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    • 91. 发明授权
    • Communication method, display apparatus, moderator terminal apparatus, user terminal apparatus, and multi-user communication system including the same
    • 通信方法,显示装置,主持人终端装置,用户终端装置以及包括该通信方法的多用户通信系统
    • US08683608B2
    • 2014-03-25
    • US13096266
    • 2011-04-28
    • Yoshihiro Suzuki
    • Yoshihiro Suzuki
    • H04L29/06
    • H04L12/1827
    • In a multi-user communication system in which communication is carried out between a display apparatus and multiple information terminal apparatuses (a moderator terminal apparatus and a user terminal apparatus) over a network, the moderator terminal apparatus sends, to the display apparatus, a data ID (ID information) for identifying data to be displayed in a display unit of the display apparatus, user information indicating a user that is an owner of that data, and access rights information that is set for each user using the information terminal apparatuses and that indicates whether or not the generation and changing of that data is permitted. The display apparatus displays the data identified by the data ID (ID information) in the display unit based on the user information and the access rights information.
    • 在通过网络在显示装置与多个信息终端装置(主持人终端装置和用户终端装置)之间进行通信的多用户通信系统中,主持人终端装置向显示装置发送数据 用于识别要在显示装置的显示单元中显示的数据的ID(ID信息),指示作为该数据的所有者的用户的用户信息以及使用该信息终端装置为每个用户设置的访问权限信息,并且 指示是否允许生成和更改该数据。 显示装置基于用户信息和访问权限信息,在显示单元中显示由数据ID(ID信息)识别的数据。
    • 93. 发明授权
    • Image processing apparatus, image processing method, image processing program, image capturing apparatus, and controlling method thereof
    • 图像处理装置,图像处理方法,图像处理程序,图像捕获装置及其控制方法
    • US08340367B2
    • 2012-12-25
    • US12290317
    • 2008-10-29
    • Yoshihiro SuzukiKyoko Fukuda
    • Yoshihiro SuzukiKyoko Fukuda
    • G06K9/00
    • G06K9/00228H04N1/2166H04N5/232H04N5/23219H04N2101/00
    • An image processing apparatus includes an image converting section, a scanning controlling section, an image memory, and an object detection processing section. The image converting section converts a size of input image data. The scanning controlling section stores the size-converted image data, performs a scanning process of moving a square region having a predetermined size in the size-converted image data, and successively extracts square region image data. The image memory stores the square region image data which have been extracted by the scanning controlling section. The object detection processing section which detects an object region from the extracted square region image data. The image memory stores a plurality of entries of object candidate image data containing object regions of a plurality of object candidates. The object detection processing section performs an object determining process of determining whether or not the square region image data contain an object region.
    • 图像处理装置包括图像转换部分,扫描控制部分,图像存储器和对象检测处理部分。 图像转换部分转换输入图像数据的大小。 扫描控制部分存储大小转换的图像数据,执行在尺寸转换的图像数据中移动具有预定尺寸的正方形区域的扫描处理,并连续提取正方形区域图像数据。 图像存储器存储由扫描控制部分提取的正方形区域图像数据。 对象检测处理部,从所提取的正方形区域图像数据检测对象区域。 图像存储器存储包含多个候选对象的对象区域的对象候选图像数据的多个条目。 物体检测处理部分执行确定方形区域图像数据是否包含对象区域的对象确定处理。
    • 94. 发明申请
    • AIR PASSAGE OPENING/CLOSING DEVICE
    • 空气通道开启/关闭装置
    • US20120180393A1
    • 2012-07-19
    • US13348933
    • 2012-01-12
    • Yoshihiro Suzuki
    • Yoshihiro Suzuki
    • E05F11/54
    • B60H1/00692B60H2001/00714
    • A case of an air passage opening/closing device is formed with guide grooves comprised of case side seal surfaces and a guide wall surface, two ends of a door body part are arranged inside the guide grooves, a gear mechanism has a driven side gear which is provided at the door body part and a drive side gear which engages with the driven side gear, the driven side gear is formed to extend in parallel with a movement direction of a slide door at a portion of the door body part which is positioned further inside in the width direction from the guide grooves, and a portion of the door body part facing the guide wall surface or a portion of the guide wall surface facing the door body part is formed with interposed parts which are interposed between the door body part and the guide wall surface.
    • 空气通道开闭装置的壳体形成有由壳体侧密封面和引导壁面构成的引导槽,门体部的两端配置在引导槽的内部,齿轮机构具有从动侧齿轮, 被设置在门主体部分的驱动侧齿轮和与从动侧齿轮啮合的驱动侧齿轮,从动侧齿轮形成为在门体部分的进一步定位的部分处与滑动门的移动方向平行地延伸 在导向槽的宽度方向内侧,并且门体部的面向引导壁面的一部分或与门体主体部分相对的引导壁面的一部分形成有插入在主体部和 导墙面。
    • 99. 发明申请
    • COMMUNICATION SYSTEM, WIRELESS COMMUNICATION TERMINAL DEVICE, POSITION ESTIMATION DEVICE, COMMUNICATION RELAY DEVICE AND CONNECTING STATION
    • 通信系统,无线通信终端设备,位置估计设备,通信中继设备和连接站
    • US20100151789A1
    • 2010-06-17
    • US12601080
    • 2008-05-30
    • Yoshihiro SuzukiTetsuya Kawakami
    • Yoshihiro SuzukiTetsuya Kawakami
    • H04B7/00
    • G01S5/0036G01S5/0252H04W60/00
    • The present invention discloses a technique, according to which estimation of a position of a mobile wireless device can be accomplished in a simple system configuration by using short distance communication functions. A plurality of standard stations 110 and a plurality of connecting stations 120 are installed within a predetermined area. A mobile wireless device moving within the predetermined area has short distance wireless communication functions and receives a device ID of an opponent device (a correspondent device) each time it intersects another mobile wireless device or a standard station, and stores the device ID as an intersecting history data. When the mobile wireless device moves to a position where it can perform communication to and from a connecting station, which can make access to a position estimation device 150, the stored intersecting history data is uploaded to the position estimation device. The intersecting history data as uploaded from the mobile wireless device is stored in an intersecting history database 155. The position estimation device identifies positions of installation of all standard stations, and it estimates a moving route of the mobile communication device (for which the position is to be estimated) according to the intersecting history data directly uploaded from the mobile wireless device (for which the position is to be estimated) and a moving route of the mobile wireless device (for which the position is to be estimated) is estimated according to the intersecting history with the mobile wireless device (for which the position is to be estimated) as included in the intersecting history data of another mobile wireless device.
    • 本发明公开了一种技术,根据该技术,可以通过使用短距离通信功能以简单的系统配置来实现移动无线设备的位置的估计。 多个标准站110和多个连接站120安装在预定区域内。 在预定区域内移动的移动无线设备具有短距离的无线通信功能,并且每次与另一个移动无线设备或标准站相交时接收对方设备(通讯设备)的设备ID,并将设备ID存储为交叉 历史数据 当移动无线设备移动到可以进行到连接站的通信的位置,其可以访问位置估计设备150时,将所存储的相交历史数据上传到位置估计设备。 从移动无线装置上传的交叉历史数据被存储在相交历史数据库155中。位置估计装置识别所有标准站的安装位置,并且估计移动通信装置的移动路线(位置是 根据从移动无线设备直接上传的相交历史数据(其位置将被估计)和移动无线设备的移动路由(对于该位置的估计)的估计)根据 与另一个移动无线设备的相交历史数据中包含的与移动无线设备(其位置将要被估计的)的相交历史。