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    • 1. 发明申请
    • CONFERENCE SYSTEM, INFORMATION PROCESSING APPARATUS, DISPLAY METHOD, AND NON-TRANSITORY COMPUTER-READABLE RECORDING MEDIUM ENCODED WITH DISPLAY PROGRAM
    • 会议系统,信息处理装置,显示方法和非显示计算机编写的非终端计算机可读记录介质
    • US20110227951A1
    • 2011-09-22
    • US13049658
    • 2011-03-16
    • Hiroaki KUBOKaitaku OzawaJun KuniokaAyumi Itoh
    • Hiroaki KUBOKaitaku OzawaJun KuniokaAyumi Itoh
    • G09G5/00
    • H04L12/1827
    • A conference system includes a display apparatus and an information processing apparatus communicable with the display apparatus. The information processing apparatus includes a portion to acquire a source content, a display control portion to cause the display apparatus to display the acquired source content, a portion to extract subcontents included in the acquired source content, a portion to determine a target subcontent from among the extracted subcontents, a portion to accept an input content input externally, and a portion to generate a modified content in which an insert area for arranging the input content therein is added at a position in the source content that is determined with reference to a position where the target subcontent is located. The display control portion causes the display apparatus to display an image in which the input content is arranged in the added insert area in the modified content.
    • 会议系统包括可与显示装置通信的显示装置和信息处理装置。 信息处理装置包括获取源内容的部分,使显示装置显示所获取的源内容的显示控制部分,提取包含在所获取的源内容中的子内容的部分,以及从所述源内容中确定目标子内容的部分 所提取的子内容,用于接受外部输入内容的部分,以及生成修改内容的部分,其中将用于排列输入内容的插入区域添加到参考位置确定的源内容中的位置 目标子内容所在的位置。 显示控制部分使得显示设备在修改的内容中显示在添加的插入区域中布置输入内容的图像。
    • 3. 发明申请
    • POSITION-RELATED INFORMATION REGISTRATION APPARATUS, POSITION-RELATED INFORMATION REGISTRATION SYSTEM, POSITION-RELATED INFORMATION REGISTRATION AND DISPLAY SYSTEM, AND RECORDING MEDIUM
    • 位置相关信息注册装置,与位置相关的信息注册系统,位置相关信息注册和显示系统以及记录媒体
    • US20130208007A1
    • 2013-08-15
    • US13761478
    • 2013-02-07
    • Hiroaki KUBOKaitaku OZAWAShoji IMAIZUMITakeshi MINAMI
    • Hiroaki KUBOKaitaku OZAWAShoji IMAIZUMITakeshi MINAMI
    • G06F17/30G06T11/60
    • G06F16/248G06F16/58G06T11/60
    • A position-related information registration and display system can register position-related information in a position-related information management server using a first terminal, and display an air tag based on the position-related information on a second data terminal including an imaging unit. The first data terminal extracts a search keyword from content displayed on a first display unit, accesses a keyword information storage unit, acquires a corresponding position information piece that is a position information piece corresponding to the search keyword extracted from the content, and transmits a registration request in addition to the content and the corresponding position information piece to the position-related information management server. The second data terminal acquires a position-related information piece corresponding to a location where the imaging unit performs imaging, from the position-related information management server, and displays an air tag based on the acquired position-related information piece in a superimposed manner in a captured image.
    • 位置相关信息登记和显示系统可以使用第一终端在位置相关信息管理服务器中注册位置相关信息,并且基于位置相关信息在包括成像单元的第二数据终端上显示空中标签。 第一数据终端从显示在第一显示单元上的内容中提取搜索关键字,访问关键词信息存储单元,获取与从内容中提取的搜索关键字相对应的位置信息片段的对应位置信息片,并发送注册 向位置相关信息管理服务器请求除了内容和对应的位置信息。 第二数据终端从位置相关信息管理服务器获取与成像单元执行成像的位置相对应的位置相关信息,并且基于所获取的位置相关信息片重叠地显示空中标签 捕获的图像。
    • 6. 发明申请
    • IMAGE READING APPARATUS AND IMAGE READING METHOD
    • 图像读取装置和图像读取方法
    • US20090244663A1
    • 2009-10-01
    • US12332176
    • 2008-12-10
    • Hiroaki KUBONobuhiro MISHIMA
    • Hiroaki KUBONobuhiro MISHIMA
    • H04N1/46
    • H04N1/4097
    • The present invention aims to prevent a problem that an image on a document sheet is erased due to misdetection of a line-shaped noise. A copy machine 1 compares RGB values of a target pixel with averaged RGB values (Step S103). If only one of the RGB values has a difference that is greater than a prescribed value Ref2 (Step S103: YES), the copy machine 1 extracts the target pixel as a line-shaped noise pixel, and moves to a line-shaped noise correction (Step S108) while holding the address of the target pixel in a line-shaped noise address storing area 49b. If two of the RGB values have differences (Step S103: NO, Step S104: YES) and a difference between these two of the RGB values is no greater than a prescribed value Ref3 (Step S105: YES), the copy machine 1 extracts the target pixel as a line-shaped noise pixel, and moves to the line-shaped noise correction (Step S108) while holding the address of the target pixel in the line-shaped noise address storing area 49b.
    • 本发明旨在防止由于线状噪声的误检而消除文件片上的图像的问题。 复印机1将目标像素的RGB值与平均的RGB值进行比较(步骤S103)。 如果RGB值中只有一个具有大于规定值Ref2的差(步骤S103:是),则复印机1将目标像素提取为线状噪声像素,并移动到线状噪声校正 (步骤S108),同时将目标像素的地址保持在线状噪声地址存储区域49b中。 如果RGB值中的两个具有差异(步骤S103:否,步骤S104:是),并且这两个RGB值之间的差不大于规定值Ref3(步骤S105:是),则复印机1提取 目标像素作为线状噪声像素,并且在线状噪声地址存储区域49b中保持目标像素的地址的同时移动到线状噪声校正(步骤S108)。
    • 7. 发明申请
    • ORIGINAL READING DEVICE
    • 原始阅读器
    • US20090316166A1
    • 2009-12-24
    • US12369617
    • 2009-02-11
    • Hiroaki KUBONobuhiro Mishima
    • Hiroaki KUBONobuhiro Mishima
    • H04N1/60
    • H04N1/4097
    • An original reading device corrects line noise when performing original image reading by a sheet-through method, even if line noise appears due to a piece of debris simultaneously influencing all color sensors. Background plates (33) have different densities and a background plate switching motor (37) switches between the background plates in order. Before the original reaches a reading position, an image of each background plate is read to generate correction data. Image data is generated by reading an image of the original when it has reached the reading position. A noise address is detected using the correction data and/or image data. The correction data is used to calculate an influence value indicating a level of influence of a dirtiness source inferred to exist at an area corresponding to the noise address. In the image data, a line noise portion indicated by the noise address is corrected using the influence value.
    • 即使由于一块碎片同时影响所有颜色传感器而出现线路噪声,原始读取装置也可以通过片材通过方法来校正线路噪声。 背景板(33)具有不同的密度,并且背景板切换电动机(37)依次切换背景板。 在原稿到达读取位置之前,读取每个背景板的图像以产生校正数据。 当图像数据到达读取位置时,通过读取原稿的图像来生成图像数据。 使用校正数据和/或图像数据检测噪声地址。 校正数据用于计算表示在与噪声地址对应的区域中存在的污染源的影响程度的影响值。 在图像数据中,使用影响值来校正由噪声地址指示的线路噪声部分。