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    • 4. 发明授权
    • Wireless communication system
    • 无线通信系统
    • US07110784B2
    • 2006-09-19
    • US10496459
    • 2003-08-20
    • Hidetada NasuYoshitaka AraseKousuke KurodaHidenori Tatsumi
    • Hidetada NasuYoshitaka AraseKousuke KurodaHidenori Tatsumi
    • H04B7/00H04Q7/20
    • H04M1/6066H04M2250/02H04W4/00H04W76/10H04W84/042
    • In response to the receipt of an inquiry sent out from a wireless headset 2 serving as a source wireless communication device, each of cellular phones 1a and 1b serving as prospective destinations determine whether it is currently able to provide a service, based on a current service provision environment concerning itself. Assuming that only the cellular phone 1a is currently able to provide a service, the cellular phone 1a sends an inquiry response to the presently received inquiry to the wireless headset 2. In response to the receipt of the inquiry response, the wireless headset 2 selects the cellular phone 1a which has returned the inquiry response as the destination. As a result, there is provided a wireless communication system which makes it possible for a source wireless communication device to establish a connection with a wireless communication device which is able to provide a service.
    • 响应于从作为源无线通信设备的无线耳机2发送的询问的接收,用作预期目的地的蜂窝电话1a和1b中的每一个确定当前是否能够提供服务,基于 目前的服务提供环境本身。 假设只有蜂窝电话机1当前能够提供服务,则蜂窝电话机1向无线耳机2发送对当前接收的询问的询问响应。 响应于接收到询问响应,无线耳机2选择已经将查询响应作为目的地返回的蜂窝电话机1a。 结果,提供了一种无线通信系统,其使得源无线通信设备可以建立与能够提供服务的无线通信设备的连接。
    • 5. 发明申请
    • System and method for object identification
    • 用于物体识别的系统和方法
    • US20050178947A1
    • 2005-08-18
    • US10512846
    • 2004-05-10
    • Kouji SasakiHidenori TatsumiMasahiro HorieMasaaki Morioka
    • Kouji SasakiHidenori TatsumiMasahiro HorieMasaaki Morioka
    • H04N1/00H04N1/21H04N1/32H01L27/00
    • H04N1/00326H04N1/00127H04N1/00204H04N1/2112H04N1/32117H04N2201/0053H04N2201/0055H04N2201/3205H04N2201/3273H04N2201/3278
    • In an object identification system, phototransmitters 100 which are assigned to at least one object send out invisible light having rectilinearity. A control device 200, which is placed near an object, instructs the phototransmitter 100 that is assigned to an object selected by a user to transmit information for uniquely identifying an object or an imaging device. In response to this instruction, the phototransmitter 100 sends out invisible light having first information superposed thereon. An imaging device 300 to be carried around by the user includes, in order to take in an image: a storage section for storing second information for uniquely identifying the object selected by the user or the imaging device itself; a photoreceiving section for receiving invisible light which is sent out from the phototransmitter 100 and extracting first information superposed on the received light; a determination section for determining whether or not to take in an image based on the first information which is sent from the photoreceiving section and the second information which is stored in the storage section; and a photoreceiving device. The imaging device 300 further includes: an image input section for taking in an image representing the surroundings of an object to which a phototransmitter that is currently sending out invisible light is assigned if the determination section has determined to take in an image; and a displaying section for displaying the image representing the surroundings of the object which has been taken in by the image input section. The image input section incorporates a photoreceiving device which has a sensitive range including the wavelength of the invisible light, so that the displaying section can display the object and the light emission by the phototransmitter which is assigned to the object.
    • 在对象识别系统中,分配给至少一个对象的光发送器100发出具有直线性的不可见光。 放置在物体附近的控制装置200指示被分配给用户选择的对象的光发送器100发送用于唯一地识别对象或成像装置的信息。 响应于该指令,光发送器100发出其上叠加有第一信息的不可见光。 由用户携带的成像装置300包括为了拍摄图像:存储部分,用于存储用于唯一地识别用户选择的对象或成像装置本身的第二信息; 用于接收从光发射器100发出的不可见光的光接收部分,并且提取叠加在接收光上的第一信息; 确定部分,用于基于从光接收部分发送的第一信息和存储在存储部分中的第二信息来确定是否接收图像; 和光接收装置。 成像装置300还包括:图像输入部,用于拍摄表示当前发送不可见光的光发送器的对象的周围的图像,如果判定部已经确定拍摄图像,则分配图像; 以及显示部分,用于显示表示由图像输入部分拍摄的对象的周围的图像。 图像输入部分包括具有包括不可见光的波长的敏感范围的光接收装置,使得显示部分可以通过被分配给对象的光发送器显示对象和发光。
    • 8. 发明授权
    • Multiwindow display circuit
    • 多窗口显示电路
    • US4780710A
    • 1988-10-25
    • US626995
    • 1984-07-02
    • Hidenori Tatsumi
    • Hidenori Tatsumi
    • G09G5/14G09G1/16
    • G09G5/14
    • A multiwindow display circuit comprises a horizontal boundary memory for storing horizontal boundary data of display windows, a vertical boundary memory for storing vertical boundary data of the display windows, a display address memory for storing an address of each of the display windows, a picture information memory for storing picture information related to the address stored within the display address memory, a bias value memory for storing bias values for the display windows, an address converter for adding a selected one of the bias values to the address of the display address memory to convert the display address, and a display responsive to the converted address for displaying any portion of the picture information memory at any area of display.
    • 多窗口显示电路包括用于存储显示窗口的水平边界数据的水平边界存储器,用于存储显示窗口的垂直边界数据的垂直边界存储器,用于存储每个显示窗口的地址的显示地址存储器, 用于存储与显示地址存储器中存储的地址有关的图像信息的存储器,用于存储用于显示窗口的偏置值的偏置值存储器,用于将所选择的一个偏置值添加到显示地址存储器的地址的地址转换器, 转换显示地址,以及响应于转换的地址的显示器,用于在任何显示区域显示图像信息存储器的任何部分。