculates the conversion characteristics data on the basis of the conversion characteristics designation data, and sets the conversion characteristics data in the conversion characteristics storage. The color converter comprises a calculation term generator for receiving the first image data, and outputting calculation terms which are effective just for the specific hues; and a matrix calculator performing matrix calculation using the calculation terms effective just for the specific hues. The user can adjust just the chroma of the desired color. Real-time processing of moving pictures can be achieved without placing a heavy load on a CPU. The image after the adjustment can be displayed on a real-time basis.
    • 在用于接收和显示图像数据的图像显示装置中,颜色转换器基于存储在转换特性存储器中的转换特性数据转换图像数据。 转换特性指定装置包括用于指定色彩的色度的装置输出转换特性指定数据,转换特性设置装置根据转换特性指定数据计算转换特性数据,并将转换特性数据设置在转换 特色存储。 颜色转换器包括用于接收第一图像数据的计算项发生器,并输出仅针对特定色调有效的计算项; 并且矩阵计算器使用仅针对特定色调有效的计算项执行矩阵计算。 用户只需调整所需颜色的色度。 可以实现运动图像的实时处理,而不会对CPU造成沉重的负担。 调整后的图像可以实时显示。