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    • 61. 发明授权
    • Image-shooting apparatus capable of performing super-resolution processing
    • 能够进行超分辨率处理的摄像装置
    • US08294812B2
    • 2012-10-23
    • US12537518
    • 2009-08-07
    • Seiji OkadaAkihiro MaenakaMitsuaki KurokawaSatoru Takeuchi
    • Seiji OkadaAkihiro MaenakaMitsuaki KurokawaSatoru Takeuchi
    • H04N5/235
    • H04N5/232H04N5/23229H04N5/23232
    • A super-resolution processing portion has a high-resolution image generation portion that fuses a plurality of first input images together to generate a high-resolution image. The first input images are shot at a shutter speed equal to or faster than the super-resolution limit shutter speed, which is the lower-limit shutter speed that enables super-resolution processing to make the resolution of the output image equal to or higher than that of the input images. According to the amount of exposure, one of the following different methods for super-resolution processing is selected: a first method that yields as the output image the high-resolution image; a second method that yields as the output image a weighted added image resulting from weighted addition of the high-resolution image and an image based on an averaged image; and a third method that yields as the output image a weighted added image resulting from weighted addition of the high-resolution image and an image based on a second input image.
    • 超分辨率处理部分具有将多个第一输入图像融合在一起以产生高分辨率图像的高分辨率图像生成部分。 以与超分辨率限制快门速度相等或更快的快门速度拍摄第一输入图像,该超分辨率限制快门速度是能够进行超分辨率处理以使输出图像的分辨率等于或高于的分辨率的下限快门速度 输入图像的。 根据曝光量,选择以下不同的超分辨率处理方法之一:第一种产生高分辨率图像作为输出图像的方法; 产生作为输出图像的加权相加图像的第二方法,所述加权相加图像是基于平均图像的高分辨率图像和图像的加权相加产生的; 以及第三种方法,其产生由高分辨率图像的加权相加和基于第二输入图像的图像而产生的加权相加图像作为输出图像。
    • 65. 发明授权
    • Camera that controls image sensor exposure
    • 控制图像传感器曝光的相机
    • US06950141B2
    • 2005-09-27
    • US09851426
    • 2001-05-09
    • Yukio MoriSeiji OkadaTetsuo MiseShoichi Hasegawa
    • Yukio MoriSeiji OkadaTetsuo MiseShoichi Hasegawa
    • G03B7/28G03B19/02H04N5/235H04N5/238H04N9/07H04N7/00
    • H04N5/2351G03B7/08G03B7/28
    • An automatic exposure control camera always permits a subject to be photographed with appropriate brightness regardless of a front-lighted, back-lighted, or over-front-lighted condition. The area to be photographed is divided into 64 regions. The camera determines the average Yav64 of brightness over all the regions, the average YavU32 of brightness in the regions constituting the upper half, the average YavL32 of brightness in the regions constituting the lower half, the average YavD1 of brightness in regions in which brightness is lower than the average Yav64, the average YavD2 of brightness in regions in which brightness is lower than the average YavD1, the average YavB1 of brightness in regions in which brightness is higher than the average Yav64, and the average YavB2 of brightness in regions in which brightness is higher than the average YavB1. Based on the ratios between these averages, the camera distinguishes among a front-lighted, a back-lighted, and an over-front-lighted condition and controls the exposure of an image sensor accordingly.
    • 自动曝光控制相机总是允许以适当的亮度拍摄被摄体,而不管前照明,背光或过前照明的状态如何。 被拍摄的区域分为64个区域。 相机确定所有区域的亮度的平均Yav 64,构成上半部分的区域中的亮度的平均YavU 32,构成下半部分的区域中的亮度的平均YavL 32,区域中的亮度的平均YavD 1 其亮度低于平均值Yav 64,亮度低于平均YavD 1的区域的亮度的平均YavD 2,亮度高于平均Yav 64的区域的亮度的平均YavB 1,以及 亮度高于平均YavB 1的区域的亮度的平均YavB 2。 基于这些平均值之间的比率,相机在前照明,背光和过前照明条件之间进行区分,并相应地控制图像传感器的曝光。
    • 68. 发明授权
    • Color separator circuit and chrominance signal processing device provided therewith
    • 色分离器电路和色度信号处理装置
    • US06717623B2
    • 2004-04-06
    • US09864170
    • 2001-05-25
    • Tetsuo MiseYukio MoriSeiji Okada
    • Tetsuo MiseYukio MoriSeiji Okada
    • H04N978
    • H04N9/045H04N2209/046
    • In a color separator circuit, edge detection filters detect an edge encountered in the horizontal direction. When the image signals corresponding to the thus detected edge are processed, selector circuits 12a to 12c select outputs from small-tap-number color separation filters 8a to 8c and 10a to 10c, respectively. When the image signals corresponding to the remaining portion other than the edge are processed, the selector circuits 12a to 12c select outputs from large-tap-number color separation filters 9a to 9c and 11a to 11c, respectively. A ratio calculator circuit 16 calculates, from the luminance signals fed from adder circuits 13a to 13c, the value by which a multiplier circuit 18 performs multiplication. The multiplier circuit 18 multiplies, by this value calculated by the ratio calculator circuit 16, the color separation signals added together by an adder circuit 17 so that, of all the color separation signals of which there are two kinds, those of one kind are vertically interpolated.
    • 在色分离器电路中,边缘检测滤波器检测在水平方向上遇到的边缘。 当处理对应于这样检测到的边缘的图像信号时,选择器电路12a至12c分别选择小抽头色分离滤光器8a至8c和10a至10c的输出。 当处理与边缘以外的剩余部分相对应的图像信号时,选择器电路12a至12c分别从大抽头数分色滤光器9a至9c和11a至11c选择输出。 比率计算器电路16根据从加法器电路13a至13c馈送的亮度信号计算乘法电路18进行乘法的值。 乘法器电路18乘以由比例计算器电路16计算的该值,由加法器电路17相加在一起的色分离信号,使得其中一种颜色分离信号有两种,垂直方向 插值