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    • 51. 发明授权
    • Repeater device and control method
    • 中继设备和控制方法
    • US08898347B2
    • 2014-11-25
    • US13154955
    • 2011-06-07
    • Takashi SasakiSatoshi HiguchiKeisuke Satou
    • Takashi SasakiSatoshi HiguchiKeisuke Satou
    • G06F3/00G06F5/00H04N21/4363H04N5/765
    • H04N5/765G09G2330/021G09G2370/06G09G2370/12H04N21/43635
    • A repeater device connected to source and sink devices includes: an input terminal receiving transmission data supplied from the source device; relay means for relaying the transmission data; an output terminal outputting the transmission data relayed by the relay means to the sink device; control means for setting an operating mode of a limited state where a dynamic function of causing a superficial dynamic change and allowing a user to visually confirm the superficial dynamic change is deactivated and only a static function of not causing the superficial dynamic change is activated in response to a user's predetermined operation even when the source and sink device are connected to each other in a controllable state; and switch means for switching activated and deactivated states of a connecting line to the sink device by controlling the ON and OFF states.
    • 连接到源和宿设备的中继器设备包括:输入终端,接收从源设备提供的传输数据; 用于中继传输数据的中继装置; 输出端子,将由中继装置中继的发送数据输出到信宿装置; 控制装置用于设定动态功能导致表面动态变化并允许用户视觉上确认表面动态变化的受限状态的操作模式,并且仅响应于不引起表面动态变化的静态功能被激活 即使当源和宿设备在可控状态下彼此连接时,也可以是用户的预定操作; 以及用于通过控制ON和OFF状态来将连接线的激活和去激活状态切换到接收器装置的开关装置。
    • 56. 发明授权
    • Plasma display panel
    • 等离子显示面板
    • US08410694B2
    • 2013-04-02
    • US12681107
    • 2007-10-01
    • Mitsuhito MatsushitaTakashi SasakiFumiaki Yoshino
    • Mitsuhito MatsushitaTakashi SasakiFumiaki Yoshino
    • H01J17/49
    • H01J11/24H01J11/12H01J2211/245H01J2211/42
    • To provide a plasma display panel that can improve the bright room contrast.The PDP of the present invention provided with a discharge space formed between a front-side substrate assembly and a rear-side substrate assembly, wherein the front-side substrate assembly has a plurality of display electrodes for defining lines of a screen, and the rear-side substrate assembly has a plurality of barrier ribs for partitioning the discharge space in a column direction, and a phosphor layer that is applied to side surfaces and a bottom surface of each of grooves formed between the barrier ribs, the plasma display panel is characterized in that each of the display electrodes for defining the lines comprises a belt-like base portion that extends over an entire length of the screen in a line direction, and a plurality of projections that projects from the base portion toward another display electrode adjacent thereto, each projection having a width the same as or narrower than a width of a bottom of the phosphor layer, and having a visible light transmittance ranging from 0% to 80% inclusive.
    • 提供可以提高亮室对比度的等离子体显示面板。 本发明的PDP具有形成在前侧基板组件和后侧基板组件之间的放电空间,其中前侧基板组件具有多个用于限定屏幕线的显示电极,并且后侧 侧基板组件具有用于沿列方向分隔放电空间的多个隔壁和施加到形成在隔壁之间的每个沟槽的侧表面和底表面的荧光体层,等离子体显示面板的特征在于 由于用于限定线的每个显示电极包括沿着线方向在屏幕的整个长度上延伸的带状基部,以及从基部朝向与其相邻的另一显示电极突出的多个突起, 每个突起具有与荧光体层的底部的宽度相同或更窄的宽度,并且具有可见光透射率范围从 0%至80%(含)
    • 57. 发明申请
    • CONTENT REPRODUCING DEVICE AND CONTENT REPRODUCTION CONTROL METHOD
    • 内容再现设备和内容再现控制方法
    • US20120320275A1
    • 2012-12-20
    • US13490622
    • 2012-06-07
    • Takashi SasakiRyuya TachinoRyo OguchiKenichi Saito
    • Takashi SasakiRyuya TachinoRyo OguchiKenichi Saito
    • H04N5/268
    • H04N5/765
    • A content reproducing device includes: an input unit connected to a source side via a content transmission channel for transmitting a content and a control signal transmission channel for transmitting an address representing a physical connection relation of a device; an output unit connected to a sink side via a content transmission channel for transmitting a content and a control signal transmission channel for transmitting an address representing a physical connection relation of a device; and a switch provided between the input and output units and assuming one of a first connection state of connecting between the input and output units and a second connection state of connecting the input unit and a content reproducing unit, the device acquiring the address at the sink side in the first connection state, and setting the acquired address as the address provided to the source side in the second connection state.
    • 内容再现装置包括:经由用于发送内容的内容传输通道连接到源侧的输入单元和用于发送表示设备的物理连接关系的地址的控制信号传输通道; 经由用于发送内容的内容传输通道连接到宿侧的输出单元和用于发送表示设备的物理连接关系的地址的控制信号传输通道; 以及设置在所述输入和输出单元之间并且假设所述输入和输出单元之间的连接的第一连接状态之一和连接所述输入单元和内容再现单元的第二连接状态的开关,所述设备在所述汇点处获取地址 并且将所获取的地址设置为在第二连接状态中提供给源侧的地址。
    • 58. 发明授权
    • Plasma display panel
    • 等离子显示面板
    • US08258700B2
    • 2012-09-04
    • US12597769
    • 2007-05-07
    • Akira OtsukaTakashi Sasaki
    • Akira OtsukaTakashi Sasaki
    • H01J17/49H01J17/48
    • H01J11/44H01J11/12H01J2211/245H01J2211/444
    • A plasma display panel has a front substrate (3) and a back substrate (2) arranged opposed to each other through a discharge space (4). On the back substrate, a fluorescent layer (5) is formed. On the front substrate, display electrodes are formed extending in a horizontal direction, a discharge cell area is demarcated corresponding to the display electrodes, and a plurality of shielding films (13) extending in the horizontal direction are moreover formed at each position which is among the display electrodes and within the discharge cell area. When the distance between the shielding films and the fluorescent layer is set to be D, the width L of a shielding film and the distance S between the shielding films satisfy 0.58≦L≦D and D≦S≦1.73D. This reduces the reflectance ratio of outdoor daylight to improve lighted room contrast.
    • 等离子体显示面板具有通过放电空间(4)彼此相对配置的前基板(3)和后基板(2)。 在背面基板上形成荧光体层(5)。 在前面基板上,形成在水平方向上延伸的显示电极,对应于显示电极划分放电单元区域,并且在每个位置上形成多个沿水平方向延伸的屏蔽膜(13) 显示电极和放电单元区域内。 当屏蔽膜和荧光层之间的距离设定为D时,屏蔽膜的宽度L和屏蔽膜之间的距离S满足0.58≦̸ L≦̸ D和D≦̸ S≦̸ 1.73D。 这降低了室外日光的反射率,提高了照明室的对比度。
    • 60. 发明申请
    • MULTI-CORE OPTICAL FIBRE
    • 多芯光纤
    • US20120087626A1
    • 2012-04-12
    • US13377868
    • 2011-01-26
    • Takuji NagashimaToshiki TaruTakashi Sasaki
    • Takuji NagashimaToshiki TaruTakashi Sasaki
    • G02B6/028
    • G02B6/02042
    • A multi-core optical fibre 1A in which a plurality of cores can easily be identified even in the case where they are symmetrically arranged in its section has seven cores 10 to 16, a visual recognition marker 20, and a shared cladding 30 enclosing the seven cores 10 to 16 and the visual recognition marker 20. The cores 10 to 16 and the visual recognition marker 20 extend along the fibre-axis direction. The respective refractive index of the cores 10 to 16 is higher than the refractive index of the cladding 30. The refractive index of the visual recognition marker 20 differs from that of the cladding 30. In the cross-section perpendicular to the fibre-axis, the cores 10 to 16 are arranged such that they have 6-fold rotational symmetry and line symmetry. The visual recognition marker 20 is arranged at a position which breaks such symmetry.
    • 即使在其部分对称布置的情况下,即使容易识别多个芯的多芯光纤1A也具有七个磁芯10至16,视觉识别标记20和包围七个磁芯的共享包层30 芯10至16和视觉识别标记20.芯10至16和视觉识别标记20沿着光纤轴方向延伸。 芯10至16的相应折射率高于包层30的折射率。视觉识别标记20的折射率与包层30的折射率不同。在垂直于纤维轴的横截面中, 芯10至16被布置成使得它们具有6倍的旋转对称性和线对称性。 视觉识别标记20被布置在破坏这种对称的位置。