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    • 2. 发明授权
    • Electronic apparatus and connection mode setting method
    • 电子设备和连接方式设置方法
    • US07150032B1
    • 2006-12-12
    • US09698992
    • 2000-10-27
    • Kazue SadanakaSatoshi KobayashiFutoshi KaibukiHiroshi UtsunomiyaYuji KimuraKazuhiro SuzukiKenji MatsuokaMasahiko SatoMakoto Sato
    • Kazue SadanakaSatoshi KobayashiFutoshi KaibukiHiroshi UtsunomiyaYuji KimuraKazuhiro SuzukiKenji MatsuokaMasahiko SatoMakoto Sato
    • H04N7/18
    • H04L12/2803H04L12/18H04L12/2834H04L12/40058H04L12/40065H04L12/40117H04L12/4633H04L2012/2849H04N5/4401H04N5/765H04N5/775H04N9/8042H04N21/4334H04N21/43615H04N21/43632H04N21/482H04N21/485
    • When a connection mode change setting instruction input entered by a user is supplied to the control unit 20, the control unit 20 controls the IEEE 1394 I/F circuit to set the value of oPCR and iPCR of an electronic apparatus for forming a channel so that the channel between target electronic apparatus is formed in the connection mode instructed by the user. Thereby, a channel between electronic apparatus is formed flexibly and an information output apparatus that is capable of forming a convenient electronic apparatus network is provided. One electronic apparatus connected to the digital bus inquires of an electronic apparatus connected to the digital bus whether it is a monitor apparatus (first receiving apparatus) that receives the data mainly through a channel formed in the broadcast connection mode or not, and channels connected in the broadcast connection mode are allocated to monitor apparatus respectively. A receiving apparatus other than the monitor apparatus forms a channel of the PtoP mode avoiding the channel of the first connection mode allocated to the first receiving apparatus, and receives supply of the data. As the result, a transmission line using method, an information transmission system, and an electronic apparatus that are capable of utilizing a plurality of channels on the digital bus efficiently, and capable of providing the convenient digital content using environment are realized.
    • 当由用户输入的连接模式改变设定指令输入被提供给控制单元20时,控制单元20控制IEEE 1394 I / F电路以设置用于形成通道的电子设备的oPCR和iPCR的值,使得 目标电子设备之间的通道以用户指示的连接模式形成。 由此,能够灵活地形成电子设备之间的通道,并且提供能够形成便利的电子设备网络的信息输出设备。 连接到数字总线的一个电子设备询问连接到数字总线的电子设备是否是主要通过广播连接模式形成的信道接收数据的监视装置(第一接收装置),以及连接到数字总线的信道 广播连接方式分别被分配给监视装置。 除了监视器装置之外的接收装置形成了避免分配给第一接收装置的第一连接模式的信道的PtoP模式的信道,并且接收数据的提供。 结果,实现了能够有效地利用数字总线上的多个信道并且能够提供方便的数字内容使用环境的传输线使用方法,信息传输系统和电子设备。
    • 8. 发明申请
    • Apparatus for Systematic Single Cell Tracking of Distinctive Cellular Events
    • 用于系统性单细胞跟踪特异性细胞事件的装置
    • US20130217061A1
    • 2013-08-22
    • US13880793
    • 2011-10-07
    • Masahiko SatoSachiko Sato
    • Masahiko SatoSachiko Sato
    • C12Q1/02
    • G01N33/5091C12M41/46C12Q1/02G01N33/5017G02B21/367
    • An apparatus for quantitative identification of distinctive cellular events occurring in a cell population using a non-fluorescence approach. The apparatus comprises an image acquisition unit having a Differential Interference Contrast microscope with a camera, a light source, an environmental chamber allowing carrying out cell culture of at least one cell in a cell population; the image acquisition unit acquiring images of the cell population, at predetermined time points; a cell tracker for individually tracking the at least one cell of the cell population in the images; a distinctive cellular event detector for detecting an occurrence of a distinctive cellular event; a report generator; wherein the distinctive cellular event is selected from the group consisting of: tripolar, tetrapolar, quadpolar cell division, cell fusion, cell death, impaired cell division, cell shape alteration, nuclear shape alteration, inner cellular material accumulation, cell enlargement, engulfing, hyper-mobilization, hypo-mobilization and prolonged doubling time.
    • 用于使用非荧光方法定量鉴定发生在细胞群体中的特异性细胞事件的装置。 该装置包括具有相机的差分干涉对比显微镜的图像获取单元,光源,允许在细胞群体中进行至少一个细胞的细胞培养的环境室; 所述图像获取单元在预定时间点获取所述细胞群体的图像; 用于单独跟踪图像中的细胞群体的至少一个细胞的细胞跟踪器; 用于检测特征性细胞事件的发生的特征性细胞事件检测器; 报告生成器 其中特征性细胞事件选自:三极,四极,四极细胞分裂,细胞融合,细胞死亡,细胞分裂受损,细胞形状改变,核形态改变,内细胞物质积累,细胞增殖,吞噬,超 - 动员不足,延长倍增时间。