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    • 1. 发明授权
    • Image processing system, image processing method, image transmitting system, and image transmitting method
    • 图像处理系统,图像处理方法,图像传输系统和图像传输方法
    • US06483609B1
    • 2002-11-19
    • US09188142
    • 1998-11-09
    • Kunikazu UenoMasayuki HisatakeShinichi SaitoManabu UshikuboKanako Hayashi
    • Kunikazu UenoMasayuki HisatakeShinichi SaitoManabu UshikuboKanako Hayashi
    • H04N100
    • H04N1/41
    • A scanner 1 reads image information at read resolution set by a resolution control section 3 and stores the image information in memory 2. An image separation section 11 separates the image information into a first image plane (picture part), a second image plane (text part color information), and a selection image plane (text part forms) for selecting either the first or second image plane. The resolution control section 3 sets optimum resolutions in first to third resolution conversion sections 12-14 in response to image quality, the original type, the system environment, the image plane characteristics, etc. The three image planes are converted into the resolutions set in the first to third resolution conversion sections 12-14. The image planes after undergoing the resolution conversion are compressed in first to third compression sections 15-17 and wrapped in one data format by an image format section 18.
    • 扫描器1以分辨率控制部分3设置的读取分辨率读取图像信息,并将图像信息存储在存储器2中。图像分离部分11将图像信息分离成第一图像平面(图像部分),第二图像平面(文本 部分颜色信息)以及用于选择第一或第二图像平面的选择图像平面(文本部分形成)。 分辨率控制部分3响应于图像质量,原始类型,系统环境,图像平面特性等,在第一至第三分辨率转换部分12-14中设置最佳分辨率。三个图像平面被转换成设置在 第一到第三分辨率转换部分12-14。 经历分辨率转换后的图像平面在第一至第三压缩部分15-17中被压缩,并被图像格式部分18包裹成一种数据格式。
    • 2. 发明授权
    • Image transmitting system and image transmitting method
    • 图像传输系统和图像传输方法
    • US06426809B1
    • 2002-07-30
    • US09182231
    • 1998-10-30
    • Kanako HayashiMasayuki HisatakeShinichi SaitoKunikazu UenoManabu Ushikubo
    • Kanako HayashiMasayuki HisatakeShinichi SaitoKunikazu UenoManabu Ushikubo
    • H04N140
    • H04N1/46H04N1/33307H04N2201/33378
    • Input image information undergoes color conversion processing in a color conversion section 1, then is separated into first piece of image data, second piece of image data, and selection data in a multilayer data processing section 2 and transmission data in the multilayer data format is output. On the other hand, a 1-layer data processing section 3 prepares transmission data in the normal 1-layer data format from the image information. A color determination section 4 determines whether the input image information is a color or monochrome image. If the image information is determined a color image, a selection section 6 selects the transmission data in the multilayer data format; if the image information is determined a monochrome image, the selection section 6 selects the transmission data in the 1-layer data format. Then, it transmits the selected transmission data through a transmission section 7.
    • 输入图像信息在颜色转换部分1中进行颜色转换处理,然后在多层数据处理部分2中分离为第一片图像数据,第二片图像数据和选择数据,并输出多层数据格式的传输数据 。 另一方面,1层数据处理部分3从图像信息中准备正常1层数据格式的传输数据。 颜色确定部分4确定输入图像信息是彩色还是单色图像。 如果图像信息被确定为彩色图像,则选择部分6选择多层数据格式的传输数据; 如果图像信息被确定为单色图像,则选择部分6选择1层数据格式的传输数据。 然后,通过发送部7发送所选择的发送数据。
    • 7. 发明授权
    • Image processing performing color conversion on an input image
    • 对输入图像执行色彩转换的图像处理
    • US07881526B2
    • 2011-02-01
    • US11546464
    • 2006-10-12
    • Hiroyuki KawanoYuzuru SuzukiKunikazu UenoKoichi FujiiShunsuke Kodaira
    • Hiroyuki KawanoYuzuru SuzukiKunikazu UenoKoichi FujiiShunsuke Kodaira
    • G06K9/00G06K15/00
    • H04N1/40062H04N1/6016
    • An image processing apparatus performs color conversion processing on an input image. The image processing apparatus includes a block pallet conversion unit, a first color converting unit and a restoration unit. The block pallet conversion unit converts the input image in units of blocks into (i) pallet color information including pallet colors number of which is less than pixels included in one of the blocks and (ii) selection information used to select one of the pallet colors for each pixel. The first color converting unit performs color conversion on the pallet color information obtained by the block pallet conversion unit. The restoration unit selects for each pixel, based on the selection information, one of the pallet colors of the pallet color information, which is color-converted by the first color converting unit, to restores an image.
    • 图像处理装置对输入图像执行颜色转换处理。 图像处理装置包括块托盘转换单元,第一颜色转换单元和恢复单元。 块托盘转换单元将输入图像以块为单位转换成(i)托盘颜色信息,其中托盘颜色信息小于包括在一个块中的像素的托盘颜色数量,以及(ii)用于选择托盘颜色之一的选择信息 对于每个像素 第一颜色转换单元对由块托盘转换单元获得的托盘颜色信息执行颜色转换。 恢复单元根据选择信息为每个像素选择由第一颜色转换单元进行颜色转换的托盘颜色信息的托盘颜色之一,以恢复图像。
    • 8. 发明授权
    • Image processing system and method for converting an input N-valued
(N>or-Z) image into an M-valued (M>N) image
    • 用于将输入的N值(N>或-Z)图像转换为M值(M> N)图像的图像处理系统和方法
    • US6130966A
    • 2000-10-10
    • US751623
    • 1996-11-18
    • Hiroshi SekineKunikazu Ueno
    • Hiroshi SekineKunikazu Ueno
    • G06T3/40H04N1/333H04N1/393H04N1/40H04N1/407G06K9/32
    • H04N1/40068G06T3/403H04N1/33315H04N1/3935H04N2201/33328
    • A facsimile apparatus contains transfer modes such as a standard mode, a fine image quality mode, a super fine image quality mode which are different from one another in resolution. A signal representing each transfer mode is transmitted from the transmission side to the reception side before the transmission and reception of facsimile image data. A control unit detects the resolution of reception data according to the transfer mode signal to switch over methods for conversion into high-tone in a high-tone conversion unit or to set the magnification of conversion of a resolution conversion unit according to the detected resolution. In this case, when high resolution is detected, the unit for conversion into high-tone executes conversion into multi-value using an area of 17.times.17 picture elements around candidate picture elements for processing. When low resolution is detected, the unit executes the conversion into multi-value using an area of 11.times.11 picture elements around the candidate picture elements for processing.
    • 传真装置包含诸如分辨率彼此不同的标准模式,精细图像质量模式,超精细图像质量模式的传送模式。 在发送和接收传真图像数据之前,从发送侧向接收侧发送表示每个传送模式的信号。 控制单元根据传送模式信号检测接收数据的分辨率,以切换在高音调转换单元中转换为高音的方法,或者根据检测到的分辨率设置分辨率转换单元的转换倍率。 在这种情况下,当检测到高分辨率时,用于转换为高色调的单元使用候选图像元素周围的17×17个图像元素的区域进行多值转换以进行处理。 当检测到低分辨率时,该单元使用候选图像元素周围的11×11个图像元素的区域来执行向多值的转换以进行处理。