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    • 1. 发明公开
    • Image processing method and image processing system
    • Bildverarbeitungsverfahren und系统
    • EP1176805A2
    • 2002-01-30
    • EP01305787.2
    • 2001-07-04
    • MITSUBISHI DENKI KABUSHIKI KAISHA
    • Sugiura, HiroakiKagawa, Shuichi
    • H04N1/60
    • H04N1/6094H04N1/32128H04N2201/3225H04N2201/33378
    • Disclosed are a method (and computer system embodying the method) of outputting original image data that was generated relative to a first color space by an output device that converts image data of a second color space to a visually-perceptible analog thereof. Such a method comprises: receiving from a provider, over a communication channel, original image data that was generated according to a first color space; receiving from the provider, over a communication channel along with the image data, tag data representing parameters of the first color space; the output device automatically converting the original image data into the second color space according to the tag data to produce converted image data; and the output device converting the converted image data into a visually-perceptible analog thereof. Alternatively, the output device can monitor the presence of tag data. If none is received, the output device can presume that the first color space is a default color space, parameters of which are stored in memory. The output device can convert the original image data into the second color space based upon the presumption that the first color space is the default color space.
    • 公开了一种通过输出装置输出相对于第一颜色空间产生的原始图像数据的方法(以及体现该方法的方法),该输出装置将第二颜色空间的图像数据转换为视觉上可感知的模拟。 这种方法包括:通过通信信道从提供商接收根据第一颜色空间生成的原始图像数据; 从所述提供者接收与所述图像数据一起的通信信道,表示所述第一颜色空间的参数的标签数据; 输出装置根据标签数据自动将原始图像数据转换成第二颜色空间,以产生转换的图像数据; 并且输出装置将转换的图像数据转换为视觉上可感知的模拟。 或者,输出设备可以监视标签数据的存在。 如果没有接收到,输出设备可以假设第一个颜色空间是默认的颜色空间,其参数存储在内存中。 基于第一颜色空间是默认颜色空间的推测,输出设备可以将原始图像数据转换成第二颜色空间。
    • 3. 发明公开
    • Imaging device and mobile terminal device using the same
    • Bildaufnahmevorrichtung和手机Endgerätdamit
    • EP1263213A1
    • 2002-12-04
    • EP02002791.8
    • 2002-02-07
    • MITSUBISHI DENKI KABUSHIKI KAISHA
    • Miyake, HiroyukiKuno, TetsuyaSugiura, HiroakiUeda, ShinobuMinobe, Tadashi
    • H04N5/225
    • H04N7/142H04N5/2254H04N7/144H04N2007/145
    • There are provided a first imaging lens and a second imaging lens whose image picking-up directions are different, a reflecting member for changing an optical path of an image picked up via one imaging lens such that image forming direction of the first imaging lens and the second imaging lens are set in a same direction, an imaging device having imaging surfaces on which images picked up via the first imaging lens and the second imaging lens are formed, a signal processing member for signal-processing an image signal that is converted into an electric signal by the imaging device, a display portion for displaying the image signal which is subjected to the signal processing by the signal processing member, and a selecting member for selecting the image signal corresponding to any one of the first imaging lens and the second imaging lens to display it on the display portion.
    • 提供了第一成像透镜和图像拾取方向不同的第二成像透镜,用于改变通过一个成像透镜拾取的图像的光路的反射部件,使得第一成像透镜的图像形成方向和 第二成像透镜被设置在相同的方向上,具有成像表面的成像装置形成有经由第一成像透镜和第二成像透镜拾取的图像的信号处理部件,用于对转换成 通过成像装置的电信号,用于显示由信号处理部件进行信号处理的图像信号的显示部分和用于选择对应于第一成像透镜和第二成像中的任何一个的图像信号的选择部件 透镜将其显示在显示部分上。
    • 4. 发明公开
    • Imaging apparatus
    • Bildformungsgerät
    • EP1223739A1
    • 2002-07-17
    • EP01100766.3
    • 2001-01-12
    • MITSUBISHI DENKI KABUSHIKI KAISHA
    • Inoue, MitsuoSasagawa, TomohiroSugiura, HiroakiHamamura, Masao
    • H04N1/04
    • H04N5/2254H04N5/3415H04N2201/0458
    • An imaging apparatus is disclosed including at least an imaging device (103) having a plurality of photoelectric transfer devices arranged in matrix-shape to detect light irradiated to each photoelectric transfer device and adapted to transfer the light into an electric signal, and imaging means (1) for imaging an image of a photogenic subject (101) on a surface of the imaging device (103). The imaging means (1) image at least two similar images (2) of the photogenic subject (101) on different areas of the surface of the imaging device (103), and the imaging apparatus further includes electric signal processing means (62, 108) to form one image of the photogenic subject (101) from the at least two images (2) of the photogenic suject (101). Since a plurality of images (2) of the photogenic suject (101) can be formed on the imaging device (103) by a plurality of image formation lenses (1), a thinner imaging apparatus can be realized.
    • 公开了一种成像装置,其至少包括具有以矩阵形状排列的多个光电转移装置的成像装置(103),以检测照射到每个光电转移装置的光并适于将光转换成电信号;以及成像装置 1),用于对成像装置(103)的表面上的成像对象(101)的图像进行成像。 成像装置(1)在成像装置(103)的表面的不同区域上对成像对象(101)的至少两个相似图像(2)进行成像,并且成像装置还包括电信号处理装置(62,108 ),以从所述光致龋齿(101)的所述至少两个图像(2)中形成所述感光对象(101)的一个图像。 由于可以通过多个图像形成透镜(1)在成像装置(103)上形成多个成像装置(101)的图像(2),所以可以实现更薄的成像装置。
    • 5. 发明公开
    • Image processing method and image processing system
    • 图像处理方法和图像处理系统
    • EP1176805A3
    • 2004-04-21
    • EP01305787.2
    • 2001-07-04
    • MITSUBISHI DENKI KABUSHIKI KAISHA
    • Sugiura, HiroakiKagawa, Shuichi
    • H04N1/60
    • H04N1/6094H04N1/32128H04N2201/3225H04N2201/33378
    • Disclosed are a method (and computer system embodying the method) of outputting original image data that was generated relative to a first color space by an output device that converts image data of a second color space to a visually-perceptible analog thereof. Such a method comprises: receiving from a provider, over a communication channel, original image data that was generated according to a first color space; receiving from the provider, over a communication channel along with the image data, tag data representing parameters of the first color space; the output device automatically converting the original image data into the second color space according to the tag data to produce converted image data; and the output device converting the converted image data into a visually-perceptible analog thereof. Alternatively, the output device can monitor the presence of tag data. If none is received, the output device can presume that the first color space is a default color space, parameters of which are stored in memory. The output device can convert the original image data into the second color space based upon the presumption that the first color space is the default color space.
    • 公开了一种输出原始图像数据的方法(以及体现该方法的计算机系统),该原始图像数据是通过将第二色彩空间的图像数据转换为其视觉可感知的模拟的输出装置而相对于第一色彩空间生成的。 这种方法包括:通过通信信道从提供者接收根据第一色彩空间生成的原始图像数据; 经由通信信道从所述提供者接收表示所述第一颜色空间的参数的标签数据以及所述图像数据; 输出装置根据标签数据自动将原始图像数据转换为第二色彩空间以产生经转换的图像数据; 并且输出装置将转换后的图像数据转换为其视觉可感知的类似物。 或者,输出设备可以监视标签数据的存在。 如果没有收到,输出设备可以推测第一个色彩空间是默认的色彩空间,其参数存储在内存中。 输出设备可以基于第一颜色空间是默认颜色空间的假设将原始图像数据转换为第二颜色空间。
    • 8. 发明公开
    • Method of adjusting image, and image display system, image display device and image data generation device
    • 维尔法恩·祖尔·比尔代恩斯隆(Bildanzeigesystem und -einrichtung)和勃朗峰(Bilddatenerzeugungseinrichtung)
    • EP1308922A2
    • 2003-05-07
    • EP02252778.2
    • 2002-04-19
    • MITSUBISHI DENKI KABUSHIKI KAISHA
    • Kagawa, ShuichiSugiura, HiroakiKaneko, Hideyuki
    • G09G5/00
    • G09G1/00G09G5/003G09G5/02G09G2320/0606G09G2320/0626G09G2320/066G09G2320/0673G09G2320/0693G09G2370/04
    • When a user instructs an image display device (1b) to perform an automatic level adjustment, the image display device (1b) transmits the instruction to an image data generation device (2b). Then, the image data generation device (2b) sends adjusting-image data generated by an adjusting-image data generator (11) to the image display device (1b). When the adjusting-image data is completely sent out, the image data generation device (2b) notifies the image display device (1b) of completion of data sending. When the image display device (1b) is notified that the adjusting-image data is completely sent out, an automatic level adjuster (6b) performs the automatic level adjustment. At this time, the automatic level adjustment is performed on the basis of the adjusting-image data. Thus, an image display system consisting of the image data generation device and the image display device achieves an easy automatic image adjustment using image data suitable for the image adjustment.
    • 当用户指示图像显示装置(1b)执行自动电平调整时,图像显示装置(1b)将指令发送到图像数据生成装置(2b)。 然后,图像数据生成装置(2b)将由调整图像数据生成器(11)生成的调整图像数据发送到图像显示装置(1b)。 当调整图像数据被完全发送出去时,图像数据生成装置(2b)通知图像显示装置(1b)完成数据发送。 当图像显示装置(1b)被通知调整图像数据被完全发送出去时,自动电平调节器(6b)执行自动电平调整。 此时,基于调整图像数据进行自动电平调整。 因此,由图像数据生成装置和图像显示装置构成的图像显示系统使用适合图像调整的图像数据实现容易的自动图像调整。