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    • 1. 发明申请
    • System And Method For Comparing Dental X-Ray Images
    • 用于比较牙科X射线图像的系统和方法
    • US20090274997A1
    • 2009-11-05
    • US12165961
    • 2008-07-01
    • Eiko KosugeKoichi ItoTakafumi Aoki
    • Eiko KosugeKoichi ItoTakafumi Aoki
    • A61C19/00
    • G06K9/522A61B6/14G06K9/6206G06T7/33G06T2207/10116G06T2207/30036
    • A system for comparing dental X-ray images includes a positional displacement calculator calculating a positional displacement between dental X-ray test and reference images by using phase-only correlation, a positional displacement corrector correcting the positional displacement, a base point extractor defining, as a base image, any one of the dental X-ray test and reference images, and defining, as a corresponding image, the other one of the two dental images, and extracting base points from the base image, a corresponding point extractor extracting corresponding points, which correspond to the base points, from the corresponding image, a correspondence calculator calculating correspondence between the base points and the corresponding points, a nonlinear distortion corrector correcting a nonlinear distortion between the base image and the corresponding image, based on the correspondence, and a similarity calculator finding, by using phase-only correlation, a similarity between the base image and the corresponding image.
    • 用于比较牙齿X射线图像的系统包括位置偏移计算器,其通过使用相位相关来计算牙科X射线测试和参考图像之间的位置偏移,校正位置偏移的位置偏移校正器,将基点提取器定义为 基础图像,牙科X射线测试和参考图像中的任一个,并且将两个牙齿图像中的另一个定义为相应的图像,并且从基本图像提取基点,相应的点提取器提取相应的点 对应于基点的对应计算器,计算基点与对应点之间的对应关系,基于对应关系校正基图像与对应图像之间的非线性失真的非线性失真校正器,以及 相似度计算器通过使用相位相关来找出相似度 基本图像和相应的图像。
    • 2. 发明授权
    • System and method for comparing dental X-ray images
    • 用于比较牙齿X射线图像的系统和方法
    • US08045772B2
    • 2011-10-25
    • US12165961
    • 2008-07-01
    • Eiko KosugeKoichi ItoTakafumi Aoki
    • Eiko KosugeKoichi ItoTakafumi Aoki
    • G06K9/00
    • G06K9/522A61B6/14G06K9/6206G06T7/33G06T2207/10116G06T2207/30036
    • A system for comparing dental X-ray images includes a positional displacement calculator calculating a positional displacement between dental X-ray test and reference images by using phase-only correlation, a positional displacement corrector correcting the positional displacement, a base point extractor defining, as a base image, any one of the dental X-ray test and reference images, and defining, as a corresponding image, the other one of the two dental images, and extracting base points from the base image, a corresponding point extractor extracting corresponding points, which correspond to the base points, from the corresponding image, a correspondence calculator calculating correspondence between the base points and the corresponding points, a nonlinear distortion corrector correcting a nonlinear distortion between the base image and the corresponding image, based on the correspondence, and a similarity calculator finding, by using phase-only correlation, a similarity between the base image and the corresponding image.
    • 用于比较牙齿X射线图像的系统包括位置偏移计算器,其通过使用相位相关来计算牙科X射线测试和参考图像之间的位置偏移,校正位置偏移的位置偏移校正器,将基点提取器定义为 基础图像,牙科X射线测试和参考图像中的任一个,并且将两个牙齿图像中的另一个定义为相应的图像,并且从基本图像提取基点,相应的点提取器提取相应的点 对应于基点的对应计算器,计算基点与对应点之间的对应关系,基于对应关系校正基图像与对应图像之间的非线性失真的非线性失真校正器,以及 相似度计算器通过使用相位相关来找出相似度 基本图像和相应的图像。
    • 3. 发明授权
    • Iris authentication apparatus
    • 虹膜认证设备
    • US08155395B2
    • 2012-04-10
    • US11495326
    • 2006-07-28
    • Koji KobayashiAtsushi KatsumataHiroshi NakajimaKazuyuki MiyazawaKoichi ItoTakafumi Aoki
    • Koji KobayashiAtsushi KatsumataHiroshi NakajimaKazuyuki MiyazawaKoichi ItoTakafumi Aoki
    • G06K9/00
    • G06K9/0061G06K9/522
    • An iris authentication apparatus includes an iris area extraction unit, registration pattern generating unit, collation pattern generating unit, and collation unit. The iris area extraction unit extracts iris areas from a sensed registration eyeball image and a sensed collation eyeball image. When the iris area extraction unit extracts an iris area from the registration eyeball image, the registration pattern generating unit generates a registration iris pattern image by performing polar coordinate transformation of an image in the extracted iris area. When the iris area extraction unit extracts an iris area from the collation eyeball image, the collation pattern generating unit generates a collation iris pattern image by performing polar coordinate transformation of an image in the extracted iris area. The collation unit collates the registration iris pattern image output from the registration pattern generating unit and the collation iris pattern image output from the collation pattern generating unit on the basis of a correlation therebetween.
    • 虹膜认证装置包括光圈区域提取单元,注册图案生成单元,对比图案生成单元和对照单元。 虹膜区域提取单元从感测到的注册眼球图像和感测的对照眼球图像中提取虹膜区域。 当虹膜区域提取单元从登记眼球图像中提取虹膜区域时,登记图案生成单元通过对提取的虹膜区域中的图像进行极坐标变换来生成登记虹膜图案图像。 当虹膜区域提取单元从排序规则眼球图像中提取虹膜区域时,核对图案生成单元通过对提取的虹膜区域中的图像进行极坐标变换来生成排序规则虹膜图案图像。 对照单元根据它们之间的相关性对照从注册图案生成单元输出的登记虹膜图案图像和从核对图案生成单元输出的对照光圈图案图像。
    • 4. 发明申请
    • Iris authentication apparatus
    • 虹膜认证设备
    • US20070025598A1
    • 2007-02-01
    • US11495326
    • 2006-07-28
    • Koji KobayashiAtsushi KatsumataHiroshi NakajimaKazuyuki MiyazawaKoichi ItoTakafumi Aoki
    • Koji KobayashiAtsushi KatsumataHiroshi NakajimaKazuyuki MiyazawaKoichi ItoTakafumi Aoki
    • G06K9/00
    • G06K9/0061G06K9/522
    • An iris authentication apparatus includes an iris area extraction unit, registration pattern generating unit, collation pattern generating unit, and collation unit. The iris area extraction unit extracts iris areas from a sensed registration eyeball image and a sensed collation eyeball image. When the iris area extraction unit extracts an iris area from the registration eyeball image, the registration pattern generating unit generates a registration iris pattern image by performing polar coordinate transformation of an image in the extracted iris area. When the iris area extraction unit extracts an iris area from the collation eyeball image, the collation pattern generating unit generates a collation iris pattern image by performing polar coordinate transformation of an image in the extracted iris area. The collation unit collates the registration iris pattern image output from the registration pattern generating unit and the collation iris pattern image output from the collation pattern generating unit on the basis of a correlation therebetween.
    • 虹膜认证装置包括光圈区域提取单元,注册图案生成单元,对比图案生成单元和对照单元。 虹膜区域提取单元从感测到的注册眼球图像和感测的对照眼球图像中提取虹膜区域。 当虹膜区域提取单元从登记眼球图像中提取虹膜区域时,登记图案生成单元通过对提取的虹膜区域中的图像进行极坐标变换来生成登记虹膜图案图像。 当虹膜区域提取单元从排序规则眼球图像中提取虹膜区域时,核对图案生成单元通过对提取的虹膜区域中的图像进行极坐标变换来生成排序规则虹膜图案图像。 对照单元根据它们之间的相关性对照从注册图案生成单元输出的登记虹膜图案图像和从核对图案生成单元输出的对照光圈图案图像。
    • 7. 发明申请
    • IMAGE FORMING APPARATUS, CONTROLLING METHOD FOR SAME, AND STORAGE MEDIUM
    • 图像形成装置,控制方法和存储介质
    • US20120162706A1
    • 2012-06-28
    • US13312337
    • 2011-12-06
    • Koichi Ito
    • Koichi Ito
    • G06F3/12
    • G06F3/1215G06F3/1243G06F3/1285
    • A main body controller provided in an image forming apparatus receives a VDP job from an external computer, and arranges image data of a reusable object and a variable object, which correspond to the VDP job, on a page for printout. An inspection controller performs inspection processing for printed matter for each page, and the main body controller preferentially stores image data of the reusable object, which corresponds to the page for which the printing has been determined to be defective as a result of inspection processing, in a cache unit. The main body controller acquires the reusable object, which corresponds to the page for which the printing has been determined to be defective, from the cache unit, and executes page reprint processing using the acquired reusable object.
    • 设置在图像形成装置中的主体控制器从外部计算机接收VDP作业,并将与VDP作业对应的可重复使用对象和可变对象的图像数据排列在打印页面上。 检查控制器对每页的打印物执行检查处理,并且主体控制器优先存储与作为检查处理的结果被确定为有缺陷的页面相对应的可重复使用对象的图像数据, 缓存单元。 主体控制器从高速缓存单元获取与已经确定有缺陷的打印页相对应的可重用对象,并使用所获取的可重用对象执行页面重新打印处理。
    • 8. 发明授权
    • Manufacturing method of plugged honeycomb structure
    • 堵塞蜂窝结构的制造方法
    • US08000516B2
    • 2011-08-16
    • US11954394
    • 2007-12-12
    • Koichi ItoTakeshi Tokunaga
    • Koichi ItoTakeshi Tokunaga
    • G06K9/00
    • B28B11/006B28B11/007C04B38/0009C04B2111/00793C04B2111/0081Y10T428/24149
    • A manufacturing method of a plugged honeycomb structure including attaching a transparent sheet to an end face of a honeycomb structure; picking up an image of the end face; with respect to cells positioned at other than outermost peripheral portion of a honeycomb structure (usual cells), subjecting the picked-up image to image processing, recognizing positions to be plugged on said sheet, and with respect to cells positioned at outermost peripheral portion (outermost peripheral cells), positions of the cells are recognized based on an average cell pitch calculated from the positions of the cells, subjecting to a perforation treatment based on the recognized positions of the sheet, submerging an end portion into a plugging slurry in which a material of the plugging portions is slurried, filling holes made at the respective sheet with the slurry to form the plugging portions.
    • 1.一种堵塞蜂窝结构体的制造方法,其特征在于,包括将透明片附着在蜂窝结构体的端面上; 拿起脸的图像; 相对于位于蜂窝结构体的最外周部分(通常单元)以外的单元,对所拾取的图像进行图像处理,识别要插入所述片材的位置,以及相对于位于最外周部​​分的单元 最外周细胞),基于从细胞位置计算的平均细胞间距来识别细胞的位置,进行基于片段的识别位置的穿孔处理,将端部浸入封闭浆料中,其中 堵塞部分的材料被浆化,填充在各个片材上由浆料制成的孔以形成封堵部分。